mhurhangee/patent-ind-claim-en huggingface dataset:
A radiation shield , comprising: a shield wall surrounding a hollow region capable of accommodating therein atoms for an optical lattice clock , characterised in that the shield wall has, provided therein, at least two apertures communicating with outside for allowing the atoms to be transported therethrough, wherein a geometrical shape of an inner wall surface of the shield wall is configured such that a difference between blackbody radiation (BBR) shifts found under two conditions does not exceed a predetermined value at each position of the atoms , the BBR shifts being caused in clock transition of the atoms by the radiation emitted by the inner wall surface, incoming radiation leaking in from the outside through the apertures, and a reflection component of the emitted radiation and incoming radiation at the inner wall surface, the two conditions being a condition where the inner wall surface exhibits mirror reflection and a condition where the inner wall surface exhibits diffuse reflection, the less dependence of inner wall surface characteristics in the two conditions over a long range of position, the each position being where clock transition operation is carried out in the optical lattice clock , the inner wall surface facing the hollow region. a shield wall surrounding a hollow region capable of accommodating therein atoms for an optical lattice clock , characterised in that the shield wall has, provided therein, at least two apertures communicating with outside for allowing the atoms to be transported therethrough, wherein a geometrical shape of an inner wall surface of the shield wall is configured such that a difference between blackbody radiation (BBR) shifts found under two conditions does not exceed a predetermined value at each position of the atoms , the BBR shifts being caused in clock transition of the atoms by the radiation emitted by the inner wall surface, incoming radiation leaking in from the outside through the apertures, and a reflection component of the emitted radiation and incoming radiation at the inner wall surface, the two conditions being a condition where the inner wall surface exhibits mirror reflection and a condition where the inner wall surface exhibits diffuse reflection, the less dependence of inner wall surface characteristics in the two conditions over a long range of position, the each position being where clock transition operation is carried out in the optical lattice clock , the inner wall surface facing the hollow region.
A method for analyzing a copolymer, the method comprising: a) subjecting a copolymer of a conjugated diene compound with an aromatic vinyl compound to ozonolysis to produce a plurality of kinds of polyhydric alcohol compounds; b) separating a sample solution containing the plurality of kinds of polyhydric alcohol compounds with a comprehensive two-dimensional liquid chromatograph equipped with a first column and a second column ; and c) detecting the separated sample with a detector, wherein: the detector is a mass spectrometer ; and the first column and the second column have different polarities or different separation modes; and wherein the method comprises: referring to a calibration curve representing a relationship between a concentration of each kind of the polyhydric alcohol compounds and an ion intensity of the detector; and calculating a concentration of a polyhydric alcohol compound from the ion intensity with respect to the polyhydric alcohol compounds in the sample solution detected with the detector. a) subjecting a copolymer of a conjugated diene compound with an aromatic vinyl compound to ozonolysis to produce a plurality of kinds of polyhydric alcohol compounds; b) separating a sample solution containing the plurality of kinds of polyhydric alcohol compounds with a comprehensive two-dimensional liquid chromatograph equipped with a first column and a second column ; and c) detecting the separated sample with a detector, the detector is a mass spectrometer ; and the first column and the second column have different polarities or different separation modes; and wherein the method comprises: referring to a calibration curve representing a relationship between a concentration of each kind of the polyhydric alcohol compounds and an ion intensity of the detector; and calculating a concentration of a polyhydric alcohol compound from the ion intensity with respect to the polyhydric alcohol compounds in the sample solution detected with the detector. referring to a calibration curve representing a relationship between a concentration of each kind of the polyhydric alcohol compounds and an ion intensity of the detector; and calculating a concentration of a polyhydric alcohol compound from the ion intensity with respect to the polyhydric alcohol compounds in the sample solution detected with the detector.
A dental prosthesis, comprising a flesh-coloured prosthesis base and a tooth-coloured tooth arrangement which is partially embedded into the prosthesis base, wherein the dental prosthesis is configured as a hybrid prosthesis, wherein the prosthesis base thus has a contact surface which has a surface normal pointing towards the gums, wherein the tooth arrangement surrounds a secondary part or a primary part on at least two sides and is configured as a one-piece dental arch or as a segmented dental arch , characterised in that the secondary part or the primary part supports the tooth arrangement and a layer of prosthesis material of the prosthesis base lies between the tooth arrangement and the secondary part or primary part.
