mhurhangee/patent-ind-claim-en huggingface dataset:
A method for characterizing mode group properties of multimodal light traveling through an optical component, wherein said method comprises the steps of: - providing a Mode Group Separating optical fiber in an optical path between a light source and said optical component ; - launching reference pulses of light with a wavelength λt from said light source through said Mode Group Separating optical fiber into said optical component at discrete intervals between a core center and a core radius of said Mode Group Separating optical fiber, and wherein said Mode Group Separating optical fiber is a multimode fiber with an α- profile graded index core with an α -value chosen such that said Mode Group Separating optical fiber satisfies the following criterion at the wavelength λt : Δτ . L ΔT REF > 4 where: - Δ τ is a time delay difference between consecutive mode groups expressed in ps/m; - L is a length of said Mode Group Separating optical fiber expressed in m; - Δ T REF is a Full Width at Quarter Maximum of said reference pulses expressed in ps, where the Full Width at Quarter Maximum of a reference pulse is the difference between the two time values at which the power of the reference pulse is equal to quarter of its maximum value. - providing a Mode Group Separating optical fiber in an optical path between a light source and said optical component ; - launching reference pulses of light with a wavelength λt from said light source through said Mode Group Separating optical fiber into said optical component at discrete intervals between a core center and a core radius of said Mode Group Separating optical fiber, - Δ τ is a time delay difference between consecutive mode groups expressed in ps/m; - L is a length of said Mode Group Separating optical fiber expressed in m; - Δ T REF is a Full Width at Quarter Maximum of said reference pulses expressed in ps, where the Full Width at Quarter Maximum of a reference pulse is the difference between the two time values at which the power of the reference pulse is equal to quarter of its maximum value.
A wearable augmented reality or virtual reality headset , wherein the headset comprises: an eye tracking device comprising: an image sensor ; and a first lens comprising a first marker ; and one or more processors configured to receive a first image from the image sensor , wherein the first image shows the first marker ; characterised in that the one or more processors are further configured to: determine a first distance from the image sensor to the first marker based on the first image; and change at least one calibration parameter of an eye tracking algorithm used with the eye tracking device based on the first distance. an eye tracking device comprising: an image sensor ; and a first lens comprising a first marker ; and an image sensor ; and a first lens comprising a first marker ; and one or more processors configured to receive a first image from the image sensor , wherein the first image shows the first marker ; characterised in that the one or more processors are further configured to: determine a first distance from the image sensor to the first marker based on the first image; and change at least one calibration parameter of an eye tracking algorithm used with the eye tracking device based on the first distance. determine a first distance from the image sensor to the first marker based on the first image; and change at least one calibration parameter of an eye tracking algorithm used with the eye tracking device based on the first distance.
Fluid distribution assembly to be fixed to a wall of a hospital building, comprising a fluid distribution socket comprising a socket body and a box arranged around the socket body of the fluid distribution socket , said box comprising a front half-box and a front panel comprising a central opening giving access to the fluid distribution socket , and a nut piece comprising a central orifice and a ring-shaped outer face oriented towards the outside of the box , said nut piece being fixed to the socket body so that the front panel is sandwiched and held between the nut piece and the socket body , characterized in that : - the front half-box forming the main body of the rigid box is situated between the front face and a bracket piece , said half-box being sandwiched between the front face and the wall of the hospital building, and said socket body being held on the wall of the hospital building by the bracket piece , - several seats are arranged in the ring-shaped outer face of the nut piece , said seats being dimensioned to receive a specific tool for assembly/disassembly of the nut piece , - the nut piece further comprises a central orifice comprising an internal thread formed in the peripheral wall delimiting the central orifice , said internal thread of the nut piece interacting with a peripheral thread carried by the socket body of the fluid distribution socket in order to fix the nut piece by screwing to said socket body by means of said specific assembly/disassembly tool, and - the fluid distribution socket further comprises an endpiece guide arranged coaxially in the socket body , said endpiece guide comprising a connection head projecting axially outwards through the central opening of the panel of the box , the central orifice of the nut piece being passed through by the connection head of the endpiece guide . - the front half-box forming the main body of the rigid box is situated between the front face and a bracket piece , said half-box being sandwiched between the front face and the wall of the hospital building, and said socket body being held on the wall of the hospital building by the bracket piece , - several seats are arranged in the ring-shaped outer face of the nut piece , said seats being dimensioned to receive a specific tool for assembly/disassembly of the nut piece , - the nut piece further comprises a central orifice comprising an internal thread formed in the peripheral wall delimiting the central orifice , said internal thread of the nut piece interacting with a peripheral thread carried by the socket body of the fluid distribution socket in order to fix the nut piece by screwing to said socket body by means of said specific assembly/disassembly tool, and - the fluid distribution socket further comprises an endpiece guide arranged coaxially in the socket body , said endpiece guide comprising a connection head projecting axially outwards through the central opening of the panel of the box , the central orifice of the nut piece being passed through by the connection head of the endpiece guide .
