mhurhangee/patent-ind-claim-en huggingface dataset:
A photographing method, performed by an electronic device, comprising: receiving a first touch-control input; acquiring a movement speed of a first target object in response to the first touch-control input, the first target object being a moving object in a photography preview interface; acquiring a target photographic magnification factor set based on the movement speed, the target photographic magnification factor set comprising a plurality of photographic magnification factors; and taking a plurality of photos based on the target photographic magnification factor set, the plurality of photos being respectively corresponding to the plurality of photographic magnification factors in the target photographic magnification factor set; characterized in that the electronic device comprises a plurality of cameras, and the taking a plurality of photos comprises: in a case that the movement speed is less than a speed threshold, focusing on a preset focus center to take a photo by a first camera; and in a case that the movement speed is not less than the speed threshold, focusing on the first target object to take a photo by the first camera; the first camera being a camera matching the target photographic magnification factor set in the plurality of cameras. receiving a first touch-control input; acquiring a movement speed of a first target object in response to the first touch-control input, the first target object being a moving object in a photography preview interface; acquiring a target photographic magnification factor set based on the movement speed, the target photographic magnification factor set comprising a plurality of photographic magnification factors; and taking a plurality of photos based on the target photographic magnification factor set, the plurality of photos being respectively corresponding to the plurality of photographic magnification factors in the target photographic magnification factor set; characterized in that the electronic device comprises a plurality of cameras, and the taking a plurality of photos comprises: in a case that the movement speed is less than a speed threshold, focusing on a preset focus center to take a photo by a first camera; and in a case that the movement speed is not less than the speed threshold, focusing on the first target object to take a photo by the first camera; the first camera being a camera matching the target photographic magnification factor set in the plurality of cameras. in a case that the movement speed is less than a speed threshold, focusing on a preset focus center to take a photo by a first camera; and in a case that the movement speed is not less than the speed threshold, focusing on the first target object to take a photo by the first camera; the first camera being a camera matching the target photographic magnification factor set in the plurality of cameras.
A method for assessing the condition of a pipeline in a pipeline system , including: generating a pressure wave in the fluid being carried along the pipeline system at a generation location along the pipeline system ; detecting a first pressure wave interaction signal at a first measurement location along the pipeline system resulting from an interaction of the pressure wave with localised variations in the pipeline ; detecting synchronously a second pressure wave interaction signal at a second measurement location along the pipeline system resulting from the interaction of the pressure wave with localised variations in the pipeline ; comparing the first and second pressure wave interaction signals to determine a location of individual features in the first and second pressure wave interaction signals with respect to the generation location, the individual features corresponding to pressure wave reflections from localised variations in the pipeline ; and characterising the individual features to assess the condition of the pipeline , wherein characterising the individual features to assess the condition of the pipeline includes applying threshold criteria to an individual feature in the first and second pressure wave interaction signals corresponding to a pressure wave reflection from a localised variation in the pipeline to determine whether the localised variation is a hydraulic feature and/or component of the pipeline system . generating a pressure wave in the fluid being carried along the pipeline system at a generation location along the pipeline system ; detecting a first pressure wave interaction signal at a first measurement location along the pipeline system resulting from an interaction of the pressure wave with localised variations in the pipeline ; detecting synchronously a second pressure wave interaction signal at a second measurement location along the pipeline system resulting from the interaction of the pressure wave with localised variations in the pipeline ; comparing the first and second pressure wave interaction signals to determine a location of individual features in the first and second pressure wave interaction signals with respect to the generation location, the individual features corresponding to pressure wave reflections from localised variations in the pipeline ; and characterising the individual features to assess the condition of the pipeline , wherein characterising the individual features to assess the condition of the pipeline includes applying threshold criteria to an individual feature in the first and second pressure wave interaction signals corresponding to a pressure wave reflection from a localised variation in the pipeline to determine whether the localised variation is a hydraulic feature and/or component of the pipeline system .
A method of adjusting the gain of an optical amplifier using a plurality of pump lasers controlled by a plurality of respective control modules , comprising the steps of: electing which of the control modules is a master control module; adjusting an operational parameter of the pump laser associated with the master control module towards the point at which the gain of the optical amplifier is equal to a predetermined ideal value; adjusting the operational parameter of each of the remaining pump lasers towards the point at which the operational parameters of all the pump lasers are equal; and passing status indicators between the plurality of control modules , the status indicators comprising at least one of: a presence indicator to indicate whether the control module is plugged in; an activity indicator indicating that the control module is working; status messages indicating whether the controller is acting as the master or a slave controller; status messages indicating whether or not the control module is automatically controlling its respective pump laser. electing which of the control modules is a master control module; adjusting an operational parameter of the pump laser associated with the master control module towards the point at which the gain of the optical amplifier is equal to a predetermined ideal value; adjusting the operational parameter of each of the remaining pump lasers towards the point at which the operational parameters of all the pump lasers are equal; and passing status indicators between the plurality of control modules , the status indicators comprising at least one of: a presence indicator to indicate whether the control module is plugged in; an activity indicator indicating that the control module is working; status messages indicating whether the controller is acting as the master or a slave controller; status messages indicating whether or not the control module is automatically controlling its respective pump laser. a presence indicator to indicate whether the control module is plugged in; an activity indicator indicating that the control module is working; status messages indicating whether the controller is acting as the master or a slave controller; status messages indicating whether or not the control module is automatically controlling its respective pump laser.
