mhurhangee/patent-ind-claim-en huggingface dataset:
Rotor of an electric machine , in particular synchronous reluctance motor, which has a number of permanent magnets of the same type, each of which is arranged in a respective associated pocket of the rotor , - wherein the rotor comprises a laminated core having the pockets and having a number of sheets stacked above the other in an axial direction , - wherein one of the end faces of the laminated core is partially covered with a first pressure plate , which is offset inwards in a radial direction with respect to the pockets , and which abuts the laminated core non-positively, so that the openings of the pockets extending through the laminated core are not covered with the first pressure plates , - wherein the further end face of the laminated core is covered with a further first pressure plate , - wherein the two first pressure plates are of the same type, characterized in - that fastening means protrude through the laminated core , by means of which the two first pressure plates are fastened to each other, so that the laminated core is clamped between the two first pressure plates , - that one of the end faces of the laminated core is partially covered by a second pressure plate , which at least partially covers the pockets , - that one of the first pressure plates is arranged in the axial direction between the second pressure plate and the laminated core , wherein the second pressure plate is fastened to this first pressure plate , so that, by means of the second pressure plate , a detachment of the permanent magnets from the pockets in the axial direction is prevented. - wherein the rotor comprises a laminated core having the pockets and having a number of sheets stacked above the other in an axial direction , - wherein one of the end faces of the laminated core is partially covered with a first pressure plate , which is offset inwards in a radial direction with respect to the pockets , and which abuts the laminated core non-positively, so that the openings of the pockets extending through the laminated core are not covered with the first pressure plates , - wherein the further end face of the laminated core is covered with a further first pressure plate , - wherein the two first pressure plates are of the same type, characterized in - that fastening means protrude through the laminated core , by means of which the two first pressure plates are fastened to each other, so that the laminated core is clamped between the two first pressure plates , - that one of the end faces of the laminated core is partially covered by a second pressure plate , which at least partially covers the pockets , - that one of the first pressure plates is arranged in the axial direction between the second pressure plate and the laminated core , wherein the second pressure plate is fastened to this first pressure plate , so that, by means of the second pressure plate , a detachment of the permanent magnets from the pockets in the axial direction is prevented.
A base station , comprising: a controller configured to perform a process of transmitting a Radio Resource Control, RRC, message including configuration information for a user terminal having a Single cell point to multipoint, SC-PTM, function specified in 3rd Generation Partnership Project, 3GPP, characterised in that the configuration information includes specific subframe information indicating a specific subframe capable of constituting a physical downlink shared channel, PDSCH, on which multicast data of the SC-PTM is transmitted, and after transmitting the RRC message, the controller is configured to transmit, at the specific subframe, Physical Downlink Control Channel, PDCCH, including resource allocation information of the PDSCH. a controller configured to perform a process of transmitting a Radio Resource Control, RRC, message including configuration information for a user terminal having a Single cell point to multipoint, SC-PTM, function specified in 3rd Generation Partnership Project, 3GPP, characterised in that the configuration information includes specific subframe information indicating a specific subframe capable of constituting a physical downlink shared channel, PDSCH, on which multicast data of the SC-PTM is transmitted, and after transmitting the RRC message, the controller is configured to transmit, at the specific subframe, Physical Downlink Control Channel, PDCCH, including resource allocation information of the PDSCH.