A method comprising: determining identifiers for a plurality of memory devices in a computer in response to a power on condition of the computer ; performing a full memory calibration if the identifiers for the plurality of memory devices do not match previously stored identifiers for the memory devices; invoking processor identifier matching if the identifiers for the plurality of memory devices match the previously stored identifiers for the memory devices, the processing identifier matching comprising retrieving processor identifiers of a current boot within a shielded environment and comparing the retrieved processor identifiers to processor identifiers from a previous boot ; utilizing stored memory calibration parameters if the retrieved processor identifiers match the processor identifiers from the previous boot; performing a full memory calibration if the retrieved processor identifiers do not match the processor identifiers from the previous boot. determining identifiers for a plurality of memory devices in a computer in response to a power on condition of the computer ; performing a full memory calibration if the identifiers for the plurality of memory devices do not match previously stored identifiers for the memory devices; invoking processor identifier matching if the identifiers for the plurality of memory devices match the previously stored identifiers for the memory devices, the processing identifier matching comprising retrieving processor identifiers of a current boot within a shielded environment and comparing the retrieved processor identifiers to processor identifiers from a previous boot ; utilizing stored memory calibration parameters if the retrieved processor identifiers match the processor identifiers from the previous boot; performing a full memory calibration if the retrieved processor identifiers do not match the processor identifiers from the previous boot.
Output unit for a beverage dispenser for dispensing hot beverages, by means of which output unit a beverage and/or ingredients for a beverage are dispensed to a subjacent vessel , wherein the output unit comprises one or more outlet assemblies (17, 18, 18a-d) for beverages and/or ingredients, wherein the outlet assemblies (17, 18; 18a-d) each have a central inner outlet and an outer outlet concentrically surrounding the inner outlet , wherein the outer outlet is designed as an annular nozzle directed in the outlet direction, such that a fluid discharged through the outer outlet surrounds the inner outlet in the form of a concentric fluid jacket, wherein at least some of the outer outlets of the outlet assemblies (17, 18, 18a-d) are part of a rinsing device , wherein the inner outlet is formed by the end of a line , and the outer outlet is recessed relative to the inner outlet in the outlet direction, and the outside wall of the line simultaneously forms the inside wall of the outer outlet .
A method for managing user sessions in a networked computing environment, the method comprising: at an identity provider computer system , providing a first id token (108-1) for an entity to a resource provider computer system , wherein the first id token (108-1) includes an expiration indicator reflecting when the first id token (108-1) expires, and the first id token (108-1) further includes a first policy check interval defining how often the resource provider computer system is to communicate with the identity provider computer system to inquire about a conditional access policy that is to be implemented against the entity ; at the identity provider computer system , due to expiration of the first policy check interval , receiving a first refresh token (110-1) from the resource provider computer system ; at the identity provider computer system , as a result of receiving the first refresh token (110-1) from the resource provider computer system , evaluating conditional access policy for the entity ; at the identity provider computer system , determining that the conditional access policy for the entity has been met; and as a result, providing a new id token (108-2) and a new refresh token (110-2) to the resource provider computer system . at an identity provider computer system , providing a first id token (108-1) for an entity to a resource provider computer system , wherein the first id token (108-1) includes an expiration indicator reflecting when the first id token (108-1) expires, and the first id token (108-1) further includes a first policy check interval defining how often the resource provider computer system is to communicate with the identity provider computer system to inquire about a conditional access policy that is to be implemented against the entity ; at the identity provider computer system , due to expiration of the first policy check interval , receiving a first refresh token (110-1) from the resource provider computer system ; at the identity provider computer system , as a result of receiving the first refresh token (110-1) from the resource provider computer system , evaluating conditional access policy for the entity ; at the identity provider computer system , determining that the conditional access policy for the entity has been met; and as a result, providing a new id token (108-2) and a new refresh token (110-2) to the resource provider computer system .
