mhurhangee/patent-ind-claim-en huggingface dataset:
A controller for controlling a control target , the controller comprising: an obtaining unit that is configured to obtain, from an external device including a communication device that is configured to communicate with the controller , software to be used by the controller , by downloading the software from the communication device communicatively connected to the controller ; and a processor that is configured to execute the software , wherein the software includes a generation module that is configured to generate an execution right for the software from first unique information for uniquely identifying the controller or the external device , and a check module that is configured to generate second unique information from the execution right at a predetermined timing after the generation of the execution right , and that is configured to prohibit use of the software when the second unique information does not coincide with the first unique information, wherein the processor is further configured to delete the execution right when transferring the obtained software from the controller to the external device to delete the generation module and the check module when transferring the obtained software from the controller to the external device . an obtaining unit that is configured to obtain, from an external device including a communication device that is configured to communicate with the controller , software to be used by the controller , by downloading the software from the communication device communicatively connected to the controller ; and a processor that is configured to execute the software , wherein the software includes a generation module that is configured to generate an execution right for the software from first unique information for uniquely identifying the controller or the external device , and a check module that is configured to generate second unique information from the execution right at a predetermined timing after the generation of the execution right , and that is configured to prohibit use of the software when the second unique information does not coincide with the first unique information, a generation module that is configured to generate an execution right for the software from first unique information for uniquely identifying the controller or the external device , and a check module that is configured to generate second unique information from the execution right at a predetermined timing after the generation of the execution right , and that is configured to prohibit use of the software when the second unique information does not coincide with the first unique information, wherein the processor is further configured to delete the execution right when transferring the obtained software from the controller to the external device to delete the generation module and the check module when transferring the obtained software from the controller to the external device .
A method for providing live adaptive bitrate (ABR) video to a client device using a multicast-to-unicast-ABR proxy , where the client device is operating on premises of a network managed by a telecom operator, comprising: responsive to the client device tuning to a channel or requesting a change in profile for the channel , the multicast-to-unicast-ABR proxy , requesting from a distribution server a burst of video fragments for the channel using a selected profile, the burst of video fragments to be delivered via unicast; receiving, via unicast, the burst of video fragments at the multicast-to-unicast-ABR proxy from the distribution server at a first rate, wherein the first rate is a configurable percentage of a bitrate for receiving real-time multicast; providing , from the multicast-to-unicast-ABR proxy , video for the channel from the burst of video fragments to the client device via unicast using the selected profile; responsive to the burst of video fragments being completed , the multicast-to-unicast-ABR proxy requesting , to a Multicast Replication point , to join a multicast stream for the channel, the multicast stream using the selected profile; receiving , via multicast, the multicast stream containing video fragments at the multicast-to-unicast-ABR proxy for the channel; and providing, from the multicast-to-unicast-ABR proxy , video for the channel from the multicast stream containing video fragments to the client device via unicast using the selected profile. responsive to the client device tuning to a channel or requesting a change in profile for the channel , the multicast-to-unicast-ABR proxy , requesting from a distribution server a burst of video fragments for the channel using a selected profile, the burst of video fragments to be delivered via unicast; receiving, via unicast, the burst of video fragments at the multicast-to-unicast-ABR proxy from the distribution server at a first rate, wherein the first rate is a configurable percentage of a bitrate for receiving real-time multicast; providing , from the multicast-to-unicast-ABR proxy , video for the channel from the burst of video fragments to the client device via unicast using the selected profile; responsive to the burst of video fragments being completed , the multicast-to-unicast-ABR proxy requesting , to a Multicast Replication point , to join a multicast stream for the channel, the multicast stream using the selected profile; receiving , via multicast, the multicast stream containing video fragments at the multicast-to-unicast-ABR proxy for the channel; and providing, from the multicast-to-unicast-ABR proxy , video for the channel from the multicast stream containing video fragments to the client device via unicast using the selected profile.
A health and security management apparatus for facilitating the management of health and security of a patient and their home, the management apparatus comprising a processing device having a processor , memory, a remote communications interface for communicating with a remote monitoring system which is arranged for communications with a plurality of the health and security apparatus, a local communications interface for communication with devices locally, a patient interface for operation by the patient, the patient interface comprising a display screen for display and input means for patient input, a health monitoring arrangement being arranged to obtain health data on patient health, and arranged to transmit the data via the remote communication interface to the remote monitoring system , a security monitoring arrangement arranged to obtain data on patient security, including personal alarm data and home security data, including obtaining the patient security data via the local communications interface from security devices locally, and arranged to transmit the data via the remote communications interface to the remote monitoring system, a home automation arrangement arranged to produce home automation data to control home automation devices in the patient's home, the home automation data being transmitted to the home automation devices via the local communication interface, and the home automation arrangement being arranged to receive home automation data from the remote monitoring system via the remote communications interface, for control of home automation devices from the remote monitoring system, wherein the remote communication interface comprises a plurality of different communication modules , enabling communications by different pathways, to enable redundancy of communications with the remote monitoring system , and wherein the health and security management apparatus converges the health monitoring arrangement, the security monitoring arrangement and the home automation arrangement into a single apparatus, wherein the single apparatus comprises a plurality of units arranged to be mounted to each other, and wherein the health and security management apparatus being arranged to port all health data, security data and home automation data.
