mhurhangee/patent-ind-claim-en huggingface dataset:
A lubrication device for a power take off coupling for a prime mover , the lubrication device comprising: a lubrication device shaft having a first end for connecting to an output shaft of the prime mover and a second end for connecting to an input shaft for receiving power from the output shaft; a lubricant chamber surrounding at least part of the lubrication device shaft between the first end and the second end; and a housing enclosing the lubrication device shaft and the lubricant chamber; characterized in that the lubrication device shaft includes a plurality of internal lubricant passages for conveying lubricant from the lubricant chamber to the first end and the second end of the lubrication device shaft , with the internal lubricant passages comprising fluid passages extending along the axial length of the lubrication device shaft as well as fluid passages extending radially to outer surfaces of the lubrication device shaft. a lubrication device shaft having a first end for connecting to an output shaft of the prime mover and a second end for connecting to an input shaft for receiving power from the output shaft; a lubricant chamber surrounding at least part of the lubrication device shaft between the first end and the second end; and a housing enclosing the lubrication device shaft and the lubricant chamber; characterized in that the lubrication device shaft includes a plurality of internal lubricant passages for conveying lubricant from the lubricant chamber to the first end and the second end of the lubrication device shaft , with the internal lubricant passages comprising fluid passages extending along the axial length of the lubrication device shaft as well as fluid passages extending radially to outer surfaces of the lubrication device shaft.
A patterning method comprising: over a lower pattern memorization layer for memorizing a pattern of first and second lower trenches , forming a pattern of first upper blocks , then an upper pattern memorization layer and then a pattern of second upper blocks ; thereafter patterning upper trenches in the upper pattern memorization layer using lithography and etching, and forming spacer lines along sidewalls of the upper trenches to define spacer-provided upper trenches , at least a subset of said spacer-provided upper trenches being interrupted by a respective first upper block ; patterning the first lower trenches in the lower pattern memorization layer by etching the spacer-provided upper trenches into the lower pattern memorization layer , at least a subset of the first lower trenches being interrupted by a respective lower pattern memorization layer portion preserved at a location defined by a respective one of the first upper blocks ; thereafter, forming an auxiliary trench mask stack and patterning auxiliary trenches therein using lithography and etching; and thereafter, patterning the second lower trenches in the lower pattern memorization layer , the patterning comprising using the patterned auxiliary trench mask stack , the spacer lines and the second upper blocks as etch masks, at least a subset of the second lower trenches being interrupted by a respective lower pattern memorization layer portion preserved at a position defined by a respective one of the second upper blocks . over a lower pattern memorization layer for memorizing a pattern of first and second lower trenches , forming a pattern of first upper blocks , then an upper pattern memorization layer and then a pattern of second upper blocks ; thereafter patterning upper trenches in the upper pattern memorization layer using lithography and etching, and forming spacer lines along sidewalls of the upper trenches to define spacer-provided upper trenches , at least a subset of said spacer-provided upper trenches being interrupted by a respective first upper block ; patterning the first lower trenches in the lower pattern memorization layer by etching the spacer-provided upper trenches into the lower pattern memorization layer , at least a subset of the first lower trenches being interrupted by a respective lower pattern memorization layer portion preserved at a location defined by a respective one of the first upper blocks ; thereafter, forming an auxiliary trench mask stack and patterning auxiliary trenches therein using lithography and etching; and thereafter, patterning the second lower trenches in the lower pattern memorization layer , the patterning comprising using the patterned auxiliary trench mask stack , the spacer lines and the second upper blocks as etch masks, at least a subset of the second lower trenches being interrupted by a respective lower pattern memorization layer portion preserved at a position defined by a respective one of the second upper blocks .
An apparatus comprising: a platform ; and a logic to enable a persistent memory module (214/230) to activate a new firmware at runtime without restarting an operating system, OS, on the platform, the new firmware to update a current firmware of the persistent memory module during a soft reboot of the OS, the logic to instruct a BIOS to provide the OS with runtime services to activate the new firmware in connection with the soft reboot of the OS , wherein the logic is configured to enable the OS to publish, via an Advanced Configuration Power Interface, ACPI, to the platform , a request to instruct the persistent memory module (214/230) to activate the new firmware during the soft reboot of the OS . a platform ; and a logic to enable a persistent memory module (214/230) to activate a new firmware at runtime without restarting an operating system, OS, on the platform, the new firmware to update a current firmware of the persistent memory module during a soft reboot of the OS, the logic to instruct a BIOS to provide the OS with runtime services to activate the new firmware in connection with the soft reboot of the OS , wherein the logic is configured to enable the OS to publish, via an Advanced Configuration Power Interface, ACPI, to the platform , a request to instruct the persistent memory module (214/230) to activate the new firmware during the soft reboot of the OS .
