mhurhangee/ep-ind-claims huggingface dataset:
A telephone switching device (10, 100) comprising: a storage unit (11, 102) configured to store a registration table (11a, 102a) registering a plurality of personal telephone numbers for each telephone terminal (20, 200); an acquisition unit (12, 103) configured to acquire authentication results of a plurality of users with respect to the telephone terminal (20, 200); a registration unit (13, 103) configured to associate the telephone terminal (20, 200) and personal telephone numbers associated with respective users of the plurality of successfully authenticated users of the telephone terminal (20, 200) with each other and register the telephone terminal (20, 200) and the personal telephone numbers in the registration table (11a, 102a), according to the acquired authentication results; and a control unit (14, 104) configured to control outgoing/incoming calls using a personal telephone number of the user in the telephone terminal (20, 200), based on the registered registration table (11a, 102a), wherein when an incoming call to the personal telephone number in the registration table (11a, 102a) is received, the control unit (14, 104) transmits an incoming call reception request to the telephone terminal (20, 200) associated with the personal telephone number registered in the registration table (11a, 102a) and connects the incoming call to the telephone terminal by receiving an answer including the personal telephone number identified according to an authentication result of a user performing an answer operation to the telephone terminal (20, 200) from the telephone terminal (20, 200). a storage unit (11, 102) configured to store a registration table (11a, 102a) registering a plurality of personal telephone numbers for each telephone terminal (20, 200); an acquisition unit (12, 103) configured to acquire authentication results of a plurality of users with respect to the telephone terminal (20, 200); a registration unit (13, 103) configured to associate the telephone terminal (20, 200) and personal telephone numbers associated with respective users of the plurality of successfully authenticated users of the telephone terminal (20, 200) with each other and register the telephone terminal (20, 200) and the personal telephone numbers in the registration table (11a, 102a), according to the acquired authentication results; and a control unit (14, 104) configured to control outgoing/incoming calls using a personal telephone number of the user in the telephone terminal (20, 200), based on the registered registration table (11a, 102a), wherein when an incoming call to the personal telephone number in the registration table (11a, 102a) is received, the control unit (14, 104) transmits an incoming call reception request to the telephone terminal (20, 200) associated with the personal telephone number registered in the registration table (11a, 102a) and connects the incoming call to the telephone terminal by receiving an answer including the personal telephone number identified according to an authentication result of a user performing an answer operation to the telephone terminal (20, 200) from the telephone terminal (20, 200).
A method for initializing a computerized system by executing a boot-script having an associated private security key (X i), wherein the computerized system comprises a first secure storage device for storing a plurality of public keys (Y 1 - Y N) each having an own public key index (k 1 - k N) assigned thereto and a second secure storage device for storing a current key index (k), wherein the boot-script is only executed if a public key (Y i) selected from the plurality of public keys (Y 1 - Y N) is uniquely related to the private security key (X i) such as to form a unique key pair with the private security key (X i) and has a booting key index (k i) having a predetermined mathematical relationship with the current key index (k), characterised in that the boot-script is only executed if the booting key index (k i) is equal to or larger than the current key index (k).
A pneumatic tire comprising a tread having an outer surface that forms a tread surface, and a pair of sidewalls that extend almost inward, in a radial direction, from ends, respectively, of the tread, wherein the tread surface has grooves, a position, on an equator plane, of the tread surface is represented as a point Pc, a position, at a maximum width, of an axially outer side surface of each sidewall is represented as a point Pe, and a position that is a mid-point, in the radial direction, between the point Pc and the point Pe, and that is on the axially outer side surface of the sidewall, is represented as a point Pd, and when an internal pressure is enhanced from an internal pressure that is 0.05 times a normal internal pressure P to the normal internal pressure P, and a value Fs of difference in amount of protrusion between an amount of protrusion Dd (mm) at the point Pd and an amount of protrusion De (mm) at the point Pe is calculated according to mathematical expression in which a nominal width of the tire is represented as W (mm), Fs = Dd − De / W × 100 wherein the value Fs of difference in amount of protrusion is greater than -0.4 and less than 0.5, the tire further comprises a carcass that is extended along the tread and inner side portions of the sidewalls, and a belt layered over the carcass inward of the tread in the radial direction, the belt including an inner layer positioned on an inner side in the radial direction, and an outer layer positioned outward of the inner layer, wherein each of the inner layer and the outer layer includes multiple cords aligned with each other and a topping rubber, each cord is inclined relative to the equator plane, a direction in which the cords of the inner layer are inclined relative to the equator plane and a direction in which the cords of the outer layer are inclined relative to the equator plane are opposite to each other, characterized in that an absolute value θ of an inclination angle of the cords of each of the inner layer and the outer layer satisfies mathematical expression and mathematical expression in which an aspect ratio is A%, − 0.1 × A + 27.5 < θ θ < − 0.1 × A + 31.5
A method for producing a metal belt which can be used for the production of plate-shaped or film-like materials, in which the metal belt is ground in multiple stages at least on one side over essentially the entire surface, wherein the grinding process is carried out on the endless, closed metal belt, characterized in that the metal belt is ground entirely in a final grinding stage with a single, aged or worn grinding medium (4, 8, 12) which has a minimum wear at the beginning of the final grinding stage.
