mhurhangee/patent-ind-claim-en huggingface dataset:
A method for surface treatment of polyaryletherketones (PAEKs), comprising the following steps: • Providing an object that contains one or more polyaryletherketones (PAEKs); • Bringing at least one partial surface of the surface of the object that contains polyaryletherketone (PAEK) into contact with an aldehyde, wherein the aldehyde reacts with the one or more polyaryletherketones (PAEKs) on the at least one partial surface of the surface of the object, forming a hydroxyalkyl- and/or hydroxyaryl group. • Providing an object that contains one or more polyaryletherketones (PAEKs); • Bringing at least one partial surface of the surface of the object that contains polyaryletherketone (PAEK) into contact with an aldehyde,
A product bagging system comprising: a bag feed system configured to communicate a presented bag from a sequence of connected bags to a loading area; characterized in that the product bagging system further comprises: a bag open assembly comprising a cross member supporting one or more bag opening devices , wherein the one or more bag opening devices is/are configured to engage a front facing side of the presented bag and movable toward the loading area to a bag closed position in which generally opposite sides of the presented bag are generally adjacent one another, and away from the loading area to a bag open position in which the generally opposite sides of the presented bag are spaced from one another to define a bag loading opening that extends generally along at least a portion of an edge of the presented bag, wherein movement of the cross member in a closing direction and subsequently in an opening direction effectuates a separation of the generally opposite sides to form an opening of the presented bag when the one or more bag opening devices engage a front facing side of the bag; and a first actuator and a second actuator that are each selectively operable to manipulate a position of the bag open assembly relative to the loading area and wherein operation of one of the first actuator and the second actuator manipulates a position of the other of the first actuator and the second actuator relative to the loading area. a bag open assembly comprising a cross member supporting one or more bag opening devices , wherein the one or more bag opening devices is/are configured to engage a front facing side of the presented bag and movable toward the loading area to a bag closed position in which generally opposite sides of the presented bag are generally adjacent one another, and away from the loading area to a bag open position in which the generally opposite sides of the presented bag are spaced from one another to define a bag loading opening that extends generally along at least a portion of an edge of the presented bag, wherein movement of the cross member in a closing direction and subsequently in an opening direction effectuates a separation of the generally opposite sides to form an opening of the presented bag when the one or more bag opening devices engage a front facing side of the bag; and a first actuator and a second actuator that are each selectively operable to manipulate a position of the bag open assembly relative to the loading area and wherein operation of one of the first actuator and the second actuator manipulates a position of the other of the first actuator and the second actuator relative to the loading area.
A Method (P1, P2) for the non-destructive testing of an aeronautical part , by acquisition of stereoscopic images and determination of a three-dimensional model of the part , the part being delimited by a surface , said method implementing: a) a projection of a lighting on the surface by a first projector ; b) an acquisition of a stereoscopic image of the surface by a first sensor and by a second sensor , arranged at two different locations; c) a detection of one or several specularities on each of the images of the sensors; the method being characterized in that it implements: d) an extinction of one or several portions of the lighting causing the specularity/specularities in the direction of the sensor(s); then e) an acquisition of a stereoscopic image of the surface by each of the sensors ; the operations a) to e) also being carried out by projecting a lighting on the surface by a second projector , the second projector being arranged at a different location from the first projector; the method implementing a determination of the three-dimensional model of the part from the stereoscopic images obtained during the acquisition e) under lighting of the first projector and from stereoscopic images obtained during the acquisition e) under lighting of the second projector , a first three-dimensional model of the part being determined from the images obtained during an acquisition e) under lighting of the first projector , a second three-dimensional model of the part being determined from the images obtained during an acquisition e) under lighting of the second projector , and the three-dimensional model of the part being determined by fusing the first model and the second model. a) a projection of a lighting on the surface by a first projector ; b) an acquisition of a stereoscopic image of the surface by a first sensor and by a second sensor , arranged at two different locations; c) a detection of one or several specularities on each of the images of the sensors; the method being characterized in that it implements: d) an extinction of one or several portions of the lighting causing the specularity/specularities in the direction of the sensor(s); then e) an acquisition of a stereoscopic image of the surface by each of the sensors ;
A subsea garage for a UUV, the garage comprising: a body having a receptacle for the UUV, an open top providing a transit path for the UUV into and out of the receptacle and a base opposed to the open top, the base being arranged to lie on the seabed ; at least one post extending upwardly from the body above the open top; and a lid that is movable subsea relative to the body between a closed position that closes the open top and an open position that allows the UUV to move along the transit path through the open top; characterised in that the lid encloses and shrouds the post when said lid is in the closed position and exposes the post when in the open position, and wherein the lid comprises a top plate that lies over the post and the lid also comprises a skirt depending from the top plate, which skirt lies beside the post when the lid is in the closed position and extends from the top plate to the open top of the body when the lid is in the closed position. a body having a receptacle for the UUV, an open top providing a transit path for the UUV into and out of the receptacle and a base opposed to the open top, the base being arranged to lie on the seabed ; at least one post extending upwardly from the body above the open top; and a lid that is movable subsea relative to the body between a closed position that closes the open top and an open position that allows the UUV to move along the transit path through the open top; characterised in that the lid encloses and shrouds the post when said lid is in the closed position and exposes the post when in the open position, and wherein the lid comprises a top plate that lies over the post and the lid also comprises a skirt depending from the top plate, which skirt lies beside the post when the lid is in the closed position and extends from the top plate to the open top of the body when the lid is in the closed position.