A lighting arrangement comprising: a lighting device having an adjustable luminous output; and a control arrangement communicatively coupled to the lighting device , wherein the control arrangement includes: a controller adapted to adjust the luminous output of the lighting device , and a communication module communicatively coupled to the controller , wherein the control arrangement is adapted to control the lighting device such that the lighting device produces a predefined luminous output; characterised in that the control arrangement further comprises a data storage device accessible by the controller and adapted to store calibration data for a light measurement device of a mobile communication device , the calibration data being a function of a distance between the mobile communication device and the lighting device , and wherein the control arrangement is further adapted to: receive a luminous output measurement from the mobile communication device at an unknown distance from the lighting device ; retrieve distance information regarding the distance between the mobile communication device and the lighting device from the calibration data based on the received luminous output measurement; and adjust the luminous output of the lighting device with the controller in accordance with the retrieved distance information. a lighting device having an adjustable luminous output; and a control arrangement communicatively coupled to the lighting device , wherein the control arrangement includes: a controller adapted to adjust the luminous output of the lighting device , and a communication module communicatively coupled to the controller , wherein the control arrangement is adapted to control the lighting device such that the lighting device produces a predefined luminous output; characterised in that the control arrangement further comprises a data storage device accessible by the controller and adapted to store calibration data for a light measurement device of a mobile communication device , the calibration data being a function of a distance between the mobile communication device and the lighting device , and wherein the control arrangement is further adapted to: receive a luminous output measurement from the mobile communication device at an unknown distance from the lighting device ; retrieve distance information regarding the distance between the mobile communication device and the lighting device from the calibration data based on the received luminous output measurement; and adjust the luminous output of the lighting device with the controller in accordance with the retrieved distance information. receive a luminous output measurement from the mobile communication device at an unknown distance from the lighting device ; retrieve distance information regarding the distance between the mobile communication device and the lighting device from the calibration data based on the received luminous output measurement; and adjust the luminous output of the lighting device with the controller in accordance with the retrieved distance information.
Method for assisting a user of a motor vehicle when driving the motor vehicle , comprising the steps carried out by a navigation device : - providing a travel route describing a journey from a starting point to a destination (S1); - determining a driving route (S2) actually driven by the motor vehicle , characterized by the steps carried out by the navigation device : - comparing the determined actual driving route to the provided travel route (S3); - if the comparison (S3) shows that the actual driving route driven by the motor vehicle meets a deviation criterion: establishing that the motor vehicle has departed from the provided travel route (S4); - prespecifying a category as a function of a traffic sign detected by a sensor device of the motor vehicle ; - as a function of the determined departure from the provided travel route: determining at least one punctiform geo-object of the predefined category of geo-objects (S6); - predefining the determined geo-object as a geo-object having a user-specific interest (S7); and - as a function of the predefined geo-object: changing the determined travel route to an alternative route to the destination, with the predefined geo-object serving as an intermediate destination (S8). - providing a travel route describing a journey from a starting point to a destination (S1); - determining a driving route (S2) actually driven by the motor vehicle , - comparing the determined actual driving route to the provided travel route (S3); - if the comparison (S3) shows that the actual driving route driven by the motor vehicle meets a deviation criterion: establishing that the motor vehicle has departed from the provided travel route (S4); - prespecifying a category as a function of a traffic sign detected by a sensor device of the motor vehicle ; - as a function of the determined departure from the provided travel route: determining at least one punctiform geo-object of the predefined category of geo-objects (S6); - predefining the determined geo-object as a geo-object having a user-specific interest (S7); and - as a function of the predefined geo-object: changing the determined travel route to an alternative route to the destination, with the predefined geo-object serving as an intermediate destination (S8).
A ship including an engine, the ship comprising: a first self-heat exchanger for performing heat exchange with respect to boil-off gas (BOG) discharged from a storage tank ; a multistage compressor for compressing the BOG discharged from the storage tank and having passed through the first self-heat exchanger in multiple stages; a first decompressor for expanding some of the BOG having passed through the first self-heat exchanger after compression by the multistage compressor ; a second decompressor for expanding the other BOG having passed through the first self-heat exchanger after compression by the multistage compressor ; characterized by a second self-heat exchanger for cooling some of the BOG compressed by the multistage compressor through heat exchange using the fluid expanded by the first decompressor as a refrigerant, and characterized in that it further comprises a line sending the BOG having passed through the first decompressor and the second self-heat exchanger to at least one of a generator and a low-pressure engine, wherein the first self-heat exchanger is configured to cool the other BOG compressed by the multistage compressor using the BOG discharged from the storage tank as a refrigerant. a first self-heat exchanger for performing heat exchange with respect to boil-off gas (BOG) discharged from a storage tank ; a multistage compressor for compressing the BOG discharged from the storage tank and having passed through the first self-heat exchanger in multiple stages; a first decompressor for expanding some of the BOG having passed through the first self-heat exchanger after compression by the multistage compressor ; a second decompressor for expanding the other BOG having passed through the first self-heat exchanger after compression by the multistage compressor ; characterized by a second self-heat exchanger for cooling some of the BOG compressed by the multistage compressor through heat exchange using the fluid expanded by the first decompressor as a refrigerant, and characterized in that it further comprises a line sending the BOG having passed through the first decompressor and the second self-heat exchanger to at least one of a generator and a low-pressure engine, wherein the first self-heat exchanger is configured to cool the other BOG compressed by the multistage compressor using the BOG discharged from the storage tank as a refrigerant.
