mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring of at least one dimension of a tree trunk by means of a first measuring device arranged in connection with a harvester aggregate of a harvester, wherein the method comprises the following steps: - measurement (S1, S11) of said dimension by means of the first measuring device, whereby the method comprises the following steps - measurement (S2, S12) of a feature of the first measuring device by means of a second measuring device, whereby said feature is an attribute, reflecting the capability of the first measuring device to measure said dimension correctly, or whether calibration of the first measuring device should be performed, - comparison (S3, S13) between an actual value (α) for the measured feature and a target value (β) for said feature, whereby the target value (β) is indicative of a state of the first measuring device, wherein its measuring of said dimension is considered to be correct and that at least one of the following actions is carried out in response to the actual value (α) deviating from the target value (β) by more than a pre-determined difference (x),: - check measurement of said dimension with a third measuring device and calibration of the first measuring device based on the deviation between a measurement value of said dimension measured with the first measuring device and a measurement value of said dimension measured with the third measuring device, - calibration of the first measuring device based on the size of the deviation between the measured actual value (α) and said target value (β). - measurement (S1, S11) of said dimension by means of the first measuring device, whereby the method comprises the following steps - measurement (S2, S12) of a feature of the first measuring device by means of a second measuring device, whereby said feature is an attribute, reflecting the capability of the first measuring device to measure said dimension correctly, or whether calibration of the first measuring device should be performed, - comparison (S3, S13) between an actual value (α) for the measured feature and a target value (β) for said feature, whereby the target value (β) is indicative of a state of the first measuring device, wherein its measuring of said dimension is considered to be correct and that at least one of the following actions is carried out in response to the actual value (α) deviating from the target value (β) by more than a pre-determined difference (x),: - check measurement of said dimension with a third measuring device and calibration of the first measuring device based on the deviation between a measurement value of said dimension measured with the first measuring device and a measurement value of said dimension measured with the third measuring device, - calibration of the first measuring device based on the size of the deviation between the measured actual value (α) and said target value (β).
A method at a user equipment (110, 310, 510, 810, 900) for obtaining emergency codes using a non-Third Generation Partnership Project, 3GPP, network, the method comprising: sending a request message to an access point (112, 320, 512), the request message containing an integer identifier corresponding to an information report; and receiving, at the user equipment, a response message, the response message including the information report, the information report comprising an indicator of an empty list of emergency numbers, the indicator including a mobile country code, MCC; and in response to receiving the indicator of the empty list of emergency numbers at the user equipment overwriting, at the user equipment, a previously received list of local emergency numbers with the empty list of emergency numbers. sending a request message to an access point (112, 320, 512), the request message containing an integer identifier corresponding to an information report; and receiving, at the user equipment, a response message, the response message including the information report, the information report comprising an indicator of an empty list of emergency numbers, the indicator including a mobile country code, MCC; and in response to receiving the indicator of the empty list of emergency numbers at the user equipment overwriting, at the user equipment, a previously received list of local emergency numbers with the empty list of emergency numbers.
A pneumatic surgical motor capable of being used in the presence of an MRI machine, said surgical motor having a housing having an aft end and a fore end and being made from a non-magnetic stainless steel material, and being sufficiently small in diameter to accommodate a cylindrical handle for the surgeon to grab to use said motor, a vane motor including a spindle being made from a non-magnetic stainless steel material, and being rotary supported in said housing, said spindle being supported by bearings, and attachment mechanism affixed to said housing for receiving surgical tools being powered by said vane motor, passageways (58, 62) in said housing for leading pressurized air into said housing and into said vane motor for rotating said spindle, and discharge aperture in said vane motor for leading spent air out of said housing, characterised by: a portion of said pressurized air passing over said bearings for cooling said bearings and reversing in direction before being admitted into said vane motor and being discharged through the discharge aperture. a portion of said pressurized air passing over said bearings for cooling said bearings and reversing in direction before being admitted into said vane motor and being discharged through the discharge aperture.
