mhurhangee/patent-ind-claim-en huggingface dataset:
A reinforcing bar binding machine comprising: a guide tube for guiding and feeding out a wire from a wire reel mounted on a binding machine body ; and a curl guide ; a wire cutting mechanism disposed between the guide tube and the curl guide , a first guide pin that is disposed at an end portion of the guide tube or in a vicinity of the end portion of the guide tube , and guides an outer side surface which is an outer side of a wire curve; a second guide pin that is disposed at the end portion of the guide tube or in a vicinity of the end portion of the guide tube , and guides an inner side surface which is an inner side of the wire curve; and a third guide pin that is disposed inside of the curl guide and guides the outer side surface, wherein the first guide pin , the second guide pin and the third guide pin are provided such that, when the wire is fed around a reinforcing bar, the wire is brought into contact with the first guide pin , the second guide pin , and the third guide pin to be curled characterized in that the first guide pin and the second guide pin project inward to guide the wire without direct contact with a tip end of the guide tube . a guide tube for guiding and feeding out a wire from a wire reel mounted on a binding machine body ; and a curl guide ; a wire cutting mechanism disposed between the guide tube and the curl guide , a first guide pin that is disposed at an end portion of the guide tube or in a vicinity of the end portion of the guide tube , and guides an outer side surface which is an outer side of a wire curve; a second guide pin that is disposed at the end portion of the guide tube or in a vicinity of the end portion of the guide tube , and guides an inner side surface which is an inner side of the wire curve; and a third guide pin that is disposed inside of the curl guide and guides the outer side surface, wherein the first guide pin , the second guide pin and the third guide pin are provided such that, when the wire is fed around a reinforcing bar, the wire is brought into contact with the first guide pin , the second guide pin , and the third guide pin to be curled characterized in that the first guide pin and the second guide pin project inward to guide the wire without direct contact with a tip end of the guide tube .
Method for triggering image capture by a group of participating simultaneously X-ray exposed multiple wirelessly interlinked self-triggering direct digital radiography wireless detector assemblies, , comprising the steps of: - performing an initiation step to wirelessly identify said group of participating detector assemblies prior to the simultaneous X-ray exposure, - detecting said simultaneous X-ray exposure by a first participating detector assembly of the group of participating detector assemblies , - said first participating detector assembly performing a trigger step to wirelessly signal the remaining participating detector assemblies of the group of participating detector assemblies to start simultaneous image capture by all participating detector assemblies - performing an initiation step to wirelessly identify said group of participating detector assemblies prior to the simultaneous X-ray exposure, - detecting said simultaneous X-ray exposure by a first participating detector assembly of the group of participating detector assemblies , - said first participating detector assembly performing a trigger step to wirelessly signal the remaining participating detector assemblies of the group of participating detector assemblies to start simultaneous image capture by all participating detector assemblies
A rail conveyor system comprising a rail track including a delivery run extending between a loading end and a discharge end and a return run extending from the discharge end to the loading end , a plurality of carriages spaced apart from one another and arranged to run on wheels supported by the track , and a continuous carry belt supported by the carriages and driven by a driving pulley powered by a motor ; characterised in that the carriages are interconnected and spaced apart by a single rope ; and in that at least at the discharge end , the carriages are turned around to return to the loading end by being entrained around only one or more vertical turnover wheels using the rope , the one or more vertical turnover wheels being arranged such that the carriages are delivered to the return run beneath the delivery run ; wherein the continuous carrry belt is lifted from the carriages as it passes over the one or more turnover wheels ; and wherein the rope is tensioned by horizontal movement of the one or more turnover wheels .
A method for localizing a mobile device in a vehicle, comprising: triggering an audio system mounted on a vehicle, which audio system comprises a plurality of speakers , to play an acoustic signal, wherein each of the plurality of speakers plays a part of the acoustic signal; and calculating a position of a mobile device in the vehicle based on a sample period of a recording of the audio system's playback of the acoustic signal, which recording is recorded by the mobile device , and position information of the plurality of speakers , wherein coarse detection of sample sequence with relatively high magnitudes is performed to select the sample period; the position of the mobile device is calculated based on cross-correlation between each part of the acoustic signal and the sample period of the recording, and each part of the acoustic signal is padded with zero to make a length of each part of the acoustic signal equal to a length of the sample period. triggering an audio system mounted on a vehicle, which audio system comprises a plurality of speakers , to play an acoustic signal, wherein each of the plurality of speakers plays a part of the acoustic signal; and calculating a position of a mobile device in the vehicle based on a sample period of a recording of the audio system's playback of the acoustic signal, which recording is recorded by the mobile device , and position information of the plurality of speakers , wherein coarse detection of sample sequence with relatively high magnitudes is performed to select the sample period; the position of the mobile device is calculated based on cross-correlation between each part of the acoustic signal and the sample period of the recording, and each part of the acoustic signal is padded with zero to make a length of each part of the acoustic signal equal to a length of the sample period.
