mhurhangee/patent-ind-claim-en huggingface dataset:
A clocking method for optical coherence tomography, comprising the steps of coupling a swept source laser to a first uniform frequency sample clocking pathway and characterizing the swept source, creating a digital representation of a waveform based on the characterizing step, using the waveform for generating a first clocking signal, coupling the swept source laser to a second uniform frequency sample clocking pathway including coupling an auxiliary wavemeter to the swept source laser and processing an output of the auxiliary wavemeter to generate a second clocking signal, and using the first clocking signal and/or the second clocking signal as an output to a digitizer's external clock input to provide linear sampling in wavenumber or optical frequency domain for direct Fourier transformation into pathlength domain. coupling a swept source laser to a first uniform frequency sample clocking pathway and characterizing the swept source, creating a digital representation of a waveform based on the characterizing step, using the waveform for generating a first clocking signal, coupling the swept source laser to a second uniform frequency sample clocking pathway including coupling an auxiliary wavemeter to the swept source laser and processing an output of the auxiliary wavemeter to generate a second clocking signal, and using the first clocking signal and/or the second clocking signal as an output to a digitizer's external clock input to provide linear sampling in wavenumber or optical frequency domain for direct Fourier transformation into pathlength domain.
Suturing device, in particular for suturing lacerations of the meniscus, comprising: - a needle provided with a longitudinal cavity extending along a main direction (A); - at least a first and a second member slidably inserted in said cavity and arranged in succession along said main direction (A); - a surgical thread slidably inserted in said cavity and connected to said first and second member ; characterized in that said first and second member each comprise at least one pair of bodies connected together by means of a junction element , wherein said surgical thread is slidably constrained to the junction element of said second member to remain in position on said junction element . - a needle provided with a longitudinal cavity extending along a main direction (A); - at least a first and a second member slidably inserted in said cavity and arranged in succession along said main direction (A); - a surgical thread slidably inserted in said cavity and connected to said first and second member ;
A laser assembly for additive manufacturing, comprising: a first laser beam aligned in a first direction (D1) with a laser source ; at least a first partial reflecting fixed mirror positioned aligned with the first direction (D1) which reflects a first portion of the first laser beam in a second direction (D2) and a remaining second portion of the first laser beam which passes through the first partial reflecting fixed mirror in the first direction (D1); a first oscillating mirror positioned aligned with the second direction (D2) of the first portion of the first laser beam wherein the first portion of the first laser beam is refracted by the first oscillating mirror in a third direction (D3); at least a second partially reflecting fixed mirror , aligned with the remaining second portion of the first laser beam along the first direction (D1), which reflects a third portion of the remaining second portion of the first laser beam in a fourth direction (D4), wherein the first partial reflecting fixed mirror and the second partially reflecting fixed mirror are designed to reflect respectively the first portion of the first laser beam and the third portion of the remaining second portion of the first laser beam having the same fixed constant amount of power. a first laser beam aligned in a first direction (D1) with a laser source ; at least a first partial reflecting fixed mirror positioned aligned with the first direction (D1) which reflects a first portion of the first laser beam in a second direction (D2) and a remaining second portion of the first laser beam which passes through the first partial reflecting fixed mirror in the first direction (D1); a first oscillating mirror positioned aligned with the second direction (D2) of the first portion of the first laser beam wherein the first portion of the first laser beam is refracted by the first oscillating mirror in a third direction (D3); at least a second partially reflecting fixed mirror , aligned with the remaining second portion of the first laser beam along the first direction (D1), which reflects a third portion of the remaining second portion of the first laser beam in a fourth direction (D4), wherein the first partial reflecting fixed mirror and the second partially reflecting fixed mirror are designed to reflect respectively the first portion of the first laser beam and the third portion of the remaining second portion of the first laser beam having the same fixed constant amount of power.
Conveyor belt for transporting unit load, in particular for a conveyor belt scale, the conveyor belt comprising a belt body with a top side, a bottom side and a length extending in the transport direction of the unit load and a transport belt revolving around the belt body during the operation of the conveyor belt, wherein a belt-guiding device between the belt body and transport belt is attached to the bottom side of the belt body, wherein the belt-guiding device comprises at least two rolling contact bearings , wherein the inner races of the rolling contact bearings are attached on in each case an axle and the axles are arranged parallel to one another and in a fixed position with respect to the belt body , and wherein the outer races of the rolling contact bearings are in direct contact with the transport belt , wherein the belt-guiding device consists of a transverse strut which is attached, in particular at least substantially centrally, to the bottom side of the belt body and which extends transversely, in particular perpendicularly, to the transport direction over a large part of the width or over the entire width of the belt body , characterized in that the transverse strut , in regions which are provided for receiving rolling contact bearings , comprises folds which extend along the length of the transverse strut .
