mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a handover in a cognitive radio system, comprising: a source base station receiving a measurement report sent by a user equipment; the source base station controlling a handover of the user equipment according to the measurement report, radio resource management information, and reconfiguration related information; characterized in that the source base station controlling a handover of the user equipment according to the measurement report, the radio resource management information and the reconfiguration related information, comprises: the source base station determining a candidate target cell according to the measurement report and the radio resource management information, and controlling the handover of the user equipment according to the reconfiguration related information of the candidate target cell; wherein, the reconfiguration related information comprises one or more of the following contents: spectrum valid time, reconfiguration delay, and an average number of reconfigurations; wherein: the spectrum valid time refers to a length of a time from a current time point to a time point at which a current cell exits from a current operating spectrum; the reconfiguration delay refers to a time needed by the current cell to complete a spectrum resource reconfiguration process; the average number of reconfigurations refers to a number of spectrum resource reconfigurations in a preset period of time. a source base station receiving a measurement report sent by a user equipment; the source base station controlling a handover of the user equipment according to the measurement report, radio resource management information, and reconfiguration related information; characterized in that the source base station controlling a handover of the user equipment according to the measurement report, the radio resource management information and the reconfiguration related information, comprises: the source base station determining a candidate target cell according to the measurement report and the radio resource management information, and controlling the handover of the user equipment according to the reconfiguration related information of the candidate target cell; wherein, the reconfiguration related information comprises one or more of the following contents: spectrum valid time, reconfiguration delay, and an average number of reconfigurations; wherein: the spectrum valid time refers to a length of a time from a current time point to a time point at which a current cell exits from a current operating spectrum; the reconfiguration delay refers to a time needed by the current cell to complete a spectrum resource reconfiguration process; the average number of reconfigurations refers to a number of spectrum resource reconfigurations in a preset period of time.
A polymorphic form of arformoterol tartrate, designated as form D, which is characterised by at least one of the following: (i) a powder X-ray diffraction pattern having peaks at 6.8, 13.3, 13.6, 13.8, 14.1, 18.2, 18.7, 20.0 ±0.2 degrees two theta; or (ii) a DSC thermogram showing an endothermic peak with an onset at 119-120 °C, and a maximum at 129-131 °C, followed by an exothermic peak with a maximum at 137-138 °C; wherein the DSC thermogram of form D has a further endothermic peak with an onset at 168-170 °C. (i) a powder X-ray diffraction pattern having peaks at 6.8, 13.3, 13.6, 13.8, 14.1, 18.2, 18.7, 20.0 ±0.2 degrees two theta; or (ii) a DSC thermogram showing an endothermic peak with an onset at 119-120 °C, and a maximum at 129-131 °C, followed by an exothermic peak with a maximum at 137-138 °C; wherein the DSC thermogram of form D has a further endothermic peak with an onset at 168-170 °C.
Device for performing a complete or partial emptying/filling of a drying aggregate of the kind, which comprises an upwardly-facing surface intended for the placing of a number of expansion pelt boards in upstanding position, with upstanding expansion pelt boards, with or without taned, or taned and dried pelts, to one or more suitable receiving stations (10,12,14) for further transport and/or handling characterized in that it comprises a gripping element vertically displaceable by a first actuator which can be activated for vertical displacement between an upper and a lower end position, in order to raise or lower the gripping element to raise or lower an expansion board away from or towards the surface of the drying aggregate, the gripping element comprising a first moveable part and, cooperating herewith, a second moveable part, the moveable parts (20,22) are mutually connected by a second actuator which can be activated so that the moveable parts (20,22) are displaceable towards each other in connection with the gripping of a relevant expansion board and away from each other so that a relevant expansion board may be released from the gripping element, whereby the first actuator, which supports the gripping element, is connected to the free end of a support arm, which is displaceable by a third actuator, said support arm being mounted on a guide rail arranged on a carriage, said carriage being displaceable by a fourth actuator, such that by activation of the third and fourth actuators, the gripping element is displaceable to a suitable place of delivery of a gripped expansion board
