mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical stapler , comprising: a housing ; an endoscopic portion extending distally from the housing; an end effector disposed at a distal portion of the endoscopic portion, the end effector including a cartridge assembly and an anvil assembly pivotally coupled to the cartridge assembly, the anvil assembly configured to move from an open position to a closed position; and a firing rod including: a shaft ; and a cam member having a pair of opposing camming surfaces disposed at a distal portion of the shaft, the cam member being in contact with a proximal portion of an inner surface of the anvil assembly, the cam member being rotatable by the firing rod such that the displacement of one of the camming surfaces pushes the anvil assembly from the open position to the closed position. a housing ; an endoscopic portion extending distally from the housing; an end effector disposed at a distal portion of the endoscopic portion, the end effector including a cartridge assembly and an anvil assembly pivotally coupled to the cartridge assembly, the anvil assembly configured to move from an open position to a closed position; and a firing rod including: a shaft ; and a cam member having a pair of opposing camming surfaces disposed at a distal portion of the shaft, the cam member being in contact with a proximal portion of an inner surface of the anvil assembly, the cam member being rotatable by the firing rod such that the displacement of one of the camming surfaces pushes the anvil assembly from the open position to the closed position. a shaft ; and a cam member having a pair of opposing camming surfaces disposed at a distal portion of the shaft, the cam member being in contact with a proximal portion of an inner surface of the anvil assembly, the cam member being rotatable by the firing rod such that the displacement of one of the camming surfaces pushes the anvil assembly from the open position to the closed position.
Method for displaying the course of a trajectory in front of a vehicle or in front of a person, a pedestrian, a bicycle or a motorcycle with the aid of an augmented reality display unit in the form of a head-up display (HUD), data glasses or a monitor, on which a camera image is displayed, wherein the trajectory is overlaid in the field of view of the driver, the person or the pedestrian on the augmented reality display unit , wherein the trajectory course is represented in grid form, characterized in that the points of the grid are represented using symbols , of which only the border or the completely filled symbols are represented depending on the environmental condition, wherein the ambient brightness is detected and analysed as a first environmental condition, wherein, in the case of low ambient brightness, the points of the grid are represented using symbols , of which only the border is represented, and wherein, in the case of high ambient brightness, the points of the grid are represented using symbols which are represented filled up over the full surface.
A method for determining the presence and/or the concentration of an analyte in a sample, said method comprising: - contacting said sample with a solution comprising: • magnetic beads • a capture probe capable of binding said analyte • a reporter probe capable of binding said analyte • cellulase whereby, if the analyte is present, amagnetic bead (MB)-capture-probe-analyte-reporter-probe-cellulase sandwich is formed; - contacting said solution comprising said sandwich with an electrode covered with an electrically insulating layer comprising or consisting of cellulose and/or a cellulose derivative that can be degraded by cellulase. wherein the MB-capture-probe-analyte-reporter-probe-cellulase sandwich leads to degradation of the insulating layer thereby causing a measurable change in electrical properties at the electrode surface, wherein said change in electrical properties is a function of the amount of analyte in said sample. - contacting said sample with a solution comprising: • magnetic beads • a capture probe capable of binding said analyte • a reporter probe capable of binding said analyte • cellulase whereby, if the analyte is present, amagnetic bead (MB)-capture-probe-analyte-reporter-probe-cellulase sandwich is formed; • magnetic beads • a capture probe capable of binding said analyte • a reporter probe capable of binding said analyte • cellulase - contacting said solution comprising said sandwich with an electrode covered with an electrically insulating layer comprising or consisting of cellulose and/or a cellulose derivative that can be degraded by cellulase. wherein the MB-capture-probe-analyte-reporter-probe-cellulase sandwich leads to degradation of the insulating layer thereby causing a measurable change in electrical properties at the electrode surface, wherein said change in electrical properties is a function of the amount of analyte in said sample.