A medical device comprising: a housing defining a channel configured to receive an electrical lead; and a rotatable member defining a longitudinal axis about which the rotatable member is configured to rotate, characterized in that the rotatable member defines: an outer surface having a first radius from the longitudinal axis ; and a cam lobe extending farther from the longitudinal axis than the first radius of the outer surface, the cam lobe defining a substantially planar surface parallel to the longitudinal axis , wherein the substantially planar surface of the cam lobe is configured to retain the electrical lead within the channel. a housing defining a channel configured to receive an electrical lead; and a rotatable member defining a longitudinal axis about which the rotatable member is configured to rotate, characterized in that the rotatable member defines: an outer surface having a first radius from the longitudinal axis ; and a cam lobe extending farther from the longitudinal axis than the first radius of the outer surface, the cam lobe defining a substantially planar surface parallel to the longitudinal axis , wherein the substantially planar surface of the cam lobe is configured to retain the electrical lead within the channel. an outer surface having a first radius from the longitudinal axis ; and a cam lobe extending farther from the longitudinal axis than the first radius of the outer surface, the cam lobe defining a substantially planar surface parallel to the longitudinal axis , wherein the substantially planar surface of the cam lobe is configured to retain the electrical lead within the channel.
A method performed by a system that runs a platform simulation and a network simulation of a radio network , the method comprising: probing the network simulation to determine effects produced between transmitter-receiver pairs represented within the network simulation, wherein the probing includes sending a probe message within the network simulation from a transmitter to a receiver of a transmitter-receiver pair; computing communication effects in response to the probing and saving the communication effects for later use, wherein the computing includes evaluating whether the probe message arrived at the receiver of the transmitter-receiver pair, the latency of the probe message and the route traveled by the probe message; and when a communication event involving the transmitter-receiver pair occurs in the platform simulation, using the saved communication effects to simulate the communication effects for that event; wherein a communication effects engine is used to probe the network simulation, compute and save the communication effects in response to the probing, and apply the saved communication effects to the network simulation. probing the network simulation to determine effects produced between transmitter-receiver pairs represented within the network simulation, wherein the probing includes sending a probe message within the network simulation from a transmitter to a receiver of a transmitter-receiver pair; computing communication effects in response to the probing and saving the communication effects for later use, wherein the computing includes evaluating whether the probe message arrived at the receiver of the transmitter-receiver pair, the latency of the probe message and the route traveled by the probe message; and when a communication event involving the transmitter-receiver pair occurs in the platform simulation, using the saved communication effects to simulate the communication effects for that event;
A method for calibrating an imaging system capturing images of a patient in relation to a radiation therapy system , which radiation therapy system comprises a radiation therapy unit having a fixed radiation focus , a positioning system for positioning a patient in relation to the fixed focus in the radiation therapy unit , the method comprising the steps of: irradiating a calibration tool comprising at least one reference object with ionizing radiation during an image scanning procedure using a radiation unit of the imaging system , wherein the calibration tool and the at least one reference object have known positions in the stereotactic coordinate system; capturing at least one two-dimensional image including cross-sectional representations of reference objects of the calibration tool using a detector of the imaging system during the image scanning procedure; determining image coordinates (d xy ) of the representation of each reference object in the captured images; obtaining a position (r so ) of the origin (o) of the calibration tool relative to the imaging unit in the stereotactic coordinate system; and calculating a transformation between the 3D position of the calibration tool in the stereotactic coordinate system and a 3D position of the calibration tool in an imaging system coordinate system, wherein the calculation is based on the reference objects image coordinates (d xy ), positions (r ob ) of the reference objects in the stereotactic coordinate system relative to an origin (o) of the calibration tool and the position (r so ) of the origin (o) of the calibration tool relative to the imaging unit . irradiating a calibration tool comprising at least one reference object with ionizing radiation during an image scanning procedure using a radiation unit of the imaging system , wherein the calibration tool and the at least one reference object have known positions in the stereotactic coordinate system; capturing at least one two-dimensional image including cross-sectional representations of reference objects of the calibration tool using a detector of the imaging system during the image scanning procedure; determining image coordinates (d xy ) of the representation of each reference object in the captured images; obtaining a position (r so ) of the origin (o) of the calibration tool relative to the imaging unit in the stereotactic coordinate system; and calculating a transformation between the 3D position of the calibration tool in the stereotactic coordinate system and a 3D position of the calibration tool in an imaging system coordinate system, wherein the calculation is based on the reference objects image coordinates (d xy ), positions (r ob ) of the reference objects in the stereotactic coordinate system relative to an origin (o) of the calibration tool and the position (r so ) of the origin (o) of the calibration tool relative to the imaging unit .
