mhurhangee/patent-ind-claim-en huggingface dataset:
A method, performed by at least one processor, comprising: determining one or more links of at least one travel network that includes at least one split into two or more links ; processing of probe data associated with the one or more links to determine that the one or more links exhibit a multi-modal speed distribution ; determining a plurality of speed profiles for one or more segments of the one or more links based on the multi-modal speed distribution ; generating at least one histogram of the one or more speed distributions along the one-dimensional axis of the one or more segments ; separating the plurality of speed profiles into a speed profile from the high peak of the at least one histogram representing the through traffic and a speed profile from the low peak of the at least one histogram representing the turning or exiting traffic; and causing a generation of at least one travel speed map that associates the plurality of speed profiles with the one or more segments of the one or more links , wherein the determined plurality of speed profiles are used for an autonomous vehicle or a vehicle using predictive speed control. determining one or more links of at least one travel network that includes at least one split into two or more links ; processing of probe data associated with the one or more links to determine that the one or more links exhibit a multi-modal speed distribution ; determining a plurality of speed profiles for one or more segments of the one or more links based on the multi-modal speed distribution ; generating at least one histogram of the one or more speed distributions along the one-dimensional axis of the one or more segments ; separating the plurality of speed profiles into a speed profile from the high peak of the at least one histogram representing the through traffic and a speed profile from the low peak of the at least one histogram representing the turning or exiting traffic; and causing a generation of at least one travel speed map that associates the plurality of speed profiles with the one or more segments of the one or more links , wherein the determined plurality of speed profiles are used for an autonomous vehicle or a vehicle using predictive speed control.
A method for controlling access in a system comprising a portable device associated with a user and an access control device , the access control device having a locked and an unlocked state, wherein the portable device and the access control device are configured to wirelessly communicate with each other, the method comprising: pairing the portable device and the access control device , setting the portable device in a calibration mode previous to determining at the portable device a signal strength over time of a signal received from the access control device , upon the portable device detecting proximity to the access control device, determining at the portable device a signal strength over time of a signal received from the access control device , comparing the determined signal strength over time with a previously determined reference signal strength profile, upon the determined signal strength over time being considered congruent with the reference signal strength profile, controlling the access control device to change state from the locked state to the unlocked state; and while being in the calibration mode, at a plurality of occasions, upon the access control device changing state from the locked state to the unlocked state, updating the reference signal strength profile based on the determined signal strength over time, wherein the updated reference signal strength profile is a representation of the, at the plurality of occasions, determined signal strengths over time. pairing the portable device and the access control device , setting the portable device in a calibration mode previous to determining at the portable device a signal strength over time of a signal received from the access control device , upon the portable device detecting proximity to the access control device, determining at the portable device a signal strength over time of a signal received from the access control device , comparing the determined signal strength over time with a previously determined reference signal strength profile, upon the determined signal strength over time being considered congruent with the reference signal strength profile, controlling the access control device to change state from the locked state to the unlocked state; and while being in the calibration mode, at a plurality of occasions, upon the access control device changing state from the locked state to the unlocked state, updating the reference signal strength profile based on the determined signal strength over time, wherein the updated reference signal strength profile is a representation of the, at the plurality of occasions, determined signal strengths over time.
A flow regulator for a compressed natural gas (CNG) system, the regulator comprising: a regulator housing having at least one inlet port , at least one outlet port and an interior having interior channels fluidically interconnecting said ports; and a mechanical bypass valve disposed within the regulator housing, the bypass valve enabling a bypass mode of operation based upon sensed inlet pressure wherein the mechanical bypass valve comprises a control spring acting on a movable sensing piston in relation to the inlet port, the bypass valve being biased by the control spring into an open position to initially permit a bypass mode of operation until a predetermined inlet pressure threshold is reached, the sensing piston being operatively coupled to a valve plug that is biased by a compression spring and configured to close the bypass valve when the inlet pressure reaches and exceeds the predetermined threshold. a regulator housing having at least one inlet port , at least one outlet port and an interior having interior channels fluidically interconnecting said ports; and a mechanical bypass valve disposed within the regulator housing, the bypass valve enabling a bypass mode of operation based upon sensed inlet pressure wherein the mechanical bypass valve comprises a control spring acting on a movable sensing piston in relation to the inlet port, the bypass valve being biased by the control spring into an open position to initially permit a bypass mode of operation until a predetermined inlet pressure threshold is reached, the sensing piston being operatively coupled to a valve plug that is biased by a compression spring and configured to close the bypass valve when the inlet pressure reaches and exceeds the predetermined threshold.
