mhurhangee/patent-ind-claim-en huggingface dataset:
A fluorescence sensor comprising : a fluorescence unit comprising a fluorescent dye, wherein the fluorescence unit is configured to generate fluorescence (F) in an amount correlating with concentration of analytes by receiving excitation light (E); a measurement optical system configured to emit the excitation light (E) and detect the fluorescence (F) from the fluorescence unit ; a sensor body in which the measurement optical system is embedded; and a light guide unit that is optically connected to the sensor body and is configured to bi-directionally guide light between the measurement optical system and the fluorescence unit , wherein the light guide unit includes at least an optical-wave guide film in which three or more optical waveguides are formed; wherein the optical waveguides are configured as transmission paths through which excitation light (E) and fluorescence (F) are transmitted; and wherein the optical waveguide film further comprises a front unit wherein an exposure space is formed in the front unit ; each of the optical waveguides comprises an end surface ; and the exposure space is used to expose the end surfaces ; and the fluorescence unit is inserted in the exposure space , wherein the exposed end surfaces are covered with the fluorescence unit ; and wherein a number of optical waveguides to which the fluorescence (F) is input and through which the fluorescence (F) is detected by the measurement optical system is larger than a number of optical waveguides through which the excitation light (E) is output towards the fluorescence unit . a fluorescence unit comprising a fluorescent dye, wherein the fluorescence unit is configured to generate fluorescence (F) in an amount correlating with concentration of analytes by receiving excitation light (E); a measurement optical system configured to emit the excitation light (E) and detect the fluorescence (F) from the fluorescence unit ; a sensor body in which the measurement optical system is embedded; and a light guide unit that is optically connected to the sensor body and is configured to bi-directionally guide light between the measurement optical system and the fluorescence unit , wherein the light guide unit includes at least an optical-wave guide film in which three or more optical waveguides are formed; wherein the optical waveguides are configured as transmission paths through which excitation light (E) and fluorescence (F) are transmitted; and wherein the optical waveguide film further comprises a front unit wherein an exposure space is formed in the front unit ; each of the optical waveguides comprises an end surface ; and the exposure space is used to expose the end surfaces ; and the fluorescence unit is inserted in the exposure space , wherein the exposed end surfaces are covered with the fluorescence unit ; and wherein a number of optical waveguides to which the fluorescence (F) is input and through which the fluorescence (F) is detected by the measurement optical system is larger than a number of optical waveguides through which the excitation light (E) is output towards the fluorescence unit .
A method comprising: collecting , by a kiosk at a departure location, departure information including a passport , a boarding pass , a departure photo of a passenger's face, and a departure voice recording of a passenger's voice; transmitting the departure information to a server ; collecting , by a kiosk at an arrival location, arrival information including the passport, the boarding pass, an arrival photo of the passenger's face, and an arrival voice recording of the passenger's voice; transmitting , by the kiosk at the arrival location, at least some of the arrival information to the server, the at least some of the arrival information including the passport and the boarding pass; determining , by the server, a correspondence between the arrival information and the departure information, the correspondence determined based on a match between the boarding pass of the departure information and the boarding pass of the arrival information, the correspondence further determined based on a match between the passport of the departure information and the passport of the arrival information; receiving , by the kiosk at the arrival location, the departure voice recording and the departure photo from the server upon determining the correspondence between the arrival information and the departure information; and comparing , by the kiosk at the arrival location, the departure voice recording with the arrival voice recording and the departure photo with the arrival photo to authenticate an identity of the passenger. collecting , by a kiosk at a departure location, departure information including a passport , a boarding pass , a departure photo of a passenger's face, and a departure voice recording of a passenger's voice; transmitting the departure information to a server ; collecting , by a kiosk at an arrival location, arrival information including the passport, the boarding pass, an arrival photo of the passenger's face, and an arrival voice recording of the passenger's voice; transmitting , by the kiosk at the arrival location, at least some of the arrival information to the server, the at least some of the arrival information including the passport and the boarding pass; determining , by the server, a correspondence between the arrival information and the departure information, the correspondence determined based on a match between the boarding pass of the departure information and the boarding pass of the arrival information, the correspondence further determined based on a match between the passport of the departure information and the passport of the arrival information; receiving , by the kiosk at the arrival location, the departure voice recording and the departure photo from the server upon determining the correspondence between the arrival information and the departure information; and comparing , by the kiosk at the arrival location, the departure voice recording with the arrival voice recording and the departure photo with the arrival photo to authenticate an identity of the passenger.
