mhurhangee/patent-ind-claim-en huggingface dataset:
A method of providing access to an application from a portable electronic device , the method comprising: detecting an event to display selectable options, wherein detecting the event comprises detecting receipt of one of a message and a telephone call while the portable electronic device is in a locked state; identifying a selectable option associated with the event and providing the selectable option on a touch-sensitive display of the portable electronic device, wherein the selectable option is an option to send a message to the originator of the received message or the received telephone call; in response to detecting a touch associated with the selectable option on the touch-sensitive display and movement of a keyboard portion of the portable electronic device relative to the touch-sensitive display, performing a function associated with the selectable option; wherein the function comprises launching a text message application and displaying an automatically composed message; and displaying a selectable option which, when selected, causes the message to be sent to the originator. detecting an event to display selectable options, wherein detecting the event comprises detecting receipt of one of a message and a telephone call while the portable electronic device is in a locked state; identifying a selectable option associated with the event and providing the selectable option on a touch-sensitive display of the portable electronic device, wherein the selectable option is an option to send a message to the originator of the received message or the received telephone call; in response to detecting a touch associated with the selectable option on the touch-sensitive display and movement of a keyboard portion of the portable electronic device relative to the touch-sensitive display, performing a function associated with the selectable option; wherein the function comprises launching a text message application and displaying an automatically composed message; and displaying a selectable option which, when selected, causes the message to be sent to the originator.
A cassette for the collection and storage of waste, comprising: a length of flexible film , said length of flexible film defining an interior volume for the collection and storage of waste, said length of flexible film having a first end and a second end, wherein during an initial state, said first end is open to receive waste; a cassette body comprising an inner perimeter , said inner perimeter defines an opening area sized to receive waste, said cassette body comprises a hollow volume for the storage of said length of flexible film , wherein said flexible film is in a pleated or folded configuration within said hollow volume , said cassette body having a lower surface ; and a guide feature on said lower surface , wherein said guide feature is undulating and smooth, without edges, sharp features and/or points, wherein the undulations define peaks and valleys , characterized in that the peaks and valleys are sloped and positioned proximate to each other such that plateaued surfaces are avoided, and said peaks and valleys of said guide feature having a heightwise dimension larger at an outer perimeter of said cassette than at said inner perimeter of said cassette . a length of flexible film , said length of flexible film defining an interior volume for the collection and storage of waste, said length of flexible film having a first end and a second end, wherein during an initial state, said first end is open to receive waste; a cassette body comprising an inner perimeter , said inner perimeter defines an opening area sized to receive waste, said cassette body comprises a hollow volume for the storage of said length of flexible film , wherein said flexible film is in a pleated or folded configuration within said hollow volume , said cassette body having a lower surface ; and a guide feature on said lower surface , wherein said guide feature is undulating and smooth, without edges, sharp features and/or points, wherein the undulations define peaks and valleys , characterized in that the peaks and valleys are sloped and positioned proximate to each other such that plateaued surfaces are avoided, and said peaks and valleys of said guide feature having a heightwise dimension larger at an outer perimeter of said cassette than at said inner perimeter of said cassette .
A process for producing a reaction bonded silicon carbide (RBSiC) member, the process comprising the steps of: providing a raw material containing at least silicon carbide particles and a binder; forming a thin layer of the raw material and sintering the thin layer by irradiating a desired area in the thin layer with a laser to form a sintered thin layer; repeating the step of forming the sintered thin layer to obtain a green body laminated to the plurality of sintered thin layers; impregnating the green body with an assisting agent containing a carbon source and curing the green body impregnated with the assisting agent to obtain a cured body; carbonizing organic compound components contained in the cured body to obtain a fired body; and infiltrating the fired body with silicon and subjecting the fired body infiltrated with silicon to reaction sintering to obtain the RBSiC member, wherein the fired body contains 8% to 30% by weight of carbon, the mean particle diameter of the silicon carbide particles contained in the raw material is between 1 μm and 80 μm, the raw material contains the silicon carbide particles and the binder at a weight ratio of 100:0.5 to 100:3, at least a thermoplastic resin is used as the binder, and the assisting agent is a phenol resin and/or a saccharide. providing a raw material containing at least silicon carbide particles and a binder; forming a thin layer of the raw material and sintering the thin layer by irradiating a desired area in the thin layer with a laser to form a sintered thin layer; repeating the step of forming the sintered thin layer to obtain a green body laminated to the plurality of sintered thin layers; impregnating the green body with an assisting agent containing a carbon source and curing the green body impregnated with the assisting agent to obtain a cured body; carbonizing organic compound components contained in the cured body to obtain a fired body; and infiltrating the fired body with silicon and subjecting the fired body infiltrated with silicon to reaction sintering to obtain the RBSiC member, wherein the fired body contains 8% to 30% by weight of carbon, the mean particle diameter of the silicon carbide particles contained in the raw material is between 1 μm and 80 μm, the raw material contains the silicon carbide particles and the binder at a weight ratio of 100:0.5 to 100:3, at least a thermoplastic resin is used as the binder, and the assisting agent is a phenol resin and/or a saccharide.
