mhurhangee/patent-ind-claim-en huggingface dataset:
A gear unit having a housing part and a first shaft , in particular input shaft, and also a first bearing , a second bearing and a part having a first gearing, in particular pinion , wherein the first shaft is rotatably mounted by means of the first bearing and the second bearing which is spaced apart from the first bearing , wherein the first shaft is connected non-rotatably to the part having the first gearing, in particular pinion , wherein the first gearing, relative to the axis of rotation of the first shaft , is arranged in the axial direction between the first and the second bearing , wherein a projection , in particular protrusion, protruding radially inwards is formed on the housing part , in particular in one piece, wherein the second bearing is received in the projection , wherein a second shaft is rotatably mounted by means of two bearings received in the housing part , wherein the second shaft has a further gearing or is connected non-rotatably to a part having a further gearing, wherein the further gearing is engaged with the first gearing, characterised in that the projection has a flat face, with the plane which contains the flat face containing the axis of rotation of the second shaft and the normal direction of the plane being oriented parallel to the axis of rotation of the first shaft . wherein the first shaft is rotatably mounted by means of the first bearing and the second bearing which is spaced apart from the first bearing , wherein the first shaft is connected non-rotatably to the part having the first gearing, in particular pinion , wherein the first gearing, relative to the axis of rotation of the first shaft , is arranged in the axial direction between the first and the second bearing , wherein a projection , in particular protrusion, protruding radially inwards is formed on the housing part , in particular in one piece, wherein the second bearing is received in the projection , wherein a second shaft is rotatably mounted by means of two bearings received in the housing part , wherein the second shaft has a further gearing or is connected non-rotatably to a part having a further gearing, wherein the further gearing is engaged with the first gearing, characterised in that the projection has a flat face, with the plane which contains the flat face containing the axis of rotation of the second shaft and the normal direction of the plane being oriented parallel to the axis of rotation of the first shaft .
A system comprising: a control master unit , comprising a communication node for transmitting and receiving wireless signals and a user-inaccessible memory storing a system identification code; and a plurality of slave units , each slave unit comprising a communication node for transmitting and receiving wireless signals and a user-inaccessible memory storing a system identification code which is in common with the system identification code stored in the user-inaccessible memory of the control master unit; wherein the control master unit is configured to transmit a control signal, the control signal comprising the system identification code; and wherein each of the slave units is configured to receive the control signal, and act upon the control signal only in the event that the system identification code in the control signal matches the system identification code stored in the memory of the respective slave unit; wherein the control signal is configured to initiate pairing and establish a communications link between the control master unit and the respective slave unit; wherein the control master unit is configured to pair with only one of the plurality of slave units at any one time; wherein each of the plurality of slave units is configured to adopt a state of readiness to pair upon activation; and wherein each of the slave units is configured to adopt a state of unavailability for pairing once the communications link is established with the control master unit. a control master unit , comprising a communication node for transmitting and receiving wireless signals and a user-inaccessible memory storing a system identification code; and a plurality of slave units , each slave unit comprising a communication node for transmitting and receiving wireless signals and a user-inaccessible memory storing a system identification code which is in common with the system identification code stored in the user-inaccessible memory of the control master unit; wherein the control master unit is configured to transmit a control signal, the control signal comprising the system identification code; and wherein each of the slave units is configured to receive the control signal, and act upon the control signal only in the event that the system identification code in the control signal matches the system identification code stored in the memory of the respective slave unit; wherein the control signal is configured to initiate pairing and establish a communications link between the control master unit and the respective slave unit; wherein the control master unit is configured to pair with only one of the plurality of slave units at any one time; wherein each of the plurality of slave units is configured to adopt a state of readiness to pair upon activation; and wherein each of the slave units is configured to adopt a state of unavailability for pairing once the communications link is established with the control master unit.
Tyre comprising a directional tread , said tread comprising two edges and a centre (C) dividing said tread into two parts of substantially equal width, said tread comprising, on one of the two parts of said tread, a plurality of sets of block(s) , each set of block(s) comprising at least one block, each set of block(s) extending from one of the edges of the tread towards the centre (C) of said tread with a non-zero curvature, each set of block(s) comprising an edge zone near an edge of the tread, a central zone near the centre of said tread, and an intermediate zone between the edge zone and the central zone , each set of block(s) comprising a set of chamfer(s) comprising at least one chamfer, said set of chamfer(s) extending over the edge zone and the intermediate zone of the set of block(s) , characterized in that said set of chamfer(s) extends over the central zone of of the set of block(s) , the or each chamfer forming an inclined wall extending between a first point (A, A', A'') corresponding to the intersection between the chamfer and a tread surface of the tire and a second point (B, B', B") corresponding to the intersection between the chamfer and a lateral wall delimiting the edge zone , the central zone and the intermediate zone of the set of block(s) , in that the tire has a 3PMSF winter certification, said certification being indicated on a sidewall of the tyre and in that the width LC2 of the set of chamfers over the intermediate zone is different from the width LC3 of the set of chamfers over the central zone , said widths LC2 and LC3 being comprised between 0.5 mm and 2.5 mm, the width of a chamfer corresponding to the distance between the radially outermost point of the chamfer and the radially innermost point of this chamfer in the groove, projected onto the tread surface of the tread, and measured in the circumferential direction.