A nozzle for blowing pressurized gas, the nozzle comprising: an elongate nozzle body having a supply end for receiving a supply of compressed gas and a substantially parabolic blowing end for blowing compressed gas along a blowing axis, the blowing end converging at an apex coaxial with the blowing axis; the blowing end comprising: a central outlet for generating a core stream of gas at the apex; at least three first outlets disposed at a first radius from the blowing axis, wherein: the first outlets are substantially parallel to the blowing axis and surround the core stream of gas, and the diameter of the first outlets is less than the diameter of the central outlet; at least three second outlets disposed at a second radius from the blowing axis, wherein: the second outlets are angled inward toward the blowing axis, the diameter of the second outlets is less than the diameter of the first outlets, and the second radius is greater than the first radius. an elongate nozzle body having a supply end for receiving a supply of compressed gas and a substantially parabolic blowing end for blowing compressed gas along a blowing axis, the blowing end converging at an apex coaxial with the blowing axis; the blowing end comprising: a central outlet for generating a core stream of gas at the apex; at least three first outlets disposed at a first radius from the blowing axis, wherein: the first outlets are substantially parallel to the blowing axis and surround the core stream of gas, and the diameter of the first outlets is less than the diameter of the central outlet; at least three second outlets disposed at a second radius from the blowing axis, wherein: the second outlets are angled inward toward the blowing axis, the diameter of the second outlets is less than the diameter of the first outlets, and the second radius is greater than the first radius. a central outlet for generating a core stream of gas at the apex; at least three first outlets disposed at a first radius from the blowing axis, wherein: the first outlets are substantially parallel to the blowing axis and surround the core stream of gas, and the diameter of the first outlets is less than the diameter of the central outlet; the first outlets are substantially parallel to the blowing axis and surround the core stream of gas, and the diameter of the first outlets is less than the diameter of the central outlet; at least three second outlets disposed at a second radius from the blowing axis, wherein: the second outlets are angled inward toward the blowing axis, the diameter of the second outlets is less than the diameter of the first outlets, and the second radius is greater than the first radius. the second outlets are angled inward toward the blowing axis, the diameter of the second outlets is less than the diameter of the first outlets, and the second radius is greater than the first radius.
A method of wireless communication operable at a scheduled entity, the method comprising: obtaining a first set of indications associated with a beam failure recovery procedure; starting at least one timer of a first timer or a second timer based on the obtained first set of indications, wherein the at least one timer is started when N out-of-sync indications are obtained over a network configured time window, the N out-of-sync indications including aperiodic out-of-sync indications from the first set of indications and out-of-sync indications associated with a radio link monitoring procedure; and detecting a radio link failure when the timer expires. obtaining a first set of indications associated with a beam failure recovery procedure; starting at least one timer of a first timer or a second timer based on the obtained first set of indications, wherein the at least one timer is started when N out-of-sync indications are obtained over a network configured time window, the N out-of-sync indications including aperiodic out-of-sync indications from the first set of indications and out-of-sync indications associated with a radio link monitoring procedure; and detecting a radio link failure when the timer expires.
A spinal implant comprising: a preformed fluid transfer structure having at least a first channel in fluid communication with a fitting, the first channel forming a pathway around a cavity, the first channel including at least one hole, and a porous and non-porous structure around at least a portion of the preformed fluid transfer structure such that the cavity is defined by an inner wall of the porous structure, the porous and non-porous structure enclosing the at least one hole, wherein an opening of the fitting is exposed on an outer wall of the porous and non-porous structure such that the opening is in fluid communication with the hole through the first channel. a preformed fluid transfer structure having at least a first channel in fluid communication with a fitting, the first channel forming a pathway around a cavity, the first channel including at least one hole, and a porous and non-porous structure around at least a portion of the preformed fluid transfer structure such that the cavity is defined by an inner wall of the porous structure, the porous and non-porous structure enclosing the at least one hole, wherein an opening of the fitting is exposed on an outer wall of the porous and non-porous structure such that the opening is in fluid communication with the hole through the first channel.
