mhurhangee/patent-ind-claim-en huggingface dataset:
Method for making shaped cutouts in the casing of a metal cylinder , such as a roll, using a fluting machine , wherein said fluting machine comprises: • a frame , provided with: ∘ a cylinder holder , for the rotatable positioning of the metal cylinder ; ∘ rotation means , for rotating the cylinder holder about a rotation axis (R); and ∘ a guide extending parallel to the rotation axis (R); • a metal-cutting tool , movable over the guide , for making shaped cutouts in the metal cylinder ; and provided with a drive mechanism , for moving the metal-cutting tool over the guide ; • wherein the metal-cutting tool is arranged to remove a portion of the metal cylinder while moving over the guide ; • wherein the metal-cutting tool is provided with a tooling holder for a metal-cutting element , such as a chisel or a milling cutter; • wherein the tooling holder is arranged to hold at least two metal-cutting elements , wherein the tooling holder is rotatable, the method is characterised in that : the metal tooling cutting tool is further provided with a detection device, for detecting the state of the metal-cutting elements in the tooling holder , the method is further characterised by : comprising a step of rotating the tooling holder when the metal-cutting tool has executed a predefined number of movements relative to the frame , or by comprising a step of rotating the tooling holder when the state of at least one of the metal-cutting elements reaches a predefined state. • a frame , provided with: ∘ a cylinder holder , for the rotatable positioning of the metal cylinder ; ∘ rotation means , for rotating the cylinder holder about a rotation axis (R); and ∘ a guide extending parallel to the rotation axis (R); ∘ a cylinder holder , for the rotatable positioning of the metal cylinder ; ∘ rotation means , for rotating the cylinder holder about a rotation axis (R); and ∘ a guide extending parallel to the rotation axis (R); • a metal-cutting tool , movable over the guide , for making shaped cutouts in the metal cylinder ; and provided with a drive mechanism , for moving the metal-cutting tool over the guide ; • wherein the metal-cutting tool is arranged to remove a portion of the metal cylinder while moving over the guide ; • wherein the metal-cutting tool is provided with a tooling holder for a metal-cutting element , such as a chisel or a milling cutter; • wherein the tooling holder is arranged to hold at least two metal-cutting elements , wherein the tooling holder is rotatable, the method is characterised in that : the metal tooling cutting tool is further provided with a detection device, for detecting the state of the metal-cutting elements in the tooling holder , the method is further characterised by : comprising a step of rotating the tooling holder when the metal-cutting tool has executed a predefined number of movements relative to the frame , or by comprising a step of rotating the tooling holder when the state of at least one of the metal-cutting elements reaches a predefined state.
Method for operating a household appliance , comprising a casing , at least one water circuit , and at least one valve associated to said water circuit , whereby said appliance performs at least one process in which water flows into and/or from said water circuit , said at least one valve is configured to allow and/or prevent water flow in said water circuit inside said appliance through its activation or its deactivation, characterised in that during a predetermined period an anti-stucking procedure is performed in which in an alternating sequence said valve is at least one time activated and subsequently deactivated or at least one time deactivated and subsequently activated, whereby said procedure is performed after a triggering event, said triggering event being an alarm and/or a detected water leakage, or said procedure is performed after the last deactivation of the valve has been performed, in case of a programmed sequence of activation and deactivation of the valve, and in that a quick alternation from the activation and the deactivation state or vice versa is performed to unblock the movable part(s) of the valve from its seat, said quick alternation being an alternation between the activation and deactivation state or vice versa in such a time that the reached state is not maintained as long as to stabilize the fluid dynamic state internally to the valve, whereby each alternation from the activation and the deactivation state is obtained by the change of the state immediately after the previous state has been reached.