An ultrasonic cutting system including an inert cutting tool and an ultrasound vibrating device , the ultrasound vibrating device including: - an ultrasonic emitter , configured to emit an ultrasonic wave; and - a resonant assembly , coupled to the ultrasonic emitter and tuned to the ultrasonic wave, configured to transmit a vibration along a propagation direction (X); the inert cutting tool being coupled to the resonant assembly so as to vibrate according to a bending mode, the ultrasonic cutting system being characterised in that it includes a rotating means configured to allow a rotation movement of the inert cutting tool . - an ultrasonic emitter , configured to emit an ultrasonic wave; and - a resonant assembly , coupled to the ultrasonic emitter and tuned to the ultrasonic wave, configured to transmit a vibration along a propagation direction (X);
Salient pole rotor for an electric machine having: - a rotor core which has a rotor yoke and salient poles which are arranged distributed in the circumferential direction on the rotor yoke, two salient poles which lie radially opposite one another each forming a salient pole pair, and the salient poles each having a rotor tooth and a pole shoe , - magnetic field-generating windings which are wound around the rotor teeth of the salient poles and configure winding heads on opposite end sides of the rotor core , and - a supporting apparatus for supporting the winding heads , wherein the supporting apparatus has a tensioning and deflecting device and a roving winding with a roving , characterized in that by way of the roving a plurality of windings are formed which are offset in the circumferential direction and encompass the windings of in each case one salient pole pair, and the roving has, to this end, axial first roving portions and end-side second roving portions , the second roving portions being guided over the winding heads by means of the tensioning and deflecting device in order to configure a winding between salient poles which lie radially opposite one another, and being deflected along the circumferential direction during guiding over the winding heads in order to configure a winding transition between two windings. - a rotor core which has a rotor yoke and salient poles which are arranged distributed in the circumferential direction on the rotor yoke, two salient poles which lie radially opposite one another each forming a salient pole pair, and the salient poles each having a rotor tooth and a pole shoe , - magnetic field-generating windings which are wound around the rotor teeth of the salient poles and configure winding heads on opposite end sides of the rotor core , and - a supporting apparatus for supporting the winding heads ,
A system for providing electrical stimulation to a patient, the system comprising: a processor configured to: provide a time-ordered arrangement of a plurality of stimulation instances , wherein each of the stimulation instances in the time-ordered arrangement has a corresponding set of stimulation parameters, including a stimulation duration, and is configured to produce a different stimulation field from each other stimulation instance in the time-ordered arrangement; provide an ON/OFF switch pattern comprising alternating ON periods and OFF periods , wherein at least one of the ON periods or one of the OFF periods is longer than a combined stimulation duration of two consecutive ones of the stimulation instances; generate an intermittent stimulation program that is a combination of repetitions of the time-ordered arrangement of stimulation instances and the ON/OFF switch pattern with omission of each of the stimulation instances occurring during the OFF periods, wherein the system is configured to have an ON period that extends over 2.5 of the time-ordered arrangements; and initiate a signal that provides a pulse generator with instructions that enable the pulse generator to generate stimulation according to the intermittent stimulation program using an electrical stimulation lead coupled to the pulse generator. provide a time-ordered arrangement of a plurality of stimulation instances , wherein each of the stimulation instances in the time-ordered arrangement has a corresponding set of stimulation parameters, including a stimulation duration, and is configured to produce a different stimulation field from each other stimulation instance in the time-ordered arrangement; provide an ON/OFF switch pattern comprising alternating ON periods and OFF periods , wherein at least one of the ON periods or one of the OFF periods is longer than a combined stimulation duration of two consecutive ones of the stimulation instances; generate an intermittent stimulation program that is a combination of repetitions of the time-ordered arrangement of stimulation instances and the ON/OFF switch pattern with omission of each of the stimulation instances occurring during the OFF periods, wherein the system is configured to have an ON period that extends over 2.5 of the time-ordered arrangements; and initiate a signal that provides a pulse generator with instructions that enable the pulse generator to generate stimulation according to the intermittent stimulation program using an electrical stimulation lead coupled to the pulse generator.
