mhurhangee/patent-ind-claim-en huggingface dataset:
A trusted wireless local area network access network (TWAN) entity, capable of serving a user equipment (UE) at trusted wireless local area network access to an evolved packet core, characterized in that said trusted wireless local area network access network entity is configured to: - at said trusted wireless local area network access to said evolved packet core, perform dedicated core network selection based on dedicated core network selection information including dedicated core network-selection-related user equipment subscription information, and selection of a packet data network gateway (PDN Gateway, PGW) pertaining to said selected dedicated core network. - at said trusted wireless local area network access to said evolved packet core, perform dedicated core network selection based on dedicated core network selection information including dedicated core network-selection-related user equipment subscription information, and selection of a packet data network gateway (PDN Gateway, PGW) pertaining to said selected dedicated core network.
An integrated power brake unit comprising: an input rod operable to receive a driver braking input force; a booster operable to boost the driver braking input force; a master cylinder; a pump operable to provide pressurized fluid for braking, in lieu of the master cylinder, in response to the driver braking input force; and a fluid reservoir (36; 136) defining a main chamber, the fluid reservoir having first and second outlet ports (P1, P2) in fluid communication to supply the master cylinder, and a third outlet port (P3) in fluid communication to supply the pump, each of the first, second, and third outlet ports (P1, P2, P3) being provided in a bottom wall (48; 148) of the fluid reservoir (36; 136), characterised in that the fluid reservoir (36; 136) includes a sub-chamber (42; 142) within the main chamber, the sub-chamber covering (42; 142) the third outlet port (P3), and defining an opening (56; 156) to the main chamber at a forward-most end of the sub-chamber (42; 142). an input rod operable to receive a driver braking input force; a booster operable to boost the driver braking input force; a master cylinder; a pump operable to provide pressurized fluid for braking, in lieu of the master cylinder, in response to the driver braking input force; and a fluid reservoir (36; 136) defining a main chamber, the fluid reservoir having first and second outlet ports (P1, P2) in fluid communication to supply the master cylinder, and a third outlet port (P3) in fluid communication to supply the pump, each of the first, second, and third outlet ports (P1, P2, P3) being provided in a bottom wall (48; 148) of the fluid reservoir (36; 136), characterised in that the fluid reservoir (36; 136) includes a sub-chamber (42; 142) within the main chamber, the sub-chamber covering (42; 142) the third outlet port (P3), and defining an opening (56; 156) to the main chamber at a forward-most end of the sub-chamber (42; 142).
Control method for a power converter arrangement , which comprises a line-commutated power converter which has an AC voltage terminal (14 - 16) which is able to be connected to an AC voltage grid via a phase line (21 - 23), wherein the power converter arrangement further comprises a switching module branch (18 - 20), which is arranged in series in the phase line (21 - 23) and which comprises a series connection of switching modules , at each of whose terminals (X1, X2) bipolar voltages which add up to produce a branch voltage (Ue) are able to be generated, characterized in that , in order to decouple voltage control from energy control of the power converter arrangement, a link voltage (Uac) at a linking point between the switching module branch (18 - 20) and the power converter is controlled by adjusting an amplitude of a positive-sequence system of the branch voltage (Ue), wherein the power converter arrangement has a respective switching module branch (18 - 20) for each phase of the AC voltage grid, wherein the adjustments are carried out for all switching module branches (18 - 20), wherein a voltage setpoint value for the branch voltage is generated, which value consists of a positive-sequence system setpoint value and a negative-sequence system setpoint value, wherein the positive-sequence system setpoint value is generated in consideration of a total energy setpoint value and a link voltage setpoint value, and the negative-sequence system setpoint value is generated in consideration of switching module branch energies.
A data transmission method, comprising: receiving, by a network function, NF, entity , first data sent by a terminal device according to first routing information (Step 201); and analyzing the data type of the received first data, then instructing, if the received first data belongs to fast path data, a controller device to update the first routing information to second routing information, so that the terminal device sends second data according to the second routing information updated in the controller device , wherein a data transmission path comprised in the second routing information does not pass through the NF entity (Step 202). receiving, by a network function, NF, entity , first data sent by a terminal device according to first routing information (Step 201); and analyzing the data type of the received first data, then instructing, if the received first data belongs to fast path data, a controller device to update the first routing information to second routing information, so that the terminal device sends second data according to the second routing information updated in the controller device , wherein a data transmission path comprised in the second routing information does not pass through the NF entity (Step 202).