Method for detecting and controlling compaction when compacting a soil by means of a depth vibrator, wherein the depth vibrator has an unbalance rotationally driveable in a vibrator housing and at least one sensor , comprising the steps: penetrating the depth vibrator into the soil to a desired final depth (Tm); compacting the soil by the depth vibrator in compaction steps wherein, during compacting, the advance angle (φ) of the unbalance and the vibration amplitude (A) of the depth vibrator are determined for a respectively measured depth (T); during a compaction step, detecting a soil stiffness profile from soil stiffness values (k) determined over time (t) on the basis of at least the advance angle (φ) and the vibration amplitude (A); determining a first soil stiffness value (k1) and a second soil stiffness value (k2) from the soil stiffness profile, for which it applies that a rate of increase (k'2) of the second soil stiffness value (k2) exceeds a rate of increase (k'1) of the first soil stiffness value (k1) by a defined factor; calculating a transition soil stiffness value (k12) which is between said first soil stiffness value (k1) and said second soil stiffness value (k2); saving the transition soil stiffness value (k12) determined in the respective compaction step to the corresponding depth (T). penetrating the depth vibrator into the soil to a desired final depth (Tm); compacting the soil by the depth vibrator in compaction steps wherein, during compacting, the advance angle (φ) of the unbalance and the vibration amplitude (A) of the depth vibrator are determined for a respectively measured depth (T); during a compaction step, detecting a soil stiffness profile from soil stiffness values (k) determined over time (t) on the basis of at least the advance angle (φ) and the vibration amplitude (A); determining a first soil stiffness value (k1) and a second soil stiffness value (k2) from the soil stiffness profile, for which it applies that a rate of increase (k'2) of the second soil stiffness value (k2) exceeds a rate of increase (k'1) of the first soil stiffness value (k1) by a defined factor; calculating a transition soil stiffness value (k12) which is between said first soil stiffness value (k1) and said second soil stiffness value (k2); saving the transition soil stiffness value (k12) determined in the respective compaction step to the corresponding depth (T).
Spectacles of at least a single piece of continuous material without fastening arms, of the type whereby the spectacles are supported on a user's nose, wherein the spectacles comprise: at least two optical areas in front of or around the eyes; at least one bridge area between the at least two optical areas; a means of fastening to the nose that tend to close in planes substantially perpendicular to the plane of optical properties; and at least one stabilising means comprising at least a first and a second folding line, or folds, which define a surface between them and are consecutively arranged in the transversal direction relative to the force vector they resist providing rigidity and facilitating the handling of the spectacles by the user, wherein the at least one stabilising means is arranged in the bridge area, or in the fastening means, or both, and further comprises retaining means configured to maintain the configuration of the folds resisting the forces that act during use, wherein the retaining means are configured from the folding lines (206, 306, and 207, 307) with a curvature that prevents the disappearing of the first without the disappearing of the second; or wherein the retaining means of the at least one stabilising means is configured by shortening the outer edge of the stabilising means relative to the second folding line; or wherein the retaining means joins the second folding line with the body of the spectacles, either in the bridge area or in the fastening means ; or wherein the retaining means comprises a hole or cut with a size sufficiently large so that one end of the fastening means can be inserted and attached in the hole. at least two optical areas in front of or around the eyes; at least one bridge area between the at least two optical areas; a means of fastening to the nose that tend to close in planes substantially perpendicular to the plane of optical properties; and at least one stabilising means comprising at least a first and a second folding line, or folds, which define a surface between them and are consecutively arranged in the transversal direction relative to the force vector they resist providing rigidity and facilitating the handling of the spectacles by the user, wherein the at least one stabilising means is arranged in the bridge area, or in the fastening means, or both, and further comprises retaining means configured to maintain the configuration of the folds resisting the forces that act during use, wherein the retaining means are configured from the folding lines (206, 306, and 207, 307) with a curvature that prevents the disappearing of the first without the disappearing of the second; or wherein the retaining means of the at least one stabilising means is configured by shortening the outer edge of the stabilising means relative to the second folding line; or wherein the retaining means joins the second folding line with the body of the spectacles, either in the bridge area or in the fastening means ; or wherein the retaining means comprises a hole or cut with a size sufficiently large so that one end of the fastening means can be inserted and attached in the hole.
An inhaler comprising: an assembly including: a substrate region configured to receive and support a capsule , said capsule containing vapour or atomiser precursor substrate and being sealed by an end seal ; the substrate region including a plurality of prongs configured to rupture the end seal of a said capsule , the plurality of prongs defining an aperture configured such that, through said aperture , vaporised or atomised substance from said substrate may be drawn into a mouthpiece ; an electrical heater element arranged in the inhaler to be proximal to said substrate region; said mouthpiece arranged in fluid communication with said aperture ; and a temperature controllable switch operative to couple and/or decouple the heater element to/from an electrical current source to achieve and maintain a target temperature in the substrate region throughout a period corresponding to a plurality of consecutive uses of the inhaler. an assembly including: a substrate region configured to receive and support a capsule , said capsule containing vapour or atomiser precursor substrate and being sealed by an end seal ; the substrate region including a plurality of prongs configured to rupture the end seal of a said capsule , the plurality of prongs defining an aperture configured such that, through said aperture , vaporised or atomised substance from said substrate may be drawn into a mouthpiece ; an electrical heater element arranged in the inhaler to be proximal to said substrate region; said mouthpiece arranged in fluid communication with said aperture ; and a substrate region configured to receive and support a capsule , said capsule containing vapour or atomiser precursor substrate and being sealed by an end seal ; the substrate region including a plurality of prongs configured to rupture the end seal of a said capsule , the plurality of prongs defining an aperture configured such that, through said aperture , vaporised or atomised substance from said substrate may be drawn into a mouthpiece ; an electrical heater element arranged in the inhaler to be proximal to said substrate region; said mouthpiece arranged in fluid communication with said aperture ; and a temperature controllable switch operative to couple and/or decouple the heater element to/from an electrical current source to achieve and maintain a target temperature in the substrate region throughout a period corresponding to a plurality of consecutive uses of the inhaler.