A terminal apparatus comprising: a reception unit configured to receive one transport block by using a Physical Downlink Shared Channel, PDSCH, the received one transport block including N CB code blocks, and receive Radio Resource Control, RRC, information indicating a maximum number X of Code Block Groups, CBGs, for the one transport block; a control unit configured to determine transmit power of a Physical Uplink Control Channel, PUCCH; and a transmission unit configured to transmit Uplink Control Information, UCI, at least including a Hybrid Automatic Repeat reQuest, HARQ,-acknowledgement, ACK, corresponding to the received one transport block on the PUCCH, the HARQ-ACK including HARQ-ACK bits, a number of the HARQ-ACK bits is the maximum number X, wherein the control unit is configured to determine, in a case that a number of bits of the UCI does not exceed a number V2 of bits and the maximum number X is smaller than the N CB , the transmit power of the PUCCH at least based on the maximum number X, determine, in a case that a number of bits of the UCI does not exceed the number V2 of bits and the N CB is smaller than the maximum number X, the transmit power of the PUCCH at least based on the N CB , and determine, in a case that the number of bits of the UCI exceeds the number V2 of bits, the transmit power of the PUCCH, at least based on the number of bits of the UCI. a reception unit configured to receive one transport block by using a Physical Downlink Shared Channel, PDSCH, the received one transport block including N CB code blocks, and receive Radio Resource Control, RRC, information indicating a maximum number X of Code Block Groups, CBGs, for the one transport block; a control unit configured to determine transmit power of a Physical Uplink Control Channel, PUCCH; and a transmission unit configured to transmit Uplink Control Information, UCI, at least including a Hybrid Automatic Repeat reQuest, HARQ,-acknowledgement, ACK, corresponding to the received one transport block on the PUCCH, the HARQ-ACK including HARQ-ACK bits, a number of the HARQ-ACK bits is the maximum number X, wherein the control unit is configured to determine, in a case that a number of bits of the UCI does not exceed a number V2 of bits and the maximum number X is smaller than the N CB , the transmit power of the PUCCH at least based on the maximum number X, determine, in a case that a number of bits of the UCI does not exceed the number V2 of bits and the N CB is smaller than the maximum number X, the transmit power of the PUCCH at least based on the N CB , and determine, in a case that the number of bits of the UCI exceeds the number V2 of bits, the transmit power of the PUCCH, at least based on the number of bits of the UCI.
A hot forging die for hot-forging a rod shaped forging material by radial forging, the hot forging die comprising a pair of halved pressing portions for interposing the forging material between the pair of the halved pressing portions , each of the halved pressing portions having a smooth surface having a concave shape configured to surround the forging material, wherein the halved pressing portion includes rough processing portions and a finishing portion , and a width of the finishing portion in a longitudinal direction of the forging material is wider than a width of the rough processing portions, characterized in that the finishing portion is formed around a bottom of the concave shape, and rough processing portions are formed on each of both sides of the finishing portion , on opposite end sides of the concave shape.
An alkyloxirane derivative represented by formula below, wherein M H and M L calculated from a chromatogram obtained by gel permeation chromatography measurement as indicated in the description of said alkyloxirane derivative satisfy formula below. Z − O − AO n − H x (In the formula , Z represents a residual group of a compound having a carbon number of 1 to 22 and one to six hydroxyl groups wherein all of said hydroxyl groups are excluded from said compound, x represents a number of 1 to 6, A O represents an oxyalkylene group having a carbon number of 3 and n represents a number of 25 or more.) 0.36 ≦ M L / M H ≦ 0.62 (Provided that L is assigned to a length of a perpendicular line from the maximum point K at which an intensity of a refractive index on said chromatogram takes the maximum value to a base line B, provided that points O and Q are assigned to two points at which said intensity of said refractive index on said chromatogram is L/2, said point O has a shorter elution time and said point Q has a longer elution time, and provided that P is assigned to an intersecting point where a straight line G connecting said point O and point Q intersects said perpendicular line from said maximum point K to said base line, M H represents a distance between said point O and said intersecting point P, and M L represents a distance between said point Q and said intersecting point P.) Z represents a residual group of a compound having a carbon number of 1 to 22 and one to six hydroxyl groups wherein all of said hydroxyl groups are excluded from said compound, x represents a number of 1 to 6, A O represents an oxyalkylene group having a carbon number of 3 and n represents a number of 25 or more.) 0.36 ≦ M L / M H ≦ 0.62 (Provided that L is assigned to a length of a perpendicular line from the maximum point K at which an intensity of a refractive index on said chromatogram takes the maximum value to a base line B, provided that points O and Q are assigned to two points at which said intensity of said refractive index on said chromatogram is L/2, said point O has a shorter elution time and said point Q has a longer elution time, and provided that P is assigned to an intersecting point where a straight line G connecting said point O and point Q intersects said perpendicular line from said maximum point K to said base line, M H represents a distance between said point O and said intersecting point P, and M L represents a distance between said point Q and said intersecting point P.)
