mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining the weight of a cross-wound package produced on a textile machine comprising a plurality of workstations , each workstation having a winding device for placing a thread on the cross-wound package as well as a capacitive thread clearer that is arranged in the area of the thread path and clears unwanted mass deviations of the thread during the winding process, characterised in that the thread clearer successively, that is continuously, scans the yarn mass of a running thread completely and yarn mass values are determined, for the purpose of determining the weight of the cross-wound package , values are determined from all yarn scans of the thread clearer , said values being added together over the yarn production length of the cross-wound package . the thread clearer successively, that is continuously, scans the yarn mass of a running thread completely and yarn mass values are determined, for the purpose of determining the weight of the cross-wound package , values are determined from all yarn scans of the thread clearer , said values being added together over the yarn production length of the cross-wound package .
A method for the application of a protective layer material on a structured layer for the formation of a transparent protective layer , preferably an oxide layer, more preferably a silicon dioxide layer, on the structured layer , characterised in that the application of the protective layer material takes place at a temperature less than 200 °C, preferably less than 100 °C, still more preferably less than 75 °C, most preferably less than 50 °C, with utmost preference at room temperature, characterised in that the protective layer is embossed. the application of the protective layer material takes place at a temperature less than 200 °C, preferably less than 100 °C, still more preferably less than 75 °C, most preferably less than 50 °C, with utmost preference at room temperature, characterised in that the protective layer is embossed.
Method for coating components made from wood or derived timber products, in which a solid coating , in particular made from a genuine wood veneer, is applied to one surface of the component , wherein component and solid coating are moved relative to one another and joined to one another by means of adhesive in the area of a pressure zone , wherein at least one of adhesive, solid coating and component are activated or reactivated in the area of a reaction zone by irradiation using at least one laser beam , and then the solid coating is joined to the component by a pressure element , and wherein the laser beam is widened to the size of the adhesive surface to be activated or the solid coating which is to be heated or the component which is to be heated by a lens system and/or by beam oscillation.
Device for displaying the day of the month as well as the time of the sunrise and/or of the sunset, comprising a disc for the day of the month out of 31 days, a first index for the day of the month arranged to indicate a day of the month on said day-of-the-month disc , a member for displaying the time of the sunrise and/or of the sunset, a second index arranged to indicate the time of the sunrise and/or a third index arranged to indicate the time of the sunset on said member for displaying the time of the sunrise and/or of the sunset, characterised in that the member for displaying the time of the sunrise and/or of the sunset is formed by the day-of-the-month disc , the second index and/or the third index being arranged to pivot by 11.6° per hour.
A reverse drive warning device for a vehicle driving in reverse, comprising: a) a signal generator for generating an acoustic signal , b) an amplifier for outputting the acoustic signal via a loudspeaker , c) a microphone for recording ambient noises , d) an analyser for measuring the sound pressure level of the recorded ambient noises , wherein the analyser is designed to adjust the sound pressure level of the acoustic signal and to adapt it to the sound pressure level of the ambient noise , wherein e) the frequency and/or the frequency range of the signal generator is adjustable, characterised in that f) the analyser is designed, by implementing a psychoacoustic model, to measure selected frequency bands of the ambient noise and to determine the frequency band in which the lowest masked threshold lies, and g) to adjust the signal generator such that the frequency of the acoustic signal and/or the frequency range of the acoustic signal lies in the determined frequency band in which the lowest masked threshold lies, wherein h) the analyser has several octave or one-third octave bandpass filters for measuring and evaluating the recorded ambient noise, which are designed as a filter bank or as a switchable, preferably digital octave or one-third octave filter for time-division multiplex operation. a) a signal generator for generating an acoustic signal , b) an amplifier for outputting the acoustic signal via a loudspeaker , c) a microphone for recording ambient noises , d) an analyser for measuring the sound pressure level of the recorded ambient noises , wherein the analyser is designed to adjust the sound pressure level of the acoustic signal and to adapt it to the sound pressure level of the ambient noise , wherein e) the frequency and/or the frequency range of the signal generator is adjustable, f) the analyser is designed, by implementing a psychoacoustic model, to measure selected frequency bands of the ambient noise and to determine the frequency band in which the lowest masked threshold lies, and g) to adjust the signal generator such that the frequency of the acoustic signal and/or the frequency range of the acoustic signal lies in the determined frequency band in which the lowest masked threshold lies, wherein h) the analyser has several octave or one-third octave bandpass filters for measuring and evaluating the recorded ambient noise, which are designed as a filter bank or as a switchable, preferably digital octave or one-third octave filter for time-division multiplex operation.
