mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving a content interface from a content provider ; processing, by a processing device , the content interface as rendered on a display of a device to identify one or more elements of the content interface as rendered on the device that were potentially not received from the content provider ; comparing, by the processing device , the content interface as rendered on the device with one or more corresponding reference interfaces to: - identify an original element rendered in the one or more corresponding reference interfaces ; and - identify a first element of the content interface as rendered at the display of the device that overlays the original element and that is not present in the one or more corresponding reference interfaces ; processing, by the processing device , the first element to determine a manner in which the first element affects a positional change in a rendering of the content interface at the display of the device; and modifying, by the processing device , a rendering of the content interface on the device based on the manner in which the first element affects the rendering of the content interface on the device. receiving a content interface from a content provider ; processing, by a processing device , the content interface as rendered on a display of a device to identify one or more elements of the content interface as rendered on the device that were potentially not received from the content provider ; comparing, by the processing device , the content interface as rendered on the device with one or more corresponding reference interfaces to: - identify an original element rendered in the one or more corresponding reference interfaces ; and - identify a first element of the content interface as rendered at the display of the device that overlays the original element and that is not present in the one or more corresponding reference interfaces ; - identify an original element rendered in the one or more corresponding reference interfaces ; and - identify a first element of the content interface as rendered at the display of the device that overlays the original element and that is not present in the one or more corresponding reference interfaces ; processing, by the processing device , the first element to determine a manner in which the first element affects a positional change in a rendering of the content interface at the display of the device; and modifying, by the processing device , a rendering of the content interface on the device based on the manner in which the first element affects the rendering of the content interface on the device.
Piston-cylinder unit for lifting devices, having a cylinder and a reciprocating piston which is guided in a lifting chamber of the cylinder and which is axially adjustable in a lift-out direction (R) with the aid of a pressure medium, wherein an adjusting ring which is adjustable in the axial direction outside the lifting chamber and which can be brought into contact with a stop face fixed to the cylinder is secured to the reciprocating piston or to a piston rod connected to the reciprocating piston , characterized in that an additional lifting piston is provided on the side of the lifting chamber facing away from the lift-out direction (R), which lifting piston is adjustable parallel to the lift-out direction (R) and is connected to the reciprocating piston via pressure transmission means, wherein the adjustment path of the lifting piston oriented in the lift-out direction (R) is limited by a stop for releasing a frictional connection between the adjusting ring and the stop surface .
A method of forming a dental device , the method comprising: forming a first region of the dental device using a first polymer material having a first rigidity; forming a second region of the dental device using a second polymer material having a second rigidity that is less than the first rigidity; and forming a transition region coupling the first region and the second region, the transition region including a mixture of the first polymer material and the second polymer material, wherein the transition region comprises multiple portions of the transition region having different relative amounts of the first and second polymer materials, wherein a first portion of the transition region closest to the first region has a higher first material to second material ratio than a second portion of the transition region closest to the second region of the dental device. forming a first region of the dental device using a first polymer material having a first rigidity; forming a second region of the dental device using a second polymer material having a second rigidity that is less than the first rigidity; and forming a transition region coupling the first region and the second region, the transition region including a mixture of the first polymer material and the second polymer material, wherein the transition region comprises multiple portions of the transition region having different relative amounts of the first and second polymer materials, wherein a first portion of the transition region closest to the first region has a higher first material to second material ratio than a second portion of the transition region closest to the second region of the dental device.