A method of streaming a media stream in real-time via a network to a receiver, the media stream representing media content encoded at a content bitrate, the network having an available network bandwidth, the method comprising: - when the available network bandwidth is lower than the content bitrate, characterised by performing a non-contiguous streaming of the media stream in real-time, said non-contiguous streaming comprising transmitting non-adjacent selected portions of the media stream to the receiver while omitting transmitting intermediate portions of the media stream so as to enable uninterrupted play-out of each selected portion by the receiver after a pre-determined play-out delay, wherein each selected portion has a portion duration; and - determining the play-out delay as a function of at least the content bitrate, the available network bandwidth and the portion duration, the function comprising determining the play-out delay in accordance with: playout delay = portion duration ∗ content bitrate network bandwidth − portion duration - when the available network bandwidth is lower than the content bitrate, characterised by performing a non-contiguous streaming of the media stream in real-time, said non-contiguous streaming comprising transmitting non-adjacent selected portions of the media stream to the receiver while omitting transmitting intermediate portions of the media stream so as to enable uninterrupted play-out of each selected portion by the receiver after a pre-determined play-out delay, wherein each selected portion has a portion duration; and - determining the play-out delay as a function of at least the content bitrate, the available network bandwidth and the portion duration, the function comprising determining the play-out delay in accordance with: playout delay = portion duration ∗ content bitrate network bandwidth − portion duration
An apparatus for suppressing an abnormally synchronous and oscillatory neuronal activity, the apparatus comprising - a stimulation unit that is implantable into a patient's body for stimulating with electric and/or optical stimuli neurons in the patient's brain and/or spinal cord which comprise an abnormally synchronous and oscillatory neuronal activity, wherein the stimuli are configured to suppress the abnormally synchronous and oscillatory neuronal activity when being applied to the patient, - a measuring unit for recording measuring signals which reproduce a neuronal activity of the stimulated neurons, and - a control and analysis unit for controlling the stimulation unit and analyzing the measuring signals , wherein the control and analysis unit is configured such that it - controls the stimulation unit such that the stimulation unit applies the stimuli , and - verifies the stimulation success with the help of the measuring signals recorded in reaction to the applied stimuli , characterized in that - the control and analysis unit is further configured such that, if the stimulation success is insufficient, it inserts one or more stimulation breaks during application of the stimuli or extends one or more stimulation breaks, wherein during the stimulation breaks no stimuli are applied that could suppress the abnormally synchronous and oscillatory neuronal activity. - a stimulation unit that is implantable into a patient's body for stimulating with electric and/or optical stimuli neurons in the patient's brain and/or spinal cord which comprise an abnormally synchronous and oscillatory neuronal activity, wherein the stimuli are configured to suppress the abnormally synchronous and oscillatory neuronal activity when being applied to the patient, - a measuring unit for recording measuring signals which reproduce a neuronal activity of the stimulated neurons, and - a control and analysis unit for controlling the stimulation unit and analyzing the measuring signals , wherein the control and analysis unit is configured such that it - controls the stimulation unit such that the stimulation unit applies the stimuli , and - verifies the stimulation success with the help of the measuring signals recorded in reaction to the applied stimuli , characterized in that - the control and analysis unit is further configured such that, if the stimulation success is insufficient, it inserts one or more stimulation breaks during application of the stimuli or extends one or more stimulation breaks, wherein during the stimulation breaks no stimuli are applied that could suppress the abnormally synchronous and oscillatory neuronal activity.
A method of anti-fouling of a protected surface , comprising, while the protected surface is at least partially submersed in a liquid environment: - providing an anti-fouling light , - providing a direct-lit optical medium (5, 105(a), 105(b), 205, 302) to the protected surface , the optical medium (5, 105(a), 105(b), 205, 302) having an emission surface , and - emitting the anti-fouling light from the emission surface of the optical medium (5, 105(a), 105(b), 205, 302) in a direction away from the protected surface . - providing an anti-fouling light , - providing a direct-lit optical medium (5, 105(a), 105(b), 205, 302) to the protected surface , the optical medium (5, 105(a), 105(b), 205, 302) having an emission surface , and - emitting the anti-fouling light from the emission surface of the optical medium (5, 105(a), 105(b), 205, 302) in a direction away from the protected surface .