A patient side cart for a teleoperated surgical system , comprising: at least one manipulator portion for holding a surgical instrument ; a drive control system for driving the patient side cart ; and a steering interface comprising: a core attached to the patient side cart; a shell configured to provide a grasping surface of the steering interface ; and two or more sensors housed in opposite portions of the steering interface and positioned to sense turning, fore, and aft forces exerted by a user on the steering interface , the sensors being in signal communication with the drive control system of the patient side cart . at least one manipulator portion for holding a surgical instrument ; a drive control system for driving the patient side cart ; and a steering interface comprising: a core attached to the patient side cart; a shell configured to provide a grasping surface of the steering interface ; and two or more sensors housed in opposite portions of the steering interface and positioned to sense turning, fore, and aft forces exerted by a user on the steering interface , the sensors being in signal communication with the drive control system of the patient side cart . a core attached to the patient side cart; a shell configured to provide a grasping surface of the steering interface ; and two or more sensors housed in opposite portions of the steering interface and positioned to sense turning, fore, and aft forces exerted by a user on the steering interface , the sensors being in signal communication with the drive control system of the patient side cart .
A controller for a driverless vehicle, comprising: a security micro control unit ; and a processor module (M), wherein the processor module is coupled to the security micro control unit , and the security micro control unit is configured to monitor a running state of the processor module (M); characterized in that , the controller further comprises: a power management module , coupled to the security micro control unit , and configured to monitor a running state of the security micro control unit ; wherein the security micro control unit is configured to monitor a running state of the power management module . a security micro control unit ; and a processor module (M), wherein the processor module is coupled to the security micro control unit , and the security micro control unit is configured to monitor a running state of the processor module (M); characterized in that , the controller further comprises: a power management module , coupled to the security micro control unit , and configured to monitor a running state of the security micro control unit ; wherein the security micro control unit is configured to monitor a running state of the power management module . a power management module , coupled to the security micro control unit , and configured to monitor a running state of the security micro control unit ; wherein the security micro control unit is configured to monitor a running state of the power management module .
A method comprising: obtaining (S62), from at least two image capture devices (11-1 ... 11-N) imaging an agricultural produce, each comprising an image sensor and an environment information measurement unit , growth situation information of the agricultural produce comprising image information and environment information, the environment information comprising information of temperature, humidity and/or atmospheric pressure; calculating (S67) a growth index of the agricultural produce based on the image information; and calculating (S69) an anticipated harvest time of the agricultural produce based on the growth index and the environment information, wherein the image information comprises: a set of optical data from each of at least two image capture devices (11-1 ... 11-N), wherein the at least two image capture devices (11-1 ... 11-N) capture the set of optical data from at least two positions (N1 ... N10) in which the image capture devices (11-1 ... 11-N) are installed, and each set of optical data includes visible RGB image data obtained from the image sensor and non-visible NIR image data obtained from the image sensor . obtaining (S62), from at least two image capture devices (11-1 ... 11-N) imaging an agricultural produce, each comprising an image sensor and an environment information measurement unit , growth situation information of the agricultural produce comprising image information and environment information, the environment information comprising information of temperature, humidity and/or atmospheric pressure; calculating (S67) a growth index of the agricultural produce based on the image information; and calculating (S69) an anticipated harvest time of the agricultural produce based on the growth index and the environment information, wherein the image information comprises: a set of optical data from each of at least two image capture devices (11-1 ... 11-N), wherein the at least two image capture devices (11-1 ... 11-N) capture the set of optical data from at least two positions (N1 ... N10) in which the image capture devices (11-1 ... 11-N) are installed, and each set of optical data includes visible RGB image data obtained from the image sensor and non-visible NIR image data obtained from the image sensor . a set of optical data from each of at least two image capture devices (11-1 ... 11-N), wherein the at least two image capture devices (11-1 ... 11-N) capture the set of optical data from at least two positions (N1 ... N10) in which the image capture devices (11-1 ... 11-N) are installed, and each set of optical data includes visible RGB image data obtained from the image sensor and non-visible NIR image data obtained from the image sensor .