An electronic device comprising: a display screen ; and at least one processor coupled to the display screen, wherein the at least one processor is configured to: determine a gaze and a focal point of an eye of the user, and based on at least one of the gaze and the focal point of the eye of the user, control a focal point of an adjustable lens ; present, through the display screen , an image of an object based on at least one of the gaze and the focal point of the eye of the user, wherein the at least one processor is configured to control the focal point of the adjustable lens to vary a focus of the image of the object presented through the display screen based on at least one of the gaze and the focal point of the eye of the user; and create a simultaneous localization and mapping (SLAM) image using the determined focal point of the eye of the user. a display screen ; and at least one processor coupled to the display screen, wherein the at least one processor is configured to: determine a gaze and a focal point of an eye of the user, and based on at least one of the gaze and the focal point of the eye of the user, control a focal point of an adjustable lens ; present, through the display screen , an image of an object based on at least one of the gaze and the focal point of the eye of the user, wherein the at least one processor is configured to control the focal point of the adjustable lens to vary a focus of the image of the object presented through the display screen based on at least one of the gaze and the focal point of the eye of the user; and create a simultaneous localization and mapping (SLAM) image using the determined focal point of the eye of the user. determine a gaze and a focal point of an eye of the user, and based on at least one of the gaze and the focal point of the eye of the user, control a focal point of an adjustable lens ; present, through the display screen , an image of an object based on at least one of the gaze and the focal point of the eye of the user, wherein the at least one processor is configured to control the focal point of the adjustable lens to vary a focus of the image of the object presented through the display screen based on at least one of the gaze and the focal point of the eye of the user; and create a simultaneous localization and mapping (SLAM) image using the determined focal point of the eye of the user.
A method performed by a user equipment, UE, for decoding data from a network node in a telecommunications system, the method comprising: determining whether a discovery signal was received from the network node based on detection of a Primary Synchronization Signal, PSS, and/or a Secondary Synchronization Signal, SSS received from the network node; based on detecting that the PSS and/or SSS was received, determining whether a grant is present based on processing an Evolved Physical Downlink Control CHannel, ePDCCH, the determining comprising blindly decoding the ePDCCH, which is rate-matched around the discovery signal; and based on determining that the grant is present, decoding a Physical Downlink Shared Channel, PDSCH, using the ePDCCH and the discovery signal. determining whether a discovery signal was received from the network node based on detection of a Primary Synchronization Signal, PSS, and/or a Secondary Synchronization Signal, SSS received from the network node; based on detecting that the PSS and/or SSS was received, determining whether a grant is present based on processing an Evolved Physical Downlink Control CHannel, ePDCCH, the determining comprising blindly decoding the ePDCCH, which is rate-matched around the discovery signal; and based on determining that the grant is present, decoding a Physical Downlink Shared Channel, PDSCH, using the ePDCCH and the discovery signal.
A method for synchronization between a primary database and a secondary database, the method comprising: acquiring (S102, 203, 303, 403), in response to a transaction commit request, a log difference between a transaction log of a primary database and a transaction log that has been synchronized to a secondary database; and characterized by suspending (S104, 205, 305, 405) a transaction commit operation in the primary database if the log difference is greater than a first threshold; executing (S106, 206, 306, 406) the suspended transaction commit operation if the log difference is less than or equal to the first threshold; monitoring , within a predetermined time, an increasing rate of the log difference between the transaction log of the primary database and the transaction log that has been synchronized to the secondary database; and if the increasing rate is greater than a third threshold, sending prompt information to an administrator. acquiring (S102, 203, 303, 403), in response to a transaction commit request, a log difference between a transaction log of a primary database and a transaction log that has been synchronized to a secondary database; and characterized by suspending (S104, 205, 305, 405) a transaction commit operation in the primary database if the log difference is greater than a first threshold; executing (S106, 206, 306, 406) the suspended transaction commit operation if the log difference is less than or equal to the first threshold; monitoring , within a predetermined time, an increasing rate of the log difference between the transaction log of the primary database and the transaction log that has been synchronized to the secondary database; and if the increasing rate is greater than a third threshold, sending prompt information to an administrator.
