mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving an image captured by a camera of a work machine moving within an environment; identifying an object in the image; determining an angle between the camera and the object; accessing, from a distribution of heights for an object type associated with the identified object, a height associated with the identified object and an uncertainty associated with the height; determining a range of potential distances between the work machine and the object based on the height associated with the object, the uncertainty associated with the height, and the angle between the camera and the object; comparing a shortest distance in the range of potential distances to a threshold distance; and responsive to the shortest distance in the range of potential distances being less than the threshold distance, causing the work machine to perform a safety action. receiving an image captured by a camera of a work machine moving within an environment; identifying an object in the image; determining an angle between the camera and the object; accessing, from a distribution of heights for an object type associated with the identified object, a height associated with the identified object and an uncertainty associated with the height; determining a range of potential distances between the work machine and the object based on the height associated with the object, the uncertainty associated with the height, and the angle between the camera and the object; comparing a shortest distance in the range of potential distances to a threshold distance; and responsive to the shortest distance in the range of potential distances being less than the threshold distance, causing the work machine to perform a safety action.
A method performed by a terminal in a wireless communication system, the method comprising: identifying that a preamble transmission counter value for a 2-step random access procedure equals a value determined based on a maximum number of message A preamble transmissions configured by a base station; switching a random access type from 2-step random access to 4-step random access; identifying whether a first random access preambles group was selected during the 2-step random access procedure; selecting a second random access preambles group for a contention-based 4-step random access procedure based on a message A configuration for the 2-step random access procedure, in case that the first random access preambles group was not selected during the 2-step random access procedure; selecting the same first random access preambles group for the contention-based 4-step random access procedure, in case that the first random access preambles group was selected during the 2-step random access procedure; and performing a random access preamble transmission for the contention-based 4-step random access procedure based on the selected random access preambles group. identifying that a preamble transmission counter value for a 2-step random access procedure equals a value determined based on a maximum number of message A preamble transmissions configured by a base station; switching a random access type from 2-step random access to 4-step random access; identifying whether a first random access preambles group was selected during the 2-step random access procedure; selecting a second random access preambles group for a contention-based 4-step random access procedure based on a message A configuration for the 2-step random access procedure, in case that the first random access preambles group was not selected during the 2-step random access procedure; selecting the same first random access preambles group for the contention-based 4-step random access procedure, in case that the first random access preambles group was selected during the 2-step random access procedure; and performing a random access preamble transmission for the contention-based 4-step random access procedure based on the selected random access preambles group.
A double chain stitch sewing machine comprising an upper decoration mechanism, the upper decoration mechanism comprising: an expansion retraction mechanism configured to switch a spreader between an expanded state where the spreader cooperates with needles (4, 5, 6) for performing an upper decoration sewing and a retracted state where the spreader is separated from the needles (4, 5, 6) for performing sewing without an upper decoration thread, wherein when the upper decoration mechanism is switched to the retracted state, the spreader is separated from the needles (4, 5, 6) and is moved upward, and wherein when the upper decoration mechanism is switched to the expanded state, the spreader is moved downward and is lowered near to the needles (4, 5, 6), characterized in that the upper decoration mechanism is housed inside the cover of the double chain stitch sewing machine in the retracted state. an expansion retraction mechanism configured to switch a spreader between an expanded state where the spreader cooperates with needles (4, 5, 6) for performing an upper decoration sewing and a retracted state where the spreader is separated from the needles (4, 5, 6) for performing sewing without an upper decoration thread, wherein when the upper decoration mechanism is switched to the retracted state, the spreader is separated from the needles (4, 5, 6) and is moved upward, and wherein when the upper decoration mechanism is switched to the expanded state, the spreader is moved downward and is lowered near to the needles (4, 5, 6), characterized in that the upper decoration mechanism is housed inside the cover of the double chain stitch sewing machine in the retracted state.