An aerial display apparatus comprising: a display device which includes a display surface on which an image is displayed, and which emits display light from the display surface; a light control device which includes a plurality of transparent regions and a plurality of light-shielding regions that are arranged in an alternating manner and are obliquely disposed with respect to a first direction that is orthogonal to the display surface, and which allows the display light that has been made incident on the transparent region to be transmitted therethrough, and shields the display light that has been made incident on the light-shielding region; a mirror device which is disposed in parallel to the display surface, and which reflects the display light that has been transmitted through the light control device; and an optical path changing device which changes an optical path of the display light that has been reflected by the mirror device, wherein the transparent regions and the light-shielding regions extend in a second direction that is parallel to the display surface, and are disposed in a third direction that is orthogonal to the second direction, wherein the transparent regions and the light-shielding regions are arranged at an angle θ which is greater than 0 degrees and equal to or smaller than 60 degrees with respect to the first direction, and wherein the display light emitted from the display device has a maximum light intensity at the angle θ. a display device which includes a display surface on which an image is displayed, and which emits display light from the display surface; a light control device which includes a plurality of transparent regions and a plurality of light-shielding regions that are arranged in an alternating manner and are obliquely disposed with respect to a first direction that is orthogonal to the display surface, and which allows the display light that has been made incident on the transparent region to be transmitted therethrough, and shields the display light that has been made incident on the light-shielding region; a mirror device which is disposed in parallel to the display surface, and which reflects the display light that has been transmitted through the light control device; and an optical path changing device which changes an optical path of the display light that has been reflected by the mirror device, wherein the transparent regions and the light-shielding regions extend in a second direction that is parallel to the display surface, and are disposed in a third direction that is orthogonal to the second direction, wherein the transparent regions and the light-shielding regions are arranged at an angle θ which is greater than 0 degrees and equal to or smaller than 60 degrees with respect to the first direction, and wherein the display light emitted from the display device has a maximum light intensity at the angle θ.
A method for performing unicast communication, by a first user equipment, UE, the method comprising: transmitting, a direct communication request message including information about a PC5 Quality of Service, QoS, Flow for establishing a PC5 unicast link; receiving, from a second UE, a response message including the information about the PC5 QoS Flow requested by the first user UE based on a result of an establishment of the PC5 unicast link; and transmitting, to the second UE, a data message over the PC5 unicast link by using a profile for the PC5 unicast link, wherein the information about PC5 QoS Flow includes a PC5 QoS Flow identifier, PFI, and a PC5 5th generation, 5G, QoS Indicator, PQI, and wherein the profile comprises a Layer-2 ID of the first UE, an application layer ID of the first UE, a Layer-2 ID of the second UE, an application layer ID of the second UE, PC5 5G QoS Indicator, PQI, or PC5 QoS Flow identifier, PFI, associated with the PQI. transmitting, a direct communication request message including information about a PC5 Quality of Service, QoS, Flow for establishing a PC5 unicast link; receiving, from a second UE, a response message including the information about the PC5 QoS Flow requested by the first user UE based on a result of an establishment of the PC5 unicast link; and transmitting, to the second UE, a data message over the PC5 unicast link by using a profile for the PC5 unicast link, wherein the information about PC5 QoS Flow includes a PC5 QoS Flow identifier, PFI, and a PC5 5th generation, 5G, QoS Indicator, PQI, and wherein the profile comprises a Layer-2 ID of the first UE, an application layer ID of the first UE, a Layer-2 ID of the second UE, an application layer ID of the second UE, PC5 5G QoS Indicator, PQI, or PC5 QoS Flow identifier, PFI, associated with the PQI.
A fixed type constant velocity joint comprising: an outer race having an inner spherical surface, and a plurality of guide grooves formed in an axial direction in the inner spherical surface of the outer race, each guide groove having a circular shape in a longitudinal cross section thereof; an inner race having an outer spherical surface, and a plurality of guide grooves formed in an axial direction in the outer spherical surface of the inner race, each guide groove having a circular shape in a longitudinal cross section thereof, said guide grooves of the outer race and said guide grooves of the inner race together forming a plurality of ball guide tracks arranged around the circumference of the joint; a plurality of balls disposed in the ball guide tracks; and a cage installed between the inner spherical surface of the outer race and the outer spherical surface of the inner race, said cage having a plurality of windows for retaining the balls therein; wherein the ball guide tracks include different groove configurations having multiple or differentiated center offsets with smaller offsets applied to the tracks having relatively large ball movements M in the angular direction in the corresponding cage windows and larger offsets applied to the tracks having relatively small or no ball movements M in the angular direction in the corresponding cage windows as the joint is articulated for assembling.