A random access method, comprising: obtaining, by user equipment, first information, wherein the first information is used to indicate that a subframe of a physical random access channel PRACH resource for access to a licensed-assisted access LAA cell is one or more available subframes obtained after the LAA cell successfully preempts a channel; receiving, by the user equipment, a first indication sent by a first base station, wherein the first indication is used to indicate that the LAA cell has successfully preempted a channel, and the first base station is a base station that serves the LAA cell; and initiating, by the user equipment, random access according to the first information after receiving the first indication. obtaining, by user equipment, first information, wherein the first information is used to indicate that a subframe of a physical random access channel PRACH resource for access to a licensed-assisted access LAA cell is one or more available subframes obtained after the LAA cell successfully preempts a channel; receiving, by the user equipment, a first indication sent by a first base station, wherein the first indication is used to indicate that the LAA cell has successfully preempted a channel, and the first base station is a base station that serves the LAA cell; and initiating, by the user equipment, random access according to the first information after receiving the first indication.
A method for detecting and quantifying the level of 5-hydroxymethylcytosine (5-hmc) in a cell-free DNA molecule of a subject using an imaging method, the method comprising: associating a label with the 5-hydroxylmethylcytosine, wherein the label comprises a fluorescent label, attaching to the DNA molecule an additional labelling agent distinct of the 5-hmc specific label, wherein the additional labelling agent is a non-specific fluorescent label for determining overall DNA fluorescence intensity, and quantifying the ratio between overall DNA fluorescence intensity and overall 5hmC fluorescence intensity, thereby determining the level of 5-hmc in the cell-free DNA molecule, wherein the method is capable of detecting the level of 5-hmc in a DNA molecule of a cell having a 5-hmc prevalence lower than 0.002 % of total DNA. associating a label with the 5-hydroxylmethylcytosine, wherein the label comprises a fluorescent label, attaching to the DNA molecule an additional labelling agent distinct of the 5-hmc specific label, wherein the additional labelling agent is a non-specific fluorescent label for determining overall DNA fluorescence intensity, and quantifying the ratio between overall DNA fluorescence intensity and overall 5hmC fluorescence intensity, thereby determining the level of 5-hmc in the cell-free DNA molecule, wherein the method is capable of detecting the level of 5-hmc in a DNA molecule of a cell having a 5-hmc prevalence lower than 0.002 % of total DNA.
A treatment fluid injection valve for injecting a treatment fluid into a wellbore, the treatment fluid injection valve comprising: - a tubular housing comprising a housing axial fluid passage, a fluid inlet being in fluid communication with the housing axial fluid passage, and a lateral fluid outlet arranged in a circumferential wall of the tubular housing; - a sleeve member having a sleeve axial fluid passage and at least one lateral fluid opening, the sleeve member being fixedly arranged within the tubular housing, wherein the sleeve axial fluid passage is aligned with the housing axial fluid passage, and wherein the at least one lateral fluid opening is aligned with the lateral fluid outlet; and - a piston member being moveably disposed within the sleeve axial fluid passage between a closed position and an open position, wherein the piston member in the closed position blocks treatment fluid flow from the housing axial fluid passage toward the sleeve axial fluid passage, and wherein the piston member in the open position permits treatment fluid flow from the fluid inlet through the housing axial fluid passage, the sleeve axial fluid passage, and the at least one lateral fluid opening in the sleeve member toward the lateral fluid outlet of the tubular housing. - a tubular housing comprising a housing axial fluid passage, a fluid inlet being in fluid communication with the housing axial fluid passage, and a lateral fluid outlet arranged in a circumferential wall of the tubular housing; - a sleeve member having a sleeve axial fluid passage and at least one lateral fluid opening, the sleeve member being fixedly arranged within the tubular housing, wherein the sleeve axial fluid passage is aligned with the housing axial fluid passage, and wherein the at least one lateral fluid opening is aligned with the lateral fluid outlet; and - a piston member being moveably disposed within the sleeve axial fluid passage between a closed position and an open position, wherein the piston member in the closed position blocks treatment fluid flow from the housing axial fluid passage toward the sleeve axial fluid passage, and wherein the piston member in the open position permits treatment fluid flow from the fluid inlet through the housing axial fluid passage, the sleeve axial fluid passage, and the at least one lateral fluid opening in the sleeve member toward the lateral fluid outlet of the tubular housing.