A multi-layer tape for packaging products, comprising: - at least a first layer made of a first material; - at least a second layer made of a second material, wherein said second material can be the same as the first material or a different material; - an adhesive layer sandwiched between said first layer and said second layer , said adhesive layer being capable of holding together the first layer and the second layer during normal use of the tape as packaging, while allowing, where appropriate, to separate said layers substantially without tearing the material of the first layer and second layer , wherein the adhesive layer defines, between said first layer and second layer , a plurality of continuous longitudinal channels , characterized in that at least one of said first and second layers has perforations at least at the channels . - at least a first layer made of a first material; - at least a second layer made of a second material, wherein said second material can be the same as the first material or a different material; - an adhesive layer sandwiched between said first layer and said second layer , said adhesive layer being capable of holding together the first layer and the second layer during normal use of the tape as packaging, while allowing, where appropriate, to separate said layers substantially without tearing the material of the first layer and second layer ,
A leg positioner for use with a circular fixator comprising: a body having a first opening , the first opening including a passage penetrating completely through the body from a first face of the body to a second face opposite the first face , and a slot extending from the passage to a side edge of the body , the slot having a height that is less than a height of the first opening ; and a leg positioning element , comprising: an arm adapted to slidably fit in the first opening for sliding along a first direction normal to the first face; a support adapted to support a first portion of a limb of a patient; and a neck portion connecting the support to an end of the arm , the neck portion adapted to slidably fit in the passage , to permit removal of the leg positioning element from the body through the passage in a second direction parallel to the first face. a body having a first opening , the first opening including a passage penetrating completely through the body from a first face of the body to a second face opposite the first face , and a slot extending from the passage to a side edge of the body , the slot having a height that is less than a height of the first opening ; and a leg positioning element , comprising: an arm adapted to slidably fit in the first opening for sliding along a first direction normal to the first face; a support adapted to support a first portion of a limb of a patient; and a neck portion connecting the support to an end of the arm , the neck portion adapted to slidably fit in the passage , to permit removal of the leg positioning element from the body through the passage in a second direction parallel to the first face. an arm adapted to slidably fit in the first opening for sliding along a first direction normal to the first face; a support adapted to support a first portion of a limb of a patient; and a neck portion connecting the support to an end of the arm , the neck portion adapted to slidably fit in the passage , to permit removal of the leg positioning element from the body through the passage in a second direction parallel to the first face.
Borosilicate glass article having a ratio B 2 O 3 /Na 2 O in mol% of less than 1.20, further having a diffusivity of 6 μm 2 /h to 25 μm 2 /h at 450°C and a hydrolytic resistance of HGA1 according to ISO720:1985, further having a B 2 O 3 content of at least 3 mol% and an MgO content of not more than 3.2 mol%.
A steering damper apparatus for a saddle-ride type vehicle, comprising a pump unit disposed between a vehicle body frame (F) and a steering element that configures part of a steering , the pump unit including: a pump case that has a cylinder hole having opposite ends thereof closed; a piston that is slidably fitted in the cylinder hole to thereby form an oil chamber between the piston and the pump case , the oil chamber being to be filled with damper oil; and a piston rod that is coaxially continuous to the piston and passes through one end portion of the pump case , characterized in that said pump unit , comprises a pair of pump units that are respectively disposed on left and right sides of an imaginary plane (VP) that passes through a center of rotation (C) of the steering so as to extend in a vehicle fore-aft direction, and a flexible pipe line connects between the pump units .