A non-aqueous electrolyte for a lithium secondary battery comprising: a lithium salt; a non-aqueous organic solvent; characterized in that it further comprises a 2-thioxo-1,3-dithiole-4,5-dicarboxylate compound represented by the following Chemical Formula 1: (in Chemical Formula 1, R 1 and R 2 are each independently alkyl having 1 to 5 carbon atoms or alkenyl having 2 to 5 carbon atoms). a lithium salt; a non-aqueous organic solvent; characterized in that it further comprises a 2-thioxo-1,3-dithiole-4,5-dicarboxylate compound represented by the following Chemical Formula 1:
A method for vibratory finishing of a composite laminate part, comprising: placing particles of a vibratory media into a trough of a vibratory finishing machine; placing a composite laminate part into the trough such that the composite laminate part is substantially immersed in the vibratory media; the method being characterized in that the particles of the vibratory media comprise titanium oxide abrasive in a synthetic binder, and the method further comprises operating the vibratory finishing machine at a vibrational frequency of 40 Hz to 50 Hz with the vibratory media and composite laminate part disposed in the trough. placing particles of a vibratory media into a trough of a vibratory finishing machine; placing a composite laminate part into the trough such that the composite laminate part is substantially immersed in the vibratory media; the method being characterized in that the particles of the vibratory media comprise titanium oxide abrasive in a synthetic binder, and the method further comprises operating the vibratory finishing machine at a vibrational frequency of 40 Hz to 50 Hz with the vibratory media and composite laminate part disposed in the trough.
Heel strap for swimming flippers of the open shoe type comprising a resilient element having a round cross section connected removably to each end to means (12, 11) for supporting a rigid eyelet which can be attached removably to a corresponding pivot pin (6,7) projecting laterally from a flipper, said resilient element is a tubular resilient element, characterised in that a bush is fitted on each end of the tubular resilient element each bush comprising a threaded part onto which a corresponding cap can be screwed, this cap being connected to the eyelet.
A PIB derivative prepared with a mid-range vinylidene content PIB polymer composition comprising PIB molecules, wherein a first portion of said PIB molecules have alpha position double bonds and a second portion of said PIB molecules have beta position double bonds, wherein said first and second portions together include at least 90% of the PIB molecules of the composition, wherein said first portion includes less than 70% of the PIB molecules of the composition, and wherein no more than 10% of the PIB molecules of the composition have tetra-substituted internal double bonds, the composition having a polydispersity of no more than 1.65 or wherein no more than 5% of the PIB molecules of the composition have tetra-substituted internal double bonds, the composition having a polydispersity of no more than 2.0, and wherein further the PIB derivative is selected from: (a) PIB amine derivatives; (b) PIB-maleic anhydride reaction products; or (c) PIB-alkylated aromatic compounds.
An input apparatus comprising: an operation input unit that detects an operation position corresponding to an operation input; a display processing unit that changes a display item to be displayed on a display unit of a plurality of items, depending on a change of the operation position; a processing control unit that continues a process of changing the display item to be displayed on the display unit until a predetermined input is received, while a vehicle is moving, and when an operation speed of moving the operation position is higher than a preset threshold of the operation speed, or an operation acceleration at which the operation speed changes is higher than a preset threshold of the operation acceleration; and an item selecting unit that selects any of the plurality of items based on the predetermined input; characterized by a speech recognizing unit that recognizes an utterance content of recorded speech, wherein the processing control unit causes the speech recognizing unit to start a process of recognizing at least any of the display items as the utterance content of the recorded speech, when the operation speed is higher than the threshold of the operation speed, or when the operation acceleration is higher than the threshold of the operation acceleration. an operation input unit that detects an operation position corresponding to an operation input; a display processing unit that changes a display item to be displayed on a display unit of a plurality of items, depending on a change of the operation position; a processing control unit that continues a process of changing the display item to be displayed on the display unit until a predetermined input is received, while a vehicle is moving, and when an operation speed of moving the operation position is higher than a preset threshold of the operation speed, or an operation acceleration at which the operation speed changes is higher than a preset threshold of the operation acceleration; and an item selecting unit that selects any of the plurality of items based on the predetermined input; characterized by a speech recognizing unit that recognizes an utterance content of recorded speech, wherein the processing control unit causes the speech recognizing unit to start a process of recognizing at least any of the display items as the utterance content of the recorded speech, when the operation speed is higher than the threshold of the operation speed, or when the operation acceleration is higher than the threshold of the operation acceleration.