An adaptor for a shaving cartridge , wherein the adaptor comprises a frame which is provided with at least one shaving aid , wherein the adaptor is mountable on a shaving cartridge having one or more shaving blades , each of the shaving blades being provided with a cutting edge and characterized in that the at least one shaving aid is reversibly mounted on the frame which comprises at least one shaving aid holder configured to hold the at least one shaving aid and the shaving aid holder being reversibly mounted on the frame .
A load cell assembly configured to measure an axial load in the direction of a central axis of a load cell body , the load cell assembly comprising - a load cell body having a first end and a second end, a load transmission member configured to transfer the load of a weighed installation to the load cell body in a direction coaxial with the central axis of the load cell body , characterized in that - a first connection arrangement configured to securely attach the first end of the load cell body to a base , - a second connection arrangement configured to attach a second end of the load cell body to the load transmission member , - wherein the load transmission member comprises a first coupling member and the load cell body comprises a second coupling member , which are configured to secure the load transmission member to the second end of the load cell body , - the first and the second coupling members are configured to provide a margin/latitude between the first and second coupling members and configured to allow the load transmission member to tilt at an angle relative to the central axis of the load cell body . - a load cell body having a first end and a second end, a load transmission member configured to transfer the load of a weighed installation to the load cell body in a direction coaxial with the central axis of the load cell body , characterized in that - a first connection arrangement configured to securely attach the first end of the load cell body to a base , - a second connection arrangement configured to attach a second end of the load cell body to the load transmission member , - wherein the load transmission member comprises a first coupling member and the load cell body comprises a second coupling member , which are configured to secure the load transmission member to the second end of the load cell body , - the first and the second coupling members are configured to provide a margin/latitude between the first and second coupling members and configured to allow the load transmission member to tilt at an angle relative to the central axis of the load cell body .
A method for positioning a vehicle with respect to a charge station on the ground underneath said vehicle using an around view monitoring system , said around view monitoring system comprising at least one camera , a processing unit and a display unit , wherein said method comprising; - taking at least one image on the ground (21", 22", 23", 24") with said charge station using at least one camera ; - tracking the position of said ground with said charge station with respect to said vehicle , characterised by ; - visualizing said ground with said charge station as an under vehicle view and as a function of the vehicle speed, if said vehicle is moved over at least a portion of said ground (21", 22", 23", 24") with said charge station . - taking at least one image on the ground (21", 22", 23", 24") with said charge station using at least one camera ; - tracking the position of said ground with said charge station with respect to said vehicle , characterised by ; - visualizing said ground with said charge station as an under vehicle view and as a function of the vehicle speed, if said vehicle is moved over at least a portion of said ground (21", 22", 23", 24") with said charge station .
A method of correcting a rotor imbalance of a wind turbine, the wind turbine comprising a wind turbine tower, a nacelle arranged on top of the wind turbine tower, and a generator connected to a rotatable rotor with at least two wind turbine blades, wherein the method comprises the steps of: - measuring vibrations of the rotor within at least one time window, - detecting a mass imbalance of the rotor, the rotor has a mass distribution defined by each of the wind turbine blades, wherein the mass imbalance is indicative of a rotor with an unmodified mass distribution, - analysing the measured data to determine at least one imbalance factor and at least one imbalance phase, - applying at least one correction action to at least one of said wind turbine blades, wherein the at least one correction action is determined based on the at least one imbalance factor and the at least one imbalance phase, the at least one correction action comprises calculating a balancing moment indicative of a mass correction of the at least one of said wind turbine blades. - measuring vibrations of the rotor within at least one time window, - detecting a mass imbalance of the rotor, the rotor has a mass distribution defined by each of the wind turbine blades, wherein the mass imbalance is indicative of a rotor with an unmodified mass distribution, - analysing the measured data to determine at least one imbalance factor and at least one imbalance phase, - applying at least one correction action to at least one of said wind turbine blades, wherein the at least one correction action is determined based on the at least one imbalance factor and the at least one imbalance phase, the at least one correction action comprises calculating a balancing moment indicative of a mass correction of the at least one of said wind turbine blades.