A method of coupling an optical fiber to a photonic-integrated chip , comprising: chamfering a portion of an end surface of the optical fiber which will contact with a surface of the chip, wherein the chamfered portion of the end surface of the optical fiber and the chip surface are corresponding surfaces that align with each other, characterized by activating an end surface of the optical fiber, including the chamfered portion, in a plasma to generate dangling bonds on the end surface of the optical fiber, whereby the dangling bonds facilitate coupling with a surface of a chip, directly contacting the end surface of the optical fiber to the surface of the chip, and applying a pressure between the end surface of the optical fiber and chip surface to ensure no gaps are formed between the optical fiber and the chip surface. chamfering a portion of an end surface of the optical fiber which will contact with a surface of the chip, wherein the chamfered portion of the end surface of the optical fiber and the chip surface are corresponding surfaces that align with each other, characterized by activating an end surface of the optical fiber, including the chamfered portion, in a plasma to generate dangling bonds on the end surface of the optical fiber, whereby the dangling bonds facilitate coupling with a surface of a chip, directly contacting the end surface of the optical fiber to the surface of the chip, and applying a pressure between the end surface of the optical fiber and chip surface to ensure no gaps are formed between the optical fiber and the chip surface.
A wellhead assembly, comprising: a wellhead housing having a bore with an axis; a downward and inward facing lockdown profile shoulder in the bore ; a casing hanger landed in the bore for supporting a string of casing, the casing hanger having an external upward-facing casing hanger shoulder ; a radially expandable annular lockdown member carried on the casing hanger shoulder for movement between a retracted position and an expanded position, the lockdown member having an upward and outward facing lockdown member shoulder that engages the lockdown profile shoulder while in the expanded position, the lockdown member having an upward and inward facing cam surface ; a casing hanger seal carried by the casing hanger , the casing hanger seal being downwardly movable into a seal pocket between the casing hanger and the wellhead housing while being run and radially deformable into a set position while in the seal pocket; and an extension on a lower end of the casing hanger seal, the extension having a downward and outward facing cam surface that engages the cam surface on the lockdown member and moves the lockdown member to the expanded position while the casing hanger seal is moved into the seal pocket ; characterized by a plurality of slots in the extension, the slots having upper and lower sides that are in planes perpendicular to the axis, wherein the slots are axially spaced apart from each other a distance at least equal to a dimension between the upper and lower sides of each of the slots. a wellhead housing having a bore with an axis; a downward and inward facing lockdown profile shoulder in the bore ; a casing hanger landed in the bore for supporting a string of casing, the casing hanger having an external upward-facing casing hanger shoulder ; a radially expandable annular lockdown member carried on the casing hanger shoulder for movement between a retracted position and an expanded position, the lockdown member having an upward and outward facing lockdown member shoulder that engages the lockdown profile shoulder while in the expanded position, the lockdown member having an upward and inward facing cam surface ; a casing hanger seal carried by the casing hanger , the casing hanger seal being downwardly movable into a seal pocket between the casing hanger and the wellhead housing while being run and radially deformable into a set position while in the seal pocket; and an extension on a lower end of the casing hanger seal, the extension having a downward and outward facing cam surface that engages the cam surface on the lockdown member and moves the lockdown member to the expanded position while the casing hanger seal is moved into the seal pocket ; characterized by a plurality of slots in the extension, the slots having upper and lower sides that are in planes perpendicular to the axis, wherein the slots are axially spaced apart from each other a distance at least equal to a dimension between the upper and lower sides of each of the slots.
A coaxial laser metal deposition head comprising: a wire guide defining a wire guide axis ; a plurality of laser optical units distributed around the wire guide axis and each connected to a separate laser and each defining a beam axis , the laser optical units fixed relative to the wire guide and in a first condition positioned to allow each of the beam axes to intersect the wire guide axis at a common point ; being characterised by : a mounting plate having: a center portion with an aperture therethrough concentric with the wire guide axis; and a plurality of laser support arms aligned with the laser optical units and radiating out from the center portion and oriented at an obtuse angle to the center portion, wherein each of the laser optical units is fixed to one of the arms; and a hinged pivot mechanism disposed between and connecting one of the arms and the laser optical unit mounted thereon, the hinged pivot mechanism defining a hinge axis and allowing the beam axis to be moved away from the common point. a wire guide defining a wire guide axis ; a plurality of laser optical units distributed around the wire guide axis and each connected to a separate laser and each defining a beam axis , the laser optical units fixed relative to the wire guide and in a first condition positioned to allow each of the beam axes to intersect the wire guide axis at a common point ; being characterised by : a mounting plate having: a center portion with an aperture therethrough concentric with the wire guide axis; and a plurality of laser support arms aligned with the laser optical units and radiating out from the center portion and oriented at an obtuse angle to the center portion, wherein each of the laser optical units is fixed to one of the arms; and a hinged pivot mechanism disposed between and connecting one of the arms and the laser optical unit mounted thereon, the hinged pivot mechanism defining a hinge axis and allowing the beam axis to be moved away from the common point. a mounting plate having: a center portion with an aperture therethrough concentric with the wire guide axis; and a plurality of laser support arms aligned with the laser optical units and radiating out from the center portion and oriented at an obtuse angle to the center portion, wherein each of the laser optical units is fixed to one of the arms; and a center portion with an aperture therethrough concentric with the wire guide axis; and a plurality of laser support arms aligned with the laser optical units and radiating out from the center portion and oriented at an obtuse angle to the center portion, wherein each of the laser optical units is fixed to one of the arms; and a hinged pivot mechanism disposed between and connecting one of the arms and the laser optical unit mounted thereon, the hinged pivot mechanism defining a hinge axis and allowing the beam axis to be moved away from the common point.
