mhurhangee/ep-ind-claims huggingface dataset:
A screen insert for a powder container of a powder supplying device, the screen insert having a screen unit for screening coating powder and an ultrasonic transducer for generating ultrasonic vibrations, the screen unit being connected to the ultrasonic transducer in such a way that the ultrasonic vibrations generated by the ultrasonic transducer can be transferred to the screen unit, characterized in that a screen carrier which can be placed onto the powder container is also provided, for holding the ultrasonic transducer, with the screen unit connected thereto, in such a way that the screen unit is arranged below the screen carrier, so that the screen unit is inside a powder chamber, formed by the powder container, when the screen carrier has been placed onto the powder container.
Operator control apparatus with menu control comprising at least one computation unit, particularly for a driver information system, having a display for presenting menu items (31 - 35) in an arrangement in a prescribed order that is designed to propose an amended arrangement of the menu items (31 - 35) for confirmation by a user if the frequency of the selection of at least two menu items (31 - 35) differs from the order of said menu items (31 - 35) in the displayed selection by at least a prescribed amount, and that is designed to carry out an amendment for an arrangement of the menu items by the computation unit only after confirmation by the user.
A pump electrode for forming part of an electrochemical pump cell for adjusting an oxygen partial pressure in an inner space of a gas sensor to measure a concentration of a gas component in a measurement gas by a current-limiting method; the pump electrode being composed of a cermet of a noble metal and an oxide having oxygen ion conductivity, wherein said noble metal contains: a first noble metal which is Pt having a catalytic activity, and a second noble metal which is Au having a catalytic activity suppressing ability to suppress the catalytic activity of said Pt with respect to an oxide gas except for oxygen, and characterized in that said Au is present, partly covering the surface of said Pt in the particle surface of the Pt in said pump electrode, where the Pt particles are exposed, and the abundance ratio of said Au with respect to said Pt is 0.01 to 0.3, wherein the Au abundance ratio is the ratio of the area of the Pt covered with Au to the area of the Pt where the Pt particles themselves are exposed and are not covered with the Au, the Au abundance ratio being calculated by a relative sensitivity coefficient method, based on peak intensity of detection peaks of Au and Pt obtained by XPS (X-ray photoelectron spectroscopy). a first noble metal which is Pt having a catalytic activity, and a second noble metal which is Au having a catalytic activity suppressing ability to suppress the catalytic activity of said Pt with respect to an oxide gas except for oxygen, and characterized in that said Au is present, partly covering the surface of said Pt in the particle surface of the Pt in said pump electrode, where the Pt particles are exposed, and the abundance ratio of said Au with respect to said Pt is 0.01 to 0.3, wherein the Au abundance ratio is the ratio of the area of the Pt covered with Au to the area of the Pt where the Pt particles themselves are exposed and are not covered with the Au, the Au abundance ratio being calculated by a relative sensitivity coefficient method, based on peak intensity of detection peaks of Au and Pt obtained by XPS (X-ray photoelectron spectroscopy).
A ground compacting device having a ground leveling plate and a motor for driving the ground leveling plate, the ground compacting device comprises: a support portion which is attached to an upper half of the ground compacting device via an anti-vibration member separately from a handle, wherein an electrical component for driving the motor is attached to the support portion; characterized in that the anti-vibration member is disposed in a handle holding member, which holds the handle, by arranging a rotational axis of the anti-vibration member in the support portion coaxially with a rotational axis of the handle holding member. a support portion which is attached to an upper half of the ground compacting device via an anti-vibration member separately from a handle, wherein an electrical component for driving the motor is attached to the support portion; characterized in that the anti-vibration member is disposed in a handle holding member, which holds the handle, by arranging a rotational axis of the anti-vibration member in the support portion coaxially with a rotational axis of the handle holding member.
