mhurhangee/patent-ind-claim-en huggingface dataset:
A printing cartridge comprising: a sensing die including a plurality of sensing locations in thermal contact with a fluid container ; an on-die controller to select a sensing location of the plurality of sensing locations to activate and to provide a variable threshold voltage; and a voltage comparator to: compare a sensed voltage generated at a selected sensing location to the variable threshold voltage; output time-based information based on the comparison; and an electrical interface to: map the time-based information to a temperature decay rate, wherein the temperature decay rate depends on a type of fluid in thermal contact with the selected sensing location; and determine a fluid level measurement of the fluid container based on the temperature decay rate. a sensing die including a plurality of sensing locations in thermal contact with a fluid container ; an on-die controller to select a sensing location of the plurality of sensing locations to activate and to provide a variable threshold voltage; and a voltage comparator to: compare a sensed voltage generated at a selected sensing location to the variable threshold voltage; output time-based information based on the comparison; and compare a sensed voltage generated at a selected sensing location to the variable threshold voltage; output time-based information based on the comparison; and an electrical interface to: map the time-based information to a temperature decay rate, wherein the temperature decay rate depends on a type of fluid in thermal contact with the selected sensing location; and determine a fluid level measurement of the fluid container based on the temperature decay rate.
An information processing device for performing image reception, comprising: circuitry configured to, establish a first connection with a first information processing device via an access point , establish a second connection with a second information processing device via the access point , display information regarding devices connected to the information processing device on the information processing device , receive a first, a second and a third manipulation information from the first information processing device with the first connection via the access point , and/or receive a first, a second and a third manipulation information from the second information processing device with the second connection via the access point, wherein the first manipulation information is to cause the information processing device to display a first image based on a first image data received from the first information processing device with the first connection via the access point without disconnecting the second connection, wherein the second manipulation information is to cause the information processing device to display a second image based on a second image data received from the second information processing device with the second connection via the access point without disconnecting the first connection, and wherein the third manipulation information is to cause the information processing device to establish a third connection via direct connection without disconnecting the first and the second connection. circuitry configured to, establish a first connection with a first information processing device via an access point , establish a second connection with a second information processing device via the access point , display information regarding devices connected to the information processing device on the information processing device , receive a first, a second and a third manipulation information from the first information processing device with the first connection via the access point , and/or receive a first, a second and a third manipulation information from the second information processing device with the second connection via the access point, wherein the first manipulation information is to cause the information processing device to display a first image based on a first image data received from the first information processing device with the first connection via the access point without disconnecting the second connection, wherein the second manipulation information is to cause the information processing device to display a second image based on a second image data received from the second information processing device with the second connection via the access point without disconnecting the first connection, and wherein the third manipulation information is to cause the information processing device to establish a third connection via direct connection without disconnecting the first and the second connection.
A transport container for transport by road or water, comprising a frame rack , which defines an inner volume and has a base frame , which in the operating state forms a support surface of the transport container , with lining panels being fastened to said frame rack in order to delimit the inner volume , wherein a base panel , at least in some sections, is offset upwardly in relation to the base frame , preferably with respect to the support surface, wherein the inner volume is divided by the offset base panel into a first partial volume and a second partial volume , wherein the partial volumes are delimited by the offset base panel and the lining panels , and wherein the first partial volume is closed on the side of the base panel opposite the base frame by one of the lining panels , characterised in that the second partial volume is open in the direction of the base frame in order to make the second partial volume connectable to an inner volume of a base container so as to form a common receiving volume for housing a technical installation .
A method performed by a Point-of-Interception, Pol, function and a manifesto register in a communication system , the method being characterized by: - providing , by the Pol function, to the manifesto register, a lawful interception, LI, manifesto for a communication service in the communication system , the LI manifesto comprising information that specifies LI of the communication service, a target for LI, an event that triggers LI, data to intercept during LI, and a communication interface between LI nodes, - storing , by the manifesto register, the LI manifesto, - providing , by the manifesto register, the LI manifesto to at least an LI function for use during LI of the communication service. - providing , by the Pol function, to the manifesto register, a lawful interception, LI, manifesto for a communication service in the communication system , the LI manifesto comprising information that specifies LI of the communication service, a target for LI, an event that triggers LI, data to intercept during LI, and a communication interface between LI nodes, - storing , by the manifesto register, the LI manifesto, - providing , by the manifesto register, the LI manifesto to at least an LI function for use during LI of the communication service.
