mhurhangee/ep-ind-claims huggingface dataset:
Method for enabling a mobile terminal to continue to be served by a home base station when the mobile terminal is in the coverage area of the serving home base station and the coverage area of the serving home base station starts superposing with the coverage area of another home base station, the other home base station having the same physical cell identity and being synchronized with the serving home base station, each home base station broadcasting the physical cell identifier in its coverage area, characterized in that the method comprises the steps of: - determining that the coverage areas start superposing by monitor physical cell identity detection, - determining at least one timing offset to be applied at a predetermined moment by at least one of the home base stations for transferring signals in its cell, - obtaining (S505, S506) information allowing the two home base stations to perform a coordinated transmission of at least system information, the coordinated transmission being the transmission by the serving home base station and the other home base station of the same information on the same radio resources at the same time, - transmitting to the mobile terminal information enabling the mobile terminal to receive the coordinated transmission, the at least one timing offset and the moment being transferred in the coordinated transmission, - applying the at least one timing offset at the moment. - determining that the coverage areas start superposing by monitor physical cell identity detection, - determining at least one timing offset to be applied at a predetermined moment by at least one of the home base stations for transferring signals in its cell, - obtaining (S505, S506) information allowing the two home base stations to perform a coordinated transmission of at least system information, the coordinated transmission being the transmission by the serving home base station and the other home base station of the same information on the same radio resources at the same time, - transmitting to the mobile terminal information enabling the mobile terminal to receive the coordinated transmission, the at least one timing offset and the moment being transferred in the coordinated transmission, - applying the at least one timing offset at the moment.
A method, comprising: maintaining a default outgoing email address at an email server, the default outgoing email address designated by a user who is associated with multiple email addresses that are correlated at the email server; receiving an outgoing email for delivery to a designated recipient, the outgoing email identified as being from an outgoing email address; determining whether the outgoing email is an original email, a reply email, or a forwarded email based on a type of server call to the email server; updating the outgoing email address with the default outgoing email address if the outgoing email is an original email, not updating the outgoing email if the outgoing email is a reply email, updating the outgoing email if the outgoing email is a forwarded email to be handled and routed as an original email, and not updating the outgoing email if the outgoing email is a forwarded email to be handled and routed as a reply email; and routing the outgoing email to the designated recipient for display. maintaining a default outgoing email address at an email server, the default outgoing email address designated by a user who is associated with multiple email addresses that are correlated at the email server; receiving an outgoing email for delivery to a designated recipient, the outgoing email identified as being from an outgoing email address; determining whether the outgoing email is an original email, a reply email, or a forwarded email based on a type of server call to the email server; updating the outgoing email address with the default outgoing email address if the outgoing email is an original email, not updating the outgoing email if the outgoing email is a reply email, updating the outgoing email if the outgoing email is a forwarded email to be handled and routed as an original email, and not updating the outgoing email if the outgoing email is a forwarded email to be handled and routed as a reply email; and routing the outgoing email to the designated recipient for display.
A device for cutting pieces of meat, in particular for splitting pieces of meat into halves, comprising at least one horizontally oriented blade and comprising transport means assigned to this blade for the pieces of meat, wherein a transport means is assigned to the blade in each case on the bottom side thereof and on the upper side thereof, that a further transport means is arranged downstream from said transport means and that the transport speed of the further transport means is higher than the transport speed of the transport means assigned to the blade, and wherein each transport means is a conveyor belt (3, 4, 6), characterized in that the lower conveyor belt as well as a section of the further conveyor belt are arranged below the blade and the upper conveyor belt projects beyond the free end of the blade, wherein the blade has cutting surface material recesses at least on its lower cutting surface.