A medical device support system , comprising: a central shaft ; an extension arm having a support for a medical device and a hub at its proximal end mounted to the central shaft for pivotable movement about the central shaft ; and, a brake assembly secured in the hub for rotation therewith and including first and second backing portions and first and second liners supported by the backing portions , wherein at least the first liner is supported by the first backing portion by the first liner being snap-fitted to the first backing portion ; wherein the brake assembly includes an actuator configured to flex the first and second backing portions to urge the first and second liners toward and away from each other to respectively increase and decrease a frictional braking force to the central shaft . a central shaft ; an extension arm having a support for a medical device and a hub at its proximal end mounted to the central shaft for pivotable movement about the central shaft ; and, a brake assembly secured in the hub for rotation therewith and including first and second backing portions and first and second liners supported by the backing portions , wherein at least the first liner is supported by the first backing portion by the first liner being snap-fitted to the first backing portion ; wherein the brake assembly includes an actuator configured to flex the first and second backing portions to urge the first and second liners toward and away from each other to respectively increase and decrease a frictional braking force to the central shaft .
A system for a vehicle having a vehicle frame, the vehicle frame having a pair of side portions extending between a top portion and a bottom portion that collectively define a front opening there within, said system comprising: a window assembly having an upper edge, a lower edge, a first side edge and a second side edge each extending between said upper edge and said lower edge, said first side edge opposite said second side edge, said window assembly adapted to be installed within the front opening of the vehicle frame such that said upper edge is positioned adjacent to the top portion and said lower edge is positioned adjacent to the bottom portion and such that said first and second side edge are positioned adjacent to a respective one of the pair of side portions, said window assembly comprising; an inner transparent sheet, an outer transparent sheet, and an interlayer of polymer disposed between said inner transparent sheet and said outer transparent sheet, wherein a first portion of said interlayer has a first variable thickness profile and wherein a second portion of said interlayer has a second variable thickness profile, said first portion of said interlayer distinct from said second portion of said interlayer; and a front-facing camera positioned within the vehicle for receiving light transmissions from an object located outside the vehicle through said first portion, wherein said first variable thickness profile is configured to reduce or minimize light displacement associated with light reflectance of the light transmissions within said window assembly traveling from said object to said front-facing camera through said first portion. a window assembly having an upper edge, a lower edge, a first side edge and a second side edge each extending between said upper edge and said lower edge, said first side edge opposite said second side edge, said window assembly adapted to be installed within the front opening of the vehicle frame such that said upper edge is positioned adjacent to the top portion and said lower edge is positioned adjacent to the bottom portion and such that said first and second side edge are positioned adjacent to a respective one of the pair of side portions, said window assembly comprising; an inner transparent sheet, an outer transparent sheet, and an interlayer of polymer disposed between said inner transparent sheet and said outer transparent sheet, wherein a first portion of said interlayer has a first variable thickness profile and wherein a second portion of said interlayer has a second variable thickness profile, said first portion of said interlayer distinct from said second portion of said interlayer; and a front-facing camera positioned within the vehicle for receiving light transmissions from an object located outside the vehicle through said first portion, wherein said first variable thickness profile is configured to reduce or minimize light displacement associated with light reflectance of the light transmissions within said window assembly traveling from said object to said front-facing camera through said first portion.