Cooling device having - at least a first and a second useable space , - a compressor for conveying a refrigerant, - a first and a second evaporator , the first evaporator being arranged for cooling the first useable space and the second evaporator being arranged for cooling the second useable space - a refrigerant condenser , - a first capillary for conveying the refrigerant to the first evaporator - a connection line for conveying the refrigerant from the first evaporator to the second evaporator , - a control which is adapted to control the cooling device in such a way that the first useable space is colder than the second useable space , - a second capillary for supplying refrigerant to the second evaporator bypassing the first capillary and the first evaporator , and - a valve arrangement with which a flow of the refrigerant through the first and/or second capillary is controllable, characterised in that an injection point of the second capillary is arranged in a region of the connecting line which is inclined to the horizontal and the connecting line is adapted to be inclined from above towards the second evaporator. - at least a first and a second useable space , - a compressor for conveying a refrigerant, - a first and a second evaporator , the first evaporator being arranged for cooling the first useable space and the second evaporator being arranged for cooling the second useable space - a refrigerant condenser , - a first capillary for conveying the refrigerant to the first evaporator - a connection line for conveying the refrigerant from the first evaporator to the second evaporator , - a control which is adapted to control the cooling device in such a way that the first useable space is colder than the second useable space , - a second capillary for supplying refrigerant to the second evaporator bypassing the first capillary and the first evaporator , and - a valve arrangement with which a flow of the refrigerant through the first and/or second capillary is controllable,
A user device , comprising: at least one processing core, at least one memory including computer program code, the at least one memory and the computer program code being configured to, with the at least one processing core, cause the user device at least to receive a user's voices in different speaking modes; extract respective sets of voice features from the user's voices in different speaking modes; generate a first voiceprint template by synthesizing the respective sets of voice features; and send the first voiceprint template to a server to authenticate the user, wherein the user's voices and the respective sets of voice features are not sent to the server . at least one processing core, at least one memory including computer program code, the at least one memory and the computer program code being configured to, with the at least one processing core, cause the user device at least to receive a user's voices in different speaking modes; extract respective sets of voice features from the user's voices in different speaking modes; generate a first voiceprint template by synthesizing the respective sets of voice features; and send the first voiceprint template to a server to authenticate the user, wherein the user's voices and the respective sets of voice features are not sent to the server .
A smooth floor vacuum cleaner nozzle comprising a nozzle body and a suction chamber , which is formed in the nozzle body and which is open to the bottom, - wherein the suction chamber is limited on the one side along a working direction (x) by a front and rear wall of the nozzle body as well as flexible sealing strips of plastic connected to the walls , and on the other side in a transverse direction (y) by means of side walls , - wherein the nozzle body has a suction duct leading into the suction chamber for discharging a suction air flow flowing in through the suction chamber , - wherein a support element protruding downwards beyond the front wall and the rear wall is in each case provided in the region of the two side walls , - wherein, in the case of a straight alignment, the sealing strips protrude downwards beyond the support elements , characterized in - that the sealing strips are in each case segmented by means of cuts along the transverse direction (y), and - that in a force-free state, the consecutive segments of the sealing strips directly adjoin one another at their free lower ends without the formation of a gap or via a gap with a width of less than 1 mm. - wherein the suction chamber is limited on the one side along a working direction (x) by a front and rear wall of the nozzle body as well as flexible sealing strips of plastic connected to the walls , and on the other side in a transverse direction (y) by means of side walls , - wherein the nozzle body has a suction duct leading into the suction chamber for discharging a suction air flow flowing in through the suction chamber , - wherein a support element protruding downwards beyond the front wall and the rear wall is in each case provided in the region of the two side walls , - wherein, in the case of a straight alignment, the sealing strips protrude downwards beyond the support elements , characterized in - that the sealing strips are in each case segmented by means of cuts along the transverse direction (y), and - that in a force-free state, the consecutive segments of the sealing strips directly adjoin one another at their free lower ends without the formation of a gap or via a gap with a width of less than 1 mm.