A method for shaping a coating on a razor blade, comprising the steps of: - providing a razor blade having a tip end defined by at least one tip surface ; - applying a surface coating having a first thickness on at least one tip surface ; - sintering the applied surface coating , including heating the applied surface coating to a temperature at which the applied surface coating is in a plastic state; and - shaping the applied surface coating on the at least one tip surface to have a second thickness using a centrifuge , which second thickness is less than the first thickness; - wherein the step of shaping the applied surface coating includes centrifuging the razor blade with the applied surface coating in a manner that causes a portion of the applied surface coating to move away from the tip end of the razor blade and leave a residual surface coating layer having the second thickness; and - wherein the step of shaping the applied surface coating includes shaping the applied surface coating in an environment of gas that is non-reactive with one or both of a surface coating material or a razor blade material. - providing a razor blade having a tip end defined by at least one tip surface ; - applying a surface coating having a first thickness on at least one tip surface ; - sintering the applied surface coating , including heating the applied surface coating to a temperature at which the applied surface coating is in a plastic state; and - shaping the applied surface coating on the at least one tip surface to have a second thickness using a centrifuge , which second thickness is less than the first thickness; - wherein the step of shaping the applied surface coating includes centrifuging the razor blade with the applied surface coating in a manner that causes a portion of the applied surface coating to move away from the tip end of the razor blade and leave a residual surface coating layer having the second thickness; and - wherein the step of shaping the applied surface coating includes shaping the applied surface coating in an environment of gas that is non-reactive with one or both of a surface coating material or a razor blade material.
A transparent article comprising a substrate having at least one main surface coated with a layer A of a material obtained by vacuum deposition assisted by a source of ions, from at least one titanium oxide and at least one organosilicon compound B, deposited concomitantly or partially concomitantly, characterized in that said material exhibits: - a refractive index at 550 nm of greater than or equal to 1.8, - an extinction coefficient k at 550 nm of less than or equal to 0.02, - an H/E ratio of greater than or equal to 0.046, where H and E respectively denote the hardness of the material and the modulus of elasticity of the material. - a refractive index at 550 nm of greater than or equal to 1.8, - an extinction coefficient k at 550 nm of less than or equal to 0.02, - an H/E ratio of greater than or equal to 0.046, where H and E respectively denote the hardness of the material and the modulus of elasticity of the material.
Use of an organic solvent-based printing ink used for forming a detachable layer to enable recycling of a substrate 1 by separating a picture layer and/or a substrate 2 from a printed item or a laminated body having the substrate 1, the detachable layer, and the picture layer and/or the substrate 2 in that order, wherein the organic solvent-based printing ink comprises a polyurethane resin with an acid value of 15 to 70 mgKOH/g as a binder resin, the acid value is determined in accordance with JIS K0070, and a detachment of the detachable layer is caused by immersing the printed item or the laminated body in a basic aqueous solution. the organic solvent-based printing ink comprises a polyurethane resin with an acid value of 15 to 70 mgKOH/g as a binder resin, the acid value is determined in accordance with JIS K0070, and a detachment of the detachable layer is caused by immersing the printed item or the laminated body in a basic aqueous solution.
Vibration damping device for a winding device of a textile machine that produces cross-wound packages , the vibration damping device being provided for reducing the vibrations that occur at the pivotably mounted package cradle during the winding operation of the textile machine , wherein the vibration damper is in the form of a friction damper which has friction forces of different intensity depending on the working direction, the friction forces effective as the cross-wound package lifts off during the winding operation being greater than the friction forces effective during the return movement of the cross-wound package , wherein the friction damper has a braking rod , which is mounted for sliding relative to the damper housing of the friction damper , a stationary first braking element , and a movably mounted second braking element , which can be placed against the braking rod by means of a movable support lever , characterized in that one end of the support lever is connected to the second braking element such that limited movement is allowed, while the other end is supported in a guide of the damper housing by means of a guiding and arresting device . wherein the vibration damper is in the form of a friction damper which has friction forces of different intensity depending on the working direction, the friction forces effective as the cross-wound package lifts off during the winding operation being greater than the friction forces effective during the return movement of the cross-wound package , wherein the friction damper has a braking rod , which is mounted for sliding relative to the damper housing of the friction damper , a stationary first braking element , and a movably mounted second braking element , which can be placed against the braking rod by means of a movable support lever , characterized in that one end of the support lever is connected to the second braking element such that limited movement is allowed, while the other end is supported in a guide of the damper housing by means of a guiding and arresting device .