A memory circuit comprising: a plurality of cells arranged in a plurality of rows and a plurality of columns so that the plurality of rows are grouped to form a plurality of banks (BKO, BK1,...) each including one or more rows, each of the plurality of cells including: a bistable circuit configured to store data; and a non-volatile element (MTJ1, MTJ2) configured to store data stored in the bistable circuit in a non-volatile manner and to restore data stored in a non-volatile manner to the bistable circuit ; and a controller configured to: perform a store operation on each of the plurality of rows in turn in a store period; set a voltage supplied, as a power-supply voltage, to cells in a first bank of the plurality of banks to a first voltage (V1) in the store period, the first bank including a row on which the store operation is performed; and set a voltage supplied, as a power-supply voltage, to cells in a bank of the plurality of banks other than the first bank to a second voltage (V2) that is less than the first voltage but at which data in the bistable circuit is retained when the store operation is performed on the row in the first bank in the store period. a plurality of cells arranged in a plurality of rows and a plurality of columns so that the plurality of rows are grouped to form a plurality of banks (BKO, BK1,...) each including one or more rows, each of the plurality of cells including: a bistable circuit configured to store data; and a non-volatile element (MTJ1, MTJ2) configured to store data stored in the bistable circuit in a non-volatile manner and to restore data stored in a non-volatile manner to the bistable circuit ; and a controller configured to: perform a store operation on each of the plurality of rows in turn in a store period; set a voltage supplied, as a power-supply voltage, to cells in a first bank of the plurality of banks to a first voltage (V1) in the store period, the first bank including a row on which the store operation is performed; and set a voltage supplied, as a power-supply voltage, to cells in a bank of the plurality of banks other than the first bank to a second voltage (V2) that is less than the first voltage but at which data in the bistable circuit is retained when the store operation is performed on the row in the first bank in the store period. perform a store operation on each of the plurality of rows in turn in a store period; set a voltage supplied, as a power-supply voltage, to cells in a first bank of the plurality of banks to a first voltage (V1) in the store period, the first bank including a row on which the store operation is performed; and set a voltage supplied, as a power-supply voltage, to cells in a bank of the plurality of banks other than the first bank to a second voltage (V2) that is less than the first voltage but at which data in the bistable circuit is retained when the store operation is performed on the row in the first bank in the store period.
An arrangement comprising a plurality of devices and a data transfer device for sending data of encrypted content to the plurality of devices, the data transfer device comprising: a data sending unit for sending the data of the encrypted content to the plurality of devices; an authentication control unit for performing authentication processing with each of the plurality of devices; and a key information sending unit for sending key information for decrypting the encrypted content to the plurality of devices after the authentication processing by the authentication control unit for each of the plurality of devices is completed, wherein the sending of the key information is started by sending a key exchange command to each of the plurality of devices; and the key information sending unit does not send the key exchange command until the authentication processing by the authentication control unit for all the plurality of devices for which the authentication processing is to be performed is completed, and sends the key information to all of the plurality of devices at the same timing such that the plurality of devices to which content is sent obtain key information at the same timing and decryption is performed at the same timing between the plurality of devices. a data sending unit for sending the data of the encrypted content to the plurality of devices; an authentication control unit for performing authentication processing with each of the plurality of devices; and a key information sending unit for sending key information for decrypting the encrypted content to the plurality of devices after the authentication processing by the authentication control unit for each of the plurality of devices is completed, wherein the sending of the key information is started by sending a key exchange command to each of the plurality of devices; and the key information sending unit does not send the key exchange command until the authentication processing by the authentication control unit for all the plurality of devices for which the authentication processing is to be performed is completed, and sends the key information to all of the plurality of devices at the same timing such that the plurality of devices to which content is sent obtain key information at the same timing and decryption is performed at the same timing between the plurality of devices.
A method, comprising: towing a plurality of sensor streamers behind a survey vessel ; gathering , based on data received at sensors along the plurality of sensor streamers , information corresponding to primary reflections and information corresponding to higher-order reflections; determining, based on the gathered information, a subsurface illumination area identifiable from the primary reflections and the higher-order reflections, wherein the subsurface illumination area has a dimension in a cross-line direction that is greater than one-half of the cross-line distance from a source to the outermost streamer; and navigating the survey vessel in a survey pattern, wherein said navigating is based on the determined subsurface illumination area. towing a plurality of sensor streamers behind a survey vessel ; gathering , based on data received at sensors along the plurality of sensor streamers , information corresponding to primary reflections and information corresponding to higher-order reflections; determining, based on the gathered information, a subsurface illumination area identifiable from the primary reflections and the higher-order reflections, wherein the subsurface illumination area has a dimension in a cross-line direction that is greater than one-half of the cross-line distance from a source to the outermost streamer; and navigating the survey vessel in a survey pattern, wherein said navigating is based on the determined subsurface illumination area.