A method for managing a hardware resource, comprising: receiving, by a virtualized infrastructure manager, VIM, a hardware resource allocation request message sent by a virtualized network function, VNF management entity, wherein the hardware resource allocation request message is used to request the VIM to allocate a hardware resource to a virtual machine that runs a virtualized network function component, VNFC, and the hardware resource allocation request message comprises location information of the hardware resource that the virtual machine requests to allocate; allocating, by the VIM, the hardware resource at a corresponding location to the virtual machine according to the location information of the hardware resource; characterized in that: the hardware resource allocation request message further comprises an exclusive identity or a shared identity, the exclusive identity is used to identify that the hardware resource, at the specified location, that the virtual machine requests to allocate is exclusively occupied by the virtual machine, and the shared identity is used to identify that the hardware resource, at the specified location, that the virtual machine requests to allocate may be shared with another virtual machine; and the hardware resource allocation request message further include at least one of a quantity of CPUs, a memory size, and a hard disk capacity that the virtual machine requests to allocate. receiving, by a virtualized infrastructure manager, VIM, a hardware resource allocation request message sent by a virtualized network function, VNF management entity, wherein the hardware resource allocation request message is used to request the VIM to allocate a hardware resource to a virtual machine that runs a virtualized network function component, VNFC, and the hardware resource allocation request message comprises location information of the hardware resource that the virtual machine requests to allocate; allocating, by the VIM, the hardware resource at a corresponding location to the virtual machine according to the location information of the hardware resource; characterized in that: the hardware resource allocation request message further comprises an exclusive identity or a shared identity, the exclusive identity is used to identify that the hardware resource, at the specified location, that the virtual machine requests to allocate is exclusively occupied by the virtual machine, and the shared identity is used to identify that the hardware resource, at the specified location, that the virtual machine requests to allocate may be shared with another virtual machine; and the hardware resource allocation request message further include at least one of a quantity of CPUs, a memory size, and a hard disk capacity that the virtual machine requests to allocate.
Method for controlling a compressed air brake system of a vehicle, with the following steps: outputting an analog driver brake pressure via a brake pressure control line during driver braking by operating a brake pedal, a switching device set in a driver braking position (S4 = 0) to a brake circuit with at least one ABS stop valve device (11,12), a brake line and a wheel brake, if there is an external brake demand signal of a driver assistance system without simultaneous driver braking, changing over the switching device to a functional position (S4 = 1), passing a system pressure through to the ABS stop valve device (11, 12) and controlling an analog brake pressure on the at least one brake line of the brake circuit with the at least one wheel brake by actuating the ABS stop valve device (11, 12), characterized in that in the presence of both driver braking and an external brake demand signal, the driver brake pressure is measured and a driver brake pressure value (p1w) is determined, the driver brake pressure value (p1w) and an external brake pressure value (pxw) contained in the external brake demand signal are added or superimposed to form a combined brake pressure value (pcw), and the switching device is switched into the functional position (S4 = 1) and the combined brake pressure value (pcw) is controlled from the system pressure by actuating the ABS stop valve device (11, 12). outputting an analog driver brake pressure via a brake pressure control line during driver braking by operating a brake pedal, a switching device set in a driver braking position (S4 = 0) to a brake circuit with at least one ABS stop valve device (11,12), a brake line and a wheel brake, if there is an external brake demand signal of a driver assistance system without simultaneous driver braking, changing over the switching device to a functional position (S4 = 1), passing a system pressure through to the ABS stop valve device (11, 12) and controlling an analog brake pressure on the at least one brake line of the brake circuit with the at least one wheel brake by actuating the ABS stop valve device (11, 12), characterized in that in the presence of both driver braking and an external brake demand signal, the driver brake pressure is measured and a driver brake pressure value (p1w) is determined, the driver brake pressure value (p1w) and an external brake pressure value (pxw) contained in the external brake demand signal are added or superimposed to form a combined brake pressure value (pcw), and the switching device is switched into the functional position (S4 = 1) and the combined brake pressure value (pcw) is controlled from the system pressure by actuating the ABS stop valve device (11, 12).