A device for automatically adjusting wire tension during the various steps of winding in machines for winding electrical coils, which comprises a supporting structure which supports a series of elements that define a path for the wire to be fed to the coil being wound, along said path being arranged: - an element for pushing and braking the wire ; - a takeup arm which is supported so that it can rotate by said supporting structure about an axis and which can rotate about said axis , with respect to said supporting structure , owing to variations in the tension of the wire ; - means of detecting the tension of the wire ; - further means being provided of detecting the angular position of said takeup arm about said axis with respect to said supporting structure , said means of detecting the angular position of said takeup arm being functionally connected to said pushing and braking element for an automatic adjustment of the degree of thrust or braking applied to the wire as a function of the detected value of the rotation of said takeup arm about said axis ; characterized in that the device comprises an actuator which is connected to said takeup arm and is adapted to vary the angular position of said takeup arm about said axis , said actuator being functionally connected to said means of detecting the tension of the wire in order to vary the angular position of said takeup arm as a function of the tension of the wire detected by said means of detecting the tension of the wire . - an element for pushing and braking the wire ; - a takeup arm which is supported so that it can rotate by said supporting structure about an axis and which can rotate about said axis , with respect to said supporting structure , owing to variations in the tension of the wire ; - means of detecting the tension of the wire ; - further means being provided of detecting the angular position of said takeup arm about said axis with respect to said supporting structure , said means of detecting the angular position of said takeup arm being functionally connected to said pushing and braking element for an automatic adjustment of the degree of thrust or braking applied to the wire as a function of the detected value of the rotation of said takeup arm about said axis ; characterized in that the device comprises an actuator which is connected to said takeup arm and is adapted to vary the angular position of said takeup arm about said axis , said actuator being functionally connected to said means of detecting the tension of the wire in order to vary the angular position of said takeup arm as a function of the tension of the wire detected by said means of detecting the tension of the wire .
An audio device (102; 152; 200; 330) comprising: a communication interface configured for communication with a master device ; at least one microphone (176; 216); at least one processor ; and program instructions stored on a non-transitory computer-readable medium and executable by the at least one processor to: enable an unlock-sync feature unlocking the audio device whenever the master device is unlocked and determine that the master device is in an unlocked state, and responsively keep the audio device in an unlocked state so long as the master device is unlocked so that the audio device remains in the unlocked state whenever the master device is in an unlocked state and the audio device and the master device can be unlocked by a user using only an unlocking process for the master device; and while the master device is in a locked state, implement a separate audio device unlock process, wherein the audio device unlock process provides a mechanism to unlock the audio device independently from the master device and while the master device remains locked. a communication interface configured for communication with a master device ; at least one microphone (176; 216); at least one processor ; and program instructions stored on a non-transitory computer-readable medium and executable by the at least one processor to: enable an unlock-sync feature unlocking the audio device whenever the master device is unlocked and determine that the master device is in an unlocked state, and responsively keep the audio device in an unlocked state so long as the master device is unlocked so that the audio device remains in the unlocked state whenever the master device is in an unlocked state and the audio device and the master device can be unlocked by a user using only an unlocking process for the master device; and while the master device is in a locked state, implement a separate audio device unlock process, wherein the audio device unlock process provides a mechanism to unlock the audio device independently from the master device and while the master device remains locked. enable an unlock-sync feature unlocking the audio device whenever the master device is unlocked and determine that the master device is in an unlocked state, and responsively keep the audio device in an unlocked state so long as the master device is unlocked so that the audio device remains in the unlocked state whenever the master device is in an unlocked state and the audio device and the master device can be unlocked by a user using only an unlocking process for the master device; and while the master device is in a locked state, implement a separate audio device unlock process, wherein the audio device unlock process provides a mechanism to unlock the audio device independently from the master device and while the master device remains locked.