A metal-air battery comprising: an anode comprising a metal, for example, lithium; a cathode comprising a material comprising at least one transition metal dichalcogenide selected from TiX 2 , VX 2 , CrX 2 , ZrX 2 , NbX 2 , MoX 2 , HfX 2 , WX 2 , TaX 2 , TcX 2 or ReX 2 , in which each X is independently S, Se, or Te or a combination thereof, wherein: the transition metal dichalcogenide-containing material of the cathode includes at least 50 wt % of the at least one transition metal dichalcogenide, and the transition metal dichalcogenide is in nanoparticle form, having an average size between 1 nm and 1000 nm, in nanoflake form, having an average thickness in the range of 1 nm to 100 nm, average dimensions along the major surface of 50 nm to 10 μm, and an aspect ratio of at least 5:1, or in nanoribbon form, having an average width between 1 and 400 nm; and an electrolyte in contact with the transition metal dichalcogenide of the cathode, and optionally with the metal of the anode, wherein the electrolyte comprises at least 10 % by weight of an ionic liquid; and wherein particle sizes are as measured using dynamic light scattering. an anode comprising a metal, for example, lithium; a cathode comprising a material comprising at least one transition metal dichalcogenide selected from TiX 2 , VX 2 , CrX 2 , ZrX 2 , NbX 2 , MoX 2 , HfX 2 , WX 2 , TaX 2 , TcX 2 or ReX 2 , in which each X is independently S, Se, or Te or a combination thereof, wherein: the transition metal dichalcogenide-containing material of the cathode includes at least 50 wt % of the at least one transition metal dichalcogenide, and the transition metal dichalcogenide is in nanoparticle form, having an average size between 1 nm and 1000 nm, in nanoflake form, having an average thickness in the range of 1 nm to 100 nm, average dimensions along the major surface of 50 nm to 10 μm, and an aspect ratio of at least 5:1, or in nanoribbon form, having an average width between 1 and 400 nm; and an electrolyte in contact with the transition metal dichalcogenide of the cathode, and optionally with the metal of the anode, wherein the electrolyte comprises at least 10 % by weight of an ionic liquid; and wherein particle sizes are as measured using dynamic light scattering.
A catheter stabilization device comprising: a female luer connector and/or a medical valve having an open mode that permits fluid flow through the valve and a closed mode that prevents fluid flow through the valve , the medical valve also including a housing having an inlet and an outlet ; a male luer connector configured to be connected to a catheter ; a docking pod having an internal fluid path and fluidly connected to the male luer connector ; a docking pod adhesive layer located at least partially beneath at least a portion of the docking pod , the docking pod adhesive layer configured to secure the docking pod to a patient; and characterized in that the device further comprises: an adherent substrate having a first film layer and at least a second film layer , the first and second film layers at least partially defining a fluid pathway extending through the adherent substrate and fluidly connecting the female luer connector and/or the outlet of the medical valve and the docking pod . a female luer connector and/or a medical valve having an open mode that permits fluid flow through the valve and a closed mode that prevents fluid flow through the valve , the medical valve also including a housing having an inlet and an outlet ; a male luer connector configured to be connected to a catheter ; a docking pod having an internal fluid path and fluidly connected to the male luer connector ; a docking pod adhesive layer located at least partially beneath at least a portion of the docking pod , the docking pod adhesive layer configured to secure the docking pod to a patient; and characterized in that the device further comprises: an adherent substrate having a first film layer and at least a second film layer , the first and second film layers at least partially defining a fluid pathway extending through the adherent substrate and fluidly connecting the female luer connector and/or the outlet of the medical valve and the docking pod .
A medicament delivery device pump comprising: a) a back plate having an inner surface; b) a rotor housing positioned adjacent to the back plate and having a peripheral wall ; c) a front plate support connected to the back plate; d) a flexible front plate positioned between the front plate support and the rotor housing ; e) a planetary gear transmission ; e) an eccentric shaft operatively connected to the planetary gear transmission ; and f) a rotor rotationally fixed to the eccentric shaft and movably positioned within rotor housing , the rotor comprising three lobes , wherein each lobe has two peripheral curved surfaces sharing a common apex , a first portion of each peripheral surface adjacent to the apex defines a non-smooth curve a curvature of the non-smooth curve varies and is adapted to create a seal between an outer rotor surface of the rotor and the peripheral wall of the housing and the curvature of the non-smooth curve alternately increases and decreases twice from its respective apex towards a midpoint located equidistant between said apex and another one of the apexes of the lobes . a) a back plate having an inner surface; b) a rotor housing positioned adjacent to the back plate and having a peripheral wall ; c) a front plate support connected to the back plate; d) a flexible front plate positioned between the front plate support and the rotor housing ; e) a planetary gear transmission ; e) an eccentric shaft operatively connected to the planetary gear transmission ; and f) a rotor rotationally fixed to the eccentric shaft and movably positioned within rotor housing , the rotor comprising three lobes , a first portion of each peripheral surface adjacent to the apex defines a non-smooth curve a curvature of the non-smooth curve varies and is adapted to create a seal between an outer rotor surface of the rotor and the peripheral wall of the housing and the curvature of the non-smooth curve alternately increases and decreases twice from its respective apex towards a midpoint located equidistant between said apex and another one of the apexes of the lobes .