A method of calibrating a multiview image, the method comprising: extracting feature points from a multiview image, the multiview image including a first view image and a second view image; selecting first feature points, corresponding to feature points of a preceding image frame of the first view image, from among feature points in a current image frame of the first view image; selecting second feature points, corresponding to feature points in a current image frame of the second view image, from among the first feature points; and performing image calibration on the current image frame of the second view image based on the second feature points so as to reduce a vertical disparity and/or a color disparity between the first view image and the second view image. extracting feature points from a multiview image, the multiview image including a first view image and a second view image; selecting first feature points, corresponding to feature points of a preceding image frame of the first view image, from among feature points in a current image frame of the first view image; selecting second feature points, corresponding to feature points in a current image frame of the second view image, from among the first feature points; and performing image calibration on the current image frame of the second view image based on the second feature points so as to reduce a vertical disparity and/or a color disparity between the first view image and the second view image.
A method for decoding a video signal performed by a decoding apparatus, the method comprising: obtaining (S2302) a transform index information indicating transform kernels of the current block from the video signal; determining (S2303) a size of a non-zero region to which an inverse primary transform is applied based on the transform kernels indicated by the transform index information and a size of the current block, wherein non-zero coefficients are located within the non-zero region; and performing (S2304) the inverse primary transform on the non-zero region to which the inverse primary transform is applied by using the transform kernels indicated by the transform index information, wherein the transform kernels indicated by the transform index information includes a pair of a horizontal transform kernel and a vertical transform kernel, characterized in that based on the size of the current block being 32x32 and the transform kernels applied to the current block belonging to a first transform group, the size of the non-zero region is determined as 32x32, based on the size of the current block being 32x32 and the transform kernels applied to the current block belonging to a second transform group, the size of the non-zero region is determined as 16x16, and the first transform group includes a DCT2 kernel and the second transform group does not include the DCT2 kernel. obtaining (S2302) a transform index information indicating transform kernels of the current block from the video signal; determining (S2303) a size of a non-zero region to which an inverse primary transform is applied based on the transform kernels indicated by the transform index information and a size of the current block, wherein non-zero coefficients are located within the non-zero region; and performing (S2304) the inverse primary transform on the non-zero region to which the inverse primary transform is applied by using the transform kernels indicated by the transform index information, wherein the transform kernels indicated by the transform index information includes a pair of a horizontal transform kernel and a vertical transform kernel, characterized in that based on the size of the current block being 32x32 and the transform kernels applied to the current block belonging to a first transform group, the size of the non-zero region is determined as 32x32, based on the size of the current block being 32x32 and the transform kernels applied to the current block belonging to a second transform group, the size of the non-zero region is determined as 16x16, and the first transform group includes a DCT2 kernel and the second transform group does not include the DCT2 kernel.
A qualification method for a container provided with first wireless telecommunications means comprising a memory , said method being characterized in that it comprises the following steps when the container is stored in a container storage enclosure , said enclosure comprising at least one atmospheric sensor suitable for measuring, within the enclosure, at least one atmospheric parameter from among the temperature, pressure and humidity, and at least second wireless telecommunications means : a/ radiofrequency transmission by the second wireless telecommunications means of the enclosure, to first wireless telecommunications means of the container, of a message including a value representative of a result of a measurement of said parameter in the enclosure; step a/ being reiterated after each measurement moment of a plurality of determined successive measurement moments; b/ for each of said messages received by the first wireless telecommunications means of the container, storage, by said first wireless telecommunications means of the container, of the representative value included in the received message, the memory of the first wireless telecommunications means of the container including values representative of the results of measurements of said parameter successively stored and each associated with a distinct determined measurement moment; according to which the method further comprises a step for qualifying or disqualifying the