A gearbox comprising an arrangement, wherein the arrangement comprises a first shaft , a second shaft , at least one gear set, which comprises a primary cogwheel (5-7) arranged on the first shaft and a secondary cogwheel (12-14) arranged on the second shaft , wherein the primary cogwheel (5-7) and the secondary cogwheel (12-14) have teeth engaging (30-32) with each other, and wherein the arrangement comprises a first component (29a-d), which is arranged at a first side of the gear mesh (30-32) between the primary cogwheel (5-7) and the secondary cogwheel (12-14), said first component (29a-d) is comprised in a unit , which is adapted to provide a rotational locking of the secondary cogwheel (12-14) on the second shaft , characterised in that said first component (29a-d) comprises a recess (29a 2 -d 2 ) in a radial side wall in relation to said shafts , which recess has its opening arranged in connection with the gear mesh (30-32), so that gearbox oil may be led between the first side of the gear mesh (30-32) and the recess (29a 2 -d 2 ).
A pharmaceutical tablet comprising 3'-[ -[1-(3,4-dimethylphenyl)-1,5-dihydro-3-methyl-5-oxo-4H-pyrazol-4-ylidene]hydrazino]-2'-hydroxy-[1,1'-biphenyl]-3-carboxylic acid bis-(monoethanolamine) that is formulated with a defined drug particle size range wherein about 90% of drug particles have a particle size greater than 20 but less than 50 micrometres.
A method comprising: determining an intersection of a first path representing a predicted path for a person or animal and a second vehicle path representing a predicted path for a vehicle over a continuous time period; determining an alert characteristic responsive to the intersection, the alert characteristic including a loudness characteristic and a direction characteristic; emitting a directionally controllable alert signal from the vehicle in a direction toward the person or animal responsive to the direction characteristic; and increasing loudness of the emitted alert signal over said continuous time period. determining an intersection of a first path representing a predicted path for a person or animal and a second vehicle path representing a predicted path for a vehicle over a continuous time period; determining an alert characteristic responsive to the intersection, the alert characteristic including a loudness characteristic and a direction characteristic; emitting a directionally controllable alert signal from the vehicle in a direction toward the person or animal responsive to the direction characteristic; and increasing loudness of the emitted alert signal over said continuous time period.
A method for securely generating a quantum state (Ef) by a quantum server (S) delegated by a client (C), said generation method comprising the following steps: a) preparing, by the quantum server (S), in an initial quantum state (E0), encoded data in degrees of freedom (d1) and (d2) of photons emitted by a pair of quantum bits, where the degree of freedom (d1) or (d2) of each emitted photon is entangled with the quantum bit emitting the photon; b) sending, by the quantum server (S), to the client (C) the photons coming from the pair of quantum bits in the initial quantum state (E0); c) activating or not, by the client (C), an interaction between the photons emitted by the initial quantum bit pair to generate a new quantum state (Ec); d) masking to the quantum server (S) or not, by the client (C), the time data of said activation or non-activation and of said interaction or non-interaction between the photons emitted by the pair of quantum bits so that said activation or non-activation and interaction or non-interaction remain private; e) measuring the degrees of freedom (d1) and (d2) of the photons in the quantum state (Ec) generated in step c); f) obtaining, following step e), a final quantum state (Ef) of the quantum bits. a) preparing, by the quantum server (S), in an initial quantum state (E0), encoded data in degrees of freedom (d1) and (d2) of photons emitted by a pair of quantum bits, where the degree of freedom (d1) or (d2) of each emitted photon is entangled with the quantum bit emitting the photon; b) sending, by the quantum server (S), to the client (C) the photons coming from the pair of quantum bits in the initial quantum state (E0); c) activating or not, by the client (C), an interaction between the photons emitted by the initial quantum bit pair to generate a new quantum state (Ec); d) masking to the quantum server (S) or not, by the client (C), the time data of said activation or non-activation and of said interaction or non-interaction between the photons emitted by the pair of quantum bits so that said activation or non-activation and interaction or non-interaction remain private; e) measuring the degrees of freedom (d1) and (d2) of the photons in the quantum state (Ec) generated in step c); f) obtaining, following step e), a final quantum state (Ef) of the quantum bits.