Capsule for use in an aerosol-generating system, the capsule comprising a shell comprising a base and at least one side wall extending from the base, the capsule further comprising a lid sealed on the at least one side wall for forming a sealed capsule, the shell containing an aerosol-forming substrate and susceptor material for heating the aerosol-forming substrate in the shell, characterized in that the shell comprises thermally insulating material, and in that a ratio of an amount of susceptor material to an amount of aerosol-forming substrate is 1:1 to 1:4.
A bodyweight unloading locomotive device comprising: a frame for supporting locomotive movement, the frame having opposed left and right sides ; a harness for supporting a user between the left and right sides ; an unloading assembly carried on each of the left and right sides, wherein each unloading assembly comprises: a spring having a first end fixed to the respective left and right side, and an opposed second end ; a cam assembly having an outer cam and an inner cam ; a tether routed through the outer cam of the cam assembly and extending to the harness; and a cable routed through the inner cam of the cam assembly and extending to one of an anchor on the frame and the second end of the spring; wherein each of the unloading assemblies exerts an independent unloading force on the harness with respect to the frame. a harness for supporting a user between the left and right sides ; an unloading assembly carried on each of the left and right sides, wherein each unloading assembly comprises: a spring having a first end fixed to the respective left and right side, and an opposed second end ; a cam assembly having an outer cam and an inner cam ; a tether routed through the outer cam of the cam assembly and extending to the harness; and a cable routed through the inner cam of the cam assembly and extending to one of an anchor on the frame and the second end of the spring; wherein each of the unloading assemblies exerts an independent unloading force on the harness with respect to the frame. a spring having a first end fixed to the respective left and right side, and an opposed second end ; a cam assembly having an outer cam and an inner cam ; a tether routed through the outer cam of the cam assembly and extending to the harness; and a cable routed through the inner cam of the cam assembly and extending to one of an anchor on the frame and the second end of the spring; wherein each of the unloading assemblies exerts an independent unloading force on the harness with respect to the frame.
A method of operating a client device in a Push-to-talk (PTT) network , the method comprising: monitoring, by the client device , radio conditions of the PTT network; generating a radio condition parameter by the client device, wherein the radio condition parameter is a Reference Signal Received Quality (RSRQ) of the PTT network; calculating, by the client device, an estimate of Channel Quality Indicator (CQI) wherein the calculating comprises calculating the estimate of CQI using a linear equation CQI e = m + n × RSRQ, wherein CQI e is the estimate of CQI, and m and n are coefficients of the linear equation, wherein m and n are updated by the PTT network when the client device enters a new area; and determining, by the client device, a first Modulation and Coding Scheme (MCS) in accordance with the estimate of CQI, wherein the determining the first MCS comprises: comparing the estimate of CQI with a pre-determined set of ranges for CQI, wherein the each of the pre-determined set of ranges corresponds to a pre-determined MCS; identifying, among the pre-determined set of ranges, a first range to which the estimate of CQI belongs; and returning the pre-determined MCS corresponding to the first range as the first MCS; wherein mapping between CQI and MCS is given by: CQI MCS Range 1 m1 Range 2 m2 Range 3 m3 monitoring, by the client device , radio conditions of the PTT network; generating a radio condition parameter by the client device, wherein the radio condition parameter is a Reference Signal Received Quality (RSRQ) of the PTT network; calculating, by the client device, an estimate of Channel Quality Indicator (CQI) wherein the calculating comprises calculating the estimate of CQI using a linear equation CQI e = m + n × RSRQ, wherein CQI e is the estimate of CQI, and m and n are coefficients of the linear equation, wherein m and n are updated by the PTT network when the client device enters a new area; and determining, by the client device, a first Modulation and Coding Scheme (MCS) in accordance with the estimate of CQI, wherein the determining the first MCS comprises: comparing the estimate of CQI with a pre-determined set of ranges for CQI, wherein the each of the pre-determined set of ranges corresponds to a pre-determined MCS; identifying, among the pre-determined set of ranges, a first range to which the estimate of CQI belongs; and returning the pre-determined MCS corresponding to the first range as the first MCS; wherein mapping between CQI and MCS is given by: CQI MCS Range 1 m1 Range 2 m2 Range 3 m3 comparing the estimate of CQI with a pre-determined set of ranges for CQI, wherein the each of the pre-determined set of ranges corresponds to a pre-determined MCS; identifying, among the pre-determined set of ranges, a first range to which the estimate of CQI belongs; and returning the pre-determined MCS corresponding to the first range as the first MCS; wherein mapping between CQI and MCS is given by: CQI MCS Range 1 m1 Range 2 m2 Range 3 m3