A method for controlling an internal combustion engine comprising at least one first cylinder and at least one second cylinder with respective reciprocating pistons, first and second intake guides arranged to guide air from a fresh air intake arrangement to the first and second cylinders , respectively, an intake valve arrangement being arranged to control the provision of air to the second cylinder via the second intake guide , a fuel system arranged to inject fuel into the first and second cylinders , a first exhaust guide and a second exhaust guide arranged to guide gases from the first and second cylinders , respectively, towards an exhaust after treatment system , and a recirculation guide extending from the first exhaust guide to the second intake guide , the method comprising - allowing (S1) air from the fresh air intake arrangement to be received in the first cylinder , - allowing gases in the form of the air received in the first cylinder or gases including at least a portion of the air received in the first cylinder to be expelled from the first cylinder , - controlling (S4) an exhaust valve located in the first exhaust guide so as to reduce or inhibit the transport of gases from the first cylinder to the exhaust after treatment system and to guide to the second cylinder gases expelled from the first cylinder , and - simultaneously controlling the fuel system so as to inject (S5) fuel into the second cylinder , so as to provide repetitive combustions with air in the gases guided to the second cylinder , and controlling the intake valve arrangement for throttling or inhibiting (S6) the supply to the second cylinder of air from the fresh air intake arrangement and - determining (S10) the temperature of gases expelled from the second cylinder , wherein the control of the intake valve arrangement is made in dependence on the determined temperature of the gases expelled from the second cylinder . - allowing (S1) air from the fresh air intake arrangement to be received in the first cylinder , - allowing gases in the form of the air received in the first cylinder or gases including at least a portion of the air received in the first cylinder to be expelled from the first cylinder , - controlling (S4) an exhaust valve located in the first exhaust guide so as to reduce or inhibit the transport of gases from the first cylinder to the exhaust after treatment system and to guide to the second cylinder gases expelled from the first cylinder , and - simultaneously controlling the fuel system so as to inject (S5) fuel into the second cylinder , so as to provide repetitive combustions with air in the gases guided to the second cylinder , and controlling the intake valve arrangement for throttling or inhibiting (S6) the supply to the second cylinder of air from the fresh air intake arrangement and - determining (S10) the temperature of gases expelled from the second cylinder , wherein the control of the intake valve arrangement is made in dependence on the determined temperature of the gases expelled from the second cylinder .