A tibial-femoral trial implant comprising a femoral trial insert , comprising a medial condyle and a lateral condyle , and a tibial trial insert , comprising a medial plate and a lateral plate , characterized in that it comprises a graduated reference system adapted to indicate the relative angular deviation between the femoral trial insert and the tibial trial insert about a vertical axis (V), passing through the center (C) of a sphere (S) defining the medial condyle of the femoral trial insert , following a roto-translational movement of the femoral trial insert from a first position, identifying a knee extension position, to a second position, identifying a knee flexion position.
A method for automatic calibration of a brake pad comprising a block of friction material , a support plate or backplate and force sensors capable of detecting forces that are exchanged between the block of friction material and an element to be braked, characterised in that of comprising following steps: - providing an automatic calibration device comprising a supporting fixed base , at least one control panel , brake pad mechanical stress means generating on said pad a normal force in combination with a shear force, and brake pad retaining means in turn comprising a first lock-in means for locking in said friction material with said mechanical stress means and a second lock-in means for locking said brake pad on said fixed base , and sensors for detecting said normal force and said shear force; - locking in said brake pad on said supporting fixed base by said a second lock-in means ; - locking in said friction material with said mechanical stress means by said a first lock-in means ; - generating on said brake pad locked in by said first and second lock-in means , a normal force in combination with a shear force adjusted to reach a condition, in terms of ratio of shear force to normal force, equal or close to a value known from a design stage of the friction coefficient between said block of friction material and said retaining means; - receiving from the force sensors in the brake pad signals providing calibration data, wherein measurements of force from the force sensors in the brake pad are synchronised and compared with the measurements of force from the sensors installed in the device ; - memorising said calibration data. - providing an automatic calibration device comprising a supporting fixed base , at least one control panel , brake pad mechanical stress means generating on said pad a normal force in combination with a shear force, and brake pad retaining means in turn comprising a first lock-in means for locking in said friction material with said mechanical stress means and a second lock-in means for locking said brake pad on said fixed base , and sensors for detecting said normal force and said shear force; - locking in said brake pad on said supporting fixed base by said a second lock-in means ; - locking in said friction material with said mechanical stress means by said a first lock-in means ; - generating on said brake pad locked in by said first and second lock-in means , a normal force in combination with a shear force adjusted to reach a condition, in terms of ratio of shear force to normal force, equal or close to a value known from a design stage of the friction coefficient between said block of friction material and said retaining means; - receiving from the force sensors in the brake pad signals providing calibration data, wherein measurements of force from the force sensors in the brake pad are synchronised and compared with the measurements of force from the sensors installed in the device ; - memorising said calibration data.
A thermoplastic resin composition, comprising: 100 parts by weight of a base resin consisting of 30 to 50 % by weight of a (meth)acrylic acid alkyl ester compound-conjugated diene rubber-aromatic vinyl compound-vinyl cyanide compound graft copolymer and 50 to 70 % by weight of a (meth)acrylic acid alkyl ester compound-aromatic vinyl compound-vinyl cyanide compound non-graft copolymer; 6 to 15 parts by weight of a polyether-amide block copolymer; 0.2 to 0.9 parts by weight of a metal stearate; and 0.001 to 0.006 parts by weight of an organic pigment, wherein the graft copolymer is a graft copolymer comprising 30 to 70 % by weight of conjugated diene rubber having an average particle diameter of 150 to 450 nm, measured by dynamic light scattering according to the method described in the description, 20 to 40 % by weight of a (meth)acrylic acid alkyl ester compound, 5 to 20 % by weight of an aromatic vinyl compound, and 1 to 15 % by weight of a vinyl cyanide compound, and the non-graft copolymer is a copolymer comprising 60 to 80 % by weight of a (meth)acrylic acid alkyl ester compound, 15 to 35 % by weight of an aromatic vinyl compound, and 1 to 15 % by weight of a vinyl cyanide compound. 100 parts by weight of a base resin consisting of 30 to 50 % by weight of a (meth)acrylic acid alkyl ester compound-conjugated diene rubber-aromatic vinyl compound-vinyl cyanide compound graft copolymer and 50 to 70 % by weight of a (meth)acrylic acid alkyl ester compound-aromatic vinyl compound-vinyl cyanide compound non-graft copolymer; 6 to 15 parts by weight of a polyether-amide block copolymer; 0.2 to 0.9 parts by weight of a metal stearate; and 0.001 to 0.006 parts by weight of an organic pigment, wherein the graft copolymer is a graft copolymer comprising 30 to 70 % by weight of conjugated diene rubber having an average particle diameter of 150 to 450 nm, measured by dynamic light scattering according to the method described in the description, 20 to 40 % by weight of a (meth)acrylic acid alkyl ester compound, 5 to 20 % by weight of an aromatic vinyl compound, and 1 to 15 % by weight of a vinyl cyanide compound, and the non-graft copolymer is a copolymer comprising 60 to 80 % by weight of a (meth)acrylic acid alkyl ester compound, 15 to 35 % by weight of an aromatic vinyl compound, and 1 to 15 % by weight of a vinyl cyanide compound.