Process for treating straightened keratin fibres which have been straightened beforehand by applying a composition comprising an alkaline hydroxyde, in which a composition comprising at least one carboxylic acid in its acid or salified form, at a concentration of greater than or equal to 2%, and at least one non-cellulosic polymer which is a non-ionic, anionic, and amphoteric or zwitterionic polymer chosen from homopolymers and copolymers containing at least one ethylenically unsaturated monomer, polysaccharides which are optionally modified, and polyurethanes, the pH ranging from 3 to 8, is applied to the straightened keratin fibres, the at least one carboxylic acid in its acid or salified form chosen from citric acid, sodium citrate, maleic acid, sodium maleate, succinic acid, sodium succinate, aspartic acid, sodium aspartate, glutamic acid, sodium glutamate, lactic acid, sodium lactate, malic acid, sodium malate, tartaric acid and sodium tartrate.
A pressure switch arrangement comprising: a pressure switch body defining a chamber , the pressure switch body also having a fitting end defining a conduit leading to the chamber; a switching component disposed within the chamber of the pressure switch body, the switching component including a trigger ; an actuation unit disposed within the chamber and being movable relative to the switching component, the actuation unit extending along a length between a first end and a second end , the first end facing the fitting end and the second end facing the trigger, the actuation unit including a limiter disposed at an intermediate position between the first end and the second end, the actuation unit also defining a spring stop region disposed between the limiter and the second end; an insert disposed within the chamber of the pressure switch body, the insert defining an aperture through which the actuation unit extends so that at least a portion of the insert is disposed between the limiter and the spring stop region of the actuation unit, the insert cooperating with the pressure switch body to define a pocket into which the limiter radially extends, the limiter being movable within the pocket as the actuation unit moves within the chamber; and a spring arrangement engaging the spring stop region of the actuation unit, the spring arrangement biasing the actuation unit away from the trigger of the switching component. a pressure switch body defining a chamber , the pressure switch body also having a fitting end defining a conduit leading to the chamber; a switching component disposed within the chamber of the pressure switch body, the switching component including a trigger ; an actuation unit disposed within the chamber and being movable relative to the switching component, the actuation unit extending along a length between a first end and a second end , the first end facing the fitting end and the second end facing the trigger, the actuation unit including a limiter disposed at an intermediate position between the first end and the second end, the actuation unit also defining a spring stop region disposed between the limiter and the second end; an insert disposed within the chamber of the pressure switch body, the insert defining an aperture through which the actuation unit extends so that at least a portion of the insert is disposed between the limiter and the spring stop region of the actuation unit, the insert cooperating with the pressure switch body to define a pocket into which the limiter radially extends, the limiter being movable within the pocket as the actuation unit moves within the chamber; and a spring arrangement engaging the spring stop region of the actuation unit, the spring arrangement biasing the actuation unit away from the trigger of the switching component.
A prosthetic valve sizer comprising: a sizer body comprising an annular base and a post extending from the annular base; and a resilient tip extending from the post of the sizer body, characterized in that the resilient tip comprises a material different from and more flexible than a material of the sizer body . a sizer body comprising an annular base and a post extending from the annular base; and a resilient tip extending from the post of the sizer body, characterized in that the resilient tip comprises a material different from and more flexible than a material of the sizer body .