A modular exothermal vaporizer comprising: a tip , a diffuser , a mouthpiece , a body , a condenser tube provided within the body and the mouthpiece, and a temperature indicating cap which is removable from the body; the body contains or has a number of features including an air and vapor mix port , a fluid inlet port in communication with a reservoir and air inlet and wicking material ; wherein the tip , the diffuser , the condenser tube , and the mouthpiece are separably and interchangeably assembled in the exothermal vaporizer by a friction fit assembly enabled by a plurality of O-rings positioned on the tip , the diffuser , the condenser tube , and/or the mouthpiece , the O-rings also being configured to provide an insulative interface between heated and/or hot components and unheated components or components which perform better or more comfortably when cool. a tip , a diffuser , a mouthpiece , a body , a condenser tube provided within the body and the mouthpiece, and a temperature indicating cap which is removable from the body; the body contains or has a number of features including an air and vapor mix port , a fluid inlet port in communication with a reservoir and air inlet and wicking material ; wherein the tip , the diffuser , the condenser tube , and the mouthpiece are separably and interchangeably assembled in the exothermal vaporizer by a friction fit assembly enabled by a plurality of O-rings positioned on the tip , the diffuser , the condenser tube , and/or the mouthpiece , the O-rings also being configured to provide an insulative interface between heated and/or hot components and unheated components or components which perform better or more comfortably when cool.
A named-data networking, NDN, node, comprising: a plurality of faces each of which is coupled to a different node in a content-centric network; and a processor coupled to the faces, wherein the processor is configured to probe the performance of each of the faces for an interest, wherein the interest is associated with multiple ones of the faces, wherein a next-hop is identified by the face, wherein a one of the faces associated with the interest is used to forward the interest when the interest is received by the NDN node, and wherein the one of the faces used is determined based on a selection probability determined from feedback from the probe of the performance of the faces, further comprising: a forwarding information base configured to maintain a probing probability for each of a plurality of prefixes, a selection probability per face per prefix and associated policies for regular interest forwarding. a plurality of faces each of which is coupled to a different node in a content-centric network; and a processor coupled to the faces, wherein the processor is configured to probe the performance of each of the faces for an interest, wherein the interest is associated with multiple ones of the faces, wherein a next-hop is identified by the face, wherein a one of the faces associated with the interest is used to forward the interest when the interest is received by the NDN node, and wherein the one of the faces used is determined based on a selection probability determined from feedback from the probe of the performance of the faces,
A wireless sensor assembly comprising: a housing defining a first aperture and a second aperture; a first communication port provided at the first aperture and configured to communicably couple to an external sensor ; an external communication device; a second communication port provided at the second aperture and configured to physically connect to the external communication device; a wireless power source disposed in the housing; and one or more electronics configured to receive power from the wireless power source and to acquire data from the external sensor , the one or more electronics includes a wireless module operable to form a wireless communication link, characterized in that the one or more electronics is configured to transmit the acquired data to an external computing device wirelessly by the wireless module or by the second communication port when the external communication device is inserted into the second communication port , the external communication device being a wire harness or a removable dongle, the one or more electronics including a circuitry to disable a wireless communication component of the wireless module when the wire harness is inserted into the second communication port , and wherein when the wire harness or the removable dongle is inserted into the second communication port , the acquired data is transmitted to the external computing device using the second communication port . characterized in that the one or more electronics is configured to transmit the acquired data to an external computing device wirelessly by the wireless module or by the second communication port when the external communication device is inserted into the second communication port , the external communication device being a wire harness or a removable dongle, the one or more electronics including a circuitry to disable a wireless communication component of the wireless module when the wire harness is inserted into the second communication port , and wherein when the wire harness or the removable dongle is inserted into the second communication port , the acquired data is transmitted to the external computing device using the second communication port .