A method for forming a three-dimensional model of a portion of the skin of an animal, the portion of the skin of the animal being located within an imaging region of an imaging assembly, the imaging region being in the field of view of an energy sensor having a viewing direction, and illuminated by an illumination system operative to illuminate the imaging region (i) in at least one first direction at a first angle to the viewing direction of the energy sensor, and (ii) in at least one second direction at a second angle to the viewing direction of the energy sensor, the first angle being greater than the second angle, the method comprising: (i) capturing with the energy sensor at least one first two-dimensional image of the portion of the skin of the animal when the illumination system illuminates the imaging region at least in the first direction; (ii) using the at least one first two-dimensional image to determine whether the skin of the animal is correctly presented; and (iii) upon the determination being positive, forming a three-dimensional image of the skin of the animal using at least one second two-dimensional image of the skin of the animal captured when the illumination system illuminates the imaging region at least in the second direction, the at least one first two-dimensional image being captured with a higher proportion of (a) illumination directed at the imaging region in the first direction, to (b) illumination directed at the imaging region in the second direction, than the at least one second two dimensional image. (i) capturing with the energy sensor at least one first two-dimensional image of the portion of the skin of the animal when the illumination system illuminates the imaging region at least in the first direction; (ii) using the at least one first two-dimensional image to determine whether the skin of the animal is correctly presented; and (iii) upon the determination being positive, forming a three-dimensional image of the skin of the animal using at least one second two-dimensional image of the skin of the animal captured when the illumination system illuminates the imaging region at least in the second direction,
A welding method for welding base materials of modified 9Cr-1Mo steel together with a welding material by submerged arc welding, wherein the welding material is a chemical composition defined by ASME SFA-5.23 F9PZ-EB9-B9, and the base materials are welded with a welding heat input of 27.0 kJ/cm or higher and 33.0 kJ/cm or lower, characterized in that post-heat treatment is performed with an L.M.P. of 21.04 × 10 3 or more and 23.30 × 10 3 or less as calculated by equation below: L . M . P . = T 20 + log 10 t where T is a holding temperature [K] and t is a holding time [hour]. wherein the welding material is a chemical composition defined by ASME SFA-5.23 F9PZ-EB9-B9, and the base materials are welded with a welding heat input of 27.0 kJ/cm or higher and 33.0 kJ/cm or lower, characterized in that post-heat treatment is performed with an L.M.P. of 21.04 × 10 3 or more and 23.30 × 10 3 or less as calculated by equation below: L . M . P . = T 20 + log 10 t where T is a holding temperature [K] and t is a holding time [hour].
A glass film transfer apparatus that continuously transfers a long glass film (GF), comprising: a wind-off section that winds off the glass film (GF) from a roll around which the glass film (GF) having a long interleaf (PF) laminated on the glass film (GF) is wound; a glass film transfer section that transfers the glass film (GF) which is wound off from the wind-off section and is separated from the interleaf (PF); a take-up section that takes up the glass film (GF) transferred by the glass film transfer section in the form of roll, while laminating the interleaf (PF) on the glass film (GF); and an interleaf transfer section that carries out the interleaf (PF) separated from the glass film (GF) which is wound off from the wind-off section , and carries in the interleaf (PF) toward the take-up section ; characterized in that the glass film transfer apparatus further comprises a take-up adjusting mechanism that adjusts a take-up state of the interleaf (PF) and the glass film (GF) in the take-up section , wherein the take-up section performs taking-up of the interleaf (PF) and the glass film (GF) with an angular difference of a rotation angle (θ) of the take-up section from the position at which the interleaf (PF) comes into contact with the take-up section to the position at which the glass film (GF) comes into contact with the take-up section . a wind-off section that winds off the glass film (GF) from a roll around which the glass film (GF) having a long interleaf (PF) laminated on the glass film (GF) is wound; a glass film transfer section that transfers the glass film (GF) which is wound off from the wind-off section and is separated from the interleaf (PF); a take-up section that takes up the glass film (GF) transferred by the glass film transfer section in the form of roll, while laminating the interleaf (PF) on the glass film (GF); and an interleaf transfer section that carries out the interleaf (PF) separated from the glass film (GF) which is wound off from the wind-off section , and carries in the interleaf (PF) toward the take-up section ; characterized in that the glass film transfer apparatus further comprises a take-up adjusting mechanism that adjusts a take-up state of the interleaf (PF) and the glass film (GF) in the take-up section , wherein the take-up section performs taking-up of the interleaf (PF) and the glass film (GF) with an angular difference of a rotation angle (θ) of the take-up section from the position at which the interleaf (PF) comes into contact with the take-up section to the position at which the glass film (GF) comes into contact with the take-up section .
A device for substance delivery to and/or extraction from the tympanic cavity, the device comprising: a stationary body having a distal surface and a proximal surface , the stationary body having a small section that is sized and configured to be inserted into an ear canal; a movable body having a distal surface and a proximal surface , disposed within the stationary body and free to move relative to the stationary body ; at least one piercing element , having a distal end and a proximal end, disposed within the movable body ; and a mechanism for generating vacuum in the ear canal sufficient to induce the movable body to move inward. a stationary body having a distal surface and a proximal surface , the stationary body having a small section that is sized and configured to be inserted into an ear canal; a movable body having a distal surface and a proximal surface , disposed within the stationary body and free to move relative to the stationary body ; at least one piercing element , having a distal end and a proximal end, disposed within the movable body ; and a mechanism for generating vacuum in the ear canal sufficient to induce the movable body to move inward.
