mhurhangee/patent-ind-claim-en huggingface dataset:
A thumbstick for a user input device , comprising: an adjustable tensioning mechanism configured to modify a tilt tension of a tiltable post , wherein the tiltable post is operable to output a control signal based on a position of the tiltable post relative to a default position; a cap comprising a cylindrical stem that defines a cavity ; an engagement body located within the cavity of the stem and contacting an engagement surface of the adjustable tensioning mechanism , the engagement body comprising a cam surface disposed around an axis of the tiltable post ; and an adjustment body within the cavity of the stem and comprising a follower contacting the cam surface , the follower configured to traverse the cam surface when the cap is rotated to thereby translate the engagement body along the axis of the tiltable post and adjust the tilt tension of the tiltable post . an adjustable tensioning mechanism configured to modify a tilt tension of a tiltable post , wherein the tiltable post is operable to output a control signal based on a position of the tiltable post relative to a default position; a cap comprising a cylindrical stem that defines a cavity ; an engagement body located within the cavity of the stem and contacting an engagement surface of the adjustable tensioning mechanism , the engagement body comprising a cam surface disposed around an axis of the tiltable post ; and an adjustment body within the cavity of the stem and comprising a follower contacting the cam surface , the follower configured to traverse the cam surface when the cap is rotated to thereby translate the engagement body along the axis of the tiltable post and adjust the tilt tension of the tiltable post .
A tibia cutting assembly, comprising: a tibia cut guide with at least one cut slot ; a guide rod having a guide holder configured to be mounted to the cut guide at a first end of the guide rod, and a second end of the guide rod configured to be mounted non-invasively about a skin of a patient, the guide rod being extendable in length to displace the tibia cut guide and adjust a position thereof with respect to a tibia of the patient, and the guide holder cooperating with the tibia cut guide to adjust an orientation of the tibia cut guide; and at least one inertial sensor ; characterised in that the at least one inertial sensor is configured to be mounted to the guide holder and is displaceable therewith to determine an orientation of the tibial cut guide relative to the guide rod; wherein the guide holder includes a guide adjustment mechanism configured to be mounted to the guide rod to adjust the orientation of the tibia cut guide along at least one of a medio-lateral axis and an anterior-posterior axis relative to the guide rod. a tibia cut guide with at least one cut slot ; a guide rod having a guide holder configured to be mounted to the cut guide at a first end of the guide rod, and a second end of the guide rod configured to be mounted non-invasively about a skin of a patient, the guide rod being extendable in length to displace the tibia cut guide and adjust a position thereof with respect to a tibia of the patient, and the guide holder cooperating with the tibia cut guide to adjust an orientation of the tibia cut guide; and at least one inertial sensor ; characterised in that the at least one inertial sensor is configured to be mounted to the guide holder and is displaceable therewith to determine an orientation of the tibial cut guide relative to the guide rod; wherein the guide holder includes a guide adjustment mechanism configured to be mounted to the guide rod to adjust the orientation of the tibia cut guide along at least one of a medio-lateral axis and an anterior-posterior axis relative to the guide rod.
A folded antenna comprising: an antenna having a fold therein, wherein the fold in the antenna divides the antenna into first and second radiating portions , the first radiating portion of the folded antenna being planar and the second radiating portion having a window therein and having a different shape than the first radiating portion , the windowed second radiating portion of the folded antenna comprising first, second and third sides forming a triangle with the window therebetween, the shape of the second radiating portion providing a length that supports a radiating frequency of the folded antenna ; and wherein the first and second radiating portions of the folded antenna are coupled at the fold in the antenna having a predetermined angle therebetween; and an RF feed leg and a ground leg , different from the RF feed leg , connected at a same edge of the second radiating portion having the window therein, the RF feed leg and the ground leg being spaced apart and parallel to one another. an antenna having a fold therein, wherein the fold in the antenna divides the antenna into first and second radiating portions , the first radiating portion of the folded antenna being planar and the second radiating portion having a window therein and having a different shape than the first radiating portion , the windowed second radiating portion of the folded antenna comprising first, second and third sides forming a triangle with the window therebetween, the shape of the second radiating portion providing a length that supports a radiating frequency of the folded antenna ; and wherein the first and second radiating portions of the folded antenna are coupled at the fold in the antenna having a predetermined angle therebetween; and an RF feed leg and a ground leg , different from the RF feed leg , connected at a same edge of the second radiating portion having the window therein, the RF feed leg and the ground leg being spaced apart and parallel to one another.