An energy storage device, comprising: a housing; and a plurality of battery packs accommodated in the housing which are separated from each other in a first direction, forming a first fluid passage in a second direction perpendicular to the first direction for any two neighboring battery packs, with surfaces of the two neighboring battery packs forming at least a portion of the first fluid passage being thermally insulated from fluid entering into or leaving from the first fluid passage, wherein each first fluid passage has a first inlet and a first outlet, and for any two neighboring first fluid passages, one of the first inlets is closed, and the first outlet where the first inlet is open is closed, and the fluid entering into the first fluid passage via the opened first inlet flows through the battery pack between the two neighboring first fluid passages and leaves from the opened first outlet; wherein each battery pack comprises: a pair of heat insulating plates separated from each other in the first direction; and a plurality of cells interposed between the pair of the heat insulating plates, with a second fluid passage formed between any two neighboring cells in the first direction, wherein the second fluid passages are communicated with the first fluid passages formed by the pair of the heat insulating plates respectively; characterized in that each plate of the pair of heat insulating plates comprises: a base portion; and a plurality of projections formed on the base portion, with each projection being formed with a groove to receive an end face of the cell; wherein at least a via-hole for the fluid flowing therethrough is formed on the base portion between the two neighboring projections, and a heat insulating layer is formed on a surface of the base portion facing toward the first fluid passage. a housing; and a plurality of battery packs accommodated in the housing which are separated from each other in a first direction, forming a first fluid passage in a second direction perpendicular to the first direction for any two neighboring battery packs, with surfaces of the two neighboring battery packs forming at least a portion of the first fluid passage being thermally insulated from fluid entering into or leaving from the first fluid passage, wherein a pair of heat insulating plates separated from each other in the first direction; and a plurality of cells interposed between the pair of the heat insulating plates, with a second fluid passage formed between any two neighboring cells in the first direction, wherein the second fluid passages are communicated with the first fluid passages formed by the pair of the heat insulating plates respectively;
Protoberberine alkaloid derivatives of general formula or their pharmaceutically acceptable salts, comprising dihydropseudocoptisine: wherein: --- represents a single bond; R 2 and R 3 form a OCH 2 O together; R 8 represents H; R 10 and R 11 form a OCH 2 O together and R 9 represents H. --- represents a single bond; R 2 and R 3 form a OCH 2 O together; R 8 represents H; R 10 and R 11 form a OCH 2 O together and R 9 represents H.
A method for estimating the composition of fuel used in a fuel cell system including a fuel feeder supplying fuel, a reformer producing a hydrogen-containing gas by a reforming reaction using a reaction gas other than the fuel and the fuel supplied from the fuel feeder, a fuel cell which includes a cathode and an anode and which generates electricity using an oxidant gas supplied to the cathode and the hydrogen-containing gas supplied from the reformer to the anode, a combustor which combusts an anode off-gas discharged from the anode to produce a combustion gas, a temperature detector detecting the temperature of the combustion gas, and a storage device storing a preset target temperature profile, the target temperature profile including the temporal change in target temperature of the combustion gas in the operation of the fuel cell system, the method comprising: controlling the flow rate of the fuel supplied from the fuel feeder to the reformer in the operation such that the temperature detected by the temperature detector becomes equal to a target temperature determined on the basis of the target temperature profile; and characterized by estimating the composition of the fuel on the basis of the flow rate of the fuel in the operation. controlling the flow rate of the fuel supplied from the fuel feeder to the reformer in the operation such that the temperature detected by the temperature detector becomes equal to a target temperature determined on the basis of the target temperature profile; and characterized by estimating the composition of the fuel on the basis of the flow rate of the fuel in the operation.
An apparatus for controlling a user situation awareness modification of a user of a vehicle, comprising: an input module configured to repeatedly receive a first event detection signal comprising information related to a detected event outside a vehicle and to repeatedly receive a first user detection signal comprising information related to a reaction or a missing reaction of a user to the detected event outside the vehicle; and a processing module configured to determine a user situation awareness level based on the information related to the detected event outside the vehicle and the information related to the reaction of the user to the detected event, and to generate a control signal configured to control a user situation awareness modification module based on the determined user situation awareness level, wherein the processing module is configured to generate the control signal to trigger the user situation awareness modification module if the determined user situation awareness level indicates that a predicted time-till-takeover is larger than a desired time-till-takeover. an input module configured to repeatedly receive a first event detection signal comprising information related to a detected event outside a vehicle and to repeatedly receive a first user detection signal comprising information related to a reaction or a missing reaction of a user to the detected event outside the vehicle; and a processing module configured to determine a user situation awareness level based on the information related to the detected event outside the vehicle and the information related to the reaction of the user to the detected event, and to generate a control signal configured to control a user situation awareness modification module based on the determined user situation awareness level, wherein the processing module is configured to generate the control signal to trigger the user situation awareness modification module if the determined user situation awareness level indicates that a predicted time-till-takeover is larger than a desired time-till-takeover.
