mhurhangee/patent-ind-claim-en huggingface dataset:
A rotor lock assembly for locking a rotor of a wind turbine , the rotor lock assembly comprising: a removable rotor lock mounting point for a bearing housing adjacent to a rotor lock plate of the rotor , the removable rotor lock mounting point including a pair of mounting ridges oriented perpendicular to a rotor shaft with a planar surface disposed between the pair of mounting ridges ; and at least one removable rotor lock , comprising: a housing comprising an opening and a mounting portion , the opening extending from a first end to a second end thereof, the mounting portion adapted for mounting to the removable rotor lock mounting point , a pin shaft positioned within the opening , the pin shaft comprising a proximal end and a distal end , the pin shaft being movable within the opening such that the distal end moves toward and engages the rotor lock plate of the rotor , and a locking mechanism for locking the pin shaft in place. a removable rotor lock mounting point for a bearing housing adjacent to a rotor lock plate of the rotor , the removable rotor lock mounting point including a pair of mounting ridges oriented perpendicular to a rotor shaft with a planar surface disposed between the pair of mounting ridges ; and at least one removable rotor lock , comprising: a housing comprising an opening and a mounting portion , the opening extending from a first end to a second end thereof, the mounting portion adapted for mounting to the removable rotor lock mounting point , a pin shaft positioned within the opening , the pin shaft comprising a proximal end and a distal end , the pin shaft being movable within the opening such that the distal end moves toward and engages the rotor lock plate of the rotor , and a locking mechanism for locking the pin shaft in place. a housing comprising an opening and a mounting portion , the opening extending from a first end to a second end thereof, the mounting portion adapted for mounting to the removable rotor lock mounting point , a pin shaft positioned within the opening , the pin shaft comprising a proximal end and a distal end , the pin shaft being movable within the opening such that the distal end moves toward and engages the rotor lock plate of the rotor , and a locking mechanism for locking the pin shaft in place.
Abandonment and recovery system for a subsea pipeline , comprising: - a pipeline attachment assembly configured to be attached to a pipeline end ; and - a cable attachment assembly configured to be attached to at least one abandonment and recovery cable ; wherein the pipeline attachment assembly and the cable attachment assembly each comprise a respective one of two mating connector parts , wherein the pipeline attachment assembly comprises: - one of the two connector parts ; - a pipeline attachment that is configured to be attached to a pipe section of a subsea pipeline; and - a bendable connection that connects the pipeline attachment to the one of the two connector parts of the pipeline attachment assembly over a distance, CHARACTERIZED IN THAT the bendable connection has, over the distance thereof, an essentially constant circumferential shape and an essentially constant size. - a pipeline attachment assembly configured to be attached to a pipeline end ; and - a cable attachment assembly configured to be attached to at least one abandonment and recovery cable ; wherein the pipeline attachment assembly and the cable attachment assembly each comprise a respective one of two mating connector parts , wherein the pipeline attachment assembly comprises: - one of the two connector parts ; - a pipeline attachment that is configured to be attached to a pipe section of a subsea pipeline; and - a bendable connection that connects the pipeline attachment to the one of the two connector parts of the pipeline attachment assembly over a distance, - one of the two connector parts ; - a pipeline attachment that is configured to be attached to a pipe section of a subsea pipeline; and - a bendable connection that connects the pipeline attachment to the one of the two connector parts of the pipeline attachment assembly over a distance,
Cut-off mechanism of an optical module , comprising a cut-off bar , a motor which drives the cut-off bar between at least a first and a second position via a transmission shaft of the motor and via a drive means for the cut-off bar connected to the transmission shaft , a return means which tends to bring the cut-off bar back into its first position, characterised by the fact that the drive means comprises a device for decoupling the movement of the transmission shaft relative to that of the cut-off bar when the cut-off bar reaches the first position.
Process for treating an off-gas from a lean burn marine engine comprising: - optionally cooling said off-gas using water injection, followed by - treating said off-gas in a catalytic converter by which NO is oxidized using oxygen present in said off-gas to NO 2 , followed by - further cooling said off-gas using water injection, followed by - contacting said treated off-gas with ozone, thus producing oxidized NOx compounds at least in part in a non-catalyzed reaction, followed by - contacting the oxidized NOx compounds with water, by which at least part of said oxidized NOx compounds dissolves in said water. - optionally cooling said off-gas using water injection, followed by - treating said off-gas in a catalytic converter by which NO is oxidized using oxygen present in said off-gas to NO 2 , followed by - further cooling said off-gas using water injection, followed by - contacting said treated off-gas with ozone, thus producing oxidized NOx compounds at least in part in a non-catalyzed reaction, followed by - contacting the oxidized NOx compounds with water, by which at least part of said oxidized NOx compounds dissolves in said water.