A computer-implemented method, the method being performed by a computing platform and comprising the steps of: generating a cryptographic key pair comprising a public key and a private key; publishing , to a server , the public key; and generating a short message service, SMS, message; characterized by : signing , using the private key, the SMS message, wherein signing the SMS message comprises computing a cryptographic hash of the SMS message using the private key and embedding the cryptographic hash in a short message peer-to-peer, SMPP, field of the SMS message; and sending , to a downstream computing system , the signed SMS message, wherein the downstream computing system is configured to validate the signed SMS message using the cryptographic hash embedded in the SMPP field of the SMS message and by accessing the public key from the server of a domain indicated by the computing platform ; wherein the server is a Domain Name Service, DNS, server. generating a cryptographic key pair comprising a public key and a private key; publishing , to a server , the public key; and generating a short message service, SMS, message; characterized by : signing , using the private key, the SMS message, wherein signing the SMS message comprises computing a cryptographic hash of the SMS message using the private key and embedding the cryptographic hash in a short message peer-to-peer, SMPP, field of the SMS message; and sending , to a downstream computing system , the signed SMS message, wherein the downstream computing system is configured to validate the signed SMS message using the cryptographic hash embedded in the SMPP field of the SMS message and by accessing the public key from the server of a domain indicated by the computing platform ; wherein the server is a Domain Name Service, DNS, server. signing , using the private key, the SMS message, wherein signing the SMS message comprises computing a cryptographic hash of the SMS message using the private key and embedding the cryptographic hash in a short message peer-to-peer, SMPP, field of the SMS message; and sending , to a downstream computing system , the signed SMS message, wherein the downstream computing system is configured to validate the signed SMS message using the cryptographic hash embedded in the SMPP field of the SMS message and by accessing the public key from the server of a domain indicated by the computing platform ; wherein the server is a Domain Name Service, DNS, server.
Method for connecting beams from solid wood or glued laminated wood, comprising the steps of: producing slots in the beams ; introducing a connector from synthetic resin densified wood into the slots ; and fixing the connector in the slots , wherein the fixing of the connector in the slots is performed by means of wood screws , wherein the wood screws when fixing the connector are screwed into the beams and the connector without pre-drilling the beams and the connector , and wherein wood screws having a full thread are used.
Method for controlling a road milling machine comprising a milling drum and a rear blade when there is an obstacle located in the ground to be milled, comprising the following steps: a) milling the ground at a predetermined milling depth (FT) along a working direction (a); b) advancing the road milling machine in the working direction (a) towards the obstacle located in the ground ; c) raising the milling drum and the rear blade out of the ground in the working direction (a) in front of the obstacle ; d) moving over the obstacle in such a way that the milling drum remains out of contact with the obstacle ; and e) lowering the milling drum and the rear blade to the predetermined milling depth (FT) in the working direction (a) behind the obstacle and continuing the milling of the ground , characterized in that the road milling machine is controlled in such a way that in step c) the raising of the milling drum is carried out before the raising of the rear blade out of the ground , wherein the road milling machine continues to move in the working direction (a) between the raising of the milling drum and the raising of the rear blade . a) milling the ground at a predetermined milling depth (FT) along a working direction (a); b) advancing the road milling machine in the working direction (a) towards the obstacle located in the ground ; c) raising the milling drum and the rear blade out of the ground in the working direction (a) in front of the obstacle ; d) moving over the obstacle in such a way that the milling drum remains out of contact with the obstacle ; and e) lowering the milling drum and the rear blade to the predetermined milling depth (FT) in the working direction (a) behind the obstacle and continuing the milling of the ground ,
A method of operating a global positioning receiver , the method comprising: receiving a plurality of signals from a plurality of satellites ; determining at least a measurement and location of each satellite based on the received plurality of signals; determining an approximate vehicle velocity vector based on the received plurality of signals; determining a dot product between a line of sight between each satellite and a vehicle having the receiver and the determined vehicle velocity vector ; removing each measurement associated with each determined dot product that is below a minimum dot product threshold to obtain a resultant set of measurements; and determining a position solution based on the resultant set of measurements. receiving a plurality of signals from a plurality of satellites ; determining at least a measurement and location of each satellite based on the received plurality of signals; determining an approximate vehicle velocity vector based on the received plurality of signals; determining a dot product between a line of sight between each satellite and a vehicle having the receiver and the determined vehicle velocity vector ; determining an approximate vehicle velocity vector based on the received plurality of signals; determining a dot product between a line of sight between each satellite and a vehicle having the receiver and the determined vehicle velocity vector ; removing each measurement associated with each determined dot product that is below a minimum dot product threshold to obtain a resultant set of measurements; and determining a position solution based on the resultant set of measurements.