container as a function of at least one comparison between the number of values representative of a result of a measurement of said parameter that are stored in the memory of the first wireless telecommunications means of the container and the number of said determined measurement moments. a/ radiofrequency transmission by the second wireless telecommunications means of the enclosure, to first wireless telecommunications means of the container, of a message including a value representative of a result of a measurement of said parameter in the enclosure; step a/ being reiterated after each measurement moment of a plurality of determined successive measurement moments; b/ for each of said messages received by the first wireless telecommunications means of the container, storage, by said first wireless telecommunications means of the container, of the representative value included in the received message, the memory of the first wireless telecommunications means of the container including values representative of the results of measurements of said parameter successively stored and each associated with a distinct determined measurement moment;
A medicinal inhaler including a reusable assembly and a refill assembly , wherein the refill assembly is configured to be removably coupled to the reusable assembly , the refill assembly comprising: a patient port ; an adapter configured to cause a dose of medicament to be released, the adapter movable between a first position in which a dose of medicament is not released and a second position in which a dose of medicament is released; and a lockout mechanism positioned to lock the adapter in its first position, wherein the lockout mechanism is releasable in response to the refill assembly and the reusable assembly being coupled together, such that movement of the adapter between its first position and its second position is permitted when the refill assembly is coupled to the reusable assembly and is inhibited when the refill assembly is not coupled to the reusable assembly , characterised in that : the refill assembly further comprises a lockout override actuator movable between a first position in which the lockout mechanism is in a first locked state, and a second position in which the lockout mechanism is in a second unlocked state and the adapter is movable from its first position to its second position even when the refill assembly is not coupled to the reusable assembly . a patient port ; an adapter configured to cause a dose of medicament to be released, the adapter movable between a first position in which a dose of medicament is not released and a second position in which a dose of medicament is released; and a lockout mechanism positioned to lock the adapter in its first position, wherein the lockout mechanism is releasable in response to the refill assembly and the reusable assembly being coupled together, such that movement of the adapter between its first position and its second position is permitted when the refill assembly is coupled to the reusable assembly and is inhibited when the refill assembly is not coupled to the reusable assembly , characterised in that : the refill assembly further comprises a lockout override actuator movable between a first position in which the lockout mechanism is in a first locked state, and a second position in which the lockout mechanism is in a second unlocked state and the adapter is movable from its first position to its second position even when the refill assembly is not coupled to the reusable assembly .
A bracket for attachment with a hydraulic damper assembly , said bracket comprising: a body extending along a center axis between a first end and a second end ; said body defining a first groove and a second groove and a pair of coupling members including a first coupling member and a second coupling member respectively located in said first groove and said second groove for engagement with a housing of the hydraulic damper assembly ; wherein said first end includes at least one first deformation to retain said first coupling member in said first groove and said second end includes at least one second deformation to retain said second coupling member in said second groove , characterized in that said first groove is located adjacent to said first end extending toward said first end and flaring radially outwardly from said center axis and presenting a first slanted surface and said second groove is located adjacent to said second end extending toward said second end and flaring radially outwardly from said center axis and presenting a second slanted surface . a body extending along a center axis between a first end and a second end ; said body defining a first groove and a second groove and a pair of coupling members including a first coupling member and a second coupling member respectively located in said first groove and said second groove for engagement with a housing of the hydraulic damper assembly ; wherein said first end includes at least one first deformation to retain said first coupling member in said first groove and said second end includes at least one second deformation to retain said second coupling member in said second groove , characterized in that said first groove is located adjacent to said first end extending toward said first end and flaring radially outwardly from said center axis and presenting a first slanted surface and said second groove is located adjacent to said second end extending toward said second end and flaring radially outwardly from said center axis and presenting a second slanted surface .