A device for visualizing vascular structures, comprising: - a data provision unit ; - a data processing unit ; and - an output unit ; wherein the data provision unit is configured to provide a first sequence of non-contrast X-ray images of a region of interest of a patient for use as raw X-ray mask images; and to provide a second sequence of contrast X-ray images of the region of interest of a patient for use as raw X-ray live-images; wherein the data processing unit is configured to perform a first spatial subtraction for the first sequence of non-contrast X-ray images resulting in a first sequence of spatial-subtracted mask images; and to perform a second spatial subtraction for the second sequence of contrast X-ray images resulting in a second sequence of spatial-subtracted X-ray live-images; and to perform a temporal subtraction by subtracting the spatial-subtracted mask images from the spatial-subtracted X-ray live-images resulting in a sequence of spatial-temporal subtracted X-ray live-images. wherein the output unit is configured to output the sequence of spatial-temporal subtracted X-ray live-images. - a data provision unit ; - a data processing unit ; and - an output unit ;
Neutralization plant , comprising: - at least one reaction chamber having a measuring device for detecting an actual pH of a mixture in the reaction chamber , having a first feed for an acid-containing product and at least one further feed for a base-containing product, - wherein at least one of the feeds comprises at least one valve means for controlling the inflow amount into the reaction chamber , characterized in that - an ion controller apparatus comprises at least one evaluation device set up for determining at least one actual ion concentration based on an actual pH of the mixture present in the reaction chamber and - the ion controller apparatus comprises at least one ion controller device comprising at least one ion controller (110, 210.1, 210.2, 211) set up for controlling the valve means according to the actual ion concentration and a target ion concentration. - at least one reaction chamber having a measuring device for detecting an actual pH of a mixture in the reaction chamber , having a first feed for an acid-containing product and at least one further feed for a base-containing product, - wherein at least one of the feeds comprises at least one valve means for controlling the inflow amount into the reaction chamber , - an ion controller apparatus comprises at least one evaluation device set up for determining at least one actual ion concentration based on an actual pH of the mixture present in the reaction chamber and - the ion controller apparatus comprises at least one ion controller device comprising at least one ion controller (110, 210.1, 210.2, 211) set up for controlling the valve means according to the actual ion concentration and a target ion concentration.
A method for depositing a layer of carbon nanostructures on a substrate , the carbon nanostructures consisting of an array of randomly oriented graphene sheets upstanding on the substrate , the method including the steps: providing a processing chamber , the processing chamber having chamber walls, the processing chamber having a substrate location zone; providing the substrate at the substrate location zone in the processing chamber , internal surfaces of the chamber walls facing the substrate location zone; evacuating the processing chamber ; providing a processing gas in the processing chamber at a pressure in the range 1 to 1000 Pa, the processing gas comprising carbon monoxide gas; creating and sustaining gaseous plasma in the processing chamber for a period of at least 1 second, the gaseous plasma having a power density of at least 0.1 MW m -3 ; heating the substrate to a temperature of more than 500 °C; maintaining the internal surfaces of the chamber walls at a temperature below 300 °C; growing the layer of carbon nanostructures on the substrate . providing a processing chamber , the processing chamber having chamber walls, the processing chamber having a substrate location zone; providing the substrate at the substrate location zone in the processing chamber , internal surfaces of the chamber walls facing the substrate location zone; evacuating the processing chamber ; providing a processing gas in the processing chamber at a pressure in the range 1 to 1000 Pa, the processing gas comprising carbon monoxide gas; creating and sustaining gaseous plasma in the processing chamber for a period of at least 1 second, the gaseous plasma having a power density of at least 0.1 MW m -3 ; heating the substrate to a temperature of more than 500 °C; maintaining the internal surfaces of the chamber walls at a temperature below 300 °C; growing the layer of carbon nanostructures on the substrate .