A workpiece unit, comprising: a workpiece body configured as a combination of a plurality of sections (11a, 11b, 1 1c), each of the plurality of sections being physically separate, and each said section being in physical contact with one or more adjacent section of the plurality; and a holding member configured to be arranged over an entire circumference of an outer circumferential portion of the workpiece body and have a ring shape, wherein the outer circumferential portion of the workpiece body has at least one first positioning portion in a portion which faces the holding member; the inner circumferential portion of the holding member has at least one second positioning portion that engages with the first positioning portion in a portion which faces the workpiece body; and the workpiece body is maintained in a predetermined shape by a contraction force of the holding member. a workpiece body configured as a combination of a plurality of sections (11a, 11b, 1 1c), each of the plurality of sections being physically separate, and each said section being in physical contact with one or more adjacent section of the plurality; and a holding member configured to be arranged over an entire circumference of an outer circumferential portion of the workpiece body and have a ring shape, wherein the outer circumferential portion of the workpiece body has at least one first positioning portion in a portion which faces the holding member; the inner circumferential portion of the holding member has at least one second positioning portion that engages with the first positioning portion in a portion which faces the workpiece body; and the workpiece body is maintained in a predetermined shape by a contraction force of the holding member.
A terminal box comprising: a terminal block; wiring terminals contained in the terminal block; a housing having a base, a side wall extending from the base, and a first opening opposite the base to provide access to the wiring terminals; a curved wiring guide within the housing and including an outer surface and at least one curved passageway having an interior opening at an end of the curved passageway adjacent the first opening; mounts on the outer surface of the curved wiring guide and adjacent the interior opening; a ground wiring terminal mounted on the outer surface of the curved wiring guide, wherein the ground wiring terminal is configured to make a connection with a ground wire traveling through the curved wiring guide; a circuit board coupled to the mounts via fasteners and supporting the terminal block; and a second opening in the side wall, the second opening providing access to the curved wiring guide within the housing, the interior opening and the second opening have central axes (119, 107) that are approximately perpendicular, wherein the second opening and the interior opening are on opposite ends of the curved wiring guide, and wherein the curved wiring guide is shaped to guide electrical wires away from the base and toward a central portion of the first opening. a terminal block; wiring terminals contained in the terminal block; a housing having a base, a side wall extending from the base, and a first opening opposite the base to provide access to the wiring terminals; a curved wiring guide within the housing and including an outer surface and at least one curved passageway having an interior opening at an end of the curved passageway adjacent the first opening; mounts on the outer surface of the curved wiring guide and adjacent the interior opening; a ground wiring terminal mounted on the outer surface of the curved wiring guide, wherein the ground wiring terminal is configured to make a connection with a ground wire traveling through the curved wiring guide; a circuit board coupled to the mounts via fasteners and supporting the terminal block; and a second opening in the side wall, the second opening providing access to the curved wiring guide within the housing, the interior opening and the second opening have central axes (119, 107) that are approximately perpendicular, wherein the second opening and the interior opening are on opposite ends of the curved wiring guide, and wherein the curved wiring guide is shaped to guide electrical wires away from the base and toward a central portion of the first opening.