A network-based method for setting up multiple radio links in a radio communication system comprising: - receiving from a mobile station via a first radio link (IMT-RL) operated in a first predefined wavelength range capability information (MMW-B-CAP-INFO) for being capable to use a second radio link (MMW-RL) operable in a second predefined wavelength range, which is a millimeter wavelength range, - determining to serve said mobile station by said second radio link (MMW-RL) based on said capability information (MMW-B-CAP-INFO), and - transmitting to said mobile station via said first radio link (IMT-RL) set up information (INS-MMW-SETUP) for setting up said second radio link (MMW-RL); characterised in that said capability information (MMW-B-CAP-INFO) comprises information which frequency range or which at least one carrier frequency of said second predefined wavelength range is supported by said mobile station. - receiving from a mobile station via a first radio link (IMT-RL) operated in a first predefined wavelength range capability information (MMW-B-CAP-INFO) for being capable to use a second radio link (MMW-RL) operable in a second predefined wavelength range, which is a millimeter wavelength range, - determining to serve said mobile station by said second radio link (MMW-RL) based on said capability information (MMW-B-CAP-INFO), and - transmitting to said mobile station via said first radio link (IMT-RL) set up information (INS-MMW-SETUP) for setting up said second radio link (MMW-RL);
Method for estimating a parameter characteristic of atmospheric turbulence, said method including the steps consisting in: - training an automatic learning model using, as learning data, values of the characteristic parameter with which optical speckle images are associated, - using said trained learning model to estimate said characteristic parameter from input data containing one or more optical speckle images, characterised in that - the optical speckle images used during the training of the learning model correspond to defocused images of one or more stars, - the optical speckle image or images contained in said input data are acquired by at least one measurement telescope, said speckle images corresponding to defocused images of one or more stars observed under real conditions by said telescope. - training an automatic learning model using, as learning data, values of the characteristic parameter with which optical speckle images are associated, - using said trained learning model to estimate said characteristic parameter from input data containing one or more optical speckle images, - the optical speckle images used during the training of the learning model correspond to defocused images of one or more stars, - the optical speckle image or images contained in said input data are acquired by at least one measurement telescope, said speckle images corresponding to defocused images of one or more stars observed under real conditions by said telescope.
Propylene homopolymer having (a) a melt flow rate MFR 2 (230 °C / 2.16 kg) measured according to ISO 1133 in the range of 0.1 to 90 g/10min; and (b) a pentad isotacticity (mmmm) of more than 90.0 % determined by 13 C-NMR wherein further (c) the propylene homopolymer fulfills inequation VOC ≤ MFR × 2.27 + 32.0 wherein VOC is the amount of volatile organic compounds [in ppm] measured according to VDA 278:2002 of the propylene homopolymer; MFR is the melt flow rate MFR 2 (230 °C / 2.16 kg) measured according to ISO 1133 of the propylene homopolymer. (a) a melt flow rate MFR 2 (230 °C / 2.16 kg) measured according to ISO 1133 in the range of 0.1 to 90 g/10min; and (b) a pentad isotacticity (mmmm) of more than 90.0 % determined by 13 C-NMR wherein further (c) the propylene homopolymer fulfills inequation VOC ≤ MFR × 2.27 + 32.0 wherein VOC is the amount of volatile organic compounds [in ppm] measured according to VDA 278:2002 of the propylene homopolymer; MFR is the melt flow rate MFR 2 (230 °C / 2.16 kg) measured according to ISO 1133 of the propylene homopolymer.
A coupling of an endoscopic HF surgical instrument for coupling a cutting instrument with a catheter, with - a base body that - presents a cavity extending along a longitudinal axis of the base body into which - a rotating body can be inserted in a direction of insertion (P E) up to an operational position, wherein - in the operational position, the rotating body is rotatable relative to the base body about the longitudinal axis, wherein - the base body has at least one retaining device which - is configured to lock the rotating body in a form-fitting manner in the operational position in the base body such that - a displacement of the rotating body relative to the base body along the longitudinal axis can be blocked, characterized in that a) the retaining device has a first retaining element forming a stop in the cavity, wherein in the operational position the stop cooperates with the rotating body in such a manner that a displacement thereof in the direction of insertion (P E) beyond the operational position is prevented, wherein the first retaining element is formed in one piece with the base body, and/or that b) the retaining device has at least one flexible second retaining element which is displaceable into a release position against a resetting force for insertion of the rotating body into the cavity, wherein the at least one flexible second retaining element is formed in one piece with the base body. - a base body that - presents a cavity extending along a longitudinal axis of the base body into which - a rotating body can be inserted in a direction of insertion (P E) up to an operational position, wherein - in the operational position, the rotating body is rotatable relative to the base body about the longitudinal axis, wherein - the base body has at least one retaining device which - is configured to lock the rotating body in a form-fitting manner in the operational position in the base body such that - a displacement of the rotating body relative to the base body along the longitudinal axis can be blocked, a) the retaining device has a first retaining element forming a stop in the cavity, wherein in the operational position the stop cooperates with the rotating body in such a manner that a displacement thereof in the direction of insertion (P E) beyond the operational position is prevented, wherein the first retaining element is formed in one piece with the base body, and/or that b) the retaining device has at least one flexible second retaining element which is displaceable into a release position against a resetting force for insertion of the rotating body into the cavity, wherein the at least one flexible second retaining element is formed in one piece with the base body.