An air jet loom with a control device, wherein the air jet loom injects compressed air through a nozzle in accordance with opening or closing of an electromagnetic valve to thereby control traveling of a weft yarn (Y), the control device comprising: a control unit configured to supply, to the electromagnetic valve , an overexcitation voltage that determines a rise characteristic of an injection pressure of the nozzle while the electromagnetic valve is opening and the injection pressure of the nozzle rising, and to supply, to the electromagnetic valve , a holding voltage for keeping the electromagnetic valve open after the rising of the injection pressure of the nozzle is completed; and characterized in that the control device further comprises a pressure detection unit configured to detect a pressure of the compressed air that has passed through the electromagnetic valve , and in that the control unit adjusts the overexcitation voltage based on a detection result by the pressure detection unit . a control unit configured to supply, to the electromagnetic valve , an overexcitation voltage that determines a rise characteristic of an injection pressure of the nozzle while the electromagnetic valve is opening and the injection pressure of the nozzle rising, and to supply, to the electromagnetic valve , a holding voltage for keeping the electromagnetic valve open after the rising of the injection pressure of the nozzle is completed; and characterized in that the control device further comprises a pressure detection unit configured to detect a pressure of the compressed air that has passed through the electromagnetic valve , and in that the control unit adjusts the overexcitation voltage based on a detection result by the pressure detection unit .
Flexible metal ring destined for use as, or at least in a drive belt for a continuously variable transmission with two pulleys and a drive belt , which ring is made from steel including 17 to 19 %-by weight Nickel, 4 to 8 %-by weight Molybdenum and 15 to 21 %-by weight Cobalt, with the combined Molybdenum and Cobalt content amounting to at least 22 % and preferably having a value in the range from 24 to 28 %-by weight, characterised in that , the core material of the ring both has a yield strength of at least 2000 MPa, preferably of more than 2300 MPa and has a hardness of more than 700 HV1.0, preferably of more than 750 HV1.0.
A method of sterilizing an ophthalmic lens by Ultra Violet radiation comprising: adding one or more indicators to an aqueous solution, wherein the one or more indicators are water soluble and are dissolved in said solution and comprise at least one or both of a chromophore and a fluorophore that are capable of degradation upon Ultra Violet irradiation; applying an Ultra Violet radiation dose to said solution containing the one or more indicators for a controlled time and intensity; and measuring the degradation of one or more of the indicators. relating the calculated degradation to determine whether the delivered Ultra Violet dose has the necessary efficacy to achieve sterilization ophthalmic lens. adding one or more indicators to an aqueous solution, wherein the one or more indicators are water soluble and are dissolved in said solution and comprise at least one or both of a chromophore and a fluorophore that are capable of degradation upon Ultra Violet irradiation; applying an Ultra Violet radiation dose to said solution containing the one or more indicators for a controlled time and intensity; and measuring the degradation of one or more of the indicators. relating the calculated degradation to determine whether the delivered Ultra Violet dose has the necessary efficacy to achieve sterilization ophthalmic lens.
A sliding pipe supporting arrangement adapted to receive and support at least one pipe or jacketed pipe assembly, said arrangement comprising : main support means comprising at least one opening to support a pipe characterized in that it comprises: an assembly of spring arrangement and ball transfer unit , mechanically coupled to the main support means so as to isolate differential displacement in lateral (Y-direction) and vertical direction (Z-direction) of the said pipe, said assembly unit comprising a top plate , middle plate and a bottom plate , wherein the spring arrangement comprises a plurality of springs substantially positioned in between the top plate and the middle plate facilitating the vertical displacement of the said pipe, and wherein the ball transfer unit comprises plural rollers mechanically positioned between the middle plate and bottom plate facilitating lateral displacement of the said pipe; and an expansion joint arrangement operably placed in between pipe lengths of a pipe to attenuate the axial displacement (X-direction) of the said pipe. main support means comprising at least one opening to support a pipe characterized in that it comprises: an assembly of spring arrangement and ball transfer unit , mechanically coupled to the main support means so as to isolate differential displacement in lateral (Y-direction) and vertical direction (Z-direction) of the said pipe, said assembly unit comprising a top plate , middle plate and a bottom plate , wherein the spring arrangement comprises a plurality of springs substantially positioned in between the top plate and the middle plate facilitating the vertical displacement of the said pipe, and wherein the ball transfer unit comprises plural rollers mechanically positioned between the middle plate and bottom plate facilitating lateral displacement of the said pipe; and an expansion joint arrangement operably placed in between pipe lengths of a pipe to attenuate the axial displacement (X-direction) of the said pipe. an assembly of spring arrangement and ball transfer unit , mechanically coupled to the main support means so as to isolate differential displacement in lateral (Y-direction) and vertical direction (Z-direction) of the said pipe, said assembly unit comprising a top plate , middle plate and a bottom plate , wherein the spring arrangement comprises a plurality of springs substantially positioned in between the top plate and the middle plate facilitating the vertical displacement of the said pipe, and wherein the ball transfer unit comprises plural rollers mechanically positioned between the middle plate and bottom plate facilitating lateral displacement of the said pipe; and an expansion joint arrangement operably placed in between pipe lengths of a pipe to attenuate the axial displacement (X-direction) of the said pipe.