A method in a multi-datacenter environment, said method comprising the steps of: receiving a first set of routing information from a first datacenter and a second set of routing information from a second datacenter, wherein the first set of routing information is tagged by a first locale identifier that identifies the first datacenter and the second set of routing information is tagged by a second locale identifier that identifies the second datacenter; generating a set of routing instructions based on the first set of routing information and the second set of routing information, wherein the set of routing instructions uses the first locale identifier to identify network resources in the first datacenter and the second locale identifier to identify network resources in the second datacenter; and providing the set of routing instructions to the first and second datacenters (101, 102) to implement a global logical router that spans a first set of computing devices in the first datacenter and a second set of computing devices in the second datacenter, the global logical router to perform logical L3 routing for a first set of machines executing on the first set of computing devices of the first datacenter and a second set of machines executing on the second set of computing devices of the second datacenter. receiving a first set of routing information from a first datacenter and a second set of routing information from a second datacenter, wherein the first set of routing information is tagged by a first locale identifier that identifies the first datacenter and the second set of routing information is tagged by a second locale identifier that identifies the second datacenter; generating a set of routing instructions based on the first set of routing information and the second set of routing information, wherein the set of routing instructions uses the first locale identifier to identify network resources in the first datacenter and the second locale identifier to identify network resources in the second datacenter; and providing the set of routing instructions to the first and second datacenters (101, 102) to implement a global logical router that spans a first set of computing devices in the first datacenter and a second set of computing devices in the second datacenter, the global logical router to perform logical L3 routing for a first set of machines executing on the first set of computing devices of the first datacenter and a second set of machines executing on the second set of computing devices of the second datacenter.
A fitting for coupling a capillary to another component of a fluidic device, the fitting comprising a ferrule configured for enclosing a front part of the capillary and for contributing to a fluidic sealing between the fitting and the other component; a ferrule chuck configured for enclosing a back part of the capillary; a housing configured for accommodating at least a part of the ferrule chuck and for pushing the ferrule chuck against the ferrule; wherein the housing, the ferrule, and the ferrule chuck form a male piece of the fitting, the male piece further having a first joint element at an exterior surface of the housing, wherein the fitting further comprises a female piece having a recess configured for accommodating at least part of the ferrule and the capillary and having a second joint element configured to be joinable to the first joint element; characterized in that a microstructure is formed as multiple microprotrusions on at least a part of a surface of the ferrule chuck for generating, upon tightening the fitting at the other component, a form fit with the enclosed back part of the capillary over a contact area between the ferrule chuck and the capillary.
A process for the preparation of D-(-)- N,N -diethyl-2-(α-naphthoxy)propionamide characterized in that the process proceeds via the intermediate L-(+)-2-halopropionyl chloride.
A porous particle comprising a polymer binder and at least one additive distinct from any pore stabilizing compound present in the porous particle, wherein: the polymer binder comprises a solid compositionally continuous phase having an external particle surface; discrete pores are dispersed within the solid compositionally continuous phase, forming internal pore surfaces; and the at least one additive is present primarily in the discrete pores; and wherein the porous particle further comprises a pore stabilizing hydrophilic colloid. the polymer binder comprises a solid compositionally continuous phase having an external particle surface; discrete pores are dispersed within the solid compositionally continuous phase, forming internal pore surfaces; and the at least one additive is present primarily in the discrete pores; and wherein the porous particle further comprises a pore stabilizing hydrophilic colloid.
Method for recognizing a user carrying a terminal, said terminal being able to receive an NFC-type radio signal (S(t)) originating from a master device furnished with an antenna able to emit the signal, said signal (S(t)) being intended to be transmitted between the master device and the terminal on a first channel by using electromagnetic wave conduction capabilities of the body of the user when at least a part of the body of the user such as their hand is situated in proximity to the antenna, said user being able to perform a movement characterizing the transmitted signal (S(t)), the method being characterized in that it includes the steps of: - receiving, on the terminal, the signal (S(t)) originating from the master device; - generating (E2, E'2) a first datum characteristic of the movement by analysing the received signal (S(t)); - obtaining (E6, E6') at least one second characteristic datum (SIG, SIGA, SIGB), known as a reference signature; - comparing the first characteristic datum with said at least one reference signature (SIGA, SIGB); - recognizing the user on the basis of the results of the comparison. - receiving, on the terminal, the signal (S(t)) originating from the master device; - generating (E2, E'2) a first datum characteristic of the movement by analysing the received signal (S(t)); - obtaining (E6, E6') at least one second characteristic datum (SIG, SIGA, SIGB), known as a reference signature; - comparing the first characteristic datum with said at least one reference signature (SIGA, SIGB); - recognizing the user on the basis of the results of the comparison.