A paper cup comprising barrier paper , the paper cup having a bottom portion and a body portion which are formed of the barrier paper , the barrier paper including at least a paper base material , a reinforcing layer containing cellulose nanofibers which is formed on the paper base material , and a sealant layer formed on the reinforcing layer , wherein after the paper cup is caused to free-fall 5 times towards a concrete floor surface from a height of 1 m with the bottom portion being disposed downward, the paper cup has a buckling strength of 350 N or more, measured as stated in the description in a case of being sandwiched between two parallel plate surfaces and compressed in a height direction of the body portion , and has a lateral pressing strength of 4 N or more, measured as stated in the description in a case where the body portion is pressed by 10 mm at a 2/3 height, from a bottom, of the entire height of the paper cup , and a coating amount of the reinforcing layer is 0.5 g/m 2 to 3.0 g/m 2 in terms of dry mass. wherein after the paper cup is caused to free-fall 5 times towards a concrete floor surface from a height of 1 m with the bottom portion being disposed downward, the paper cup has a buckling strength of 350 N or more, measured as stated in the description in a case of being sandwiched between two parallel plate surfaces and compressed in a height direction of the body portion , and has a lateral pressing strength of 4 N or more, measured as stated in the description in a case where the body portion is pressed by 10 mm at a 2/3 height, from a bottom, of the entire height of the paper cup , and a coating amount of the reinforcing layer is 0.5 g/m 2 to 3.0 g/m 2 in terms of dry mass.
Injectable pharmaceutical formulation comprising a compound of formula (I) said formulation being buffered to a pharmaceutically acceptable pH-value of from 2 to 6, in particular a pH value of from 3 to 5.5, preferred a pH-value of about 4 to 5, particularly preferred about 5 wherein the buffer is selected from the group consisting of citrate buffers and mixtures of citrate buffers and phosphate buffers.
Positioning device for the relative positioning of a container to be treated and a treatment element in a container treatment apparatus, comprising a positioning cylinder and a piston accommodated in the positioning cylinder , which piston is connected to a piston rod , wherein a pressure chamber is formed between the piston and positioning cylinder , which pressure chamber can be pressurised by means of a working medium, and a locking mechanism for locking the position of the positioning cylinder relative to the piston rod , wherein the locking mechanism is accommodated in the piston rod , characterised in that the locking mechanism comprises a stop valve arranged in the piston rod .
A drug delivery device for executing a predetermined number of dose expelling actions, the drug delivery device comprising: - a housing extending along an axis and accommodating a dose expelling mechanism, - a reciprocating element operatively coupled with the dose expelling mechanism and configured to undergo a predefined motion relative to the housing during each dose expelling action to allow a dose to be expelled, the predefined motion comprising displacement in a first axial direction from a first position to a second position followed by displacement in a second axial direction from the second position to the first position, - a counter element being movable in the first axial direction relative to the housing , - a first unidirectional ratchet mechanism configured to prevent motion in the first axial direction and allow motion in the second axial direction of the reciprocating element relative to the counter element , and - a second unidirectional ratchet mechanism configured to allow motion in the first axial direction and prevent motion in the second axial direction of the counter element relative to the housing . - a housing extending along an axis and accommodating a dose expelling mechanism, - a reciprocating element operatively coupled with the dose expelling mechanism and configured to undergo a predefined motion relative to the housing during each dose expelling action to allow a dose to be expelled, the predefined motion comprising displacement in a first axial direction from a first position to a second position followed by displacement in a second axial direction from the second position to the first position, - a counter element being movable in the first axial direction relative to the housing , - a first unidirectional ratchet mechanism configured to prevent motion in the first axial direction and allow motion in the second axial direction of the reciprocating element relative to the counter element , and - a second unidirectional ratchet mechanism configured to allow motion in the first axial direction and prevent motion in the second axial direction of the counter element relative to the housing .
Apparatus for vulcanizing tyres , having at least one vulcanization chamber , and having at least one loader for loading the at least one vulcanization chamber with a green tyre and at least one unloader for unloading an at least partially vulcanized tyre from the at least one vulcanization chamber , characterized in that the apparatus for vulcanizing tyres has at least one set-down device , at least one pushing apparatus and a transporting belt , wherein, with the aid of the at least one unloader, a tyre is able to be unloaded from the at least one vulcanization chamber and said tyre is able to be set down on the at least one set-down device , and wherein, with the aid of the at least one pushing apparatus , the tyre set down on the at least one set-down device is able to be pushed onto the transporting belt for the purpose of transporting the tyre away.
A conveyor system comprising an endless belt conveyor with a support structure forming an infeed end and an opposite end and where an endless conveyor belt having a conveying surface extends between the infeed end and the opposite end so as to form an upper run and a lower run with the conveying surface facing up at the upper run and down at the lower run , characterized in, that one or more curve guide elements are arranged for guiding at least a part of a stretch of the upper run of the endless conveyor belt to extend laterally from one side of the support structure and the lower run of the endless conveyor belt .