mhurhangee/patent-ind-claim-en huggingface dataset:
A method on a user equipment, UE , the method comprising: receiving, by the UE from a network, at least one set of Internet Protocol, IP, Multimedia Subsystem, IMS, service transport rules associated with at least one routing policy; communicating , by an upper protocol layer of the UE, information regarding the at least one routing policy to a lower protocol layer of the UE, wherein the upper protocol layer communicates the at least one routing policy to the lower protocol layer using Attention, AT, commands; transmitting, by the UE, data to an IMS network using an access technology or data connection, wherein the access technology or data connection used is according to the at least one routing policy; and wherein the at least one set of IMS service transport rules contains an indication regarding a "Data Off" mode for the UE, the indication indicating whether one or more IMS services are allowed or prohibited for one or more transports identified in the IMS service transport rules. receiving, by the UE from a network, at least one set of Internet Protocol, IP, Multimedia Subsystem, IMS, service transport rules associated with at least one routing policy; communicating , by an upper protocol layer of the UE, information regarding the at least one routing policy to a lower protocol layer of the UE, wherein the upper protocol layer communicates the at least one routing policy to the lower protocol layer using Attention, AT, commands; transmitting, by the UE, data to an IMS network using an access technology or data connection, wherein the access technology or data connection used is according to the at least one routing policy; and wherein the at least one set of IMS service transport rules contains an indication regarding a "Data Off" mode for the UE, the indication indicating whether one or more IMS services are allowed or prohibited for one or more transports identified in the IMS service transport rules.
A system for analysis of use of a sliding board comprising: - at least one piezoelectric element (11a-11b) intended to be secured to said sliding board and intended to generate electric energy during deformations of said sliding board ; and - an electronic processing circuit configured for estimating at least one parameter of use of said sliding board and intended to be connected to said sliding board ; said electronic processing circuit being powered by said electric energy generated by said at least one piezoelectric element (11a-11b), characterized in that the estimation of the at least one usage parameter of said sliding board done by said electronic processing circuit is determined depending on said electrical energy generated by said at least one piezoelectric element (11a-11b), said electronic processing circuit being configured to obtain at least one parameter related to the use of said sliding board using only the energy produced by said at least one piezoelectric element, that is to say without using a power source other than said at least one piezoelectric element (11a-11b). - at least one piezoelectric element (11a-11b) intended to be secured to said sliding board and intended to generate electric energy during deformations of said sliding board ; and - an electronic processing circuit configured for estimating at least one parameter of use of said sliding board and intended to be connected to said sliding board ;
A method comprising: activating a non-controlling mode of a control system, wherein the control system includes a handle manually moveable by a user in one or more physical degrees of freedom, and wherein the non-controlling mode disables control of a controlled device via manipulations of the handle; in the non-controlling mode, controlling one or more actuators to cause a first vibration to be provided on the handle; sensing the first vibration with one or more sensors; determining , using the one or more sensors, that a difference in the first vibration has occurred that indicates user touch on the handle, wherein the difference satisfies one or more predetermined thresholds; activating a controlling mode of the control system in response to determining the difference in the first vibration, wherein the controlling mode enables control of the controlled device via the manipulations of the handle; and characterized in controlling the one or more actuators to remove the first vibration and output a second vibration on the handle in response to activating the controlling mode, wherein the one or more actuators are controlled to output the second vibration with one or more different characteristics than the first vibration to signal the activation of the controlling mode to the user. activating a non-controlling mode of a control system, wherein the control system includes a handle manually moveable by a user in one or more physical degrees of freedom, and wherein the non-controlling mode disables control of a controlled device via manipulations of the handle; in the non-controlling mode, controlling one or more actuators to cause a first vibration to be provided on the handle; sensing the first vibration with one or more sensors; determining , using the one or more sensors, that a difference in the first vibration has occurred that indicates user touch on the handle, wherein the difference satisfies one or more predetermined thresholds; activating a controlling mode of the control system in response to determining the difference in the first vibration, wherein the controlling mode enables control of the controlled device via the manipulations of the handle; and characterized in controlling the one or more actuators to remove the first vibration and output a second vibration on the handle in response to activating the controlling mode, wherein the one or more actuators are controlled to output the second vibration with one or more different characteristics than the first vibration to signal the activation of the controlling mode to the user.