System for handling containers having a movable carrier on which at least one handling station for handling the containers is arranged, wherein the handling station is transported along a predetermined transport path, and wherein the system has a clean room inside which the containers are handled by the handling station , and wherein the handling station is suitable and intended to shape the container hydraulically or directly respectively with a liquid as a product to be introduced, wherein this clean room is delimited relative to an unsterile environment (U) by at least one wall , characterised in that at least one wall of the clean room is at least in sections inclined relative to a horizontal plane in such a way that a liquid can be led out of the clean room along this wall and a draining device is provided at a lower position of the clean room in order to drain off liquid from the clean room and the system has a gas barrier which prevents a gaseous medium in particular unsterile air from entering the clean room via the draining device , wherein the draining device has an opening and/or a pipe or a conduit at a bottom wall of the clean room by means of which liquid exits from the clean room, wherein the movable carrier is a rotatable carrier and the clean room is constructed at least in some sections toroidal around the transport path of the plastic preforms and in addition several walls are provided for delimiting the clean room.
A clamping device for a load with a flange arranged at at least one end, wherein the clamping device is able to be arranged on a crane-like hoist and the clamping device has at least four adjustable inner clamping elements , which is able to be arranged in pairs on an inner surface of the flange , with bearing surfaces for the flange of the load , characterized in that a pair of the at least two pairs of inner clamping elements is arranged respectively on the clamping device so as to be linearly displaceable relative to one another on an imaginary axis, and the at least two pairs of inner clamping elements are arranged on the clamping device displaced parallel to one another, and wherein the clamping device includes at least two cross beams , which are attached next to one another and displaced in parallel and one pair of the inner clamping elements respectively is arranged on one of the cross beams so as to be linearly displaceable to one another on the clamping device . wherein the clamping device is able to be arranged on a crane-like hoist and the clamping device has at least four adjustable inner clamping elements , which is able to be arranged in pairs on an inner surface of the flange , with bearing surfaces for the flange of the load , characterized in that a pair of the at least two pairs of inner clamping elements is arranged respectively on the clamping device so as to be linearly displaceable relative to one another on an imaginary axis, and the at least two pairs of inner clamping elements are arranged on the clamping device displaced parallel to one another, and wherein the clamping device includes at least two cross beams , which are attached next to one another and displaced in parallel and one pair of the inner clamping elements respectively is arranged on one of the cross beams so as to be linearly displaceable to one another on the clamping device .
Device for collimating a light beam field (L) which diverges more quickly with respect to the direction of emission (s) in a first direction (F) perpendicular to the direction of emission (s) than in a second direction (S) perpendicular to the direction of emission (s) and to the first direction (F), comprising at least one first collimation lens system for collimating the light beam field (L) in the first direction (F) and preferably at least one second collimation lens system for collimating the light beam field in the second direction (S), wherein the first collimation lens system comprises a cylindrical lens , in particular with an at least partially circular profile , which is made from glass, characterised in that said first collimation lens system comprises an aspherical lens element made from plastic, in particular polycarbonate, Zeonex E48R or Zeonex T62R.
A spinal implant comprising: a body having an upper surface , a lower surface , and a pair of sidewalls extending therebetween, the sidewalls being connected by an intermediate wall segment and converging at a rounded nose , the pair of sidewalls including one sidewall that is longer than the other sidewall, the body further including a central opening extending through the upper and lower surfaces , and one or more apertures within the intermediate wall segment for receiving a fixation element ; characterized in that the pair of sidewalls and the intermediate wall segment of the body form a substantially triangular profile configured for insertion along a trajectory represented by an axis that is oblique relative to a midline of a vertebral body of a patient's spine. a body having an upper surface , a lower surface , and a pair of sidewalls extending therebetween, the sidewalls being connected by an intermediate wall segment and converging at a rounded nose , the pair of sidewalls including one sidewall that is longer than the other sidewall, the body further including a central opening extending through the upper and lower surfaces , and one or more apertures within the intermediate wall segment for receiving a fixation element ; characterized in that the pair of sidewalls and the intermediate wall segment of the body form a substantially triangular profile configured for insertion along a trajectory represented by an axis that is oblique relative to a midline of a vertebral body of a patient's spine.