A gearbox comprising an input shaft connectable to the first end of a first shaft and an output shaft connectable to the second end of the first shaft , at least two gearwheels supported for rotation on the first shaft , comprising a first reverse gearwheel for driving the first shaft in a first direction and a forward gearwheel or forward gearwheels intended to drive the first shaft in a second direction, devices for, when necessary, locking the gearwheels situated on the first shaft to, for joint rotation with, said shaft, at least two gearwheels firmly mounted on a second shaft , one of them being a second reverse gearwheel intended to cooperate with the first reverse gearwheel , a third shaft with a third reverse gearwheel which, during operation in the first direction, is in power-transmitting communication with the first reverse gearwheel and the second reverse gearwheel , characterised in that the third reverse gearwheel can be taken out of engagement with the first reverse gearwheel and that the first reverse gearwheel is also in power-transmitting communication with one or more further power-transmitting means used for connecting at least one extra equipment item .
A catheter system for alleviating vascular blockage comprising: an outer catheter having a central lumen , a proximal portion , a distal portion , a perforated region comprising at least one perforation , one or more inflatable balloons (24a and 24b) disposed on the outer catheter , wherein the at least one perforation of the perforated region is disposed between a first inflatable balloon of the one or more inflatable balloons (24a and 24b) and the proximal portion ; a first bypass microcatheter comprising, a central lumen and an open distal end , wherein the first bypass microcatheter is slidably disposed within the outer catheter , wherein the first bypass microcatheter is configured to extend through and beyond an occlusion ; and an inflation lumen configured to inflate the one or more inflatable balloons (24a and 24b); and means for imparting a negative pressure in the central lumen of the outer catheter , wherein the means are capable of being coupled to the outer catheter . an outer catheter having a central lumen , a proximal portion , a distal portion , a perforated region comprising at least one perforation , one or more inflatable balloons (24a and 24b) disposed on the outer catheter , wherein the at least one perforation of the perforated region is disposed between a first inflatable balloon of the one or more inflatable balloons (24a and 24b) and the proximal portion ; a first bypass microcatheter comprising, a central lumen and an open distal end , wherein the first bypass microcatheter is slidably disposed within the outer catheter , wherein the first bypass microcatheter is configured to extend through and beyond an occlusion ; and an inflation lumen configured to inflate the one or more inflatable balloons (24a and 24b); and means for imparting a negative pressure in the central lumen of the outer catheter , wherein the means are capable of being coupled to the outer catheter .
A vehicle-body front structure (A) including a front bumper and a bumper reinforcement that extends in a vehicle right-left direction, wherein the front bumper includes a bumper fascia having an opening at a vehicle right-left direction intermediate portion, a front grill provided to cover the opening , and a decorative member for decorating a vehicle front surface provided along a peripheral portion of the opening , the decorative member includes a left part extending along a left edge portion of the opening , and a right part extending along a right edge portion of the opening , a left end portion of the bumper reinforcement is positioned on a right side of the left part of the decorative member , and a right end portion of the bumper reinforcement is positioned on a left side of the right part of the decorative member , characterized in that the vehicle-body front structure (a) further comprises: a left-side crush can supporting a vehicle left side of the bumper reinforcement ; and a right-side crush can supporting a vehicle right side of the bumper reinforcement , wherein the left-side crush can is positioned on the right side of the left part of the decorative member , and the right-side crush can is positioned on the left side of the right part of the decorative member . the front bumper includes a bumper fascia having an opening at a vehicle right-left direction intermediate portion, a front grill provided to cover the opening , and a decorative member for decorating a vehicle front surface provided along a peripheral portion of the opening , the decorative member includes a left part extending along a left edge portion of the opening , and a right part extending along a right edge portion of the opening , a left end portion of the bumper reinforcement is positioned on a right side of the left part of the decorative member , and a right end portion of the bumper reinforcement is positioned on a left side of the right part of the decorative member , characterized in that the vehicle-body front structure (a) further comprises: a left-side crush can supporting a vehicle left side of the bumper reinforcement ; and a right-side crush can supporting a vehicle right side of the bumper reinforcement , wherein the left-side crush can is positioned on the right side of the left part of the decorative member , and the right-side crush can is positioned on the left side of the right part of the decorative member . a left-side crush can supporting a vehicle left side of the bumper reinforcement ; and a right-side crush can supporting a vehicle right side of the bumper reinforcement , wherein the left-side crush can is positioned on the right side of the left part of the decorative member , and the right-side crush can is positioned on the left side of the right part of the decorative member .