A method for manufacturing a plate denture including a denture base and an artificial tooth placed on the denture base, the method comprising: a three-dimensional data preparing step involving preparing three-dimensional data for an artificial tooth impression that is an impression for the artificial tooth to be placed on the denture base; a denture mold preparing step involving preparing a denture mold including a retained portion (51, 52) to be directly or indirectly attached to a cutting apparatus, and a machinable surface to be cut by the cutting apparatus; a denture mold cutting step involving directly or indirectly attaching the denture mold to the cutting apparatus through the retained portion (51, 52), and cutting the machinable surface of the denture mold so as to define a placement groove for the artificial tooth in accordance with the three-dimensional data for the artificial tooth impression; an artificial tooth placing step involving placing the artificial tooth in the placement groove; and a denture base material curing step involving pouring a denture base material into the denture mold, with the artificial tooth placed in the placement groove, and curing the denture base material so as to fabricate a one-piece product including the denture mold, the artificial tooth, and a cured product of the denture base material that are integral with each other. a three-dimensional data preparing step involving preparing three-dimensional data for an artificial tooth impression that is an impression for the artificial tooth to be placed on the denture base; a denture mold preparing step involving preparing a denture mold including a retained portion (51, 52) to be directly or indirectly attached to a cutting apparatus, and a machinable surface to be cut by the cutting apparatus; a retained portion (51, 52) to be directly or indirectly attached to a cutting apparatus, and a machinable surface to be cut by the cutting apparatus; a denture mold cutting step involving directly or indirectly attaching the denture mold to the cutting apparatus through the retained portion (51, 52), and cutting the machinable surface of the denture mold so as to define a placement groove for the artificial tooth in accordance with the three-dimensional data for the artificial tooth impression; an artificial tooth placing step involving placing the artificial tooth in the placement groove; and a denture base material curing step involving pouring a denture base material into the denture mold, with the artificial tooth placed in the placement groove, and curing the denture base material so as to fabricate a one-piece product including the denture mold, the artificial tooth, and a cured product of the denture base material that are integral with each other.
A handpiece for phacoemulsification, comprising: an ultrasonically vibrateable horn, a piezoelectric crystal stack coupled to a proximal end of the ultrasonically vibrateable horn, and a needle coupled to a distal end of the ultrasonically vibrateable horn, wherein the distal end of the needle is configured to vibrate in both an effective transverse direction and an effective longitudinal direction upon receipt of applied electric power to the handpiece; characterised in that simultaneous transverse and longitudinal vibration is achieved by: 1. the piezoelectric crystal stack being staggered; or 2. the needle having a center of mass offset from the longitudinal axis of the needle. an ultrasonically vibrateable horn, a piezoelectric crystal stack coupled to a proximal end of the ultrasonically vibrateable horn, and a needle coupled to a distal end of the ultrasonically vibrateable horn, wherein the distal end of the needle is configured to vibrate in both an effective transverse direction and an effective longitudinal direction upon receipt of applied electric power to the handpiece; characterised in that simultaneous transverse and longitudinal vibration is achieved by: 1. the piezoelectric crystal stack being staggered; or 2. the needle having a center of mass offset from the longitudinal axis of the needle. 1. the piezoelectric crystal stack being staggered; or 2. the needle having a center of mass offset from the longitudinal axis of the needle.
