mhurhangee/ep-ind-claims huggingface dataset:
A power control method, comprising: computing a power value of device to device, D2D, transmission of a user equipment (102, 104, 500) performing D2D communication in an i-th subframe in a serving cell; and transmitting a data signal at the computed power value to another user equipment (101, 103), characterized in that the power value of D2D transmission is computed using a Transmit Power Command, TPC, command transmitted by a D2D grant by copying a power control adjustment state ƒ c ( i - 1) of a PUSCH uplink channel in a wide area network, WAN, (i-1)-th subframe previous to the i-th subframe, and using one of a first set of parameters for D2D transmission mode 1 and a second set of parameters for D2D transmission mode 2, wherein the D2D transmission mode 1 is a transmission mode where a scheduling of the D2D communication is performed by a base station, and the D2D transmission mode 2 is another transmission mode where a scheduling of the D2D communication is performed by the user equipment; and the first set of parameters and the second set of parameters are configured independently. computing a power value of device to device, D2D, transmission of a user equipment (102, 104, 500) performing D2D communication in an i-th subframe in a serving cell; and transmitting a data signal at the computed power value to another user equipment (101, 103), characterized in that the power value of D2D transmission is computed using a Transmit Power Command, TPC, command transmitted by a D2D grant by copying a power control adjustment state ƒ c ( i - 1) of a PUSCH uplink channel in a wide area network, WAN, (i-1)-th subframe previous to the i-th subframe, and using one of a first set of parameters for D2D transmission mode 1 and a second set of parameters for D2D transmission mode 2, wherein the D2D transmission mode 1 is a transmission mode where a scheduling of the D2D communication is performed by a base station, and the D2D transmission mode 2 is another transmission mode where a scheduling of the D2D communication is performed by the user equipment; and the first set of parameters and the second set of parameters are configured independently.
Dog harness comprising: a belly belt which surrounds the belly and withers of a dog in the region of the trunk, and a chest strap which is arranged above the dog's chest, preferably at the level of the dog's shoulder blades and below the dog's larynx, the chest strap having a holding element for fastening a leash, whereby the ends of the chest strap are connected to the belly belt in such a way that the chest strap can be adjusted along the chest strap in a fixed manner by a frictional connection, whereby the frictional connection is realized by a loop formed at the ends of the chest strap, which loop engages directly, viz. with an exact fit, around the belly bell and allows a displacement of the ends of the chest strap along the belly belt when a counteracting frictional force overcomes the frictional connection. a belly belt which surrounds the belly and withers of a dog in the region of the trunk, and a chest strap which is arranged above the dog's chest, preferably at the level of the dog's shoulder blades and below the dog's larynx, the chest strap having a holding element for fastening a leash, whereby the ends of the chest strap are connected to the belly belt in such a way that the chest strap can be adjusted along the chest strap in a fixed manner by a frictional connection, whereby the frictional connection is realized by a loop formed at the ends of the chest strap, which loop engages directly, viz. with an exact fit, around the belly bell and allows a displacement of the ends of the chest strap along the belly belt when a counteracting frictional force overcomes the frictional connection.
A distribution apparatus for data conductors, in particular an optical waveguide distribution apparatus, with a frame-like or rack-like receiving device, on which at least one handling device for data conductors is fitted such that the respective handling device is fitted, via a fastening bar thereof, which forms part of a pivot hinge of the respective handling device, on a fastening member of the receiving device such that it can pivot about a vertical axis, wherein the fastening bar of the respective handling device has lug-like positioning projections, which engage in cutouts in the fastening member of the receiving device and are used for the horizontal and vertical alignment of the respective handling device with respect to the receiving device during fitting of the respective handling device on the receiving device.