An aerosol generating apparatus , comprising: a liquid container including a perforated membrane through which a liquid can permeate, the liquid container further includes a first mating element ; an adaptor including a second mating element ; and a driving element including a piezoelectric element coupled to a substrate , wherein the driving element is accommodated by the adaptor and the substrate includes an aperture and a projection ; wherein the first and second mating elements are adapted to detachably and slidably mate with each other such that the aperture of the substrate aligns proximately to the center of the perforated membrane ; wherein the first and the second mating elements are further adapted for relative movement along a sliding axis, wherein the projection is adapted to press against the perforated membrane ; and wherein the first mating element includes a first contacting surface and the second mating element includes a second contacting surface, the first and second contacting surfaces are adapted to create friction such that the liquid container and the adaptor are securely engaged. a liquid container including a perforated membrane through which a liquid can permeate, the liquid container further includes a first mating element ; an adaptor including a second mating element ; and a driving element including a piezoelectric element coupled to a substrate , wherein the driving element is accommodated by the adaptor and the substrate includes an aperture and a projection ; wherein the first and second mating elements are adapted to detachably and slidably mate with each other such that the aperture of the substrate aligns proximately to the center of the perforated membrane ; wherein the first and the second mating elements are further adapted for relative movement along a sliding axis, wherein the projection is adapted to press against the perforated membrane ; and wherein the first mating element includes a first contacting surface and the second mating element includes a second contacting surface, the first and second contacting surfaces are adapted to create friction such that the liquid container and the adaptor are securely engaged.
A planting unit for a seeding machine , comprising: a seed supply ; and a driven seed meter adapted to receive seeds from the seed supply and to dispense a singularized seed to a seed delivery system adapted to deposit the seed within a furrow in the ground of a field; wherein the driven movement of the seed meter is adapted to be controlled by an electronic control unit such as to achieve a pre-defined pattern of the seeds in the field and the planting unit is adapted to skip dispensing of seeds at locations at which a tramline extending in an angle to the travel direction is to be provided according to the pre-defined pattern, characterized in that , the seed meter comprises adjacent apertures for receiving the seeds and at least one of the apertures is permanently closed or adapted to be selectively closed to provide the skip. a seed supply ; and a driven seed meter adapted to receive seeds from the seed supply and to dispense a singularized seed to a seed delivery system adapted to deposit the seed within a furrow in the ground of a field; wherein the driven movement of the seed meter is adapted to be controlled by an electronic control unit such as to achieve a pre-defined pattern of the seeds in the field and the planting unit is adapted to skip dispensing of seeds at locations at which a tramline extending in an angle to the travel direction is to be provided according to the pre-defined pattern, characterized in that , the seed meter comprises adjacent apertures for receiving the seeds and at least one of the apertures is permanently closed or adapted to be selectively closed to provide the skip.
A learning program that causes a computer to execute a process, when run thereon, the process comprising: generating a shadow image including a shadow according to a state of ultrasound reflection in an ultrasound image; generating a combined image by combining the ultrasound image and the shadow image; inputting the combined image into an encoder, and inputting an output therefrom into a first decoder and a second decoder, wherein the encoder, the first decoder and the second decoder constitute a neural network, the first decoder outputs a first image that is an image of a shadow in the ultrasound image, and the second decoder outputs a second image that is an image of an object other than a shadow in the ultrasound image; and executing training of the encoder, the first decoder, and the second decoder, based on: reconfigured error between an output image of a coupling function and the combined image, the coupling function being configured to combine the first image with the second image, an error function between an area in the first image and the shadow in the shadow image, the area corresponding to the shadow in the shadow image, and a likelihood function related to an object other than a shadow in the ultrasound image. generating a shadow image including a shadow according to a state of ultrasound reflection in an ultrasound image; generating a combined image by combining the ultrasound image and the shadow image; inputting the combined image into an encoder, and inputting an output therefrom into a first decoder and a second decoder, wherein the encoder, the first decoder and the second decoder constitute a neural network, the first decoder outputs a first image that is an image of a shadow in the ultrasound image, and the second decoder outputs a second image that is an image of an object other than a shadow in the ultrasound image; and executing training of the encoder, the first decoder, and the second decoder, based on: reconfigured error between an output image of a coupling function and the combined image, the coupling function being configured to combine the first image with the second image, an error function between an area in the first image and the shadow in the shadow image, the area corresponding to the shadow in the shadow image, and a likelihood function related to an object other than a shadow in the ultrasound image. reconfigured error between an output image of a coupling function and the combined image, the coupling function being configured to combine the first image with the second image, an error function between an area in the first image and the shadow in the shadow image, the area corresponding to the shadow in the shadow image, and a likelihood function related to an object other than a shadow in the ultrasound image.