A method of provisioning information, the method comprising the steps of: providing a first device capable of short-range communication; providing a second device capable of short-range communication; automatically provisioning information from the first device to the second device using short-range communication; wherein the first device is a mobile device and the second device is a transmitter/receiver device, both first and second devices comprising short-range communication components, and the method further comprises the steps of: initiating a conference call between the transmitter/receiver device and at least one telephony device; establishing a user participant list of active participants in the conference call using short-range communication, wherein at least a user of the mobile device is established on the list, by placing the mobile device proximate the transmitter/receiver device; and transferring the conference call from the transmitter/receiver device to the mobile device by placing the mobile device proximate the transmitter/receiver device. providing a first device capable of short-range communication; providing a second device capable of short-range communication; automatically provisioning information from the first device to the second device using short-range communication; wherein the first device is a mobile device and the second device is a transmitter/receiver device, both first and second devices comprising short-range communication components, and the method further comprises the steps of: initiating a conference call between the transmitter/receiver device and at least one telephony device; establishing a user participant list of active participants in the conference call using short-range communication, wherein at least a user of the mobile device is established on the list, by placing the mobile device proximate the transmitter/receiver device; and transferring the conference call from the transmitter/receiver device to the mobile device by placing the mobile device proximate the transmitter/receiver device. initiating a conference call between the transmitter/receiver device and at least one telephony device; establishing a user participant list of active participants in the conference call using short-range communication, wherein at least a user of the mobile device is established on the list, by placing the mobile device proximate the transmitter/receiver device; and transferring the conference call from the transmitter/receiver device to the mobile device by placing the mobile device proximate the transmitter/receiver device.
A polyolefin composition comprising (i) a crosslinkable polyolefin with hydrolysable silane groups, and (ii) a non-polymeric compound with hydrolysable silane groups which upon hydrolysation form an acid or a base whereby the acid or base formed upon hydrolysation is selected from the group of carboxylic acids, sulphonic acids, phosphorous acids, halogen acids, oxoacids, oximes, imines and amines, characterised in that the acid or base generates a gel content of at least 40 % after 40 hours in the 90 °C cross-linking test as described in the specification, wherein the acid or base is added in an amount of 4.5 mmol/kg to an ethylene/vinyltrimethoxysilane copolymer with a MFR 2 = 2 g/10min, a density of 923 g/cm 3, and 2 wt.% of vinyltrimethoxysilane and then is cross-linked in a waterbath at 90 °C. (i) a crosslinkable polyolefin with hydrolysable silane groups, and (ii) a non-polymeric compound with hydrolysable silane groups which upon hydrolysation form an acid or a base whereby the acid or base formed upon hydrolysation is selected from the group of carboxylic acids, sulphonic acids, phosphorous acids, halogen acids, oxoacids, oximes, imines and amines,
A disc stack of frustoconical separation discs configured to be mounted in a separation chamber of a centrifugal separator, preferably a crankcase gas separator, wherein the discs are stacked upon each other in a manner forming narrow separation spaces between adjacent discs, characterised in that the discs are welded to each other at radially outer portions of the discs. wherein the discs are stacked upon each other in a manner forming narrow separation spaces between adjacent discs, characterised in that the discs are welded to each other at radially outer portions of the discs.
An apparatus for treating a tumor in a subject's body and facilitating delivery of a substance across a blood brain barrier of the subject's body, the apparatus comprising: an AC voltage generator capable of operating at a first frequency between 50 and 190 kHz and a second frequency between 50 and 500 kHz, the second frequency being different from the first frequency, wherein the AC voltage generator has a control input and is configured to output the first frequency when the control input is in a first state and output the second frequency when the control input is in a second state; and a controller programmed to (a) place the control input in the second state so that the AC voltage generator outputs the second frequency, (b) accept a request to switch the AC voltage generator to output the first frequency, (c) upon receipt of the request, place the control input in the first state so that the AC voltage generator outputs the first frequency for an interval of time, and (d) after the interval of time has elapsed, place the control input in the second state so that the AC voltage generator outputs the second frequency; characterized in that the interval of time is at least 72 hours. an AC voltage generator capable of operating at a first frequency between 50 and 190 kHz and a second frequency between 50 and 500 kHz, the second frequency being different from the first frequency, wherein the AC voltage generator has a control input and is configured to output the first frequency when the control input is in a first state and output the second frequency when the control input is in a second state; and a controller programmed to (a) place the control input in the second state so that the AC voltage generator outputs the second frequency, (b) accept a request to switch the AC voltage generator to output the first frequency, (c) upon receipt of the request, place the control input in the first state so that the AC voltage generator outputs the first frequency for an interval of time, and (d) after the interval of time has elapsed, place the control input in the second state so that the AC voltage generator outputs the second frequency; characterized in that the interval of time is at least 72 hours.