A method for assigning electrical signals in a network for electrical signals in a system, for ensuring safe functioning of the system with the network when one or more new signal sources are connected to the existing network, wherein at least the steps are performed (i) generating first signals from data sources of the network as reference signals ; (ii) generating second signals from the data sources of the network; (iii) assigning at least one of the second signals by comparing it to at least one of the first signals and/or by comparing the at least one of the second signals with differences in the second signals in data traces for the second signal based on at least two known, different network states ; (iv) if a number (U n ) of unassigned second signals is equal to zero after assigning, terminating assigning of the second signals ; (v) as long as the number (U n ) of unassigned second signals is greater than zero after assigning generating of further first signals and second signals with modified known different network states and/or output conditions of the network and assigning by comparing at least one of the further second signals with at least one of the further first signals and/or by comparing the at least one of the further second signals with differences of the further second signals in data traces for the second signal based on at least two known different network states , wherein for comparison with at least one of the first signals virtual signals are generated from a combination of first signals which are used for comparison with unassigned second signals . (i) generating first signals from data sources of the network as reference signals ; (ii) generating second signals from the data sources of the network; (iii) assigning at least one of the second signals by comparing it to at least one of the first signals and/or by comparing the at least one of the second signals with differences in the second signals in data traces for the second signal based on at least two known, different network states ; (iv) if a number (U n ) of unassigned second signals is equal to zero after assigning, terminating assigning of the second signals ; (v) as long as the number (U n ) of unassigned second signals is greater than zero after assigning
A cosmetic container containing at least one non-woven substrate and an applicator, said substrate comprises crimped fibers, wherein said substrate comprises a peripheral surface, characterized in that the peripheral surface is substantially liquid-impermeable, wherein the peripheral surface is heat-sealed or treated with a liquid-impermeable material.
An optical interposer comprising an array of single mode Vertical-Cavity Surface-Emitting Lasers, VCSELs, wherein said optical interposer further comprises: a. an array of first order diffraction grating couplers arranged to couple light emitted by the array of single mode VCSELs into optical waveguides , said light being emitted in a direction substantially perpendicular to said optical waveguides ; b. a device for refracting said light over an angle of at least 4 degrees from said substantially perpendicular direction wherein said light is emitted by said array of single mode VCSELs , said device being positioned between said array of single mode VCSELs and said array of first order diffraction grating couplers ; c. an array of output ports arranged to optically couple light from said optical waveguides into an array of optical fibers or other optical elements; and d. said optical waveguides coupling said array of first order diffraction grating couplers to said array of output ports to route said light from said first order diffraction grating couplers to said output ports . a. an array of first order diffraction grating couplers arranged to couple light emitted by the array of single mode VCSELs into optical waveguides , said light being emitted in a direction substantially perpendicular to said optical waveguides ; b. a device for refracting said light over an angle of at least 4 degrees from said substantially perpendicular direction wherein said light is emitted by said array of single mode VCSELs , said device being positioned between said array of single mode VCSELs and said array of first order diffraction grating couplers ; c. an array of output ports arranged to optically couple light from said optical waveguides into an array of optical fibers or other optical elements; and d. said optical waveguides coupling said array of first order diffraction grating couplers to said array of output ports to route said light from said first order diffraction grating couplers to said output ports .