A multijunction solar cell comprising: an upper solar subcell composed of a first compound semiconductor material and having an emitter of n conductivity type with a first band gap; a bottom solar subcell adjacent to the upper solar subcell composed of a second compound semiconductor material different from the first and having an emitter of n conductivity type with a second band gap less than the first band gap and a base of p conductivity type; a layer of light scattering elements disposed below and directly adjacent to the bottom solar subcell to reflect incoming light into the solar subcell, and a metallic layer disposed below and directly adjacent to the layer of light scattering elements, characterized in that the layer of light scattering elements includes discrete periodic arrayed elements having a height of 200 - 500 nm, a width of 200 - 500 nm, and a pitch of 200 - 500 nm. an upper solar subcell composed of a first compound semiconductor material and having an emitter of n conductivity type with a first band gap; a bottom solar subcell adjacent to the upper solar subcell composed of a second compound semiconductor material different from the first and having an emitter of n conductivity type with a second band gap less than the first band gap and a base of p conductivity type; a layer of light scattering elements disposed below and directly adjacent to the bottom solar subcell to reflect incoming light into the solar subcell, and a metallic layer disposed below and directly adjacent to the layer of light scattering elements, characterized in that the layer of light scattering elements includes discrete periodic arrayed elements having a height of 200 - 500 nm, a width of 200 - 500 nm, and a pitch of 200 - 500 nm.
A ranging system comprising: a ranging unit comprising: a transceiver configured to transmit an outbound signal and receive a corresponding reflected signal from a reflector , the reflected signal being the outbound signal modulated by the reflector; a data storage unit configured to store a reference distance (A, B) between the reflector and a stopping point ; and a processor configured to: identify the reflector from amongst a plurality of reflectors using modulation of the reflected signal; determine a measured distance between the reflector and a railway vehicle outfitted with the ranging unit based on a time of flight of the outbound signal and the reflected signal; and determine a distance between the railway vehicle and the stopping point based on the measured distance and the reference distance (A, B). a transceiver configured to transmit an outbound signal and receive a corresponding reflected signal from a reflector , the reflected signal being the outbound signal modulated by the reflector; a data storage unit configured to store a reference distance (A, B) between the reflector and a stopping point ; and a processor configured to: identify the reflector from amongst a plurality of reflectors using modulation of the reflected signal; determine a measured distance between the reflector and a railway vehicle outfitted with the ranging unit based on a time of flight of the outbound signal and the reflected signal; and determine a distance between the railway vehicle and the stopping point based on the measured distance and the reference distance (A, B). identify the reflector from amongst a plurality of reflectors using modulation of the reflected signal; determine a measured distance between the reflector and a railway vehicle outfitted with the ranging unit based on a time of flight of the outbound signal and the reflected signal; and determine a distance between the railway vehicle and the stopping point based on the measured distance and the reference distance (A, B).
An assembly that is configured to be coupled to and communicate with a 3D printer having a printer head , the assembly comprising: a color-application unit positionable upstream of the 3D printer , the color application unit configured to receive a filament and direct the filament to the printer head of the 3D printer , wherein the filament includes a first filament portion and a second filament portion , the first filament portion defining an interior surface of the filament; a color applicator coupled to the color-application unit , the color applicator operable to selectively apply color to the interior surface of the filament; and a coupler positioned downstream of the color applicator and configured to join the first filament portion to the second filament portion to form the filament. a color-application unit positionable upstream of the 3D printer , the color application unit configured to receive a filament and direct the filament to the printer head of the 3D printer , wherein the filament includes a first filament portion and a second filament portion , the first filament portion defining an interior surface of the filament; a color applicator coupled to the color-application unit , the color applicator operable to selectively apply color to the interior surface of the filament; and a coupler positioned downstream of the color applicator and configured to join the first filament portion to the second filament portion to form the filament.
A saddle-ride type vehicle, comprising: a body frame including right and left main frames and a seat frame , the right and left main frames extending from a head pipe steerably supporting a front fork to a pair of right and left pivot frames supporting a rear wheel unit swingably around a pivot , the seat frame extending backward above a rear wheel (WR) and supporting an occupant's seat for an occupant to straddle; and an air-cooled fuel cell unit mounted on the body frame at a back of the head pipe and in front of the pivot frame , the fuel cell unit using taken-in outside air for supplying oxygen and cooling a unit, wherein the fuel cell unit includes an exhaust port open backward above the pivot , and characterised in that the seat frame forms a tubular body mounted on the main frames and guiding exhaust gas from the fuel cell unit to a back of the occupant's seat . a body frame including right and left main frames and a seat frame , the right and left main frames extending from a head pipe steerably supporting a front fork to a pair of right and left pivot frames supporting a rear wheel unit swingably around a pivot , the seat frame extending backward above a rear wheel (WR) and supporting an occupant's seat for an occupant to straddle; and an air-cooled fuel cell unit mounted on the body frame at a back of the head pipe and in front of the pivot frame , the fuel cell unit using taken-in outside air for supplying oxygen and cooling a unit, wherein the fuel cell unit includes an exhaust port open backward above the pivot , and characterised in that the seat frame forms a tubular body mounted on the main frames and guiding exhaust gas from the fuel cell unit to a back of the occupant's seat .