A method for transmitting control information using an Acknowledgement/Negative Acknowledgement, AN, channel selection scheme by a user equipment, UE, the method comprising: transmitting a complex value via a Physical Uplink Control Channel, PUCCH, resource based on an identified AN state set and a mapping rule of Table 1 below, wherein the identified AN state set including a Hybrid Automatic Repeat reQuest Acknowledgement, HARQ-ACK,, HARQ-ACK and HARQ-ACK for multiple cells including a Primary Cell, PCell, and one or more Secondary Cells, SCells, Table 1 HARQ-ACK HARQ-ACK HARQ-ACK PUCCH resource Complex value ACK ACK ACK 2 nd PUCCH resource -1 ACK NACK/DTX ACK 2 nd PUCCH resource j NACK/DTX ACK ACK 2 nd PUCCH resource -j NACK/DTX NACK/DTX ACK 3 rd PUCCH resource -1 ACK ACK NACK 1 st PUCCH resource -1 ACK NACK/DTX NACK 1 st PUCCH resource j NACK/DTX ACK NACK 1 st PUCCH resource -j NACK/DTX NACK/DTX NACK 3 rd PUCCH resource 1 ACK ACK DTX 1 st PUCCH resource -1 ACK NACK/DTX DTX 1 st PUCCH resource j NACK/DTX ACK DTX 1 st PUCCH resource -j NACK NACK DTX 1 st PUCCH resource 1 NACK DTX DTX 1 st PUCCH resource 1 DTX NACK DTX 1 st PUCCH resource 1 DTX DTX DTX No transmission wherein "ACK" represents a positive acknowledgement, "NACK" represents a negative acknowledgement, "DTX" represents a discontinuous transmission, and "NACK/DTX" represents "NACK" or "DTX". transmitting a complex value via a Physical Uplink Control Channel, PUCCH, resource based on an identified AN state set and a mapping rule of Table 1 below, wherein the identified AN state set including a Hybrid Automatic Repeat reQuest Acknowledgement, HARQ-ACK,, HARQ-ACK and HARQ-ACK for multiple cells including a Primary Cell, PCell, and one or more Secondary Cells, SCells, Table 1 HARQ-ACK HARQ-ACK HARQ-ACK PUCCH resource Complex value ACK ACK ACK 2 nd PUCCH resource -1 ACK NACK/DTX ACK 2 nd PUCCH resource j NACK/DTX ACK ACK 2 nd PUCCH resource -j NACK/DTX NACK/DTX ACK 3 rd PUCCH resource -1 ACK ACK NACK 1 st PUCCH resource -1 ACK NACK/DTX NACK 1 st PUCCH resource j NACK/DTX ACK NACK 1 st PUCCH resource -j NACK/DTX NACK/DTX NACK 3 rd PUCCH resource 1 ACK ACK DTX 1 st PUCCH resource -1 ACK NACK/DTX DTX 1 st PUCCH resource j NACK/DTX ACK DTX 1 st PUCCH resource -j NACK NACK DTX 1 st PUCCH resource 1 NACK DTX DTX 1 st PUCCH resource 1 DTX NACK DTX 1 st PUCCH resource 1 DTX DTX DTX No transmission wherein "ACK" represents a positive acknowledgement, "NACK" represents a negative acknowledgement, "DTX" represents a discontinuous transmission, and "NACK/DTX" represents "NACK" or "DTX".
Shed-cleaning vehicle for removing manure from a shed floor in an animal shed for livestock animals, in particular dairy animals, comprising: - a frame with drive means for moving the vehicle across the shed floor, - a control unit for the drive means to make the vehicle move autonomously in an intended direction of travel, - a manure slide for moving manure across the shed floor, and - a plateau which is configured such that it can be walked on by one or more of the livestock animals, wherein the plateau extends over the vehicle over an upper side thereof, with a central plateau section and in each case a treadboard section on at least two sides of the central plateau section which is situated on an outer edge of the plateau at most at a predetermined step height connected to the type of livestock animal, wherein the shed-cleaning vehicle with the drive means is configured for moving the vehicle together with the one or more livestock animals on the plateau. - a frame with drive means for moving the vehicle across the shed floor, - a control unit for the drive means to make the vehicle move autonomously in an intended direction of travel, - a manure slide for moving manure across the shed floor, and - a plateau which is configured such that it can be walked on by one or more of the livestock animals, wherein the plateau extends over the vehicle over an upper side thereof, with a central plateau section and in each case a treadboard section on at least two sides of the central plateau section which is situated on an outer edge of the plateau at most at a predetermined step height connected to the type of livestock animal, wherein the shed-cleaning vehicle with the drive means is configured for moving the vehicle together with the one or more livestock animals on the plateau.