An eyeglasses frame that comprises: - a front having at least one eyewire that is adapted to encompass a respective lens and is interrupted, thus defining two corresponding ends that can be moved apart for introducing the lens into the eyewire ; - a first and a second temple which are hinged to the front ; - at least one locking element that can be coupled to the eyewire in order to couple the corresponding ends and which defines two locators, which are configured to accommodate coupling portions of the respective ends of the eyewire , at least one of the ends of the eyewire having an elastic end portion , projecting toward the other end and configured to deform elastically between a rest position and a flexed position, thus making it possible for said ends to be brought together by pressing the ends against each other and defeating a resisting force generated by said elastic end portion , wherein the ends of the eyewire have respective teeth , projecting from the eyewire transversely, with respect to the longitudinal direction of mutual approach of the ends , which define said coupling portions and are configured to be inserted into a slot defined by the locking element , in order to fit into an abutment surface of the slot, said abutment surface constituting said locator, characterized in that the ends of the eyewire have respective protrusions that project transversely with respect to a longitudinal direction of mutual approach of said ends , and are distanced from the respective teeth away from head portions of said ends , and in that said locking element defines at its ends a fork comprising pairs of walls that are spaced apart in order to encompass at least one part of the corresponding protrusions of the ends of the eyewire , thereby said locators of the coupling element are functionally interposed between the teeth and the protrusions of the respective ends of the eyewire . - a front having at least one eyewire that is adapted to encompass a respective lens and is interrupted, thus defining two corresponding ends that can be moved apart for introducing the lens into the eyewire ; - a first and a second temple which are hinged to the front ; - at least one locking element that can be coupled to the eyewire in order to couple the corresponding ends and which defines two locators, which are configured to accommodate coupling portions of the respective ends of the eyewire ,
An automatic protection switching method, wherein a protection group comprises a first transmission path and a second transmission path, the method comprising: determining , by a protection switching node, a part of protected services on the first transmission path as to-be-switched service(s) according to a protection switching policy when monitoring that the bandwidth of the first transmission path changes, the protection switching policy comprises a mapping relationship between a changed bandwidth value or a change value of the bandwidth and a priority value, and services are distinguished according to the priority value, wherein the protected service(s) with priority lower than the priority value is determined as the to-be-switched service(s); and switching , by the protection switching node, the to-be-switched service(s) from the first transmission path to the second transmission path. determining , by a protection switching node, a part of protected services on the first transmission path as to-be-switched service(s) according to a protection switching policy when monitoring that the bandwidth of the first transmission path changes, the protection switching policy comprises a mapping relationship between a changed bandwidth value or a change value of the bandwidth and a priority value, and services are distinguished according to the priority value, wherein the protected service(s) with priority lower than the priority value is determined as the to-be-switched service(s); and switching , by the protection switching node, the to-be-switched service(s) from the first transmission path to the second transmission path.
Lumbar support for a backrest of a vehicle seat comprising: a. a wire structure , having a pair of wire guide members , for mounting the lumbar support within the vehicle seat ; b. a main plate , supported by the wire guide members , wherein the main plate is linearly movable with respect to the wire guide members ; c. a position drive mechanism , for linearly moving the main plate with respect to the wire structure , wherein the main drive mechanism comprises a position electric motor which is mounted to the main plate ; d. a curvature drive mechanism , comprising an adjusting member ; e. at least one arching element suspended between the main plate and the adjusting member ; and f. a curvature electric motor mounted to the main plate , for moving the adjusting member to adjust the curvature of the at least one arching element ; characterized in that g. the adjusting member is supported by the main plate and movable with respect to the main plate . a. a wire structure , having a pair of wire guide members , for mounting the lumbar support within the vehicle seat ; b. a main plate , supported by the wire guide members , wherein the main plate is linearly movable with respect to the wire guide members ; c. a position drive mechanism , for linearly moving the main plate with respect to the wire structure , wherein the main drive mechanism comprises a position electric motor which is mounted to the main plate ; d. a curvature drive mechanism , comprising an adjusting member ; e. at least one arching element suspended between the main plate and the adjusting member ; and f. a curvature electric motor mounted to the main plate , for moving the adjusting member to adjust the curvature of the at least one arching element ; characterized in that g. the adjusting member is supported by the main plate and movable with respect to the main plate .
Annular friction lining for a dry clutch, comprising radially inner and outer edges and a friction face in which there are created first grooves extending from the radially inner edge to the radially outer edge , the friction face further comprising at least one second, annular groove intersecting the first grooves , the first and second grooves delimiting blocks between them and having bottom surfaces and lateral surfaces , said lining being characterized in that the ratio between the sum of the inner surfaces of the first and second grooves and the sum of the friction surfaces of the blocks is between 0.5 and 1, the sum of the inner surfaces of the first and second grooves being equal to the sum of the bottom surfaces and lateral surfaces of the said first and second grooves .
A method for purifying L-hercynine, or its enantiomer, D-hercynine, or its racemic mixture, or one of its isotopically marked derivatives from a reaction mixture resulting from the reaction of L-histidine, or its enantiomer D-histidine or its racemic mixture, or one of its isotopically marked derivatives or one of its α-N-methylated derivatives, under controlled pH conditions, with a methylation agent MeX in a polar solvent or a mixture of polar solvents, at room temperature, characterized in that it comprises at least one step for separating the organic products from the inorganic salts formed during the reaction by electrodialysis; and in that the electrodialysis is conducted on a reaction medium adjusted to a pH comprised between 8.5 and 9.5, at the beginning of the electrodialysis.