A method for reporting, by a user equipment, UE , channel state information, CSI, in a wireless communication system, the method comprising: receiving, from a base station , an activation message indicating an activation of a semi-persistent, SP, CSI reporting, through (i) downlink control information, DCI, or (ii) a medium access control-control element, MAC-CE; and transmitting, to the base station , a SP CSI report, wherein based on that the activation message is received through the DCI, wherein the DCI is scrambled with a specific radio network temporary identity, RNTI, distinct from (i) a Cell-Radio Network Temporary Identity, C-RNTI, and (ii) a RNTI configured for a physical uplink shared channel, PUSCH, related to semi-persistent scheduling, SPS: the SP CSI report is transmitted on the PUSCH, and wherein based on that the activation message is received through the MAC-CE, the SP CSI report is transmitted on a Physical Uplink Control Channel, PUCCH. receiving, from a base station , an activation message indicating an activation of a semi-persistent, SP, CSI reporting, through (i) downlink control information, DCI, or (ii) a medium access control-control element, MAC-CE; and transmitting, to the base station , a SP CSI report, wherein based on that the activation message is received through the DCI, wherein the DCI is scrambled with a specific radio network temporary identity, RNTI, distinct from (i) a Cell-Radio Network Temporary Identity, C-RNTI, and (ii) a RNTI configured for a physical uplink shared channel, PUSCH, related to semi-persistent scheduling, SPS: the SP CSI report is transmitted on the PUSCH, and wherein based on that the activation message is received through the MAC-CE, the SP CSI report is transmitted on a Physical Uplink Control Channel, PUCCH.
A circulation pump unit having a wet-running electric motor, which has a stator , a rotor and a can arranged between the stator and the rotor , and at least one impeller connected to the rotor, the rotor running in the liquid to be conveyed and the liquid also being used at the same time for lubricating the bearings, the electric motor having motor electronics which are designed for electronically commutating the electric motor, characterized in that the motor electronics are designed in such a manner, that the commutation takes place on the basis of counter EMF and wherein the electric motor and the commutation are designed such that the electric motor initially starts in a positively controlled manner and then, when the electric motor transitions to regulated operation, the commutation only takes place properly if sufficient load is acting on the electric motor, and in that in a state, in which the rotor chamber in the interior of the can and/or the impeller is not filled with liquid, the load, which is acting on the electric motor, is reduced to such an extent that the desired commutation no longer takes place and the electric motor automatically stops and thus a stoppage of the rotor is effected.
Method for changing service within a digital television decoder, said digital decoder comprising a plurality of tuners, each tuner of the plurality of tuners being capable of receiving a stream of signals comprising data relating to television services, each tuner of the plurality of tuners being used for a change of service operation, said method being characterised in that it comprises the various steps consisting of: - Configuring each tuner of the plurality of tuners for receiving a particular service; - Restoring, on a screen, a first service corresponding to the service for the reception of which a first tuner of the plurality of tuners has been configured; - Receiving, via the decoder, a first change of service command in order to display a second service for the reception of which a second tuner of the plurality of tuners has been configured; - Receiving, via the decoder, a second change of service command in order to display a third service for the reception of which a third tuner of the plurality of tuners has been configured; - Applying a forced waiting time before displaying the second service and/or the third service if the second service and/or the third service can be practically instantaneously displayed, the forced waiting time being substantially equal to a value equal to T/K, where T designates a usual duration of a change of service, and where K designates an integer less than or equal to a number N of tuners of the plurality of tuners. - Configuring each tuner of the plurality of tuners for receiving a particular service; - Restoring, on a screen, a first service corresponding to the service for the reception of which a first tuner of the plurality of tuners has been configured; - Receiving, via the decoder, a first change of service command in order to display a second service for the reception of which a second tuner of the plurality of tuners has been configured; - Receiving, via the decoder, a second change of service command in order to display a third service for the reception of which a third tuner of the plurality of tuners has been configured; - Applying a forced waiting time before displaying the second service and/or the third service if the second service and/or the third service can be practically instantaneously displayed, the forced waiting time being substantially equal to a value equal to T/K, where T designates a usual duration of a change of service, and where K designates an integer less than or equal to a number N of tuners of the plurality of tuners.