A device for cleaning a platen of a processing platen press , the processing platen press comprising a lower and an upper platen of which at least one is movable towards the other and wherein at least one is arranged to allow tools to process a plate element fed between the lower and the upper platen , comprising: - a frame having a base defining a base plane substantially parallel to a surface on which the frame is positioned, - a lift member arranged to the frame such that a relative movement can be executed between the frame and the lift member in a direction substantially perpendicular to the base plane, - lifting means for moving the frame relative to the lift member , and - a rotating element arranged on the lift member and configured to rotate around an axis substantially parallel to the direction of relative movement between the frame and the lift member , characterised in that the lifting means are pneumatic lifting means configured to press the rotating element against the platen to be cleaned with a predetermined pressure. - a frame having a base defining a base plane substantially parallel to a surface on which the frame is positioned, - a lift member arranged to the frame such that a relative movement can be executed between the frame and the lift member in a direction substantially perpendicular to the base plane, - lifting means for moving the frame relative to the lift member , and - a rotating element arranged on the lift member and configured to rotate around an axis substantially parallel to the direction of relative movement between the frame and the lift member ,
A glass panel unit comprising: a first substrate including a first glass panel ; a second substrate including a second glass panel and arranged to face the first substrate ; and a frame-shaped sealing portion that is hermetically bonded to the first substrate and the second substrate so as to create an evacuated space between the first substrate and the second substrate , the first substrate having a principal part gently curving alongside of the second substrate , the first substrate having an extended part outwardly extending from one side of the principal part and arranged to stick out of an edge of the second substrate when viewed from a region where the second substrate is positioned with respect to the first substrate , the extended part including a mounting portion used to mount the glass panel unit onto a vehicle , the mounting portion comprising at least one mounting hole penetrating through the extended part , and the extended part being formed as a flat part . a first substrate including a first glass panel ; a second substrate including a second glass panel and arranged to face the first substrate ; and a frame-shaped sealing portion that is hermetically bonded to the first substrate and the second substrate so as to create an evacuated space between the first substrate and the second substrate , the first substrate having a principal part gently curving alongside of the second substrate , the first substrate having an extended part outwardly extending from one side of the principal part and arranged to stick out of an edge of the second substrate when viewed from a region where the second substrate is positioned with respect to the first substrate , the extended part including a mounting portion used to mount the glass panel unit onto a vehicle , the mounting portion comprising at least one mounting hole penetrating through the extended part , and the extended part being formed as a flat part .
An audio processor circuit , comprising a storage circuit configured to store digital audio data (DS) from an electrical device (D1); a digital-to-analog converter circuit configured to convert the digital audio data (DS) from the storage circuit into an analog audio signal (AS); and an amplifier circuit configured to provide an output audio signal (OUT) to an audio playing circuit according to the analog audio signal (AS), a detector circuit configured to detect whether a total data volume of the digital audio data (DS) stored in the storage circuit is multiple of a throughput and whether the total data volume of the digital audio data (DS) stored in the storage circuit is less than an upper limit value; wherein if the total data volume of the digital audio data (DS) stored in the storage circuit is detected to be not the multiple of the throughput or the total data volume of the digital audio data (DS) stored in the storage circuit is detected to be equal to or greater than the upper limit value, the amplifier circuit is configured to be turned off such that the amplifier circuit stops providing the output audio signal (OUT) to the audio playing circuit , wherein the throughput is a product of a channel number of the audio playing circuit and a transmission bit number of each channel, and wherein the upper limit value is equal to or greater than three times the throughput. a storage circuit configured to store digital audio data (DS) from an electrical device (D1); a digital-to-analog converter circuit configured to convert the digital audio data (DS) from the storage circuit into an analog audio signal (AS); and an amplifier circuit configured to provide an output audio signal (OUT) to an audio playing circuit according to the analog audio signal (AS), a detector circuit configured to detect whether a total data volume of the digital audio data (DS) stored in the storage circuit is multiple of a throughput and whether the total data volume of the digital audio data (DS) stored in the storage circuit is less than an upper limit value; wherein if the total data volume of the digital audio data (DS) stored in the storage circuit is detected to be not the multiple of the throughput or the total data volume of the digital audio data (DS) stored in the storage circuit is detected to be equal to or greater than the upper limit value, the amplifier circuit is configured to be turned off such that the amplifier circuit stops providing the output audio signal (OUT) to the audio playing circuit , wherein the throughput is a product of a channel number of the audio playing circuit and a transmission bit number of each channel, and wherein the upper limit value is equal to or greater than three times the throughput.