A child seat comprising: a mounting base to which a rotating base is attached, the rotating base including a circumferential path and a depressed portion , the depressed portion being disposed on at least a part of the circumferential path; and a sitting seat that includes a plurality of operating units , the plurality of operating units including a locking unit configured to move along the circumferential path and fit to the depressed portion , a biasing unit biasing the locking unit to a side of a surface forming the depressed portion, and an unlocking unit coupled to the locking unit , the unlocking unit moving the locking unit to an opposite side of the biasing direction by the biasing unit to release the fitting of the locking unit and the depressed portion , a rotating plate being attached to the sitting seat , the rotating plate being rotatably assembled with respect to the rotating base . a mounting base to which a rotating base is attached, the rotating base including a circumferential path and a depressed portion , the depressed portion being disposed on at least a part of the circumferential path; and a sitting seat that includes a plurality of operating units , the plurality of operating units including a locking unit configured to move along the circumferential path and fit to the depressed portion , a biasing unit biasing the locking unit to a side of a surface forming the depressed portion, and an unlocking unit coupled to the locking unit , the unlocking unit moving the locking unit to an opposite side of the biasing direction by the biasing unit to release the fitting of the locking unit and the depressed portion , a rotating plate being attached to the sitting seat , the rotating plate being rotatably assembled with respect to the rotating base .
Silica particles, formed from an alkoxysilane serving as a raw material, characterized in that the silica particles satisfy the following requirements (a) to (c): (a) the silica particles have an alkali metal element content of 5 ppm or less, with respect to the silica solid content; (b) the silica particles exhibit a moisture absorption of 0.25 mg/m 2 or less at 50% relative humidity, and a refractive index, as determined through the liquid immersion method, of 1.450 to 1.460; and (c) the silica particles have a mean primary particle size, derived from a specific surface area as determined through the nitrogen adsorption method, of 10 to 100 nm and wherein the silica particles have an aspect ratio, as determined from a transmission electron microscopic photoimage, of 1.0 to 2.0; and wherein the moisture absorption is an amount calculated per unit surface area, through the following equation: moisture absorption amount mg / m 2 = increase in weight mg / amount of sample g × specific surface area m 2 / g ; and wherein the increase in weight is determined by introducing the amount of sample into a weighing bottle and obtaining an initial weight of the entirety, and subtracting the initial weight from a final weight that is obtained after allowing the bottle to stand in an atmosphere at 23 °C and an RH of 50% for 48 hours, while the bottle remains open; and wherein the mean primary particle size is determined by the following formula: mean primary particle size = 2,720/specific surface area (m 2 /g) ; and wherein the specific surface area (m 2 /g) is determined by drying the amount of sample in a vacuum dryer at 80 °C, to thereby form a silica gel, and pulverizing the dry gel by means of a mortar and further drying the resultant at 180 °C for 3 hours to thereby form a dry silica powder, and determining the specific surface area (m 2 /g) of the powder through a nitrogen absorption method. (a) the silica particles have an alkali metal element content of 5 ppm or less, with respect to the silica solid content; (b) the silica particles exhibit a moisture absorption of 0.25 mg/m 2 or less at 50% relative humidity, and a refractive index, as determined through the liquid immersion method, of 1.450 to 1.460; and (c) the silica particles have a mean primary particle size, derived from a specific surface area as determined through the nitrogen adsorption method, of 10 to 100 nm and wherein the silica particles have an aspect ratio, as determined from a transmission electron microscopic photoimage, of 1.0 to 2.0; and
A method for obtaining a laminated curved glazing, particularly for a motor vehicle windscreen or roof, comprising the following steps: a. providing a first glass sheet , coated on at least part of one of the faces thereof with a stack of thin layers , b. a step of depositing, on part of the surface of the stack of thin layers , an enamel layer , c. a step of depositing, at least on said enamel layer , refractory particles based on oxides, carbides or metals, at least one dimension of which is greater than or equal to 30 μm, d. a step of simultaneously bending the first glass sheet and the additional glass sheet , with the enamel layer facing said additional glass sheet , e. a step of laminating said first glass sheet with the additional glass sheet by means of a lamination interlayer , such that the enamel layer is facing said interlayer , said method further comprising a step of pre-firing the enamel layer during which the stack of thin layers located under the enamel layer is at least partially dissolved by said enamel layer , said pre-firing step being either a step called b1 and performed between step b and step c or a step called c1 and carried out between step c and step d, the stack of thin layers located under the enamel layer being completely dissolved by said enamel layer at least by the end of step d. a. providing a first glass sheet , coated on at least part of one of the faces thereof with a stack of thin layers , b. a step of depositing, on part of the surface of the stack of thin layers , an enamel layer , c. a step of depositing, at least on said enamel layer , refractory particles based on oxides, carbides or metals, at least one dimension of which is greater than or equal to 30 μm, d. a step of simultaneously bending the first glass sheet and the additional glass sheet , with the enamel layer facing said additional glass sheet , e. a step of laminating said first glass sheet with the additional glass sheet by means of a lamination interlayer , such that the enamel layer is facing said interlayer ,