A sensor comprising at least one whispering gallery mode resonator, wherein the resonator comprises a Bragg grating arranged over at least a portion of the perimeter of the resonator and wherein the resonator is selectively functionalized for the attachment of analyte receptors.
A method of decoding video, the method comprising: obtaining a video bitstream defining base layer video information and enhancement layer video information; and determining a predictor of a current block of enhancement layer video information based at least on a weighted inter-layer predictor of at least one color component of a video unit of the current block and a weighted intra-layer predictor of the at least one color component of the video unit, characterized in that a weighting factor associated with the weighted inter-layer predictor and a weighting factor associated with the weighted intra-layer predictor are based at least on a distance of the video unit from a boundary of the current block wherein determining the predictor of the current block based at least on the weighted inter-layer predictor and the weighted intra-layer predictor is in response to determining that the current block has a size exceeding a threshold or in a list or group of block sizes. obtaining a video bitstream defining base layer video information and enhancement layer video information; and determining a predictor of a current block of enhancement layer video information based at least on a weighted inter-layer predictor of at least one color component of a video unit of the current block and a weighted intra-layer predictor of the at least one color component of the video unit, characterized in that a weighting factor associated with the weighted inter-layer predictor and a weighting factor associated with the weighted intra-layer predictor are based at least on a distance of the video unit from a boundary of the current block wherein determining the predictor of the current block based at least on the weighted inter-layer predictor and the weighted intra-layer predictor is in response to determining that the current block has a size exceeding a threshold or in a list or group of block sizes.
Double-functional button switch shower head, comprising: a fixing portion and an inlet waterway and two diversion waterways , two diversion waterways are respectively disposed with a water diversion hole , two water diversion holes are available to connect to the inlet waterway ; a button movably connected to the fixing portion ; a retractable slide shaft driving mechanism assembled to the fixing portion , the retractable slide shaft driving mechanism is slidably connected to a slide shaft of the fixing portion , the button is connected to the retractable slide shaft driving mechanism in transmission way to drive the slide shaft to slide; wherein two water diversion holes are arranged in a line along the sliding direction of the slide shaft; the slide shaft is disposed with a switch sealing element , the slide shaft slides to control the switch sealing element to close one of the two water diversion holes alternatively to realize switch, characterized in that a pendulum shaft is further provided, the pendulum shaft is connected to the fixing portion in swag way, the button is connected to the fixing portion in sliding way, the button slides to drive the pendulum shaft to swag, the pendulum shaft swags to touch the retractable slide shaft driving mechanism to drive the slide shaft to slide. a fixing portion and an inlet waterway and two diversion waterways , two diversion waterways are respectively disposed with a water diversion hole , two water diversion holes are available to connect to the inlet waterway ; a button movably connected to the fixing portion ; a retractable slide shaft driving mechanism assembled to the fixing portion , the retractable slide shaft driving mechanism is slidably connected to a slide shaft of the fixing portion , the button is connected to the retractable slide shaft driving mechanism in transmission way to drive the slide shaft to slide; wherein two water diversion holes are arranged in a line along the sliding direction of the slide shaft; the slide shaft is disposed with a switch sealing element , the slide shaft slides to control the switch sealing element to close one of the two water diversion holes alternatively to realize switch, characterized in that a pendulum shaft is further provided, the pendulum shaft is connected to the fixing portion in swag way, the button is connected to the fixing portion in sliding way, the button slides to drive the pendulum shaft to swag, the pendulum shaft swags to touch the retractable slide shaft driving mechanism to drive the slide shaft to slide.
Actuating handle for a motor vehicle for opening and/or closing a door or a flap with a recess and a grip element which is designed to be movable between an actuating position, in which the grip element is arranged to be actuatable for manual opening of a door or a flap , and a locking position, in which the grip element is accommodated in the recess , wherein the grip element has surrounding grip element delimiting sections , and the recess has recess delimiting sections , wherein the actuating handle is designed such that in the locking position of the grip element each of the grip element delimiting sections is arranged opposite a corresponding recess delimiting section , wherein lighting means is arranged at least in some regions on the grip element delimiting sections , wherein the lighting means is designed as a continuous light strip, wherein the grip element is accommodated in the recess in such manner that the grip element is arranged flush with the door or the flap , wherein the grip element is delimited by the surrounding grip element delimiting sections , which are arranged opposite the recess delimiting sections when the grip element is in the locking state or the state of being accommodated in the recess , wherein the lighting means is concealed when the grip element is in the locking position characterized in that the light strip extends along the grip element delimiting sections in a circumferential direction of the grip element , and the lighting means is designed to display an open or a closed state of the door or flap when the grip element is in the actuating position. the light strip extends along the grip element delimiting sections in a circumferential direction of the grip element , and the lighting means is designed to display an open or a closed state of the door or flap when the grip element is in the actuating position.