A tub for a washing machine having a front opening for loading and unloading items to be washed, the tub comprising: a cylindrical casing including an end face wall formed to include a bearing mount adapted to receive a shaft of a drum rotatable within the tub, a plurality of ribs integrally formed with said end face wall and extending radially outwardly from said bearing mount , wherein the ribs are connected to neighboring ribs by means of bridges having a wave form integrally formed with the bearing mount and characterized in that the end face wall comprises a planar surface in between the ribs and the bridges . a cylindrical casing including an end face wall formed to include a bearing mount adapted to receive a shaft of a drum rotatable within the tub, a plurality of ribs integrally formed with said end face wall and extending radially outwardly from said bearing mount , wherein the ribs are connected to neighboring ribs by means of bridges having a wave form integrally formed with the bearing mount and characterized in that the end face wall comprises a planar surface in between the ribs and the bridges .
A base station for a communication system in which machine type communication 'MTC' devices (3-2) communicate via said base station , the base station comprising: means for providing system information for use by the MTC devices (3-2); means for determining whether to notify said MTC devices (3-2) that there has been a system information update; means for notifying any idle mode MTC devices (3-2) about the system information update by sending a notification using a paging message; and means for providing, using dedicated signaling, a radio resource control 'RRC' connected mode MTC device (3-2) with system information, the system information provided using the dedicated signaling comprising a system information update representing part but not all of the system information for use by the MTC device (3-2). means for providing system information for use by the MTC devices (3-2); means for determining whether to notify said MTC devices (3-2) that there has been a system information update; means for notifying any idle mode MTC devices (3-2) about the system information update by sending a notification using a paging message; and means for providing, using dedicated signaling, a radio resource control 'RRC' connected mode MTC device (3-2) with system information, the system information provided using the dedicated signaling comprising a system information update representing part but not all of the system information for use by the MTC device (3-2).
Child seat underlay for a child seat in a motor vehicle for putting on children's legs and/or putting down children's feet, wherein the child seat underlay comprises a. at least one back part for at least partially spanning the back of a backrest of a child seat, b. at least one seat bottom part connected to the back part for arranging the child seat underlay underneath between the child seat and the vehicle seat surface, c. as well as at least one movably designed foot positioning part for putting on children's legs and/or putting down children's feet, which is pivotably hinged to the seat bottom part and is designed so as to be changeable in at least one inclined position relative thereto, characterised in that the child seat underlay is designed as at least partially multi-layer and/or at least partially upholstered textile area structure, wherein the foot positioning part is designed as flap element whose at least two flap areas are designed to be pivotably relative to one another about a common axis of rotation (R), wherein the foot positioning part comprises at least one supporting means , which connects the two flap areas to each other and at the same time keeps them spaced apart and wherein longitudinal side of the support means designed at least partially pivotable. a. at least one back part for at least partially spanning the back of a backrest of a child seat, b. at least one seat bottom part connected to the back part for arranging the child seat underlay underneath between the child seat and the vehicle seat surface, c. as well as at least one movably designed foot positioning part for putting on children's legs and/or putting down children's feet, which is pivotably hinged to the seat bottom part and is designed so as to be changeable in at least one inclined position relative thereto,
An anchor comprising: a fluke having a head , and a bill for penetrating the ground; and a shank pivotally connected to the fluke so as to be pivotable between an anchor deployment configuration and an anchor retrieval configuration, wherein the shank pivots away from the bill towards the head into the anchor retrieval configuration, characterised in that a fastener is provided at the head end of the fluke to engage with the shank to retain the shank in the anchor retrieval configuration. a fluke having a head , and a bill for penetrating the ground; and a shank pivotally connected to the fluke so as to be pivotable between an anchor deployment configuration and an anchor retrieval configuration, wherein the shank pivots away from the bill towards the head into the anchor retrieval configuration, characterised in that a fastener is provided at the head end of the fluke to engage with the shank to retain the shank in the anchor retrieval configuration.
An optical lens comprising a polyester resin comprising a unit (A) of the following formula : wherein R 1 is a hydrogen atom, CH 3 , or C 2 H 5 , R 2 and R 3 are each independently a hydrogen atom or CH 3 , and n is 1.