mhurhangee/patent-ind-claim-en huggingface dataset:
A user-launched method enabling migration of a subscription from a source device to a destination device , characterized by the method being performed in a migration entity and comprising: - receiving , from the source device , a confirmation of a first profile associated with the subscription having been deleted in the source device , the first profile being identified with a unique Integrated Circuit Card ID, ICCID, - receiving , from the source device , an identification, EID, of an embedded universal integrated circuit card, eUICC, of the destination device , for authentication and authorization of the migration, - securing a second profile associated with the subscription to be provisioned onto the eUICC of the destination device , by sending a request to a Subscription Manager Data Preparation, SM-DP+, entity for updating the first profile and receive in response confirmation of the second profile having been created, wherein at least one piece of subscription information is the same for the first and second profiles, and - providing , to the source device , an activation code for use in migration of the subscription to the destination device by downloading of the second profile to the destination device . - receiving , from the source device , a confirmation of a first profile associated with the subscription having been deleted in the source device , the first profile being identified with a unique Integrated Circuit Card ID, ICCID, - receiving , from the source device , an identification, EID, of an embedded universal integrated circuit card, eUICC, of the destination device , for authentication and authorization of the migration, - securing a second profile associated with the subscription to be provisioned onto the eUICC of the destination device , by sending a request to a Subscription Manager Data Preparation, SM-DP+, entity for updating the first profile and receive in response confirmation of the second profile having been created, wherein at least one piece of subscription information is the same for the first and second profiles, and - providing , to the source device , an activation code for use in migration of the subscription to the destination device by downloading of the second profile to the destination device .
A slurry comprising at least a carbon black, a dispersion medium and a nonionic dispersant, wherein a concentration of the carbon black in the slurry is 5% by mass or more and 25% by mass or less, wherein a content of the nonionic dispersant in the slurry is 5 parts by mass or more and 20 parts by mass or less with respect to 100 parts by mass of the carbon black, and wherein in a volume-based frequency distribution of particle size of the carbon black measured by a laser diffraction / scattering method, provided that a volume concentration of carbon black with a particle size of 0.6 μm or more is x (%), a volume concentration of carbon black with a particle size of 0.3 μm or more and less than 0.6 μm is y (%), and a volume concentration of carbon black having a particle size of less than 0.3 μm is 100 - (x + y) (%), the slurry satisfies 10 ≤ x ≤ 70, 30 ≤ y ≤ 90, and 0 ≤ 100 - (x + y) ≤ 30. wherein a concentration of the carbon black in the slurry is 5% by mass or more and 25% by mass or less, wherein a content of the nonionic dispersant in the slurry is 5 parts by mass or more and 20 parts by mass or less with respect to 100 parts by mass of the carbon black, and wherein in a volume-based frequency distribution of particle size of the carbon black measured by a laser diffraction / scattering method, provided that a volume concentration of carbon black with a particle size of 0.6 μm or more is x (%), a volume concentration of carbon black with a particle size of 0.3 μm or more and less than 0.6 μm is y (%), and a volume concentration of carbon black having a particle size of less than 0.3 μm is 100 - (x + y) (%), the slurry satisfies 10 ≤ x ≤ 70, 30 ≤ y ≤ 90, and 0 ≤ 100 - (x + y) ≤ 30.
A monitoring device with a safety sensor for safeguarding a hazardous area on an installation , wherein the safety sensor is designed for object detection within a protective field, wherein the safety sensor carries out protective field monitoring in a monitoring mode in such a way that it triggers a safety function for the installation when an object is detected in at least one area of the protective field, and wherein the safety sensor can be transferred to a muting mode by means of muting signals, that it triggers a safety function for the system when an object is detected in at least one area of the protective field, and wherein the safety sensor can be switched to a muting mode by means of muting signals, and wherein a protective field interruption detection is carried out in at least one area of the protective field, wherein the safety sensor is designed to perform a protective field monitoring detection in which it is checked whether the protective field is object-free, wherein the protective field monitoring and protective field interruption detection are operated with different detection configurations, characterised in that the protective field monitoring is performed with a reduced resolution compared to the protective field interruption detection. wherein the safety sensor is designed to perform a protective field monitoring detection in which it is checked whether the protective field is object-free, wherein the protective field monitoring and protective field interruption detection are operated with different detection configurations, characterised in that the protective field monitoring is performed with a reduced resolution compared to the protective field interruption detection.