A method for dosing a substance placed in a container to which a capsule for dosing a substance to be administered orally is applied, said capsule comprising: i) a dosing chamber for the substance; ii) an access route for access of the substance into the chamber ; iii) a valve that permits/prevents the supply of the substance to the dosing chamber through the access route ; iv) a connection means for connecting to a mouth of a container; the method comprising the steps of: - placing the capsule beneath the container, maintaining the capsule connected to the container ; - pushing the capsule towards the container , thus causing the valve to open and permitting the flow by gravity of the substance from the container to the dosing chamber ; - stopping the step of pushing the capsule towards the container , thereby closing the valve once a desired amount of the substance is reached in the dosing chamber . i) a dosing chamber for the substance; ii) an access route for access of the substance into the chamber ; iii) a valve that permits/prevents the supply of the substance to the dosing chamber through the access route ; iv) a connection means for connecting to a mouth of a container; - placing the capsule beneath the container, maintaining the capsule connected to the container ; - pushing the capsule towards the container , thus causing the valve to open and permitting the flow by gravity of the substance from the container to the dosing chamber ; - stopping the step of pushing the capsule towards the container , thereby closing the valve once a desired amount of the substance is reached in the dosing chamber .
Sterile container comprising a container body having inner surfaces delimiting a containment compartment , wherein at least part of said surfaces is made of a compound material comprising a thermoplastic polymer, characterized in that a first zeolite and a second zeolite homogeneously dispersed in the thermoplastic polymer, each of said zeolites having a micrometric particle size distribution and delimiting reticular voids in which bactericidal and/or bacteriostatic metal ions releasable from said zeolite are housed; the first zeolite comprising silver and copper metal ions, the second zeolite comprising silver and zinc metal ions. characterized in that a first zeolite and a second zeolite homogeneously dispersed in the thermoplastic polymer, each of said zeolites having a micrometric particle size distribution and delimiting reticular voids in which bactericidal and/or bacteriostatic metal ions releasable from said zeolite are housed; the first zeolite comprising silver and copper metal ions, the second zeolite comprising silver and zinc metal ions.
A method for controlling a linear pump of a vapour recovery system in a fuel dispensing unit , the linear pump being flow controlled by a signal, wherein the method is characterized by : applying (S1) a known voltage to a solenoid coil of the linear pump for a predetermined time period, measuring (S2) a current consumption of the solenoid coil during the predetermined time period, and adjusting (S3) the signal based on the measured current consumption. applying (S1) a known voltage to a solenoid coil of the linear pump for a predetermined time period, measuring (S2) a current consumption of the solenoid coil during the predetermined time period, and adjusting (S3) the signal based on the measured current consumption.
A communication method of a terminal in a mobile communication system, the method comprising: receiving, on a first cell, control information comprising a channel state information, CSI, request; acquiring aperiodic CSI for the first cell based on the control information; acquiring periodic CSI for a second cell; in case that report timing for the periodic CSI and report timing for the aperiodic CSI are overlapped, determining whether the first cell and the second cell correspond to a same cell group; and if the first cell and the second cell correspond to different cell groups, reporting the aperiodic CSI for the first cell in response to the CSI request and reporting the periodic CSI for the second cell. receiving, on a first cell, control information comprising a channel state information, CSI, request; acquiring aperiodic CSI for the first cell based on the control information; acquiring periodic CSI for a second cell; in case that report timing for the periodic CSI and report timing for the aperiodic CSI are overlapped, determining whether the first cell and the second cell correspond to a same cell group; and if the first cell and the second cell correspond to different cell groups, reporting the aperiodic CSI for the first cell in response to the CSI request and reporting the periodic CSI for the second cell.