Retractor for endoscopic surgery, comprising - a first shank portion, within which an actuation device is guided movably, and which is pivotably coupled to a second shank portion, and - a transmission arm, which at one end is articulated on a distal end of the actuation device and at the other end is articulated, eccentrically with respect to a rotation axis of the shank portions (1, 2), on the second shank portion, and - a retraction structure, which at one end is connected to a distal end of the second shank portion and at the other end has a coupling end with which it can be releasably coupled to the second shank portion via a coupling device, characterized in that - the coupling device has a slide, which is guided movably within the second shank portion, and - the transmission arm is articulated on the second shank portion by means of a peg-and-slot connection, wherein the slot of the peg-and-slot connection extends parallel to the longitudinal axis when the shank portions (1, 2) are extended, and - wherein the transmission arm is operatively coupled to the slide in order to move the latter longitudinally, and wherein the longitudinal travel of the slide makes available a release state of the coupling device. - a first shank portion, within which an actuation device is guided movably, and which is pivotably coupled to a second shank portion, and - a transmission arm, which at one end is articulated on a distal end of the actuation device and at the other end is articulated, eccentrically with respect to a rotation axis of the shank portions (1, 2), on the second shank portion, and - a retraction structure, which at one end is connected to a distal end of the second shank portion and at the other end has a coupling end with which it can be releasably coupled to the second shank portion via a coupling device, - the coupling device has a slide, which is guided movably within the second shank portion, and - the transmission arm is articulated on the second shank portion by means of a peg-and-slot connection, wherein the slot of the peg-and-slot connection extends parallel to the longitudinal axis when the shank portions (1, 2) are extended, and - wherein the transmission arm is operatively coupled to the slide in order to move the latter longitudinally, and wherein the longitudinal travel of the slide makes available a release state of the coupling device.
A method of applying a three phase power source to a three phase load comprising the steps of: A. receiving a first sense signal corresponding to a first phase of the power source, a second sense signal corresponding to a second phase of the power source, and a third sense signal corresponding to a third phase of the power source; B. detecting a mutual crossing of the first and second sense signals and determining if a command signal is activated and if the mutual crossing is detected and the command signal is activated then activating a first synchronization signal corresponding to the first phase of the power source and activating a second synchronization signal corresponding to the second phase of the power source; C. determining if the first and second synchronization signals are activated and if the first and second synchronization signals are activated, then applying the first and the second phases of the power source to the first and second phases of the load, respectively; D. detecting a zero crossing of the third sense signal and if the zero crossing is detected and if the first and second synchronization signals are activated, then activating a third synchronization signal corresponding to the third phase of the power source; E. determining if the third synchronization signal is activated and if the third synchronization signal is activated, then applying the third phase of the power source to the third phase of the load; and F. returning to step A if the first, second, and third synchronization signals are not activated. A. receiving a first sense signal corresponding to a first phase of the power source, a second sense signal corresponding to a second phase of the power source, and a third sense signal corresponding to a third phase of the power source; B. detecting a mutual crossing of the first and second sense signals and determining if a command signal is activated and if the mutual crossing is detected and the command signal is activated then activating a first synchronization signal corresponding to the first phase of the power source and activating a second synchronization signal corresponding to the second phase of the power source; C. determining if the first and second synchronization signals are activated and if the first and second synchronization signals are activated, then applying the first and the second phases of the power source to the first and second phases of the load, respectively; D. detecting a zero crossing of the third sense signal and if the zero crossing is detected and if the first and second synchronization signals are activated, then activating a third synchronization signal corresponding to the third phase of the power source; E. determining if the third synchronization signal is activated and if the third synchronization signal is activated, then applying the third phase of the power source to the third phase of the load; and F. returning to step A if the first, second, and third synchronization signals are not activated.
A sampling apparatus for taking a representative milk sample in a predetermined quantity range from a conveying line in which milk is conveyed at conveying intervals of unknown length, comprising: a pump, a controller of the pump, and a sample container connection element connected to the pump, wherein the controller is configured to control a pulsed operation of the pump in a first mode of operation in a conveying interval based on the predetermined quantity range and a measured quantity indicating a flow rate of the milk conveyed in the conveying line and/or a measured variable indicating a flow rate of the milk conveyed in the conveying line and/or a predetermined variable indicating a total quantity of milk to be conveyed through the conveying line in a conveying interval, wherein the pump conveys a discrete sample subset along a first conveying direction of the pump during pulsed operation in each sample pulse interval, wherein the predetermined quantity range is greater than or equal to a total quantity corresponding to a total number of discrete sample subsets in the conveying interval, wherein the controller is further configured to reduce a delivery velocity of the pump and increase a frequency of sample pulse intervals as the flow rate of the milk conveyed in the conveying line decreases. a pump, a controller of the pump, and a sample container connection element connected to the pump, wherein the controller is configured to control a pulsed operation of the pump in a first mode of operation in a conveying interval based on the predetermined quantity range and a measured quantity indicating a flow rate of the milk conveyed in the conveying line and/or a measured variable indicating a flow rate of the milk conveyed in the conveying line and/or a predetermined variable indicating a total quantity of milk to be conveyed through the conveying line in a conveying interval, wherein the pump conveys a discrete sample subset along a first conveying direction of the pump during pulsed operation in each sample pulse interval, wherein the predetermined quantity range is greater than or equal to a total quantity corresponding to a total number of discrete sample subsets in the conveying interval, wherein the controller is further configured to reduce a delivery velocity of the pump and increase a frequency of sample pulse intervals as the flow rate of the milk conveyed in the conveying line decreases.