An isolated extracellular vesicle obtained from fibro-adipogenic progenitors (FAPs) cells previously exposed to histone deacetylase (HDAC) inhibitor, wherein said histone deacetylase inhibitor is selected from the group consisting of Trichostatin A, MS-275, suberanilohydroxamic acid (SAHA) and Givinostat, for use in the treatment of a muscular dystrophy.
An interlock unit capable of preventing rotation from a closed position to an open position of a cover that is provided so as to cover an upper part of a work surface , which is an upper surface of a casing, and is pivotally supported to be rotatable in a vertical direction between the closed position and the open direction around a support shaft provided on one side of the casing, the interlock unit comprising: a hollow case having a rectangular parallelepiped shape disposed at a position adjacent to an inner side surface of the casing, below an end part opposite to the support shaft at the closed position of the cover; an action member that is provided on an upper surface of the case, supported to be movable between a non-operating position and an operating position, and engaged with a protruding part provided on the cover at the operating position to inhibit the cover from rotating toward the open position; electromagnetic drive means provided below the action member to drive the action member; and drive connecting means for driving the action member by connecting the action member and the electromagnetic drive means and transmitting an operation of the electromagnetic drive means to the action member, the interlock unit further comprising: a drain port provided to be opened to the outside below the case; and liquid guide means that is provided so as to extend in a lateral direction through at least an upper part of the electromagnetic drive means, and guides a liquid that enters into the case from the upper surface of the case to the drain port. a hollow case having a rectangular parallelepiped shape disposed at a position adjacent to an inner side surface of the casing, below an end part opposite to the support shaft at the closed position of the cover; an action member that is provided on an upper surface of the case, supported to be movable between a non-operating position and an operating position, and engaged with a protruding part provided on the cover at the operating position to inhibit the cover from rotating toward the open position; electromagnetic drive means provided below the action member to drive the action member; and drive connecting means for driving the action member by connecting the action member and the electromagnetic drive means and transmitting an operation of the electromagnetic drive means to the action member, the interlock unit further comprising: a drain port provided to be opened to the outside below the case; and liquid guide means that is provided so as to extend in a lateral direction through at least an upper part of the electromagnetic drive means, and guides a liquid that enters into the case from the upper surface of the case to the drain port. a drain port provided to be opened to the outside below the case; and liquid guide means that is provided so as to extend in a lateral direction through at least an upper part of the electromagnetic drive means, and guides a liquid that enters into the case from the upper surface of the case to the drain port.
A method, comprising receiving user gaze information, and modifying how a device interacts with the user based upon the user gaze information wherein modifying how the device interacts with the user comprises: selecting a particular user interface context based on the received user gaze information , wherein the user interface context is an arrangement of user interface components; selecting an interaction set associated with the particular user interface context , wherein the interaction set comprises a grammar used in a speech detector, a library of gestures used in a gesture detector, or a set of haptic inputs used in a touch detector; selecting a subset from the interaction set , wherein the subset represents a set of user interactions which is associated to a particular situation identified based on the received gaze information; receiving a user input ; accepting the user input if it is within the selected subset . selecting a particular user interface context based on the received user gaze information , wherein the user interface context is an arrangement of user interface components; selecting an interaction set associated with the particular user interface context , wherein the interaction set comprises a grammar used in a speech detector, a library of gestures used in a gesture detector, or a set of haptic inputs used in a touch detector; selecting a subset from the interaction set , wherein the subset represents a set of user interactions which is associated to a particular situation identified based on the received gaze information; receiving a user input ; accepting the user input if it is within the selected subset .