A method for determining average total transmission power for an antenna array configured for beamformed transmission within an angular coverage region, the method being performed by a control device , the method comprising: determining (S102) bin-wise values of beamforming gain for a set of non-overlapping bins collectively covering the angular coverage region of the antenna array , wherein each bin-wise value corresponds to an angle interval; obtaining (S104) values of total transmission power of the beamformed transmission; determining (S106) bin-wise values of average transmission power over a time period T, by multiplication of the bin-wise values of beamforming gain and the values of total transmission power, divided by a maximum beamforming gain; combining (S108) the bin-wise values of average transmission power into one value of average total transmission power for the antenna array , and performing (S110) cell-wide control of average output power of the antenna array based on said one value of the average total transmission power. determining (S102) bin-wise values of beamforming gain for a set of non-overlapping bins collectively covering the angular coverage region of the antenna array , wherein each bin-wise value corresponds to an angle interval; obtaining (S104) values of total transmission power of the beamformed transmission; determining (S106) bin-wise values of average transmission power over a time period T, by multiplication of the bin-wise values of beamforming gain and the values of total transmission power, divided by a maximum beamforming gain; combining (S108) the bin-wise values of average transmission power into one value of average total transmission power for the antenna array , and performing (S110) cell-wide control of average output power of the antenna array based on said one value of the average total transmission power.
A method comprising: receiving, over a channel, a signal modulated according to zero-tail discrete Fourier transform spread orthogonal frequency division multiplexing, ZT DFT-s-OFDM; down-sampling the signal into a first sequence comprising N samples, the down-sampling comprising: converting the received signal into frequency domain, thereby obtaining a converted signal; performing subcarrier de-mapping on the converted signal, thereby obtaining a de-mapped signal comprising N samples, with N corresponding to the number of used subcarriers; and converting the de-mapped signal into time domain, thereby obtaining the first sequence comprising N samples; and removing first Nh samples and last Nt samples from the first sequence, thereby obtaining a second sequence having a length of N-Nh-Nt, correlating the second sequence with a reference sequence which has a length N-Nh-Nt; and estimating a frequency response of the channel based on a result of the correlation. receiving, over a channel, a signal modulated according to zero-tail discrete Fourier transform spread orthogonal frequency division multiplexing, ZT DFT-s-OFDM; down-sampling the signal into a first sequence comprising N samples, the down-sampling comprising: converting the received signal into frequency domain, thereby obtaining a converted signal; performing subcarrier de-mapping on the converted signal, thereby obtaining a de-mapped signal comprising N samples, with N corresponding to the number of used subcarriers; and converting the de-mapped signal into time domain, thereby obtaining the first sequence comprising N samples; and converting the received signal into frequency domain, thereby obtaining a converted signal; performing subcarrier de-mapping on the converted signal, thereby obtaining a de-mapped signal comprising N samples, with N corresponding to the number of used subcarriers; and converting the de-mapped signal into time domain, thereby obtaining the first sequence comprising N samples; and removing first Nh samples and last Nt samples from the first sequence, thereby obtaining a second sequence having a length of N-Nh-Nt, correlating the second sequence with a reference sequence which has a length N-Nh-Nt; and estimating a frequency response of the channel based on a result of the correlation.
A device comprising: a packaged assembly disposed on a substrate ; a metal channel layer disposed directly on top of the packaged assembly , wherein the metal channel layer has a plurality of channels formed into its surface for conducting fluid through the channels ; wherein the packaged assembly comprises a plurality of silicon channels in addition to the plurality of the channels in the metal channel layer ; and a top seal disposed on the metal channel layer, wherein the top seal has at least one inlet positioned to introduce a cooling liquid into the channels and at least one outlet positioned to allow outflow of the cooling liquid out of the channels . a packaged assembly disposed on a substrate ; a metal channel layer disposed directly on top of the packaged assembly , wherein the metal channel layer has a plurality of channels formed into its surface for conducting fluid through the channels ; wherein the packaged assembly comprises a plurality of silicon channels in addition to the plurality of the channels in the metal channel layer ; and a top seal disposed on the metal channel layer, wherein the top seal has at least one inlet positioned to introduce a cooling liquid into the channels and at least one outlet positioned to allow outflow of the cooling liquid out of the channels .