A member for hydrogen production comprising: a light absorbing part constituted of a ceramic composite consisting of ceramics having a plurality of first ceramic particles of a perovskite type composite oxide exhibiting positive resistance temperature characteristics, and represented as ABO 3 in a first ceramics being a parent phase having an open porosity of 5% or lower; and a hydrogen generating part constituted of a porous ceramic composite comprising second ceramic particles in a porous second ceramics. a light absorbing part constituted of a ceramic composite consisting of ceramics having a plurality of first ceramic particles of a perovskite type composite oxide exhibiting positive resistance temperature characteristics, and represented as ABO 3 in a first ceramics being a parent phase having an open porosity of 5% or lower; and a hydrogen generating part constituted of a porous ceramic composite comprising second ceramic particles in a porous second ceramics.
A method of detecting a shadow in an intravascular image of a blood vessel, the method comprising: storing, using an intravascular diagnostic system, one or more intravascular datasets, each intravascular dataset comprising a plurality of scan lines; determining a plurality of line projections on a per scan line, each line projection determined using a near tissue offset and far tissue offset, wherein the near tissue offset corresponds to the offset to a boundary of a lumen of the blood vessel and the far tissue offset corresponds to the offset at the noise floor; determining local estimates of tissue intensity using the line projections; determining a locally adaptive threshold that varies across scanlines; and identifying shadows that represent features of interest in the intravascular datasets using groupings of contiguous scanlines in which the local estimates of intensity fall below the locally adaptive threshold. storing, using an intravascular diagnostic system, one or more intravascular datasets, each intravascular dataset comprising a plurality of scan lines; determining a plurality of line projections on a per scan line, each line projection determined using a near tissue offset and far tissue offset, wherein the near tissue offset corresponds to the offset to a boundary of a lumen of the blood vessel and the far tissue offset corresponds to the offset at the noise floor; determining local estimates of tissue intensity using the line projections; determining a locally adaptive threshold that varies across scanlines; and identifying shadows that represent features of interest in the intravascular datasets using groupings of contiguous scanlines in which the local estimates of intensity fall below the locally adaptive threshold.
A channel measurement method, comprising: sending (S201), by an access point AP, a channel measurement trigger frame TF-S to at least two stations STAs, to trigger (S202) the at least two STAs to send null data packets NDPs which are used for uplink channel measurement, the TF-S comprises parameter indication information of a transmission parameter used by each STA to send the NDP, and the parameter indication information is used by the STA to determine (S203) the transmission parameter and a transmission time; and receiving (S204), by the AP, an NDP sent by each of the at least two STAs based on a corresponding transmission parameter of the STA at a transmission time corresponding to the STA, and performing (S205) channel measurement, wherein there is no interframe gap between NDPs sent by any two adjacent STAs of the at least two STAs, and wherein the AP sends the TF-S to the at least two STAs simultaneously on at least a primary preset-bandwidth channel. sending (S201), by an access point AP, a channel measurement trigger frame TF-S to at least two stations STAs, to trigger (S202) the at least two STAs to send null data packets NDPs which are used for uplink channel measurement, the TF-S comprises parameter indication information of a transmission parameter used by each STA to send the NDP, and the parameter indication information is used by the STA to determine (S203) the transmission parameter and a transmission time; and receiving (S204), by the AP, an NDP sent by each of the at least two STAs based on a corresponding transmission parameter of the STA at a transmission time corresponding to the STA, and performing (S205) channel measurement, wherein there is no interframe gap between NDPs sent by any two adjacent STAs of the at least two STAs, and wherein the AP sends the TF-S to the at least two STAs simultaneously on at least a primary preset-bandwidth channel.
A method of partially thawing an object in a frozen state placed in an interior of a container, in which an AC voltage which is 10V or higher and 5kV or lower is applied to the object in the frozen state to flow a current which is 10 μA or higher and 100 mA or lower, through the object in the frozen state, the method comprising the steps of: partially thawing the object in the frozen state in such a manner that a temperature in the interior of the container is controlled to cause the object in the frozen state to be partially thawed with the object at a minus temperature in the range of 0 degrees C to minus 10 degrees C while applying the AC voltage to the object in the frozen state; and stopping application of the AC voltage to the object and preserving the object while maintaining a state in which the object is partially thawed. partially thawing the object in the frozen state in such a manner that a temperature in the interior of the container is controlled to cause the object in the frozen state to be partially thawed with the object at a minus temperature in the range of 0 degrees C to minus 10 degrees C while applying the AC voltage to the object in the frozen state; and stopping application of the AC voltage to the object and preserving the object while maintaining a state in which the object is partially thawed.
Cholecalciferol as an active agent for use in the treatment of celiac disease.