A system comprising an IC tag unit for an instrument and the instrument , the IC tag unit being configured to be mounted to said instrument , the instrument having: a scale plate and an indicator ; and a transparent cover plate which covers the scale plate and the indicator , the scale plate provided with scale increments , the IC tag unit comprising: an IC tag including an IC chip and an antenna , the IC tag being capable of communicating stored information by a radio wave in a contactless manner; and a mounting medium configured to mount the IC tag to the transparent cover plate and hold the IC tag , the IC tag unit being configured to be used together with a wireless reader which performs wireless communication with the IC tag , wherein the IC tag performs wireless communication with the wireless reader via the antenna , and the IC tag is provided on the mounting medium at a position where the IC tag is not overlapped, in a viewing direction, with any of the scale increments and an indicating portion of the indicator at a time of mounting the IC tag to the transparent cover plate , characterized in that the IC tag unit further comprises a scale increment reading module which reads operation of the indicator , and which includes a sensor which is opposed to the indicator on the mounting medium and which reads a position of the indicator on the basis of relative movement thereof. the IC tag unit being configured to be mounted to said instrument , the instrument having: a scale plate and an indicator ; and a transparent cover plate which covers the scale plate and the indicator , the scale plate provided with scale increments , the IC tag unit comprising: an IC tag including an IC chip and an antenna , the IC tag being capable of communicating stored information by a radio wave in a contactless manner; and a mounting medium configured to mount the IC tag to the transparent cover plate and hold the IC tag , an IC tag including an IC chip and an antenna , the IC tag being capable of communicating stored information by a radio wave in a contactless manner; and a mounting medium configured to mount the IC tag to the transparent cover plate and hold the IC tag , the IC tag unit being configured to be used together with a wireless reader which performs wireless communication with the IC tag , wherein the IC tag performs wireless communication with the wireless reader via the antenna , and the IC tag is provided on the mounting medium at a position where the IC tag is not overlapped, in a viewing direction, with any of the scale increments and an indicating portion of the indicator at a time of mounting the IC tag to the transparent cover plate , characterized in that the IC tag unit further comprises a scale increment reading module which reads operation of the indicator , and which includes a sensor which is opposed to the indicator on the mounting medium and which reads a position of the indicator on the basis of relative movement thereof.
An aerosol-generating system comprising: a liquid storage portion comprising a housing holding a liquid aerosol-forming substrate and a capillary medium , the housing having an opening; a fluid permeable heater assembly comprising an arrangement of electrically conductive filaments arranged to define a substantially non-planar air impingement surface, wherein the fluid permeable heater assembly extends across the opening of the housing; wherein the capillary medium is provided in contact with the heater assembly; wherein the liquid aerosol-forming substrate is drawn via the capillary medium to the electrically conductive filament arrangement , and wherein the capillary medium comprises a capillary medium opening allowing airflow to pass through the capillary medium . a liquid storage portion comprising a housing holding a liquid aerosol-forming substrate and a capillary medium , the housing having an opening; a fluid permeable heater assembly comprising an arrangement of electrically conductive filaments arranged to define a substantially non-planar air impingement surface, wherein the fluid permeable heater assembly extends across the opening of the housing; wherein the capillary medium is provided in contact with the heater assembly; wherein the liquid aerosol-forming substrate is drawn via the capillary medium to the electrically conductive filament arrangement , and wherein the capillary medium comprises a capillary medium opening allowing airflow to pass through the capillary medium .
A method for communicating with a base station in a wireless communication system, the method performed by a user equipment, UE , and comprising: receiving frame configuration information from the base station , wherein the frame configuration information informs at least one default resource and at least one flexible resource in a frame, wherein each of the at least one default resource is fixedly used as a downlink resource or an uplink resource, and each of the at least one flexible resource is a resource which is configured dynamically, receiving downlink control information, DCI, format from the base station ; receiving a downlink signal from the base station in the at least one flexible resource based on the DCI format used for scheduling the downlink signal; and transmitting an uplink signal to the base station in the at least one flexible resource based on the DCI format used for scheduling the uplink signal, wherein a time duration of each of the at least one default resource and the at least one flexible resource is determined by a transmission time interval, TTI. receiving frame configuration information from the base station , wherein the frame configuration information informs at least one default resource and at least one flexible resource in a frame, wherein each of the at least one default resource is fixedly used as a downlink resource or an uplink resource, and each of the at least one flexible resource is a resource which is configured dynamically, receiving downlink control information, DCI, format from the base station ; receiving a downlink signal from the base station in the at least one flexible resource based on the DCI format used for scheduling the downlink signal; and transmitting an uplink signal to the base station in the at least one flexible resource based on the DCI format used for scheduling the uplink signal, wherein a time duration of each of the at least one default resource and the at least one flexible resource is determined by a transmission time interval, TTI.