Device for lift-up opening of a door of a kitchen, bathroom, living area furniture item, or of any furniture item in general, comprising a container that can be attached to the frame of the furniture item, in particular to one of its sides , containing in its interior a mechanism that acts, by means of an arm , articulated to the container around a fulcrum pin , directly or indirectly on the door , wherein said arm carries an eccentric pin that is capable of engaging with a cam profile of a plate slidably housed in the container , under the action of at least one spring acting between said container and said plate in a direction opposite to said cam profile, said cam profile and the action of said at least one spring balancing the weight of the door in each position during opening and closure, characterised in that said eccentric pin is housed in an opening with curved profile that is formed in the container .
A payment terminal comprising: - a radio module comprising a first baseband part, a second radiofrequency part, a first power supply interface for said baseband part and a second power supply interface for said second radiofrequency part; - a regulated power supply connected to said first power supply interface; - a high power supply connected to said second power supply interface characterized in that the electronic device furthermore comprises a functional module fulfilling the functions of the payment terminal except for the communications function fulfilled by the radio module, said functional module being powered by said regulated power supply. - a radio module comprising a first baseband part, a second radiofrequency part, a first power supply interface for said baseband part and a second power supply interface for said second radiofrequency part; - a regulated power supply connected to said first power supply interface; - a high power supply connected to said second power supply interface characterized in that the electronic device furthermore comprises a functional module fulfilling the functions of the payment terminal except for the communications function fulfilled by the radio module, said functional module being powered by said regulated power supply.
A device configured for wireless communication and for execution of at least one client application , the device comprising means for: registering a client application with an integrated security function of the device; assigning, with the integrated security function, a unique token to the registered client application; sending, by the client application, a connection request to an external device to establish communication with the external device to access a service via the external device, wherein the connection request comprises the unique token; receiving, from the external device, a request for verification of the client application in response to the connection request, wherein the request comprises the unique token; processing, by the integrated security function the request for verification in response to the request for verification, wherein the integrated security function is integrated into one of a fixed platform of the device and an operating system of the device ; and sending a response to the request for verification to the external device. registering a client application with an integrated security function of the device; assigning, with the integrated security function, a unique token to the registered client application; sending, by the client application, a connection request to an external device to establish communication with the external device to access a service via the external device, wherein the connection request comprises the unique token; receiving, from the external device, a request for verification of the client application in response to the connection request, wherein the request comprises the unique token; processing, by the integrated security function the request for verification in response to the request for verification, wherein the integrated security function is integrated into one of a fixed platform of the device and an operating system of the device ; and sending a response to the request for verification to the external device.
Method for assisting roaming of a mobile terminal from a first community wireless local area network to a second community wireless local area network , the first and second wireless local area networks belonging to the same community and being managed by respectively first and second access points offering access to a wide area network via which a server governing said community is accessible, characterised in that the first access point implements the following steps: - making (602; 702) measurements on the quality of communication with said mobile terminal and/or of operational load on said first access point; - when the measurements indicate that the quality of communication with said mobile terminal is below a first threshold S2 and/or respectively that the operational load on said first access point is above a second threshold S2', triggering (606; 706) a selection procedure assisted by the server; - when the measurements indicate that the quality of communication with said mobile terminal is below a third threshold S3 that is below the first threshold S2 and/or respectively that the operational load on said first access point is above a fourth threshold S3' that is above the second threshold S2', triggering (610; 710) an autonomous selection procedure; - at the end of the selection procedure assisted by the server or of the autonomous selection procedure, transmitting (611; 711) to the mobile terminal a weighted list Ld of access points that are candidates for the roaming of said mobile terminal; in that , in the assisted selection procedure, the first access point constructs the weighted list Ld by performing a weighting taking into account instantaneous measurements of operational load on said candidate access points provided by the server following the triggering of the assisted selection procedure, and in that , in the autonomous selection procedure, the first access point constructs the weighted list Ld by performing a weighting taking into account long-term statistics of operational load on said candidate access points provided previously by the server. - making (602; 702) measurements on the quality of communication with said mobile terminal and/or of operational load on said first access point; - when the measurements indicate that the quality of communication with said mobile terminal is below a first threshold S2 and/or respectively that the operational load on said first access point is above a second threshold S2', triggering (606; 706) a selection procedure assisted by the server; - when the measurements indicate that the quality of communication with said mobile terminal is below a third threshold S3 that is below the first threshold S2 and/or respectively that the operational load on said first access point is above a fourth threshold S3' that is above the second threshold S2', triggering (610; 710) an autonomous selection procedure; - at the end of the selection procedure assisted by the server or of the autonomous selection procedure, transmitting (611; 711) to the mobile terminal a weighted list Ld of access points that are candidates for the roaming of said mobile terminal;