A method performed by a device, the method comprising: determining a set of symbols, constituting a transmit time interval, for a sidelink transmission; determining a first subset of the set of symbols, constituting a shortened transmit time interval, sTTI, within the transmit time interval, for an uplink transmission; transmitting the sidelink transmission in a second subset of the set of symbols of the transmit time interval, wherein the second subset of symbols excludes the first subset of symbols and comprises all other symbols of the set of symbols, wherein at least one of the symbols of the second subset of symbols precedes the first subset of symbols; transmitting the uplink transmission in the first subset of symbols; and prior to transmitting the sidelink transmission, dropping the symbol immediately preceding the first subset of symbols in the set, such that the dropped symbol is not used for the sidelink transmission determining a set of symbols, constituting a transmit time interval, for a sidelink transmission; determining a first subset of the set of symbols, constituting a shortened transmit time interval, sTTI, within the transmit time interval, for an uplink transmission; transmitting the sidelink transmission in a second subset of the set of symbols of the transmit time interval, wherein the second subset of symbols excludes the first subset of symbols and comprises all other symbols of the set of symbols, wherein at least one of the symbols of the second subset of symbols precedes the first subset of symbols; transmitting the uplink transmission in the first subset of symbols; and prior to transmitting the sidelink transmission, dropping the symbol immediately preceding the first subset of symbols in the set, such that the dropped symbol is not used for the sidelink transmission
Method for monitoring at least one ambient condition inside a means of transport, wherein a measuring device is used during transportation to acquire at least one measured variable correlated with an ambient condition, wherein associated transport data are determined automatically, which associated transport data are assigned automatically to the acquired measured variable and a geographical transport route and a temporal profile are acquired in relation to the measured variable.
A rotor for use in an internal mixer having a mixing vessel in which the rotor rotates, the rotor comprising: one or more blades , each blade having a tip whose profile has a predefined curvature; and an anti-wear device comprising a plate with a profile defined by a lower surface with a curvature complementary to that of the tip and an upper surface with a curvature complementary to that of a wall of the vessel to define, between them, a zone of minimum distance that allows a passage of a mixture between the plate and the wall of the vessel; characterized in that the anti-wear device is detachably fixed to the tip of at least one blade, and characterized in that the plate comprises one or more cooling channels that extend axially along a length of the plate , the cooling channels being arranged along the profile of the plate and connecting to supply conduits that convey a corresponding coolant to the plate from a main conduit of the rotor . one or more blades , each blade having a tip whose profile has a predefined curvature; and an anti-wear device comprising a plate with a profile defined by a lower surface with a curvature complementary to that of the tip and an upper surface with a curvature complementary to that of a wall of the vessel to define, between them, a zone of minimum distance that allows a passage of a mixture between the plate and the wall of the vessel; characterized in that the anti-wear device is detachably fixed to the tip of at least one blade, and characterized in that the plate comprises one or more cooling channels that extend axially along a length of the plate , the cooling channels being arranged along the profile of the plate and connecting to supply conduits that convey a corresponding coolant to the plate from a main conduit of the rotor .
An oil or fat for tempering type chocolate, obtained by blending 0.3 to 15% of a randomly transesterified oil in cacao butter, cacao butter equivalent, or an oil or fat obtained by arbitrarily mixing cacao butter and cacao butter equivalent, wherein a raw material of the randomly transesterified oil is an oil or fat having a content of saturated fatty acids of 5 to 50% in constituent fatty acids thereof.
A drilling tool in which one or more helical chip-evacuating flutes are provided, from a tool point to a base, in an outer circumference of a tool main body having a coating film covering a tool base material made of a cemented carbide, and one or more cutting edges are provided at intersecting ridge lines of the chip-evacuating flutes and a point relief , wherein a most distal point of the tool main body is provided with an exposed part in which there is no coating film and the tool base material is exposed, in a tool point view, in a portion near a tool rotational center (O) and including the tool rotational center (O), and in a tool side view, the exposed part is provided so as to be inclined upward from a tool outer circumference toward the tool rotational center , characterized in that certain ranges at the tool-outer-circumference sides of the one or more cutting edges and the point relief connected with the respective cutting edge are covered by the coating film . wherein a most distal point of the tool main body is provided with an exposed part in which there is no coating film and the tool base material is exposed, in a tool point view, in a portion near a tool rotational center (O) and including the tool rotational center (O), and in a tool side view, the exposed part is provided so as to be inclined upward from a tool outer circumference toward the tool rotational center , characterized in that certain ranges at the tool-outer-circumference sides of the one or more cutting edges and the point relief connected with the respective cutting edge are covered by the coating film .