Active element comprising a solid body which is enveloped by an outer boundary surface (S), wherein the solid body consists of an active material adapted to trap and/or release a gaseous or liquid substance; wherein the outer boundary surface (S) has an overall roundish, preferably round shape, and the active material comprises a polymer blend with at least one active agent that is adapted to trap and/or release a gaseous or liquid substance, especially water vapor or oxygen; characterized in that the solid body has a plurality of intersecting walls , the walls being planar or curved; and/or at least two recesses extend from the outer boundary surface towards the solid body ; the at least two recesses not forming part of the solid body ; wherein neighboring recesses are separated by walls , wherein the solid body of the active element is manufactured in one piece by injection-molding of the active material. the solid body consists of an active material adapted to trap and/or release a gaseous or liquid substance; wherein the outer boundary surface (S) has an overall roundish, preferably round shape, and the active material comprises a polymer blend with at least one active agent that is adapted to trap and/or release a gaseous or liquid substance, especially water vapor or oxygen; characterized in that the solid body has a plurality of intersecting walls , the walls being planar or curved; and/or at least two recesses extend from the outer boundary surface towards the solid body ; the at least two recesses not forming part of the solid body ; wherein neighboring recesses are separated by walls , wherein the solid body of the active element is manufactured in one piece by injection-molding of the active material.
Method for controlling a light pattern provided by an automotive lighting device of an automotive vehicle , wherein the light pattern is provided at least by a matrix arrangement of light sources , the method comprising the steps of sensing a turn in a steering system of the automotive vehicle ; shifting the operation of some of the light sources in the same direction as the sensed turn; wherein before the step of shifting the operation of some of the light sources , the angular displacement of the steering system is sensed and converted into a number of positions to shift, and then the step of shifting is carried out using this number of positions to shift; and characterized in that the method further comprises after the step of shifting a step of internally checking the luminous intensity in one point of the light pattern in order to verify that the luminous intensity in the one point accomplishes its luminous intensity standards. sensing a turn in a steering system of the automotive vehicle ; shifting the operation of some of the light sources in the same direction as the sensed turn; wherein before the step of shifting the operation of some of the light sources , the angular displacement of the steering system is sensed and converted into a number of positions to shift, and then the step of shifting is carried out using this number of positions to shift; and characterized in that the method further comprises after the step of shifting a step of internally checking the luminous intensity in one point of the light pattern in order to verify that the luminous intensity in the one point accomplishes its luminous intensity standards.
Apparatus for digitally evaluating a test strip having a control line and a test line , consisting of a housing main body and an attachment part containing a light source , optical components for imaging, a CCD line as receiver element , an electronic circuit, a display component , an electrical interface for data transfer, a wireless/contactless data transfer system, a receiving unit for the test strip, a power supply and an operating element , characterized in that - the optical component is a slit aperture without the presence of additional optical components, the said slit aperture being arranged so that the slit of the slit aperture runs in parallel with the control line and the test line , with the slit aperture being integrated in the housing main body by virtue of being impressed into the housing main body during the production process, - the electronic circuit is a printed circuit board comprising a transceiver unit for contactless loading and storing of test information by means of electromagnetic waves, the CCD line and a microcontroller, and the main body has an abutment surface on which the printed circuit board is assembled. - the optical component is a slit aperture without the presence of additional optical components, the said slit aperture being arranged so that the slit of the slit aperture runs in parallel with the control line and the test line , with the slit aperture being integrated in the housing main body by virtue of being impressed into the housing main body during the production process, - the electronic circuit is a printed circuit board comprising a transceiver unit for contactless loading and storing of test information by means of electromagnetic waves, the CCD line and a microcontroller, and the main body has an abutment surface on which the printed circuit board is assembled.
System for mounting at least one solar panel on a substantially flat mounting surface, comprising: - At least one base element , preferably a substantially elongated base element, configured to be positioned upon a substantially flat mounting surface, - at least one support structure configured for supporting at least part of at least one solar panel, wherein the support structure is connected to the base element , wherein the support structure comprises: ∘ at least two retaining elements positioned at a distance from another, wherein each retaining element is configured for retaining at least part of a first edge of a solar panel, and characterized by: - at least one clamping element configured for clampingly engaging at least part of a second edge the solar panel, wherein the base element and the clamping element are mutually displaceable and wherein the clamping element and the base element comprise complementary fastening members configured for fixating at least one mutual position of the base element and the clamping element , wherein at least one support structure is pivotably connected to at least one base element , such that the support structure and base element are mutually displaceable between at least a collapsed position and an upright position. - At least one base element , preferably a substantially elongated base element, configured to be positioned upon a substantially flat mounting surface, - at least one support structure configured for supporting at least part of at least one solar panel, wherein the support structure is connected to the base element , wherein the support structure comprises: ∘ at least two retaining elements positioned at a distance from another, wherein each retaining element is configured for retaining at least part of a first edge of a solar panel, and ∘ at least two retaining elements positioned at a distance from another, wherein each retaining element is configured for retaining at least part of a first edge of a solar panel, - at least one clamping element configured for clampingly engaging at least part of a second edge the solar panel,