A method of tracking an orientation of an engine cooler in an aircraft, the method comprising: recording, in an aircraft maintenance database , the orientation of the engine cooler as orientation N; tracking prognostic health management data of the aircraft; performing a maintenance check of the aircraft based on the tracked prognostic health management data; determining, with the aircraft maintenance database , whether to rotate an orientation of the engine cooler based on the tracked prognostic health management data of the aircraft; providing, with the aircraft maintenance database , a recommendation as to whether to rotate the engine cooler ; rotating, by a user, the engine cooler based on the recommendation of the aircraft maintenance database as to whether to rotate the engine cooler ; and recording the orientation of the engine cooler as orientation N+1. recording, in an aircraft maintenance database , the orientation of the engine cooler as orientation N; tracking prognostic health management data of the aircraft; performing a maintenance check of the aircraft based on the tracked prognostic health management data; determining, with the aircraft maintenance database , whether to rotate an orientation of the engine cooler based on the tracked prognostic health management data of the aircraft; providing, with the aircraft maintenance database , a recommendation as to whether to rotate the engine cooler ; rotating, by a user, the engine cooler based on the recommendation of the aircraft maintenance database as to whether to rotate the engine cooler ; and recording the orientation of the engine cooler as orientation N+1.
A method of preparing polymer particles, the method comprising combining a polyetherimide and a solvent at a first temperature to provide a slurry, wherein the polyetherimide is not soluble in the solvent at the first temperature; heating the slurry to a second temperature and at a pressure effective to dissolve the polyetherimide in the solvent to provide a homogenous solution; cooling the homogenous solution to a third temperature to provide a dispersion comprising a plurality of polymer particles; and isolating the polymer particles from the dispersion; wherein the polymer particles have a Dv90 particle size of less than or equal to 250 micrometers, preferably less than or equal to 150 micrometers, more preferably less than or equal to 75 micrometers, and wherein the polyetherimide comprises repeating units of the formula wherein at least 90 mole percent, or at least 95 mole percent, or at least 98 mole percent of the R groups are para-phenylene and the remaining R groups are each independently the same or different, and are a substituted or unsubstituted C 6-20 aromatic hydrocarbon group, a substituted or unsubstituted, straight or branched chain C 4-20 alkylene group, a substituted or unsubstituted C 3-8 cycloalkylene group, or a combination comprising at least one of the foregoing; and each Z is independently an aromatic C 6-24 monocyclic or polycyclic group optionally substituted with 1 to 6 C 1-8 alkyl groups, 1 to 8 halogen atoms, or a combination comprising at least one of the foregoing. combining a polyetherimide and a solvent at a first temperature to provide a slurry, wherein the polyetherimide is not soluble in the solvent at the first temperature; heating the slurry to a second temperature and at a pressure effective to dissolve the polyetherimide in the solvent to provide a homogenous solution; cooling the homogenous solution to a third temperature to provide a dispersion comprising a plurality of polymer particles; and isolating the polymer particles from the dispersion; wherein the polymer particles have a Dv90 particle size of less than or equal to 250 micrometers, preferably less than or equal to 150 micrometers, more preferably less than or equal to 75 micrometers, and wherein the polyetherimide comprises repeating units of the formula at least 90 mole percent, or at least 95 mole percent, or at least 98 mole percent of the R groups are para-phenylene and the remaining R groups are each independently the same or different, and are a substituted or unsubstituted C 6-20 aromatic hydrocarbon group, a substituted or unsubstituted, straight or branched chain C 4-20 alkylene group, a substituted or unsubstituted C 3-8 cycloalkylene group, or a combination comprising at least one of the foregoing; and each Z is independently an aromatic C 6-24 monocyclic or polycyclic group optionally substituted with 1 to 6 C 1-8 alkyl groups, 1 to 8 halogen atoms, or a combination comprising at least one of the foregoing.