An apparatus (10: 20), comprising: means (12,14,16) for obtaining, from at least one detector, a first detection of at least one bio-signal from at least one user; means (12,14,16) for controlling a user output device to initiate a user alert, after obtaining the first detection of the at least one bio-signal; means (12,14,16) for obtaining, from the at least one detector, a second detection of the at least one bio-signal from the at least one user, wherein the second detection is performed after initiating the user alert; and means (12,14,16) for processing the first detection of the at least one bio-signal and the second detection of the at least one bio-signal to determine whether one or more changes in the at least one bio-signal, caused by a reflex response to the user alert from the at least one user, pass a significance test. means (12,14,16) for obtaining, from at least one detector, a first detection of at least one bio-signal from at least one user; means (12,14,16) for controlling a user output device to initiate a user alert, after obtaining the first detection of the at least one bio-signal; means (12,14,16) for obtaining, from the at least one detector, a second detection of the at least one bio-signal from the at least one user, wherein the second detection is performed after initiating the user alert; and means (12,14,16) for processing the first detection of the at least one bio-signal and the second detection of the at least one bio-signal to determine whether one or more changes in the at least one bio-signal, caused by a reflex response to the user alert from the at least one user, pass a significance test.
A method of manufacturing a guidewire having a plurality of integral radiopaque markers formed therein, the method comprising the steps of: providing an elongated wire having an outer layer and an inner core, wherein the inner core is formed from a radiopaque material susceptible to erosion by an erosion agent and the outer layer is formed from a material non susceptible to erosion by the erosion agent; creating channels through the outer layer to expose the inner core; and subjecting the inner core to the erosion agent via the channels to remove finite segments of the inner core adjacent to the channels, thereby forming a plurality of integral radiopaque markers and a plurality of voids therebetween. providing an elongated wire having an outer layer and an inner core, wherein the inner core is formed from a radiopaque material susceptible to erosion by an erosion agent and the outer layer is formed from a material non susceptible to erosion by the erosion agent; creating channels through the outer layer to expose the inner core; and subjecting the inner core to the erosion agent via the channels to remove finite segments of the inner core adjacent to the channels, thereby forming a plurality of integral radiopaque markers and a plurality of voids therebetween.
An implantable electrical stimulation lead, comprising: a lead body comprising a distal portion, a distal tip, and a proximal portion; and a plurality of electrodes disposed along the distal portion of the lead body, the plurality of electrodes comprising a tip electrode disposed on the distal tip of the lead body, a plurality of terminals disposed along the proximal portion of the lead; and a plurality of conductors, each conductor electrically coupling at least one of the electrodes to at least one of the terminals, characterised in that the tip electrode has a base and a separate plug attached to the base, wherein the base defines an interior lumen closed at one end by the plug and wherein a portion of the lead body extends into the interior lumen of the base. a lead body comprising a distal portion, a distal tip, and a proximal portion; and a plurality of electrodes disposed along the distal portion of the lead body, the plurality of electrodes comprising a tip electrode disposed on the distal tip of the lead body, a plurality of terminals disposed along the proximal portion of the lead; and a plurality of conductors, each conductor electrically coupling at least one of the electrodes to at least one of the terminals, characterised in that the tip electrode has a base and a separate plug attached to the base, wherein the base defines an interior lumen closed at one end by the plug and wherein a portion of the lead body extends into the interior lumen of the base.