Use of a layer of resins on a decorative structure comprising a supporting panel having applied thereon one or more objects , said objects being made of fabric, or fabric garments, or non-woven fabrics, or films made of paper or cardboard, said objects being impregnated with said layer of resins, said layer of resins transforming those objects made of fabric, or fabric garments, or non-woven fabrics into decorative elements with three-dimensional bends and motives, said layer of resins also operating as protection layer for said decorative elements and said objects made of paper or cardboard, conferring said decorative elements and said objects made of paper or cardboard a suitable stiffness and endurance.
A disposable anti-tampering lock catch , wherein the disposable anti-tampering lock catch is one-piece and comprises: a handle ; a main tearing portion provided with a first tearing structure which cannot be restored after tearing, a locking structure capable of being inserted into a locking hole of a locked object so that the disposable anti-tampering lock catch is in a locked state, and a position limiting structure for controlling the locking structure to be in a locked state or an unlocked state; and characterized in that an auxiliary tearing arm having a second tearing structure , wherein the first tearing structure and the second tearing structure are torn when the disposable anti-tampering lock catch is opened, and the auxiliary tearing arm is deformed and cannot be restored after tearing. a handle ; a main tearing portion provided with a first tearing structure which cannot be restored after tearing, a locking structure capable of being inserted into a locking hole of a locked object so that the disposable anti-tampering lock catch is in a locked state, and a position limiting structure for controlling the locking structure to be in a locked state or an unlocked state; and characterized in that an auxiliary tearing arm having a second tearing structure , wherein the first tearing structure and the second tearing structure are torn when the disposable anti-tampering lock catch is opened, and the auxiliary tearing arm is deformed and cannot be restored after tearing.
An axle assembly comprising: a first axle shaft orientated along a first axis of rotation ; a second axle shaft orientated along said first axis of rotation with said first and second axle shafts extending in opposite directions; a first electric machine orientated along a second axis of rotation substantially parallel with said first axis of rotation ; a second electric machine spaced from said first electric machine and orientated along a third axis of rotation substantially parallel with said first axis of rotation ; a common gear reduction rotatable about a fourth axis of rotation and driven by said first and second electric machines ; a differential gear set disposed about said first axis of rotation and coupled to and driven by said common gear reduction to transfer rotational torque from said first and second electric machines to said first and second axle shafts ; and a speed change mechanism coupled between said common gear reduction and said differential gear set to change the rotational torque transferred to said first and second axle shafts , characterised in that said speed change mechanism includes: a reduction gear set rotatable about said first axis of rotation and driven by said common gear reduction ; and an output gear set rotatable about a fifth axis of rotation substantially parallel with said first axis of rotation and driven by said reduction gear set . a first axle shaft orientated along a first axis of rotation ; a second axle shaft orientated along said first axis of rotation with said first and second axle shafts extending in opposite directions; a first electric machine orientated along a second axis of rotation substantially parallel with said first axis of rotation ; a second electric machine spaced from said first electric machine and orientated along a third axis of rotation substantially parallel with said first axis of rotation ; a common gear reduction rotatable about a fourth axis of rotation and driven by said first and second electric machines ; a differential gear set disposed about said first axis of rotation and coupled to and driven by said common gear reduction to transfer rotational torque from said first and second electric machines to said first and second axle shafts ; and a speed change mechanism coupled between said common gear reduction and said differential gear set to change the rotational torque transferred to said first and second axle shafts , characterised in that said speed change mechanism includes: a reduction gear set rotatable about said first axis of rotation and driven by said common gear reduction ; and an output gear set rotatable about a fifth axis of rotation substantially parallel with said first axis of rotation and driven by said reduction gear set .