A method for detecting contamination in a product comprising the steps of A. Providing a sample, B. Providing detector cells, wherein the detector cells comprise at least one contamination receptor, wherein the contamination receptor is a polypeptide, C. Providing a detection medium comprising the sample and the detector cells, D. Detecting a signal generated in the detection medium, wherein the generation of the signal is dependent on an interaction of the contamination receptor of the detector cells with a contamination-associated molecule that is present in the product in case of contamination, and E. Analyzing the signal, wherein the sample is neither filtered nor centrifuged to remove cells before detecting the signal, wherein the signal is an optical signal, wherein the contamination-associated molecule is selected from the group consisting of autoinducer-1 (AI-1), autoinducer-2 (AI-2), autoinducer-3 (AI-3) and mixtures of two or more thereof, and wherein the detector cells are bacteria. A. Providing a sample, B. Providing detector cells, wherein the detector cells comprise at least one contamination receptor, wherein the contamination receptor is a polypeptide, C. Providing a detection medium comprising the sample and the detector cells, D. Detecting a signal generated in the detection medium, wherein the generation of the signal is dependent on an interaction of the contamination receptor of the detector cells with a contamination-associated molecule that is present in the product in case of contamination, and E. Analyzing the signal,
Ion trap , comprising: a first ring-shaped end cap electrode and a second ring-shaped end cap electrode , between which is formed a ring-shaped ion storage cell , wherein the two end cap electrodes respectively have a hyperbolically curved surface facing the ion storage cell and characterised by a plurality (N) of radially inner disk-shaped ring electrodes (E 1,i ) and a plurality (N) of radially outer disk-shaped ring electrodes (E 2,i ) that delimit the ring-shaped ion storage cell , wherein the the inner disk-shaped ring electrodes (E 1,i ) and the outer disk-shaped ring electrodes (E 2,i ) have a radial extension exceeding the axial extension by a factor of more than two. a first ring-shaped end cap electrode and a second ring-shaped end cap electrode , between which is formed a ring-shaped ion storage cell , wherein the two end cap electrodes respectively have a hyperbolically curved surface facing the ion storage cell and characterised by a plurality (N) of radially inner disk-shaped ring electrodes (E 1,i ) and a plurality (N) of radially outer disk-shaped ring electrodes (E 2,i ) that delimit the ring-shaped ion storage cell , wherein the the inner disk-shaped ring electrodes (E 1,i ) and the outer disk-shaped ring electrodes (E 2,i ) have a radial extension exceeding the axial extension by a factor of more than two.
A method for locating an unmanned aerial vehicle , comprising: causing a physical joining of a payload with a fuselage of the unmanned aerial vehicle without any modification to the fuselage, the payload comprising a communication relay configured to perform relay operations to extend a range between users of a communication relay link for voice and data communications and a first locator configured to perform location operations to determine and report a location of the unmanned aerial vehicle to the users of the communication relay link; characterized by using a power source to supply power to the payload that is independent from a main power source used to supply power to avionic electronics of the unmanned aerial vehicle; and continuing to perform the relay operations by the communication relay and the location operations by the first locator, when power is no longer being supplied to the avionic electronics by the main power source of the unmanned aerial vehicle. causing a physical joining of a payload with a fuselage of the unmanned aerial vehicle without any modification to the fuselage, the payload comprising a communication relay configured to perform relay operations to extend a range between users of a communication relay link for voice and data communications and a first locator configured to perform location operations to determine and report a location of the unmanned aerial vehicle to the users of the communication relay link; characterized by using a power source to supply power to the payload that is independent from a main power source used to supply power to avionic electronics of the unmanned aerial vehicle; and continuing to perform the relay operations by the communication relay and the location operations by the first locator, when power is no longer being supplied to the avionic electronics by the main power source of the unmanned aerial vehicle.