Wearable aid for assisting in lifting and/or holding of loads by an operator , comprising - a support structure having a first support (22-1) and a second support (22-2), wherein the first support (22-1) and the second support (22-2) each have a back portion (24-1, 24-2) and an extension arm portion (26-1, 26-2) such that, when the aid is worn by the operator , the back portion (24-1, 24-2) is arranged posteriorly and extends substantially along the back of the operator and the extension arm portion (26-1, 26-2) extends from posterior to anterior; - a lower body attachment for coupling the support structure to a pelvic, hip and/or lumbar region of the operator ; - an upper body attachment for coupling the support structure to an upper body of the operator , in particular to a back, shoulder and/or chest region; - a first hand attachment (40-1) for attachment to a right hand region or forearm region of the operator , wherein the first hand attachment (40-1) is connected to the first support (22-1) via a first length-adjustable connecting device (42-1); - a second hand attachment (40-2) for attachment to a left hand region or forearm region of the operator , wherein the second hand attachment (40-2) is connected to the second support (22-2) via a second length-adjustable connecting device (42-2), wherein the first support (22-1) is connected to the upper body attachment at a first upper connecting point (32-1) and wherein the second support (22-2) is connected to the upper body attachment at a second upper connecting point (32-2), wherein the upper body attachment is designed such that a relative position of the first upper connecting point (32-1) and the second upper connecting point (32-2) can be changed. - a support structure having a first support (22-1) and a second support (22-2), wherein the first support (22-1) and the second support (22-2) each have a back portion (24-1, 24-2) and an extension arm portion (26-1, 26-2) such that, when the aid is worn by the operator , the back portion (24-1, 24-2) is arranged posteriorly and extends substantially along the back of the operator and the extension arm portion (26-1, 26-2) extends from posterior to anterior; - a lower body attachment for coupling the support structure to a pelvic, hip and/or lumbar region of the operator ; - an upper body attachment for coupling the support structure to an upper body of the operator , in particular to a back, shoulder and/or chest region; - a first hand attachment (40-1) for attachment to a right hand region or forearm region of the operator , wherein the first hand attachment (40-1) is connected to the first support (22-1) via a first length-adjustable connecting device (42-1); - a second hand attachment (40-2) for attachment to a left hand region or forearm region of the operator , wherein the second hand attachment (40-2) is connected to the second support (22-2) via a second length-adjustable connecting device (42-2),
A urine analyzer device configured to be installed in a toilet bowl , the device comprising: - a holder member , to attach the device to the toilet bowl, - an electronic unit , enclosed in a housing, - a urine reception area , with at least one electro-chemical sensor , configured to measure a quantity of at least one substance contained in urine, such as a physiological compound or a chemical component, - a coupler configured to send resulting measured data from the at least one electro-chemical sensor to a remote computing device , characterized in that the electro-chemical sensor comprises at least one enzyme selective Field Effect Transistor which is configured to measure at least a concentration level of Creatinine in a urine sample, wherein the coupler is configured to send the measured Creatinine concentration level to enable the remote computing device to normalize the measured data from the at least one electro-chemical sensor for the same respective urine sample. - a holder member , to attach the device to the toilet bowl, - an electronic unit , enclosed in a housing, - a urine reception area , with at least one electro-chemical sensor , configured to measure a quantity of at least one substance contained in urine, such as a physiological compound or a chemical component, - a coupler configured to send resulting measured data from the at least one electro-chemical sensor to a remote computing device ,
An apparatus , comprising: a processor configured to generate a resource utilization message, wherein the resource utilization message specifies one or more resources for which the apparatus is requesting reduction in interference from at least one node and specifies a weight of the apparatus indicating a degree of disadvantage of the apparatus, wherein the degree of disadvantage is a function of a level of received service at the node; and a transmitter configured to transmit the resource utilization message to the at least one node. a processor configured to generate a resource utilization message, wherein the resource utilization message specifies one or more resources for which the apparatus is requesting reduction in interference from at least one node and specifies a weight of the apparatus indicating a degree of disadvantage of the apparatus, wherein the degree of disadvantage is a function of a level of received service at the node; and a transmitter configured to transmit the resource utilization message to the at least one node.
A method for image analysis of a medical image , said method comprising: - receiving a medical image , first annotations of said medical image and first region of interest, ROI, information indicating a first ROI within said medical image , - receiving second annotations of said medical image , second ROI information indicating a second ROI within said medical image and viewing data including display data and/or viewing time with which the second ROI has been displayed on a display and based on which the second annotations have been made, and - checking the quality of the second annotations by comparing the second ROI information to the first ROI information and by checking the viewing data . - receiving a medical image , first annotations of said medical image and first region of interest, ROI, information indicating a first ROI within said medical image , - receiving second annotations of said medical image , second ROI information indicating a second ROI within said medical image and viewing data including display data and/or viewing time with which the second ROI has been displayed on a display and based on which the second annotations have been made, and - checking the quality of the second annotations by comparing the second ROI information to the first ROI information and by checking the viewing data .