A system comprising: a steerable parent instrument defining a first working lumen; a guide-sheath instrument pair (18, 30) positioned in the first working lumen of the steerable parent instrument, the guide-sheath instrument pair (18, 30) comprising: a flexible sheath instrument comprising a first instrument base removably coupleable to an instrument driver, said sheath instrument defining a sheath instrument working lumen; a flexible guide instrument comprising a second instrument base removably coupleable to the instrument driver, said guide instrument positioned in the sheath instrument working lumen, and said guide instrument defining a guide instrument working lumen; and a tool (800-817, 851, 863, 881, 886, 935) positioned in said guide instrument working lumen; wherein said sheath instrument and guide instrument are independently controllable relative to each other; and characterized in that the steerable parent instrument further defines a second working lumen and is an endoscope comprising one or more image capture devices (853, 860). a steerable parent instrument defining a first working lumen; a guide-sheath instrument pair (18, 30) positioned in the first working lumen of the steerable parent instrument, the guide-sheath instrument pair (18, 30) comprising: a flexible sheath instrument comprising a first instrument base removably coupleable to an instrument driver, said sheath instrument defining a sheath instrument working lumen; a flexible guide instrument comprising a second instrument base removably coupleable to the instrument driver, said guide instrument positioned in the sheath instrument working lumen, and said guide instrument defining a guide instrument working lumen; and a tool (800-817, 851, 863, 881, 886, 935) positioned in said guide instrument working lumen; a flexible sheath instrument comprising a first instrument base removably coupleable to an instrument driver, said sheath instrument defining a sheath instrument working lumen; a flexible guide instrument comprising a second instrument base removably coupleable to the instrument driver, said guide instrument positioned in the sheath instrument working lumen, and said guide instrument defining a guide instrument working lumen; and a tool (800-817, 851, 863, 881, 886, 935) positioned in said guide instrument working lumen; wherein said sheath instrument and guide instrument are independently controllable relative to each other; and characterized in that the steerable parent instrument further defines a second working lumen and is an endoscope comprising one or more image capture devices (853, 860).
Reversible polyphase dual-voltage rotating electrical machine (15, 35) for a motor vehicle, of the type comprising a rotor able to be coupled mechanically to a thermal combustion engine of said motor vehicle, a stator (19, 21, 31) including first stator windings in a star configuration that are connected to a first reversible inverter that is able to be linked, by a first output terminal, to a first subnetwork of an electrical network for supplying equipment of said motor vehicle at a first nominal DC voltage that is predetermined with respect to a reference potential of a ground terminal, and second stator windings in a star configuration that are connected to a second reversible inverter that is able to be linked, by a second output terminal, to a second subnetwork of said electrical supply network at a second nominal DC voltage that is predetermined with respect to said reference potential and lower than said first predetermined nominal DC voltage, a transfer circuit comprising at least one switch and electrically linking a neutral point of said first stator windings to said second output terminal, characterized in that said transfer circuit furthermore comprises an inductor for reducing iron losses of said stator (19, 21, 31), arranged in series with said switch, said inductor being formed of a ferrite at least partly surrounding a power trace forming, through a first end, interconnections forming the neutral point of the first stator windings and being linked, by a second end, to the switch of the transfer circuit.
A combination of two separate split Cas9 proteins (a) and (b): a) a first split Cas9 protein providing a RuvC domain but not an HNH domain and b) a second split Cas 9 protein providing an HNH domain but not a RuvC domain, wherein said combination of split Cas9 proteins, together with a guide RNA, can process a target nucleic acid sequence. a) a first split Cas9 protein providing a RuvC domain but not an HNH domain and b) a second split Cas 9 protein providing an HNH domain but not a RuvC domain,
Sighting optical unit (1, 1') having an objective which, in the operating setting, is to face towards a target object that is to be observed, an eyepiece which is to face towards an eye of an observer, a beam path and at least one apparatus for superimposing an image into the beam path of the sighting optical unit (1, 1'), having an at least partially light-transmissive optical carrier element which is arranged in the beam path of the sighting optical unit (1, 1') and has at least one diffractive optical input coupling element (7b, 7b') and at least one diffractive optical output coupling element, wherein the at least one diffractive optical input coupling element (7b, 7b') guides light (11, 11'), which is incident thereon and is to be coupled in, of the image to be superimposed through the optical carrier element for superposition with the beam path to the at least one diffractive optical output coupling element, and wherein the image to be superimposed is imaged into the beam path of the sighting optical unit (1, 1') through the at least one diffractive optical input coupling element (7b, 7b') and the at least one diffractive optical output coupling element.