Computer-implemented method for determining a level of wear of a tool , wherein an image data set is provided that maps a wear-relevant region of the tool , wherein by means of a computing unit and using an artificial neural network a class of a predetermined quantity of classes is allocated to each image point of a plurality of image points of the image data set , wherein the quantity of classes includes at least one wear class; and based on a result of the allocation at least one characteristic value is determined for the level of wear, characterised in that by means of the computing unit a further proportion of image points, which have been allocated to the at least one wear class, is determined for a column or a row of image points of the plurality of image points; a wear mark width of the column or row is determined based on the further proportion; and a further characteristic value is determined based on the wear mark width. wherein by means of a computing unit and using an artificial neural network a class of a predetermined quantity of classes is allocated to each image point of a plurality of image points of the image data set , wherein the quantity of classes includes at least one wear class; and based on a result of the allocation at least one characteristic value is determined for the level of wear, characterised in that by means of the computing unit a further proportion of image points, which have been allocated to the at least one wear class, is determined for a column or a row of image points of the plurality of image points; a wear mark width of the column or row is determined based on the further proportion; and a further characteristic value is determined based on the wear mark width.
Locking device for locking two components, in particular two panels of a cooling chamber, having a locking housing which can be encapsulated, in particular can be encapsulated in foam, and in which a locking element is arranged, and having a venting channel which is guided through the locking housing for conducting away gaseous media, characterized by a valve which is connected to the venting channel and is configured in such a manner that it allows gaseous media to pass through and does not allow casting material to pass through.
A microgrid with a high voltage direct current HVDC source for efficiently and safely distributing power to decentralized loads, comprising : - at least a main HVDC power supply connectable in input to an AC grid and in output to a main DC distribution network and loads system in output, having energy reserve means, and comprising a main switch-based fault isolator or main FI ; - the main DC distribution network and loads system comprising a maintrunk bus , and subtrunks buses and/or front end local loads cells connected in parallel to the maintrunk bus , and comprising, at each branching of a subtrunk bus and a load or of a subtrunk bus of rank n-1 and a subtrunk bus of rank n, a local switch-based fault isolator or local FI , n being an integer comprised in the range [1, N] ; - a smart main controller comprising microcontrollers , capable to smartly operate in cascade neighbouring local FIs in case of fault occurrence in the microgrid, so as to segregate the fault and favour or increase the resilience of the microgrid, characterized in that said smart operation in cascade of the neighbouring local FIs comprises assignation of increasing switch opening times to local FIs in the main DC distribution network and loads system , said opening times at respective local FIs having a common time origin set as the fault occurrence time and increasing with increasing electrical or cable length distance of said local FIs departing from a faulty subtrunk bus location in the direction towards main FI location, so as to successively disconnect in the direction towards main FI location the faulty subtrunk bus or buses from the network until arriving at a first non-faulty subtrunk bus, while at least one possible faulty local load has already been isolated within the timing corresponding to the local FI opening time of the last disconnected faulty subtrunk bus. - at least a main HVDC power supply connectable in input to an AC grid and in output to a main DC distribution network and loads system in output, having energy reserve means, and comprising a main switch-based fault isolator or main FI ; - the main DC distribution network and loads system comprising a maintrunk bus , and subtrunks buses and/or front end local loads cells connected in parallel to the maintrunk bus , and comprising, at each branching of a subtrunk bus and a load or of a subtrunk bus of rank n-1 and a subtrunk bus of rank n, a local switch-based fault isolator or local FI , n being an integer comprised in the range [1, N] ; - a smart main controller comprising microcontrollers , capable to smartly operate in cascade neighbouring local FIs in case of fault occurrence in the microgrid, so as to segregate the fault and favour or increase the resilience of the microgrid,
A grinding disc for use in a grinding mill comprising: (a) a shaft attachment feature characterised by (b) multiple detectors molded into a cavity in the grinding disc , into different radial or circumferential portions of the grinding disc and which are further configured to communicate with a sensor provided to the grinding mill ; wherein in use, the grinding disc is configured to wear away ultimately affecting a function of the least one of the multiple detectors ; and, wherein, by virtue of communication with said sensor , the detectors are configured to aid in determining an operational status of the grinding disc . (a) a shaft attachment feature characterised by (b) multiple detectors molded into a cavity in the grinding disc , into different radial or circumferential portions of the grinding disc and which are further configured to communicate with a sensor provided to the grinding mill ; wherein in use, the grinding disc is configured to wear away ultimately affecting a function of the least one of the multiple detectors ; and, wherein, by virtue of communication with said sensor , the detectors are configured to aid in determining an operational status of the grinding disc .