A method for transmitting a control plane message, applied to a transmitting end, comprising: compressing a control plane message by using a dictionary supported by the transmitting end; and transmitting, to a receiving end, the control plane message that is compressed by using the dictionary and identification information of the dictionary, wherein the identification information is transmitted together with the control plane message that is compressed; wherein the transmitting, to the receiving end, the control plane message that is compressed by using the dictionary and the identification information of the dictionary comprises: transmitting the control plane message that is compressed by using the dictionary and the identification information of the dictionary to the receiving end through a dedicated signaling bearer; wherein before the transmitting the control plane message that is compressed by using the dictionary and the identification information of the dictionary to the receiving end through the dedicated signaling bearer, the method further comprises: obtaining the dedicated signaling bearer configured by the receiving end, or, configuring the dedicated signaling bearer for the receiving end. compressing a control plane message by using a dictionary supported by the transmitting end; and transmitting, to a receiving end, the control plane message that is compressed by using the dictionary and identification information of the dictionary, wherein the identification information is transmitted together with the control plane message that is compressed; wherein the transmitting, to the receiving end, the control plane message that is compressed by using the dictionary and the identification information of the dictionary comprises: transmitting the control plane message that is compressed by using the dictionary and the identification information of the dictionary to the receiving end through a dedicated signaling bearer; wherein before the transmitting the control plane message that is compressed by using the dictionary and the identification information of the dictionary to the receiving end through the dedicated signaling bearer, the method further comprises: obtaining the dedicated signaling bearer configured by the receiving end, or, configuring the dedicated signaling bearer for the receiving end.
A method of triggering an explosive charge of each of a plurality of munitions, the method comprising: launching a first munition, into the air, from a first gun barrel, and into water to engage with a target location, the first munition comprising a first explosive charge and a first fuze system, adapted to trigger the first explosive charge in the water, launching a second munition, into the air, from a second gun barrel, and into water to engage with the target location, the second munition comprising a second explosive charge and a second fuze system, adapted to trigger the second explosive charge in the water, the method comprising co-ordinating the timing of the triggering of the first explosive charge and the second explosive charge to establish a co-ordinated explosive event at the target location, characterised in that co-ordinating the timing of the triggering of the first explosive charge and the second explosive charge to establish a co-ordinated explosive event at the target location, comprises the first munition transmitting a coordinating data signal to the second fuze system of the second munition. launching a first munition, into the air, from a first gun barrel, and into water to engage with a target location, the first munition comprising a first explosive charge and a first fuze system, adapted to trigger the first explosive charge in the water, launching a second munition, into the air, from a second gun barrel, and into water to engage with the target location, the second munition comprising a second explosive charge and a second fuze system, adapted to trigger the second explosive charge in the water, the method comprising co-ordinating the timing of the triggering of the first explosive charge and the second explosive charge to establish a co-ordinated explosive event at the target location, characterised in that co-ordinating the timing of the triggering of the first explosive charge and the second explosive charge to establish a co-ordinated explosive event at the target location, comprises the first munition transmitting a coordinating data signal to the second fuze system of the second munition.