An apparatus comprising: an array of vertical-cavity surface-emitting lasers, each of said vertical-cavity surface-emitting lasers being configured to be a source of light, wherein said array of vertical-cavity surface-emitting lasers is provided by a plurality of singulated vertical-cavity surface-emitting laser dies ; and an optical arrangement configured: to receive light from the plurality of singulated vertical-cavity surface-emitting lasers of said array of vertical-cavity surface-emitting lasers, and to output a plurality of light beams, wherein the optical arrangement comprises: i) a plurality of micro-lenses provided on a substrate, the substrate providing said array of vertical-cavity surface-emitting lasers, and ii) a plurality of further optical components , each further optical component configured to collimate and provide a beam shaping function, one further optical component being provided for each light beam. an array of vertical-cavity surface-emitting lasers, each of said vertical-cavity surface-emitting lasers being configured to be a source of light, wherein said array of vertical-cavity surface-emitting lasers is provided by a plurality of singulated vertical-cavity surface-emitting laser dies ; and an optical arrangement configured: to receive light from the plurality of singulated vertical-cavity surface-emitting lasers of said array of vertical-cavity surface-emitting lasers, and to output a plurality of light beams, wherein the optical arrangement comprises: i) a plurality of micro-lenses provided on a substrate, the substrate providing said array of vertical-cavity surface-emitting lasers, and ii) a plurality of further optical components , each further optical component configured to collimate and provide a beam shaping function, one further optical component being provided for each light beam. i) a plurality of micro-lenses provided on a substrate, the substrate providing said array of vertical-cavity surface-emitting lasers, and ii) a plurality of further optical components , each further optical component configured to collimate and provide a beam shaping function, one further optical component being provided for each light beam.
A single-ski assembly for a snowmobile comprising a steering assembly and attaching means generally adapted to receive two skis, characterized in that the single-ski assembly comprises: a first pair of connecting members attachable to a front left end of the snowmobile ; a second pair of connecting members attachable to a front right end of the snowmobile ; and a steering member connectable to the steering assembly and attachable to a ski , the angle (X) between a steering axis of the steering member and an axis substantially perpendicular to a travelling surface being between 0 degree and 60 degrees. a first pair of connecting members attachable to a front left end of the snowmobile ; a second pair of connecting members attachable to a front right end of the snowmobile ; and a steering member connectable to the steering assembly and attachable to a ski , the angle (X) between a steering axis of the steering member and an axis substantially perpendicular to a travelling surface being between 0 degree and 60 degrees.
An air cell comprising: a positive electrode and a negative electrode ; and an outer frame member located at outer peripheries of the positive electrode and the negative electrode , the positive electrode and the negative electrode , and the outer frame member being integrally joined together, wherein the positive electrode includes a water-repellent layer , a catalyst layer and a reinforcing layer stacked on top of each other, and at least one of the water-repellent layer , the catalyst layer and the reinforcing layer is integrally joined to the outer frame member . a positive electrode and a negative electrode ; and an outer frame member located at outer peripheries of the positive electrode and the negative electrode , the positive electrode and the negative electrode , and the outer frame member being integrally joined together, wherein the positive electrode includes a water-repellent layer , a catalyst layer and a reinforcing layer stacked on top of each other, and at least one of the water-repellent layer , the catalyst layer and the reinforcing layer is integrally joined to the outer frame member .
A medical device package comprising: a tray defining a recess configured to receive an elongated medical device in a coiled state ; a lip configured to cover at least a portion of the recess , the lip and tray defining a mouth to the recess , the elongated medical device within the recess ; and a pouch wherein the tray and lip define an opening configured to expose the elongated medical device when the elongated medical device is received in the recess , the mouth being configured to facilitate removal of the elongated medical device from the recess through the opening while the elongated medical device is in the coiled state , and wherein the tray , the lip , and the elongated medical device are within the pouch . a tray defining a recess configured to receive an elongated medical device in a coiled state ; a lip configured to cover at least a portion of the recess , the lip and tray defining a mouth to the recess , the elongated medical device within the recess ; and a pouch wherein the tray and lip define an opening configured to expose the elongated medical device when the elongated medical device is received in the recess , the mouth being configured to facilitate removal of the elongated medical device from the recess through the opening while the elongated medical device is in the coiled state , and wherein the tray , the lip , and the elongated medical device are within the pouch .