Valve (V), in particular for applying an emergency brake of a rail vehicle, comprising: a valve housing ; an actuation member which is suitable to be actuated by a user; an actuation rod , connecting the actuation member with a valve head , wherein the valve head is adapted to abut on a valve seat ; a guidance for guiding the actuation rod being provided within the valve housing , a first spring which is adapted to push the valve head against the valve seat ; wherein the actuation rod comprises a first groove and a second groove ; and furthermore a first following member is provided between the actuation rod and the guidance , characterized in that the first following member is adapted to stably rest in the first groove or the second groove . a valve housing ; an actuation member which is suitable to be actuated by a user; an actuation rod , connecting the actuation member with a valve head , wherein the valve head is adapted to abut on a valve seat ; a guidance for guiding the actuation rod being provided within the valve housing , a first spring which is adapted to push the valve head against the valve seat ; wherein the actuation rod comprises a first groove and a second groove ; and furthermore a first following member is provided between the actuation rod and the guidance , characterized in that the first following member is adapted to stably rest in the first groove or the second groove .
A milking system , comprising an automatic robotic milking device having a control unit and being configured to milk a dairy animal fully automatically to form a milking, wherein the milking device comprises: - an animal identification device which is operatively connected to the control unit for identifying the dairy animal and comprises an animal database with information about at least the composition of the milk from the dairy animal, and/or - a milk sensor device which is operatively connected to the control unit for collecting information about the composition of the milked milk, characterized in that the milking system further comprises a milk treatment device connected to the milking device for receiving and treating the milked milk of the milking, wherein the milk treatment device is connected to the control unit for receiving said information, and comprises a standardization device which is configured to standardize a fat content and/or a protein content of the milk of the milking, wherein the milk treatment device controls the standardization device in order to standardize the milk of the milking on the basis of the information associated with that milking. - an animal identification device which is operatively connected to the control unit for identifying the dairy animal and comprises an animal database with information about at least the composition of the milk from the dairy animal, and/or - a milk sensor device which is operatively connected to the control unit for collecting information about the composition of the milked milk,
A method for manufacturing a stator with a plurality of hairpin conductors arranged in slots of a stator core , comprising the steps of: a. providing a stator core template having a number of radially and axially extending slots corresponding to the number of slots of the stator core , said slots of the stator core template having a circumferential width (w) larger than the circumferential width of the slots of the stator core and a radial length (l) larger than the radial length of the slots of the stator core b. inserting at least one hairpin conductor having two legs into said slots of the stator core template , wherein each leg of one hairpin conductor is inserted into a different slot, such that said hairpin conductor is arranged at a first position (P1) within said slots , wherein in said first position (P1) the hairpin conductor is arranged differently than in the intended position in the stator core c. moving said hairpin conductor within said slots of said a stator core template from said first position (P1) to a second position (P2), wherein the hairpin conductor is radially moved within said slots of said stator core template by means of a pusher , such that it is arranged at a second position (P2) radially different from the first position (P1), d. Repeating step a.) and step b.) for at least one additional hairpin conductor such as to form a first layer of a partial nest or a nest of hairpin conductors e. removing the partial nest or the nest of hairpin conductors from the stator core template f. inserting the nest or the partial nest into the slots of the stator core . a. providing a stator core template having a number of radially and axially extending slots corresponding to the number of slots of the stator core , said slots of the stator core template having a circumferential width (w) larger than the circumferential width of the slots of the stator core and a radial length (l) larger than the radial length of the slots of the stator core b. inserting at least one hairpin conductor having two legs into said slots of the stator core template , wherein each leg of one hairpin conductor is inserted into a different slot, such that said hairpin conductor is arranged at a first position (P1) within said slots , wherein in said first position (P1) the hairpin conductor is arranged differently than in the intended position in the stator core c. moving said hairpin conductor within said slots of said a stator core template from said first position (P1) to a second position (P2), wherein the hairpin conductor is radially moved within said slots of said stator core template by means of a pusher , such that it is arranged at a second position (P2) radially different from the first position (P1), d. Repeating step a.) and step b.) for at least one additional hairpin conductor such as to form a first layer of a partial nest or a nest of hairpin conductors e. removing the partial nest or the nest of hairpin conductors from the stator core template f. inserting the nest or the partial nest into the slots of the stator core .