A bearing assembly for a rotating element and comprising a race adapted to be fixed relative to a ground element in use, the assembly being further adapted to selectively free said race for arcuate movement relative to the ground element to expose a different sector to static loads, the assembly further including a locking device adapted to engage said race on demand, wherein the locking device is movable axially with respect to the normally fixed race from a condition in which the normally fixed race is fixed against rotation on the ground element, to a condition in which the normally fixed race is free for arcuate movement with respect to the ground element characterised in that the bearing assembly further includes apparatus for arcuately advancing said normally fixed race on demand.
A method for carrying out a test run on a test bench for a test specimen, at least one measuring sensor (Mi) being arranged on the test specimen, which sensor detects sensor values (SWi) of a measured quantity (MGi) that are supplied to a control unit of the test specimen, and in which control unit the detected sensor values (SWi) of the measured quantity (MGi) are processed in accordance with a plausibility check of the detected sensor values (SWi) of the measured quantity (MGi) in order to control a function of the test specimen, wherein the control unit is switched into a testing mode for carrying out the test run, wherein calculated values (RWi) of the same measured quantity (MGi) are calculated in a simulation unit and the calculated values (RWi) of the measured quantity (MGi) are supplied to the control unit in addition to the detected sensor values (SWi) of the measured quantity (MGi), and wherein, in testing mode, the control unit ignores the detected sensor values (SWi) of the measured quantity (MGi) and omits the plausibility check of the calculated values (RWi) of the measured quantities (MGi).
Circuit breaker comprising: - at least one electrical conductor arranged to be connected to an electrical circuit, - a housing, - a die, - a punch arranged to move relative to the housing to pass from one first position to a second position, - a pyrotechnic actuator arranged to make the said punch move from the first position to the second position when it is ignited, - the punch and the die being arranged to form a punch-die assembly in order, when the punch passes from the first position to the second position: - to cut the at least one electrical conductor in at least two separate parts (21, 22), and - to cause, between the punch and the die, the creation of at least one electrical arc between the at least two separate parts (21, 22) when the circuit breaker is connected to an electrical circuit under tension, - the punch-die assembly, when the punch is in the second position, is arranged to leave at least one passage between the at least two separate parts (21, 22), the at least one passage being arranged to guide the said at least one electrical arc between the separate parts (21, 22), characterised in that: - the punch-die assembly comprises at least one material arranged to be removed by ablation by the said at least one electrical arc to generate gas able to increase a tension of the said at least one electrical arc. - at least one electrical conductor arranged to be connected to an electrical circuit, - a housing, - a die, - a punch arranged to move relative to the housing to pass from one first position to a second position, - a pyrotechnic actuator arranged to make the said punch move from the first position to the second position when it is ignited, - the punch and the die being arranged to form a punch-die assembly in order, when the punch passes from the first position to the second position: - to cut the at least one electrical conductor in at least two separate parts (21, 22), and - to cause, between the punch and the die, the creation of at least one electrical arc between the at least two separate parts (21, 22) when the circuit breaker is connected to an electrical circuit under tension, - the punch-die assembly, when the punch is in the second position, is arranged to leave at least one passage between the at least two separate parts (21, 22), the at least one passage being arranged to guide the said at least one electrical arc between the separate parts (21, 22), characterised in that: - the punch-die assembly comprises at least one material arranged to be removed by ablation by the said at least one electrical arc to generate gas able to increase a tension of the said at least one electrical arc. - the punch-die assembly comprises at least one material arranged to be removed by ablation by the said at least one electrical arc to generate gas able to increase a tension of the said at least one electrical arc.
A one pot process for conversion of hemicellulose to C5 and C6 sugars, the process comprising: mixing substrate, solvent and ionic liquid catalyst at a temperature in the range of 130 to 180°C for a time in the range of 10 min to 12 h to obtain C5 and C6 sugars, wherein C5 sugars yields is in the range of 70%-95%, wherein the ionic liquid catalyst is selected from 1-methyl-3-(3-sulfopropyl)-imidazolium hydrogensulfate, 1-methyl-3-(3-sulfopropyl)-imidazolium para-toluenesulfonate, or 1-methyl-3-(3-sulfopropyl)-imidazolium chloride.