An end fitting for a flexible riser, wherein said end fitting for a flexible riser includes a termination, a core and an outer casing wherein: - the core is provided with a sealing means; - the outer casing is configured such that free ends of tensile armour (154, 155) of said riser can be within the limit of the inside diameter of the outer casing; and - between the outer casing and the core, a chamber is formed, which can be filled with resin; characterised in that a flange at the end of the core is connected to a flange of the termination, and is further provided with an internal chamfer, which accommodates the sealing means, which comprises a frontal seal ring in the form of a wedge, which is overlaid by a first activation flange, wherein the frontal seal ring and the activation flange act against a body of the core. - the core is provided with a sealing means; - the outer casing is configured such that free ends of tensile armour (154, 155) of said riser can be within the limit of the inside diameter of the outer casing; and - between the outer casing and the core, a chamber is formed, which can be filled with resin; characterised in that a flange at the end of the core is connected to a flange of the termination, and is further provided with an internal chamfer, which accommodates the sealing means, which comprises a frontal seal ring in the form of a wedge, which is overlaid by a first activation flange, wherein the frontal seal ring and the activation flange act against a body of the core.
A method for measuring the temperature of food during preparation by using a basin, a thermostat adapted to measure the temperature of water within the basin, a heating element in thermal communication with the basin, and a controller in electrical communication with the thermostat, heating element, and a user interface, the method comprising the steps of: inputting a desired temperature value at the user interface, causing the controller to direct the heating element to heat the water in the basin until the thermostat indicates that the desired temperature has been reached; measuring an eBase for the basin where eBase is the energy required to maintain the water bath at the desired temperature; storing the value of the eBase at the controller; transmitting a notification when eBase has been stored; placing a food item in the water bath; measuring an eOperation of the basin with the food item in the water basin, wherein eOperation is the energy required to maintain the water bath at the selected temperature with the food item in the water basin; and transmitting a notification when eOperation is substantially equal to eBase. inputting a desired temperature value at the user interface, causing the controller to direct the heating element to heat the water in the basin until the thermostat indicates that the desired temperature has been reached; measuring an eBase for the basin where eBase is the energy required to maintain the water bath at the desired temperature; storing the value of the eBase at the controller; transmitting a notification when eBase has been stored; placing a food item in the water bath; measuring an eOperation of the basin with the food item in the water basin, wherein eOperation is the energy required to maintain the water bath at the selected temperature with the food item in the water basin; and transmitting a notification when eOperation is substantially equal to eBase.
A LED arrangement with a light output surface comprising an area of LED chips and an area between the LED chips, comprising: a rectifier for rectifying a mains input; a first group of LEDs distributed on the light output surface; and a second group of LEDs distributed on the light output surface and in series with said first group of LEDs, and a control switch coupled at a node between the first group and the second group and coupled at an output of the rectifier, wherein said first group of LEDs is adapted to be kept turned on and the second group of LEDs is adapted to be bypassed when the mains input is below a first threshold, and said first group of LEDs and the second group of LEDs are adapted to be kept turned on when the mains input is above the first threshold such that the second group of LEDs are turned on for a second duration less than a first duration for turning on the first group of LEDs in each cycle of the rectified mains input and characterised in that the total light output density for the LEDs of the second group per unit area of the light output surface is greater than the total light output density for the LEDs of the first group per unit area of the light output surface, wherein a ratio of an area of LED chips of the second group of LEDs to a second area of the light output surface throughout which the LED chips of the second group of LEDs are distributed is larger than a ratio of an area of LED chips of the first group of LEDs to a first area of the light output surface throughout which the LED chips of the first group of LEDs are distributed. a rectifier for rectifying a mains input; a first group of LEDs distributed on the light output surface; and a second group of LEDs distributed on the light output surface and in series with said first group of LEDs, and a control switch coupled at a node between the first group and the second group and coupled at an output of the rectifier, wherein said first group of LEDs is adapted to be kept turned on and the second group of LEDs is adapted to be bypassed when the mains input is below a first threshold, and said first group of LEDs and the second group of LEDs are adapted to be kept turned on when the mains input is above the first threshold such that the second group of LEDs are turned on for a second duration less than a first duration for turning on the first group of LEDs in each cycle of the rectified mains input and characterised in that the total light output density for the LEDs of the second group per unit area of the light output surface is greater than the total light output density for the LEDs of the first group per unit area of the light output surface, wherein a ratio of an area of LED chips of the second group of LEDs to a second area of the light output surface throughout which the LED chips of the second group of LEDs are distributed is larger than a ratio of an area of LED chips of the first group of LEDs to a first area of the light output surface throughout which the LED chips of the first group of LEDs are distributed.