A method of requesting system information implemented by a User Equipment, UE , comprising: sending a first random access request to a base station, wherein the first random access request carries at least one pilot code for identifying to-be-requested system information; monitoring a response message corresponding to the first random access request within a preset time period, wherein the response message comprises a pilot code identifier of the pilot code of the to-be-requested system information which is determined by the base station for response; characterized in that the method further comprises: determining by the UE whether the to-be-requested system information is successfully requested based on whether the pilot code identifier contained in the response message corresponds to the pilot code carried in the random access request; and if the to-be-requested system information is determined to be successfully requested, monitoring and receiving the to-be-requested system information within a transmission window of to-be-requested system information corresponding to the pilot code identifier; wherein the response message has a format that consists of one or more sub-packet headers, and the pilot code identifier is carried by a sub-packet header of the response message. sending a first random access request to a base station, wherein the first random access request carries at least one pilot code for identifying to-be-requested system information; monitoring a response message corresponding to the first random access request within a preset time period, wherein the response message comprises a pilot code identifier of the pilot code of the to-be-requested system information which is determined by the base station for response; characterized in that the method further comprises: determining by the UE whether the to-be-requested system information is successfully requested based on whether the pilot code identifier contained in the response message corresponds to the pilot code carried in the random access request; and if the to-be-requested system information is determined to be successfully requested, monitoring and receiving the to-be-requested system information within a transmission window of to-be-requested system information corresponding to the pilot code identifier; wherein the response message has a format that consists of one or more sub-packet headers, and the pilot code identifier is carried by a sub-packet header of the response message. determining by the UE whether the to-be-requested system information is successfully requested based on whether the pilot code identifier contained in the response message corresponds to the pilot code carried in the random access request; and if the to-be-requested system information is determined to be successfully requested, monitoring and receiving the to-be-requested system information within a transmission window of to-be-requested system information corresponding to the pilot code identifier; wherein the response message has a format that consists of one or more sub-packet headers, and the pilot code identifier is carried by a sub-packet header of the response message.
A method for control of a power production plant, the method comprising: adjusting a heat profile of a heat exchange unit (HEU) operating with a plurality of streams passing between a first HEU end having a first operational temperature and a second HEU end (50") having a second, lower operational temperature; wherein said adjusting comprises implementing a control function that alters a mass flow of one or more of the plurality of streams passing between the first HEU end and the second HEU end (50") by adding mass flow to or withdrawing mass flow from the one or more of the plurality of streams at an intermediate temperature range within the HEU at a point that is positioned between the first HEU end and the second HEU end (50"); characterized in that said adjusting comprises one or both of the following: causing a portion of a recycle stream being heated in the HEU to be passed to an exhaust stream being cooled in the HEU such that said adjusting is effective to increase the mass flow of the exhaust stream passing through a section of the HEU ; causing a portion of an oxidant stream being heated in the HEU to be passed to an exhaust stream being cooled in the HEU such that said adjusting is effective to increase the mass flow of the exhaust stream passing through a section of the HEU . adjusting a heat profile of a heat exchange unit (HEU) operating with a plurality of streams passing between a first HEU end having a first operational temperature and a second HEU end (50") having a second, lower operational temperature; wherein said adjusting comprises implementing a control function that alters a mass flow of one or more of the plurality of streams passing between the first HEU end and the second HEU end (50") by adding mass flow to or withdrawing mass flow from the one or more of the plurality of streams at an intermediate temperature range within the HEU at a point that is positioned between the first HEU end and the second HEU end (50"); characterized in that causing a portion of a recycle stream being heated in the HEU to be passed to an exhaust stream being cooled in the HEU such that said adjusting is effective to increase the mass flow of the exhaust stream passing through a section of the HEU ; causing a portion of an oxidant stream being heated in the HEU to be passed to an exhaust stream being cooled in the HEU such that said adjusting is effective to increase the mass flow of the exhaust stream passing through a section of the HEU .