A method for facing bulk material, the method comprising: engaging a defacer (206, 323, 406) with a silo face (202, 302, 410) of a bulk material; and simultaneously displacing the defacer (206, 323, 406, 512) to move across the silo face (202, 302, 410) of the bulk material to define a negative rake angle in the silo face (202, 302, 410) by use of an electrical or mechanical coupling that coordinates horizontal and vertical movement of the defacer (206, 323, 406, 512), and wherein the defacer (206, 323, 406, 512) is coupled to an end of an articulating arm (312, 402, 508) of a machine (204, 308), characterized in that displacing the defacer (206, 323, 406, 512) to move across the silo face (202, 302, 410) of the bulk material to define the negative rake angle in the silo face (202, 302, 410) comprises detecting a position of the defacer (206, 323, 406, 512) relative to the silo face (202, 302, 410) of the bulk material. engaging a defacer (206, 323, 406) with a silo face (202, 302, 410) of a bulk material; and simultaneously displacing the defacer (206, 323, 406, 512) to move across the silo face (202, 302, 410) of the bulk material to define a negative rake angle in the silo face (202, 302, 410) by use of an electrical or mechanical coupling that coordinates horizontal and vertical movement of the defacer (206, 323, 406, 512), and wherein the defacer (206, 323, 406, 512) is coupled to an end of an articulating arm (312, 402, 508) of a machine (204, 308), characterized in that displacing the defacer (206, 323, 406, 512) to move across the silo face (202, 302, 410) of the bulk material to define the negative rake angle in the silo face (202, 302, 410) comprises detecting a position of the defacer (206, 323, 406, 512) relative to the silo face (202, 302, 410) of the bulk material.
A method, comprising: generating, via a dose estimator, a dose map indicative of an estimated dose deposited for a subject based on acquisition protocol parameter values of an acquisition protocol of an imaging system; and generating, via a noise estimator, at least one of a noise map indicative of an estimated image noise based on the acquisition protocol parameter values or a contrast-to-noise ratio map based on the noise map and an attenuation map; displaying, via a display, the dose and noise maps in a human readable format: said method being characterized in: validating, via an analysis component, the acquisition protocol value parameters by a user based on the dose and noise maps; and allowing, via the analysis component, user input indicative of a change to at least one parameter value of the acquisition protocol, and generating and displaying a dose map and a noise map based on the change. generating, via a dose estimator, a dose map indicative of an estimated dose deposited for a subject based on acquisition protocol parameter values of an acquisition protocol of an imaging system; and generating, via a noise estimator, at least one of a noise map indicative of an estimated image noise based on the acquisition protocol parameter values or a contrast-to-noise ratio map based on the noise map and an attenuation map; displaying, via a display, the dose and noise maps in a human readable format: said method being characterized in: validating, via an analysis component, the acquisition protocol value parameters by a user based on the dose and noise maps; and allowing, via the analysis component, user input indicative of a change to at least one parameter value of the acquisition protocol, and generating and displaying a dose map and a noise map based on the change. validating, via an analysis component, the acquisition protocol value parameters by a user based on the dose and noise maps; and allowing, via the analysis component, user input indicative of a change to at least one parameter value of the acquisition protocol, and generating and displaying a dose map and a noise map based on the change.
A pressure vessel comprising a composite shell and a boss defining a port in the composite shell and comprising a neck, the pressure vessel comprising: an interface element disposed between the composite shell and the boss, the interface element neither being bonded to the composite shell nor to the boss, thereby allowing for movement between the interface element and the composite shell and allowing for movement between the interface element and the boss, characterised in that the interface element further comprises a neck disposed adjacent the neck of the boss, the interface element comprising a material having an elastic modulus that is greater than about 1.7237 megapascal and less than about 68.95 gigapascal, the elastic modulus of the interface element being less than an elastic modulus of the boss.