A method comprising: processing image data relating to an image with a microprocessor to separate the image data into at least two image data files of a plurality of image data files, each image data file relating to a predetermined portion of the image; processing the image data within each image data file with the microprocessor to generate processed image data; inserting image modification data into a header of each image data file data, the image modification data relating to an image processing effect that will be automatically applied by a display to that portion of the image data relating to the image represented by that image data file when displaying that predetermined portion of the image to a predetermined user; and transmitting to the display the image data files for display to the predetermined user , wherein the image processing effect is applied by the display, and wherein the inserted image modification data comprises data relating to at least one of a location of retinal damage of an eye of the predetermined user, a vision loss relating to degradation in a visual field of view of the predetermined user, and a vision issue external to a physical eyeball of the predetermined user. processing image data relating to an image with a microprocessor to separate the image data into at least two image data files of a plurality of image data files, each image data file relating to a predetermined portion of the image; processing the image data within each image data file with the microprocessor to generate processed image data; inserting image modification data into a header of each image data file data, the image modification data relating to an image processing effect that will be automatically applied by a display to that portion of the image data relating to the image represented by that image data file when displaying that predetermined portion of the image to a predetermined user; and transmitting to the display the image data files for display to the predetermined user , wherein the image processing effect is applied by the display, and wherein the inserted image modification data comprises data relating to at least one of a location of retinal damage of an eye of the predetermined user, a vision loss relating to degradation in a visual field of view of the predetermined user, and a vision issue external to a physical eyeball of the predetermined user.
A connector for an engine cooling system , the connector comprising: a first inlet ; a second inlet ; an outlet ; a chamber in fluidic communication with the first inlet, second inlet and the outlet; a thermostatic valve provided within the chamber, the thermostatic valve configured to selectively restrict flow from the first inlet to the outlet, wherein the thermostatic valve is arranged such that fluid from the second inlet passes through the chamber to the outlet and is in thermal communication with the thermostatic valve, such that the thermostatic valve opens or closes in response to a temperature of the fluid from the second inlet; and a pressure relief valve provided within the chamber and within a flow path from the first inlet to the outlet, the pressure relief valve opening in response to a pressure of fluid at the first inlet to bypass the thermostatic valve, wherein the thermostatic valve comprises a valve element for selectively restricting the flow through the thermostatic valve, wherein the valve element comprises a valve opening, and wherein the pressure relief valve is configured to selectively restrict flow through the valve opening. a first inlet ; a second inlet ; an outlet ; a chamber in fluidic communication with the first inlet, second inlet and the outlet; a thermostatic valve provided within the chamber, the thermostatic valve configured to selectively restrict flow from the first inlet to the outlet, wherein the thermostatic valve is arranged such that fluid from the second inlet passes through the chamber to the outlet and is in thermal communication with the thermostatic valve, such that the thermostatic valve opens or closes in response to a temperature of the fluid from the second inlet; and a pressure relief valve provided within the chamber and within a flow path from the first inlet to the outlet, the pressure relief valve opening in response to a pressure of fluid at the first inlet to bypass the thermostatic valve, wherein the thermostatic valve comprises a valve element for selectively restricting the flow through the thermostatic valve, wherein the valve element comprises a valve opening, and wherein the pressure relief valve is configured to selectively restrict flow through the valve opening.