A protein kinase RNA-like endoplasmic reticulum kinase (PERK) inhibitor for use in a method of treating minimal residual cancer in a subject, said method comprising: contacting disseminated cancer cells (DCCs) in a subject with the protein kinase RNA-like endoplasmic reticulum kinase (PERK) inhibitor, wherein said contacting eradicates DCCs in the subject to treat minimal residual cancer in the subject; wherein said protein kinase RNA-like endoplasmic reticulum kinase (PERK) inhibitor is selected from 3-amino-6-[4-[[ -2-(3,5-difluorophenyl)-2-hydroxy-acetyl]amino]-2-methyl-phenyl]-N-methyl-pyrazine-2-carboxamide (LY2), having a chemical structure -N-[4-(4-amino-7-methyl-pyrrolo[2,3-d]pyrimidin-5-yl)-3-methylphenyl]-2-(3-fluorophenyl)-2-hydroxy-acetamide (LY3), having a chemical structure and 2-amino-5-[4-[[ -2-(3,5-difluorophenyl)-2-hydroxy-acetyl]amino]-2-methyl-phenyl]-N-isopropyl-pyridine-3-carboxamide (LY4), having a chemical structure contacting disseminated cancer cells (DCCs) in a subject with the protein kinase RNA-like endoplasmic reticulum kinase (PERK) inhibitor, wherein said contacting eradicates DCCs in the subject to treat minimal residual cancer in the subject; wherein said protein kinase RNA-like endoplasmic reticulum kinase (PERK) inhibitor is selected from 3-amino-6-[4-[[ -2-(3,5-difluorophenyl)-2-hydroxy-acetyl]amino]-2-methyl-phenyl]-N-methyl-pyrazine-2-carboxamide (LY2), having a chemical structure -N-[4-(4-amino-7-methyl-pyrrolo[2,3-d]pyrimidin-5-yl)-3-methylphenyl]-2-(3-fluorophenyl)-2-hydroxy-acetamide (LY3), having a chemical structure and 2-amino-5-[4-[[ -2-(3,5-difluorophenyl)-2-hydroxy-acetyl]amino]-2-methyl-phenyl]-N-isopropyl-pyridine-3-carboxamide (LY4), having a chemical structure 3-amino-6-[4-[[ -2-(3,5-difluorophenyl)-2-hydroxy-acetyl]amino]-2-methyl-phenyl]-N-methyl-pyrazine-2-carboxamide (LY2), having a chemical structure -N-[4-(4-amino-7-methyl-pyrrolo[2,3-d]pyrimidin-5-yl)-3-methylphenyl]-2-(3-fluorophenyl)-2-hydroxy-acetamide (LY3), having a chemical structure and 2-amino-5-[4-[[ -2-(3,5-difluorophenyl)-2-hydroxy-acetyl]amino]-2-methyl-phenyl]-N-isopropyl-pyridine-3-carboxamide (LY4), having a chemical structure
Hand-held electrically driven hand blender , comprising: an electrical motor for driving the hand blender; a control unit for controlling the motor; a first operating element for outputting to the control unit a first control signal; and a measuring device for measuring the rotational speed of the motor , characterised in that the control unit is configured to determine a motor actuating signal to be output to the motor based on the first control signal received from the first operating element and the rotational speed of the motor measured by the measuring device , and the first operating element is configured such that the first control signal output by same is dependent on an operating travel of the first operating element. an electrical motor for driving the hand blender; a control unit for controlling the motor; a first operating element for outputting to the control unit a first control signal; and a measuring device for measuring the rotational speed of the motor , characterised in that the control unit is configured to determine a motor actuating signal to be output to the motor based on the first control signal received from the first operating element and the rotational speed of the motor measured by the measuring device , and the first operating element is configured such that the first control signal output by same is dependent on an operating travel of the first operating element.
Apparatus for sterilising container closures with a transport device which transports the container closures along a predetermined transport path (T), and with a sterilisation device which is suitable and intended for sterilising the container closures at least in sections, wherein the sterilisation device has a source of charge carriers which generates charge carriers and a radiation device which irradiates the charge carriers onto a surface of the container closures to be sterilised, wherein at least one end portion of the sterilisation device can be introduced into an inner region of the container closures , and the transport device has a rotatable support as well as a plurality of holding elements arranged on this support in order to move the container closures relative to the sterilisation device , characterised in that the sterilisation device has a plurality of tubular radiation devices which are arranged on a rotatable sterilisation support , wherein the radiation devices are movable along the transport path relative to the container closures , wherein axes of rotation of the transport device and of the sterilisation support do not coincide and are perpendicular to one another.