A photocurable inkjet printing ink composition comprising at least a photopolymerizable compound component, a photopolymerization initiator, and optionally a sensitizer, wherein in the photopolymerizable compound component, a monofunctional monomer is included in a content of 91.0 to 99.5% by mass and a multifunctional monomer is included in a content of 0.5 to 9.0% by mass; in the monofunctional monomer component, acryloylmorpholine is included in a content of 30.0 to 85.0% by mass; the monofunctional monomer component includes at least one selected from benzyl acrylate, ethyl carbitol acrylate, and tetrahydrofurfuryl acrylate in a content of 5.0 to 40.0% by mass in the monofunctional monomer component; and the stretching rate at 180°C of the cured coating obtained by photopolymerizing the photocurable inkjet printing ink composition is 120% or more, said stretching rate being measured as described in the specification.
Fibre component comprising at least three fibre rods each having fibres extending continuously in the axial direction of the fibre rods, wherein at least two of the three fibre rods each form a support rod, and at least one of the three fibre rods each forms a connecting rod (10"), the support rods are arranged substantially parallel to and spaced apart from one another in their axial direction, the connecting rod (10") connects the support rods to one another, and the connecting rod (10") respectively forms a node point with the respective support rod at the respective connecting points between the connecting rod (10") and the support rods, wherein at least three fibre rods each form a support rod, the support rods are arranged parallel to one another in their axial direction X and on at least two spaced-apart planes, with the result that they form an imaginary volume between them, characterized in that at least one connecting rod (10") is wound around the support rods forming the imaginary volume, and the at least one connecting rod (10") forms the node points with the support rods forming the volume at its connecting points with the support rods forming the imaginary volume. wherein at least two of the three fibre rods each form a support rod, and at least one of the three fibre rods each forms a connecting rod (10"), the support rods are arranged substantially parallel to and spaced apart from one another in their axial direction, the connecting rod (10") connects the support rods to one another, and the connecting rod (10") respectively forms a node point with the respective support rod at the respective connecting points between the connecting rod (10") and the support rods, wherein at least three fibre rods each form a support rod, the support rods are arranged parallel to one another in their axial direction X and on at least two spaced-apart planes, with the result that they form an imaginary volume between them, characterized in that at least one connecting rod (10") is wound around the support rods forming the imaginary volume, and the at least one connecting rod (10") forms the node points with the support rods forming the volume at its connecting points with the support rods forming the imaginary volume.
A computer-based method of evaluating a radiation therapy treatment plan arranged to be used in a radiation therapy apparatus for a treatment volume of a body having a target volume and one or more organs at risk, OAR, the treatment volume comprising a plurality of sub-volumes, wherein the method comprises: - obtaining a radiation therapy treatment plan for the treatment volume, the radiation therapy treatment plan comprising a dose distribution for radiation treatment with the radiation therapy apparatus for the treatment volume of the body having the target volume and the OAR; - calculating the linear energy transfer, LET, in each sub-volume based on the dose distribution to obtain an LET distribution over the treatment volume; - dividing the dose distribution into doses of a first category and a second category in each sub-volume, wherein the first category comprises doses with energy depositions with an LET below a first LET threshold and the second category comprises doses with energy depositions with an LET above a second LET threshold; - determining amounts of doses of the first and of the second category in each sub-volume to obtain a distribution of doses of the first and of the second category over the treatment volume; and - performing an analysis of the quality of the radiation therapy treatment plan by metrics based on the obtained distribution of doses of the first and of the second category in the target volume and in the OAR. - obtaining a radiation therapy treatment plan for the treatment volume, the radiation therapy treatment plan comprising a dose distribution for radiation treatment with the radiation therapy apparatus for the treatment volume of the body having the target volume and the OAR; - calculating the linear energy transfer, LET, in each sub-volume based on the dose distribution to obtain an LET distribution over the treatment volume; - dividing the dose distribution into doses of a first category and a second category in each sub-volume, wherein the first category comprises doses with energy depositions with an LET below a first LET threshold and the second category comprises doses with energy depositions with an LET above a second LET threshold; - determining amounts of doses of the first and of the second category in each sub-volume to obtain a distribution of doses of the first and of the second category over the treatment volume; and - performing an analysis of the quality of the radiation therapy treatment plan by metrics based on the obtained distribution of doses of the first and of the second category in the target volume and in the OAR.