An apparatus for flow measurements in a vessel , comprising a processor configured to: obtain a first ultrasound signal and a second ultrasound signal from an ultrasound transducer of an interventional device , wherein the first ultrasound signal is associated to ultrasound reflection at a first location (z 1 ) separate from a location of the ultrasound transducer and the second ultrasound signal is associated to ultrasound reflection at a second location (z 2 ) separate from the location of the ultrasound transducer; ascertain a first flow parameter at the first location and a second flow parameter at the second location based on the first and second ultrasound signals, respectively; ascertain a composite flow parameter based on the first flow parameter and the second flow parameter; output to a user interface the composite flow parameter. obtain a first ultrasound signal and a second ultrasound signal from an ultrasound transducer of an interventional device , wherein the first ultrasound signal is associated to ultrasound reflection at a first location (z 1 ) separate from a location of the ultrasound transducer and the second ultrasound signal is associated to ultrasound reflection at a second location (z 2 ) separate from the location of the ultrasound transducer; ascertain a first flow parameter at the first location and a second flow parameter at the second location based on the first and second ultrasound signals, respectively; ascertain a composite flow parameter based on the first flow parameter and the second flow parameter; output to a user interface the composite flow parameter.
A system comprising: a first converter unit configured to receive a first modulated enterprise signal from an enterprise base station , demodulate the first modulated enterprise signal, extract enterprise data from the demodulated enterprise signal, and transmit via a wired data network the enterprise data to a base station of a wideband wireless communication network; and a modem to receive the enterprise data from the base station of the wideband wireless communication network; a second converter unit to receive the enterprise data from the modem; wherein the system is configured to create a second modulated enterprise signal corresponding to the first modulated enterprise signal using the received enterprise data and wirelessly transmit the second modulated enterprise signal to an enterprise mobile station. a first converter unit configured to receive a first modulated enterprise signal from an enterprise base station , demodulate the first modulated enterprise signal, extract enterprise data from the demodulated enterprise signal, and transmit via a wired data network the enterprise data to a base station of a wideband wireless communication network; and a modem to receive the enterprise data from the base station of the wideband wireless communication network; a second converter unit to receive the enterprise data from the modem; wherein the system is configured to create a second modulated enterprise signal corresponding to the first modulated enterprise signal using the received enterprise data and wirelessly transmit the second modulated enterprise signal to an enterprise mobile station.
A rigid inner mold comprising an annular inner mold body having a tire molding surface for forming a green tire and put into a vulcanizing metallic mold with the green tire so as to vulcanize the green tire between the vulcanizing metallic mold and the inner mold body ; the inner mold body comprises a plurality of first inner mold segments having circumferential end surfaces inclined in the direction of which circumferential width increases toward the radially inward, a plurality of second inner mold segments having circumferential end surfaces inclined in the direction of which circumferential width decreases toward the radially inward and disposed alternately in the circumferential direction the first inner mold segments , and butting members disposed between the first inner mold segment and the second inner mold segment ; characterized in that the butting members are fixed to one of the circumferential end surfaces of the adjacent first and second inner mold segments ; and Young's modulus Ea of the butting members is smaller than Young's modulus Eb of the first and second inner mold segments . a plurality of first inner mold segments having circumferential end surfaces inclined in the direction of which circumferential width increases toward the radially inward, a plurality of second inner mold segments having circumferential end surfaces inclined in the direction of which circumferential width decreases toward the radially inward and disposed alternately in the circumferential direction the first inner mold segments , and butting members disposed between the first inner mold segment and the second inner mold segment ; characterized in that the butting members are fixed to one of the circumferential end surfaces of the adjacent first and second inner mold segments ; and Young's modulus Ea of the butting members is smaller than Young's modulus Eb of the first and second inner mold segments .
A communication method, comprising: sending only uplink control information on a physical uplink channel while sending uplink data on the physical uplink channel is forbidden when a channel state information, CSI, process feature indicates that further enhancements to coordinated multi-point channel state information, FeCoMP CSI, is enabled, wherein the CSI process feature is comprised in a configuration parameter; and wherein the CSI process feature is indicated in an explicit manner, by using a radio resource control, RRC, message that includes a FeCoMP CSI enabled field, and when the field is set to true, it indicates that FeCoMP CSI is enabled. sending only uplink control information on a physical uplink channel while sending uplink data on the physical uplink channel is forbidden when a channel state information, CSI, process feature indicates that further enhancements to coordinated multi-point channel state information, FeCoMP CSI, is enabled, wherein the CSI process feature is comprised in a configuration parameter; and wherein the CSI process feature is indicated in an explicit manner, by using a radio resource control, RRC, message that includes a FeCoMP CSI enabled field, and when the field is set to true, it indicates that FeCoMP CSI is enabled.
Protective lacquer for an article or an object, wherein the protective lacquer is applied as a transparent external surface lacquering and the protective lacquer has a surface with irregularly distributed punctual elevations , wherein the elevations are formed by particles disposed in a lacquer layer of the protective lacquer , characterised in that the particles are incorporated into the lacquer as transparent ball-shaped pearls and the particles have a particle diameter of 10 to 200 μm.