Charging station for an electric vehicle , comprising: - a charging plug for charging the electric vehicle ; - a media plug that is connectable to the electric vehicle for removing heat from a vehicle-side temperature control circuit of the electric vehicle using a cooling medium that can be supplied and removed by means of the media plug ; wherein heat can also be supplied to the electric vehicle by means of the media plug using a heating medium that can be supplied and removed by means of the media plug , the charging station has a control unit which is coupled to different vehicle-side sensors and sensors external to the vehicle, and the control unit is designed to remove heat from the temperature control circuit or supply heat to the temperature control circuit depending on corresponding sensor data with respect to an outside temperature and a temperature of at least one component of the electric vehicle which is thermally coupled to the temperature control circuit , characterised in that the charging station has at least one interface for connecting the charging station to a heat supplier and at least one interface for connecting the charging station to a cold supplier , wherein waste heat is additionally also used initially during the charging process to the extent necessary and required for heating an interior of the electric vehicle , wherein excess waste heat is only removed from the battery via the charging station to the corresponding heat or cold supplier when the vehicle interior has been sufficiently temperature-controlled. - a charging plug for charging the electric vehicle ; - a media plug that is connectable to the electric vehicle for removing heat from a vehicle-side temperature control circuit of the electric vehicle using a cooling medium that can be supplied and removed by means of the media plug ;
A method of securing communications in a playback device using a key base and at least one key contribution from a rights management server, the method comprising: generating the key base using a decryption key and at least one key contribution using the rights management server, where the decryption key can be recovered using the key base and the at least one key contribution, the decryption key is necessary to access a piece of content; sending the key base and the at least one key contribution to a playback device using the rights management server; receiving the key base at a client application in the playback device; receiving the at least one key contribution at the client application in the playback device; sending the key base to a decryption module in the playback device; sending the key contribution to a control module in the playback device; performing a control feature on aspects of playback of the piece of content to enforce control, authentication and/or tracking mechanisms on the content using the control module in the playback device; providing the key contribution from the control module to the decryption module when the control feature is performed by the control module; generating the decryption key using the key base and the at least one key contribution using the decryption module in the playback device; and accessing at least a portion of the piece of content using at least the generated decryption key using the playback device. generating the key base using a decryption key and at least one key contribution using the rights management server, where the decryption key can be recovered using the key base and the at least one key contribution, the decryption key is necessary to access a piece of content; sending the key base and the at least one key contribution to a playback device using the rights management server; receiving the key base at a client application in the playback device; receiving the at least one key contribution at the client application in the playback device; sending the key base to a decryption module in the playback device; sending the key contribution to a control module in the playback device; performing a control feature on aspects of playback of the piece of content to enforce control, authentication and/or tracking mechanisms on the content using the control module in the playback device; providing the key contribution from the control module to the decryption module when the control feature is performed by the control module; generating the decryption key using the key base and the at least one key contribution using the decryption module in the playback device; and accessing at least a portion of the piece of content using at least the generated decryption key using the playback device.
Drawing machine comprising a drawing part with one or more drawing carriages which each comprise one or more clamping jaw closing cylinders for opening and closing corresponding clamping jaws and are arranged to grip a workpiece by closing the clamping jaws and to draw it through a reshaping tool; and a device for controlling the drawing machine, characterised by a hydraulic block which is hydraulically connected with the clamping jaw closing cylinders and is arranged to actuate the clamping jaw drawing cylinders by changing the hydraulic pressure applied thereto; and a machine control which is arranged to determine one or more target values of the pressing pressure (P soll ) for the drawing jaws and deliver this pressure or these pressures to the hydraulic block , wherein the hydraulic block is arranged to correspondingly actuate the clamping jaw drawing cylinders on the basis of the target values, which are determined by the machine control , of the pressing pressure (P soll ). a drawing part with one or more drawing carriages which each comprise one or more clamping jaw closing cylinders for opening and closing corresponding clamping jaws and are arranged to grip a workpiece by closing the clamping jaws and to draw it through a reshaping tool; and a device for controlling the drawing machine, characterised by a hydraulic block which is hydraulically connected with the clamping jaw closing cylinders and is arranged to actuate the clamping jaw drawing cylinders by changing the hydraulic pressure applied thereto; and a machine control which is arranged to determine one or more target values of the pressing pressure (P soll ) for the drawing jaws and deliver this pressure or these pressures to the hydraulic block , wherein the hydraulic block is arranged to correspondingly actuate the clamping jaw drawing cylinders on the basis of the target values, which are determined by the machine control , of the pressing pressure (P soll ).