A remote operation assistance server comprising: an evaluation result recognition element that communicates with a work machine comprising an actual machine operation mechanism and a mode switching mechanism that switches an actual machine operation mode in which the work machine is operated in accordance with an operation aspect of the actual machine operation mechanism to a remote operation mode in which the work machine is operated in accordance with an operation aspect of a remote operation mechanism that forms a remote operation apparatus and vice versa, and recognizes as a first evaluation result a result of evaluation of whether or not the mode switching mechanism has switched the operation mode to the remote operation mode, based on the communication, characterized in that the evaluation result recognition element further recognizes as a second evaluation result a result of evaluation of whether or not short-range wireless communication between the work machine and a portable terminal has been established, based on the communication; and in that the remote operation assistance server further comprises: a first assistance processing element that carries out a first assistance process of permitting remote operation of the work machine using the remote operation apparatus based on communication with each of the remote operation apparatus and the work machine when the first evaluation result recognized by the evaluation result recognition element is affirmative and the second evaluation result recognized by the evaluation result recognition element is negative; and a second assistance processing element that carries out a second assistance process of prohibiting remote operation of the work machine using the remote operation apparatus when the first and second evaluation results recognized by the evaluation result recognition element are affirmative. a first assistance processing element that carries out a first assistance process of permitting remote operation of the work machine using the remote operation apparatus based on communication with each of the remote operation apparatus and the work machine when the first evaluation result recognized by the evaluation result recognition element is affirmative and the second evaluation result recognized by the evaluation result recognition element is negative; and a second assistance processing element that carries out a second assistance process of prohibiting remote operation of the work machine using the remote operation apparatus when the first and second evaluation results recognized by the evaluation result recognition element are affirmative.
A valve for controlling the flow of fluid, said valve being suitable to operate at frequencies of 20 kHz or higher, comprising: a first plate having apertures extending generally perpendicular through said first plate ; a second plate having apertures extending generally perpendicular through said second plate , said apertures being substantially offset from the apertures of said first plate ; and a spacer disposed between said first plate and said second plate to form a cavity therebetween in fluid communication with the apertures of said first plate and the apertures of said second plate ; characterised by : a flap disposed and moveable between said first plate and said second plate , said flap having apertures substantially offset from the apertures of said first plate and substantially aligned with the apertures of said second plate , wherein the mass per unit area of the flap is less than 60 grams per square meter, whereby said flap is operable to be motivated between said first plate and said second plate in response to a change in direction of the differential pressure of fluid across said valve. a first plate having apertures extending generally perpendicular through said first plate ; a second plate having apertures extending generally perpendicular through said second plate , said apertures being substantially offset from the apertures of said first plate ; and a spacer disposed between said first plate and said second plate to form a cavity therebetween in fluid communication with the apertures of said first plate and the apertures of said second plate ; characterised by : a flap disposed and moveable between said first plate and said second plate , said flap having apertures substantially offset from the apertures of said first plate and substantially aligned with the apertures of said second plate , wherein the mass per unit area of the flap is less than 60 grams per square meter, whereby said flap is operable to be motivated between said first plate and said second plate in response to a change in direction of the differential pressure of fluid across said valve. a flap disposed and moveable between said first plate and said second plate , said flap having apertures substantially offset from the apertures of said first plate and substantially aligned with the apertures of said second plate , wherein the mass per unit area of the flap is less than 60 grams per square meter, whereby said flap is operable to be motivated between said first plate and said second plate in response to a change in direction of the differential pressure of fluid across said valve.
A plasma producing apparatus for plasma processing a substrate comprising: a chamber having an interior surface; a plasma production device for producing an inductively coupled plasma within the chamber ; a substrate support for supporting the substrate during plasma processing; and a Faraday shield disposed within the chamber for shielding at least part of the interior surface from material removed from the substrate by the plasma processing, and in which the Faraday shield comprises a plurality of apertures; in which the plasma production device comprises an antenna and a RF power supply configured to supply RF power to the antenna with a polarity which is alternated at a frequency of less than or equal to 1000Hz, and in which the antenna is a single turn coil. a chamber having an interior surface; a plasma production device for producing an inductively coupled plasma within the chamber ; a substrate support for supporting the substrate during plasma processing; and a Faraday shield disposed within the chamber for shielding at least part of the interior surface from material removed from the substrate by the plasma processing, and in which the Faraday shield comprises a plurality of apertures; in which the plasma production device comprises an antenna and a RF power supply configured to supply RF power to the antenna with a polarity which is alternated at a frequency of less than or equal to 1000Hz, and in which the antenna is a single turn coil.