A method for real-time communication between a customer and a contact center resource, the method comprising: receiving by a processor a first offer for a browser-based call from a web browser application, the first offer including a first media codec supported by the web browser application; modifying by the processor the first offer and generating a second offer having a second media codec supported by the processor, wherein in generating the second offer, the processor deletes the first media codec or adds the second media codec to a list containing the first media codec; transmitting by the processor the second offer for receipt by the contact center resource, wherein in response to the second offer, the contact center resource generates an answer including a selection of the second media codec in the second offer; and bridging by the processor media exchanged between the web browser application and the contact center resource during the real-time communication, wherein in bridging the media, the processor transcodes the media based on the first media codec for media directed to and from the web browser application, and further transcodes the media based on the second media codec for media directed to and from the contact center resource. receiving by a processor a first offer for a browser-based call from a web browser application, the first offer including a first media codec supported by the web browser application; modifying by the processor the first offer and generating a second offer having a second media codec supported by the processor, wherein in generating the second offer, the processor deletes the first media codec or adds the second media codec to a list containing the first media codec; transmitting by the processor the second offer for receipt by the contact center resource, wherein in response to the second offer, the contact center resource generates an answer including a selection of the second media codec in the second offer; and bridging by the processor media exchanged between the web browser application and the contact center resource during the real-time communication, wherein in bridging the media, the processor transcodes the media based on the first media codec for media directed to and from the web browser application, and further transcodes the media based on the second media codec for media directed to and from the contact center resource.
A computer hard disk drive having a plurality of platters and heads (110,111) for recording and retrieving digitally encoded data, said heads having a flying height within a range of 0 nm (full contact) to 5 nm; and the heads and platters having a carbon overcoat containing carbon in a range of about between 52 to 80 atomic percent and hydrogen in a range of about between 20 and 48 atomic percent; wherein the platters and heads are arranged such that a magnetic spacing between said platters and said heads is less than 6.5 nm.
A method of submitting an event relating to MFP device activity to an analytics service, the method comprising: a receiving step of receiving a command in a first format from one of multiple applications (35, 36) installed on an MFP device, the command corresponding to a property stored within a service wrapper; a writing step of writing a value of the received command to the property stored within the service wrapper to update the stored property based on the received command; a monitoring step of monitoring properties stored within the service wrapper to determine whether or not a stored property is updated; a transmission step of, in the case that it is determined that a stored property is updated, transmitting an event to an analytics service in accordance with a second format, the transmitted event corresponding to the updated property of the service wrapper. a receiving step of receiving a command in a first format from one of multiple applications (35, 36) installed on an MFP device, the command corresponding to a property stored within a service wrapper; a writing step of writing a value of the received command to the property stored within the service wrapper to update the stored property based on the received command; a monitoring step of monitoring properties stored within the service wrapper to determine whether or not a stored property is updated; a transmission step of, in the case that it is determined that a stored property is updated, transmitting an event to an analytics service in accordance with a second format, the transmitted event corresponding to the updated property of the service wrapper.
A freestanding micrometer for measuring dimensions of a cylindrical body, the freestanding micrometer comprising: a housing; means for supporting the housing relative to an arcuate surface of the cylindrical body, the supporting means comprising at least two wheels having axes of rotation that are vertically oriented so that engaging the arcuate surface of the cylindrical body with the two wheels causes inward-facing edges of the two wheels to contact the arcuate surface at two points that respectively define two terminals spaced apart by a length of a chord lying in a cross-section plane of the cylindrical body; measurement means mounted to the housing for contacting a surface point of the cylindrical body located within the length of the chord of the cylindrical body; and means for determining the diameter of the cylindrical body based on the length of the chord determined by the distance between the inward-facing edges of the two wheels and a chord distance (d) between the chord and the surface point contacted by the measurement means ascertained with an output of the measurement means. a housing; means for supporting the housing relative to an arcuate surface of the cylindrical body, the supporting means comprising at least two wheels having axes of rotation that are vertically oriented so that engaging the arcuate surface of the cylindrical body with the two wheels causes inward-facing edges of the two wheels to contact the arcuate surface at two points that respectively define two terminals spaced apart by a length of a chord lying in a cross-section plane of the cylindrical body; measurement means mounted to the housing for contacting a surface point of the cylindrical body located within the length of the chord of the cylindrical body; and means for determining the diameter of the cylindrical body based on the length of the chord determined by the distance between the inward-facing edges of the two wheels and a chord distance (d) between the chord and the surface point contacted by the measurement means ascertained with an output of the measurement means.