Method of implementing a block cipher algorithm by a device storing a fixed initialization datum specific to said device, a first iteration of the algorithm producing a block of predefined size, said method being characterized in that it comprises, before execution of the first iteration of said algorithm in the course of a session (S 0): - a step of determining a modified initialization datum (IV') by means of a determined function (g) distinct from the algorithm, supplied as input with the fixed initialization datum and a state value (VS 0) which is specific to the session and of smaller size than the size of the block produced, the state value being stored in the device, said modified initialization datum being intended to be used to implement the first iteration of the algorithm, - a step of storing a new state value (VS 1) specific to a new session, said new state value being obtained by applying an updating function (f) to the state value (VS 0), the updating of the state value and the storage of the new state value being dependent of the cryptographic operations associated with the iterations of the block cipher algorithm. - a step of determining a modified initialization datum (IV') by means of a determined function (g) distinct from the algorithm, supplied as input with the fixed initialization datum and a state value (VS 0) which is specific to the session and of smaller size than the size of the block produced, the state value being stored in the device, said modified initialization datum being intended to be used to implement the first iteration of the algorithm, - a step of storing a new state value (VS 1) specific to a new session, said new state value being obtained by applying an updating function (f) to the state value (VS 0), the updating of the state value and the storage of the new state value being dependent of the cryptographic operations associated with the iterations of the block cipher algorithm.
A pump array, comprising: an accommodating housing which forms an accommodating space, in particular a cup-shaped accommodating space comprising an end-facing wall and a circumferential wall; and a pump insert for arranging at least partially in the accommodating space, the pump insert comprising: - a pump comprising a pump chamber and a delivery element which can rotate about a rotational axis and which is arranged in the pump chamber; - an electric motor comprising a rotor, which can rotate about the rotational axis, and a stator; and - a drive shaft which is mounted such that it can rotate about the rotational axis, wherein the rotor and the delivery element are connected via the drive shaft in such a way that rotating the rotor causes the delivery element to rotate, wherein the pump insert comprises an inlet, which is embodied to feed fluid to the pump chamber, and/or an outlet, which is adapted to discharge fluid from the pump chamber, on the side pointing towards the end-facing wall of the accommodating space, and wherein the end-facing wall of the accommodating housing comprises a feed channel and a drainage channel, characterised by a tubular connecting element which is inserted into the inlet and arranged between the feed channel and the inlet and which connects them in fluid communication, and a tubular connecting element which is inserted into the outlet and arranged between the drainage channel and the outlet and which connects them in fluid communication. - a pump comprising a pump chamber and a delivery element which can rotate about a rotational axis and which is arranged in the pump chamber; - an electric motor comprising a rotor, which can rotate about the rotational axis, and a stator; and - a drive shaft which is mounted such that it can rotate about the rotational axis, wherein the rotor and the delivery element are connected via the drive shaft in such a way that rotating the rotor causes the delivery element to rotate, wherein the pump insert comprises an inlet, which is embodied to feed fluid to the pump chamber, and/or an outlet, which is adapted to discharge fluid from the pump chamber, on the side pointing towards the end-facing wall of the accommodating space, and wherein the end-facing wall of the accommodating housing comprises a feed channel and a drainage channel, characterised by a tubular connecting element which is inserted into the inlet and arranged between the feed channel and the inlet and which connects them in fluid communication, and a tubular connecting element which is inserted into the outlet and arranged between the drainage channel and the outlet and which connects them in fluid communication.
A control device for an internal combustion engine including a fuel injection valve for direct injection that injects fuel into a combustion chamber and a fuel injection valve for port injection that injects the fuel into an intake port, wherein the control device is configured to calculate a requested fuel injection amount according to an engine operation condition; control a fuel injection amount of the direct injection fuel injection valve on a basis of the requested fuel injection amount and a minimum fuel injection amount of the port injection fuel injection valve, while maintaining a fuel injection amount of the port injection fuel injection valve at the minimum fuel injection amount of the port injection fuel injection valve, in a predetermined first operation region which is determined from an engine load and an engine rotation speed and which is a large operation region that is a normal operation region; and prohibit the injection of the port injection fuel injection valve, and perform fuel injection by only the direct injection fuel injection valve according to the requested fuel injection amount, in a second operation region in which the requested fuel injection amount is smaller than a value obtained by adding the minimum fuel injection amount of the port injection fuel injection valve and a minimum fuel injection amount of the direct injection fuel injection valve, the second operation region which is a lower load side than the first operation region.