A communication device (10; 11), comprising: a plurality of signal paths (28_1... 28_n) to be coupled to a respective plurality of physical links on which data transmission units, DTUs, are received, and a bonding entity (23; 212) providing bonding of the plurality of physical links, such that the plurality of physical links are used simultaneously between the communication device (10; 11) and a further communication device (10; 11), wherein the communication device (10; 11), upon detection of an error causing retransmission on a first one of the plurality of physical links causes a delay in at least one second physical link of the plurality of physical links, characterized in that causing the delay comprises requesting a retransmission of a DTU received on the at least one second physical link based on a reliability score evaluation, wherein the retransmission of the DTU is requested when the reliability score indicates that the DTU on the at least one second physical link is most likely corrupt or an error was propagated to the at least one second physical link wherein if the DTU is a retransmitted DTU, the reliability score evaluation is skipped. a plurality of signal paths (28_1... 28_n) to be coupled to a respective plurality of physical links on which data transmission units, DTUs, are received, and a bonding entity (23; 212) providing bonding of the plurality of physical links, such that the plurality of physical links are used simultaneously between the communication device (10; 11) and a further communication device (10; 11), wherein the communication device (10; 11), upon detection of an error causing retransmission on a first one of the plurality of physical links causes a delay in at least one second physical link of the plurality of physical links, characterized in that causing the delay comprises requesting a retransmission of a DTU received on the at least one second physical link based on a reliability score evaluation, wherein the retransmission of the DTU is requested when the reliability score indicates that the DTU on the at least one second physical link is most likely corrupt or an error was propagated to the at least one second physical link wherein if the DTU is a retransmitted DTU, the reliability score evaluation is skipped.
A vehicle driving support device, comprising: a reclining angle adjustment unit capable of adjusting a reclining angle of a driver's seat; and a reclining angle controller (S10 and S12) configured to change the reclining angle by controlling the reclining angle adjustment unit depending on a driving mode, characterized in that: the driving mode being switchable between an automatic driving mode of carrying out automatic travel control for automatically operating a steering mechanism independent of a steering operation of a driver and a manual driving mode of operating the steering mechanism depending on the steering operation of the driver, wherein the reclining angle controller (S10 and S12) is configured to change the reclining angle, when the driving mode is switched between the automatic driving mode and the manual driving mode, so that the reclining angle in the automatic driving mode is larger than the reclining angle in the manual driving mode. a reclining angle adjustment unit capable of adjusting a reclining angle of a driver's seat; and a reclining angle controller (S10 and S12) configured to change the reclining angle by controlling the reclining angle adjustment unit depending on a driving mode, characterized in that: the driving mode being switchable between an automatic driving mode of carrying out automatic travel control for automatically operating a steering mechanism independent of a steering operation of a driver and a manual driving mode of operating the steering mechanism depending on the steering operation of the driver, wherein the reclining angle controller (S10 and S12) is configured to change the reclining angle, when the driving mode is switched between the automatic driving mode and the manual driving mode, so that the reclining angle in the automatic driving mode is larger than the reclining angle in the manual driving mode. the driving mode being switchable between an automatic driving mode of carrying out automatic travel control for automatically operating a steering mechanism independent of a steering operation of a driver and a manual driving mode of operating the steering mechanism depending on the steering operation of the driver, wherein the reclining angle controller (S10 and S12) is configured to change the reclining angle, when the driving mode is switched between the automatic driving mode and the manual driving mode, so that the reclining angle in the automatic driving mode is larger than the reclining angle in the manual driving mode.
An oral care composition comprising: a) zinc oxide; and b) calcium dihydrogen phosphate; wherein the zinc oxide and the calcium dihydrogen phosphate are present in a weight ratio from 10:1 to 1:5. a) zinc oxide; and b) calcium dihydrogen phosphate;
Water tank configured for operation in an aircraft, the tank comprising: a rigid tank shell; and a pressure compensation mechanism configured to equalise a pressure inside of the rigid tank shell with an environment, characterised in that the pressure compensation mechanism comprises a shutoff member (122, 123) configured to move between a closed position, a first open position allowing air to enter the rigid tank shell and a second open position allowing air to leave the rigid tank shell. a rigid tank shell; and a pressure compensation mechanism configured to equalise a pressure inside of the rigid tank shell with an environment, characterised in that the pressure compensation mechanism comprises a shutoff member (122, 123) configured to move between a closed position, a first open position allowing air to enter the rigid tank shell and a second open position allowing air to leave the rigid tank shell.
Hold-down device for the elastic fastening of multiple fuel injection valves which, for the direct injection of fuel into the combustion chamber of an internal combustion engine, are held down in a cylinder head of the internal combustion engine with spring elements, wherein the hold-down device is of rail-like form with recesses for receiving the multiple fuel injection valves, wherein the spring elements are clamped in an elastically and/or plastically-elastically deformable manner between the hold-down device and the fuel injection valves and transmit the hold-down force to the fuel injection valves, characterized in that the fuel injection valves extend with their inflow side ends through the recesses in the rail-like hold-down device and are connected, on that side of the hold-down device which is averted from the spring elements, to fuel lines.