A power semiconductor package comprising: a leadframe having first and second partially etched segments and at least one non-etched segment , whereby the partially etched segments have a fraction of the full thickness of the at least one non-etched segment ; a first semiconductor die having a first power transistor and a driver integrated circuit (IC) monolithically formed thereon; and a second semiconductor die having a second power transistor; wherein said first semiconductor die is configured for attachment to said first partially etched segment and said second semiconductor die is configured for attachment to said second partially etched segment that is a different segment than said first partially etched segment ; wherein said first and second partially etched segments and said at least one non-etched segment enable said first semiconductor die to be coupled to said second semiconductor die by a legless conductive clip , wherein a power electrode of said first power transistor is coupled to a power electrode of said second power transistor by said legless conductive clip . a leadframe having first and second partially etched segments and at least one non-etched segment , whereby the partially etched segments have a fraction of the full thickness of the at least one non-etched segment ; a first semiconductor die having a first power transistor and a driver integrated circuit (IC) monolithically formed thereon; and a second semiconductor die having a second power transistor; wherein said first semiconductor die is configured for attachment to said first partially etched segment and said second semiconductor die is configured for attachment to said second partially etched segment that is a different segment than said first partially etched segment ; wherein said first and second partially etched segments and said at least one non-etched segment enable said first semiconductor die to be coupled to said second semiconductor die by a legless conductive clip , wherein a power electrode of said first power transistor is coupled to a power electrode of said second power transistor by said legless conductive clip .
Pressure-balanced valve , preferably a 2/2-way valve for a gaseous working medium (compressed air), comprising a valve housing with an inlet-channel-side valve chamber with at least one inlet channel communicating with this valve chamber and with an outlet-channel-side outlet chamber with at least one outlet channel , as well as an electromagnetic actuator with an armature , a winding , a coil body , a pole , a yoke and an actuator housing , as well as a valve tappet projecting into this actuator housing , which has a drive-side valve pin and an outlet-channel-side valve tappet head , as well as a spring-elastic return element interacting with this valve tappet , wherein at least one valve seat is provided between the inlet channel and the outlet channel , the valve tappet head being provided with a valve tappet head coating , the valve having at least one non-dragging sealing element for sealing the pressurized valve chamber , characterized in that the spring-elastic return element and the valve tappet head coating are materially connected to one another, i.e. form an elastic molded part which rests sealingly on a base of the outlet chamber , wherein in the deactivated state the elastic molded part presses the tappet head of the valve tappet against the valve seat and the armature is separated from the pole by a predetermined stroke in order to close the passage opening of the valve between the contact surfaces of the valve seat and the tappet head and wherein in the activated state the armature pushes the valve tappet in the direction of the outlet channel , which leads to a compression of the elastic molded part . wherein at least one valve seat is provided between the inlet channel and the outlet channel , the valve tappet head being provided with a valve tappet head coating , the valve having at least one non-dragging sealing element for sealing the pressurized valve chamber , characterized in that the spring-elastic return element and the valve tappet head coating are materially connected to one another, i.e. form an elastic molded part which rests sealingly on a base of the outlet chamber , wherein in the deactivated state the elastic molded part presses the tappet head of the valve tappet against the valve seat and the armature is separated from the pole by a predetermined stroke in order to close the passage opening of the valve between the contact surfaces of the valve seat and the tappet head and wherein in the activated state the armature pushes the valve tappet in the direction of the outlet channel , which leads to a compression of the elastic molded part .