A method for identifying a reason for an overcurrent in an electric cable, comprising: step 1), detecting whether a single-phase overcurrent occurs in three-phase current signals; step 2), determining an indicator feature vector sample of an overcurrent phase current signal in a case that it is detected that the single-phase overcurrent occurs in the three-phase current signals; step 3), calculating association coefficients between the indicator feature vector sample and predetermined indicator vector reference samples of indicators, wherein the indicator vector reference samples respectively correspond to reasons for the single-phase overcurrent; step 4), calculating association degrees between the indicator feature vector sample and the predetermined indicator vector reference samples based on a predetermined indicator weight vector and the association coefficients corresponding to the indicators; and step 5), finding a reason for the single-phase overcurrent, which corresponds to an indicator vector reference sample having a maximal association degree, characterized in that , the determining the indicator feature vector sample of the overcurrent phase current signal in the three-phase current signals in step 2) comprises: performing a wavelet transform on the three-phase current signals in the electric cable by using a db4 wavelet; performing a five-layer discomposing on the transformed three-phase current signals to obtain five layers of high-frequency detail coefficients, one layer of low-frequency approximate coefficient, the sum of energy values of the layers of detail coefficients, an effective value of the overcurrent phase current and a duration of the overcurrent; and determining thereby nine indicators as the indicator feature vector sample. step 1), detecting whether a single-phase overcurrent occurs in three-phase current signals; step 2), determining an indicator feature vector sample of an overcurrent phase current signal in a case that it is detected that the single-phase overcurrent occurs in the three-phase current signals; step 3), calculating association coefficients between the indicator feature vector sample and predetermined indicator vector reference samples of indicators, wherein the indicator vector reference samples respectively correspond to reasons for the single-phase overcurrent; step 4), calculating association degrees between the indicator feature vector sample and the predetermined indicator vector reference samples based on a predetermined indicator weight vector and the association coefficients corresponding to the indicators; and step 5), finding a reason for the single-phase overcurrent, which corresponds to an indicator vector reference sample having a maximal association degree,
A pneumatic tire comprising a pair of ring-shaped beads and a carcass extending on and between one of the beads and the other bead , wherein each bead includes a core and an apex extending from the core outward in a radial direction, the core includes a hard unit and a soft unit , the hard unit includes a hard cord extending in a circumferential direction, the soft unit includes a soft cord extending in the circumferential direction, the soft cord stretches more easily than the hard cord, one cross-section of the hard cord is located at a portion, at an outer side in an axial direction and at an inner side in the radial direction, of a cross-section of the core , and one cross-section of the soft cord is located at a portion, at an inner side in the axial direction and at an outer side in the radial direction, of the cross-section of the core , characterized in that the core further includes a middle unit , the middle unit is located between the hard unit and the soft unit , the middle unit includes a middle cord extending in the circumferential direction, the middle cord stretches more easily than the hard cord , the soft cord stretches more easily than the middle cord , and in the cross-section of the core , one cross-section of the middle cord is located outward of the one cross-section of the hard cord in the radial direction and inward of the one cross-section of the hard cord in the axial direction, and the one cross-section of the soft cord is located outward of the one cross-section of the middle cord in the radial direction and inward of the one cross-section of the middle cord in the axial direction, wherein the stretchability of a cord is determined on the basis of an elongation at a specific load, obtained according to JIS-L1017, JIS-G3510, JIS-R3420 or JIS-R7606.
Method for indicating a use of an illicit IP address in a local communication network , the local communication network being connected to another communication network by means of a router , an illicit IP address being an IP address that has expired or is unknown to the router, the method comprising the steps, performed by the router , of: - receiving a packet from at least one device belonging to said local communication network , said received packet comprising an illicit source IP address; - generating an error message packet and marking said error message packet with a predefined mark; and - returning the marked error message packet to said at least one device using a related routing table redirecting each packet to the local communication network and a routing rule applying said related routing table to each packet marked with said predefined mark. - receiving a packet from at least one device belonging to said local communication network , said received packet comprising an illicit source IP address; - generating an error message packet and marking said error message packet with a predefined mark; and - returning the marked error message packet to said at least one device using a related routing table redirecting each packet to the local communication network and a routing rule applying said related routing table to each packet marked with said predefined mark.