A modular vertical adjustment apparatus for positioning a workpiece comprising a clamping part, which consists of several exchangeable, interconnected components, the clamping part is fixed to the modular apparatus by means of a head part , the head part comprising an arm and plurality of fasteners provided in the arm and in the head part for fixing the head part to a vertical adjustment component (6a; 6b) and the clamping part to the arm , wherein said modular vertical adjustment apparatus comprises - two mutually compatible modules consisting of a base (5a; 5b) and the vertical adjustment component (6a; 6b), the base (5a; 5b) is a stationary part fixed to a bedplate and the vertical adjustment component (6a; 6b) is a movable part, where the base (5a; 5b) and the vertical adjustment component (6a; 6b) each are shaped as a hollow component, the base (5a; 5b) has a hollow interior forming a cavity and an open upper surface, the vertical adjustment component (6a; 6b) has a hollow interior forming a cavity and an open lower surface, wherein the vertical adjustment component (6a; 6b) is sized and shaped to fit within the cavity and to provide sliding of the vertical adjustment component (6a; 6b) along the hollow interior of the base (5a; 5b) in a vertical direction; and - a screw shaft and a pair of nuts for vertically moving and fixing, at predetermined height, of the vertical adjustment component (6a; 6b) in respect of the base (5a; 5b), the screw shaft is centrally extending along the cavity of the base (5a; 5b) and the cavity of the vertical adjustment component (6a; 6b). - two mutually compatible modules consisting of a base (5a; 5b) and the vertical adjustment component (6a; 6b), the base (5a; 5b) is a stationary part fixed to a bedplate and the vertical adjustment component (6a; 6b) is a movable part, where the base (5a; 5b) and the vertical adjustment component (6a; 6b) each are shaped as a hollow component, the base (5a; 5b) has a hollow interior forming a cavity and an open upper surface, the vertical adjustment component (6a; 6b) has a hollow interior forming a cavity and an open lower surface, wherein the vertical adjustment component (6a; 6b) is sized and shaped to fit within the cavity and to provide sliding of the vertical adjustment component (6a; 6b) along the hollow interior of the base (5a; 5b) in a vertical direction; and - a screw shaft and a pair of nuts for vertically moving and fixing, at predetermined height, of the vertical adjustment component (6a; 6b) in respect of the base (5a; 5b), the screw shaft is centrally extending along the cavity of the base (5a; 5b) and the cavity of the vertical adjustment component (6a; 6b).
Composition, more particularly coating material composition, comprising (a) at least one solvent L, (b) at least one compound of the general formula (I) R 1 -(C=O) r -O-(AO) s -R 2 (I) in which R 1 is a saturated or unsaturated, aliphatic hydrocarbon radical having 6 to 30 carbon atoms, R 2 is H, AO stands for one or more alkylene oxide radicals selected from the group consisting of ethylene oxide, propylene oxide and butylene oxide, r is 0 or 1, and s is 0 to 30; (c) optionally at least one polyether-modified alkylpolysiloxane, (d) at least one polysiloxane of the general formula (II) R 3 -Si(R 4 ) 2 -[O-Si(R 4 )(R 5 ) a -[O-Si(R 4 ) 2 ] b -O-Si(R 4 ) 2 -R 3 (II) , in which R 3 is a (HO-CH 2 ) 2 -C(CH 2 -CH 3 )-CH 2 -O-(CH 2 ) 3 -* radical, R 4 is a methyl group, R 5 is a methyl group, a is 0, and b is 7 to 14; and (e) at least one binder B, wherein the composition additionally comprises at least one crosslinking agent V. (a) at least one solvent L, (b) at least one compound of the general formula (I) R 1 -(C=O) r -O-(AO) s -R 2 (I) in which R 1 is a saturated or unsaturated, aliphatic hydrocarbon radical having 6 to 30 carbon atoms, R 2 is H, AO stands for one or more alkylene oxide radicals selected from the group consisting of ethylene oxide, propylene oxide and butylene oxide, r is 0 or 1, and s is 0 to 30; in which R 1 is a saturated or unsaturated, aliphatic hydrocarbon radical having 6 to 30 carbon atoms, R 2 is H, AO stands for one or more alkylene oxide radicals selected from the group consisting of ethylene oxide, propylene oxide and butylene oxide, r is 0 or 1, and s is 0 to 30; (c) optionally at least one polyether-modified alkylpolysiloxane, (d) at least one polysiloxane of the general formula (II) R 3 -Si(R 4 ) 2 -[O-Si(R 4 )(R 5 ) a -[O-Si(R 4 ) 2 ] b -O-Si(R 4 ) 2 -R 3 (II) , in which R 3 is a (HO-CH 2 ) 2 -C(CH 2 -CH 3 )-CH 2 -O-(CH 2 ) 3 -* radical, R 4 is a methyl group, R 5 is a methyl group, a is 0, and b is 7 to 14; and R 3 is a (HO-CH 2 ) 2 -C(CH 2 -CH 3 )-CH 2 -O-(CH 2 ) 3 -* radical, R 4 is a methyl group, R 5 is a methyl group, a is 0, and b is 7 to 14; and (e) at least one binder B,