A closing mechanism for a sterile container having a container pan and a container lid lockable to the container pan via the closing mechanism, wherein the closing mechanism comprises a bar element provided and configured for displaceable support on the container lid or on the container pan for undercutting engagement with an engagement element forming an undercut on the container pan or on the container lid , respectively, wherein the bar element is positionable or displaceable into a closed position, in which it is in undercutting operative connection with the engagement element , and into a release position, in which the bar element and the engagement element are disengaged, wherein the closing mechanism has a locking element which is operatively connected or operatively connectable to the bar element and which is integrated into the closing mechanism or interacts therewith in such a way that it locks the closing mechanism in this closed position when the closed position is reached, wherein the locking element has a latching structure , in particular in the form of a shoulder or a hook, which, when the closing mechanism is in the closed position, engages with a counter latching structure arranged or formed on the bar element as a rod and thus locks the closing mechanism in the closed position. wherein the closing mechanism comprises a bar element provided and configured for displaceable support on the container lid or on the container pan for undercutting engagement with an engagement element forming an undercut on the container pan or on the container lid , respectively, wherein the bar element is positionable or displaceable into a closed position, in which it is in undercutting operative connection with the engagement element , and into a release position, in which the bar element and the engagement element are disengaged, wherein the closing mechanism has a locking element which is operatively connected or operatively connectable to the bar element and which is integrated into the closing mechanism or interacts therewith in such a way that it locks the closing mechanism in this closed position when the closed position is reached, wherein the locking element has a latching structure , in particular in the form of a shoulder or a hook, which, when the closing mechanism is in the closed position, engages with a counter latching structure arranged or formed on the bar element as a rod and thus locks the closing mechanism in the closed position.
A fixing method for fixing a coil insulator to a stator core , the coil insulator to be provided between a stator core and a coil , the stator core including an annular or substantially arc-shaped back yoke and a plurality of teeth projecting in a radial direction from the back yoke , the coil being wound around the teeth of the stator core , said fixing method comprising: preparing the stator core in which at least one fixing hole is formed, corresponding to a respective one of the teeth , on an end face in the axial direction of the back yoke ; preparing the coil insulators to be provided around the circumference of a respective one of the teeth of the stator core , said coil insulator including a main body to be arranged around the circumference of a respective one of the teeth and a fixing portion projecting in the radial direction from the main body , in order to cover the at least one fixing hole corresponding to said respective one of the teeth ; and arranging said coil insulator around the circumference of a respective one of the teeth by fitting the coil insulator to the respective one of the teeth ; characterized by the coil insulator being composed of a heat-softenable insulating material; and softening by heating the fixing portion to bring part of the insulating material into the at least one fixing hole and then hardening the fixing portion to form at least one projection fixing the coil insulators to the stator core . preparing the stator core in which at least one fixing hole is formed, corresponding to a respective one of the teeth , on an end face in the axial direction of the back yoke ; preparing the coil insulators to be provided around the circumference of a respective one of the teeth of the stator core , said coil insulator including a main body to be arranged around the circumference of a respective one of the teeth and a fixing portion projecting in the radial direction from the main body , in order to cover the at least one fixing hole corresponding to said respective one of the teeth ; and arranging said coil insulator around the circumference of a respective one of the teeth by fitting the coil insulator to the respective one of the teeth ; characterized by the coil insulator being composed of a heat-softenable insulating material; and softening by heating the fixing portion to bring part of the insulating material into the at least one fixing hole and then hardening the fixing portion to form at least one projection fixing the coil insulators to the stator core .
Vehicle seat having a backrest part and a backrest base part , a seat part and a seat base part , wherein the seat part is displaceable with respect to the seat base part and wherein the backrest part is rotatably connected to the backrest base part , wherein the backrest base part and the seat base part are connected to one another by means of a lever assembly , wherein the lever assembly comprises a first lever element , which is rotatably connected to the backrest base part and the seat base part , and a second lever element , which comprises a first lever element part and a second lever element part , wherein the first lever element part is rotatably connected to the backrest base part and the second lever element part , wherein the second lever element part is rotatably connected to the first lever element part and an adjustment device , wherein the adjustment device is rotatably connected to the seat base part . wherein the backrest base part and the seat base part are connected to one another by means of a lever assembly , wherein the lever assembly comprises a first lever element , which is rotatably connected to the backrest base part and the seat base part , and a second lever element , which comprises a first lever element part and a second lever element part , wherein the first lever element part is rotatably connected to the backrest base part and the second lever element part , wherein the second lever element part is rotatably connected to the first lever element part and an adjustment device , wherein the adjustment device is rotatably connected to the seat base part .