mhurhangee/patent-ind-claim-en huggingface dataset:
An X-ray imaging apparatus, comprising: an imaging device configured to capture a camera image of a target; an X-ray source having a collimator which is mounted on the X-ray source and configured to adjust an X-ray irradiation region; an input unit configured to receive a selection related to X-ray imaging regions to be mapped in correspondence with each of X-ray imaging protocols from a user; a storage unit configured to store the selected X-ray imaging regions for each of the X-ray imaging protocols according to an input of the selection; a controller configured to extract, from the camera image of the target, a target X-ray imaging region that has been mapped to selected X-ray imaging protocol, and control the collimator to adjust the X-ray irradiation region to correspond to the extracted X-ray imaging region. an imaging device configured to capture a camera image of a target; an X-ray source having a collimator which is mounted on the X-ray source and configured to adjust an X-ray irradiation region; an input unit configured to receive a selection related to X-ray imaging regions to be mapped in correspondence with each of X-ray imaging protocols from a user; a storage unit configured to store the selected X-ray imaging regions for each of the X-ray imaging protocols according to an input of the selection; a controller configured to extract, from the camera image of the target, a target X-ray imaging region that has been mapped to selected X-ray imaging protocol, and control the collimator to adjust the X-ray irradiation region to correspond to the extracted X-ray imaging region.
A rectifier for symmetrical flow of fluid in a pipeline, whereby said rectifier comprises at least one double chamber , with an expansion chamber wherein an inlet axial rectifying member is mounted and which is circumferentially provided with radial circumferential perforations , and with a compression chamber provided with an outlet opening , the expansion chamber being separated from the compression chamber at least with one radial rectifying member with an axial perforation , wherein the radial rectifying member is formed with at least one radial plate with many openings which form the axial perforation .
A microscopy system (100; 400) for imaging a sample (102; 402; 602), the microscopy system comprising: a focused ion beam system configured to direct a focused ion beam onto a sample (102; 402; 602); a scanning electron microscope system configured to direct an electron beam (104; 404) onto the sample (102; 402; 602); and a plurality of charged-particle detectors, each detector being configured to monitor an electrical current on the detector; and a first controller configured to receive a plurality of signals indicative of the electrical currents on the plurality of charged particle detectors and configured to control automatically properties of a focused ion beam produced by the focused ion beam system in response to the received signals, said system characterized in that the plurality of charged particle detectors includes a movable shutter located between the sample (102; 402; 602) and the scanning electron microscope system , the shutter being configured to be moved automatically into a position between the sample (102; 402; 602) and the scanning electron microscope system , so that when the electron beam is not irradiating the sample (102; 402; 602) the shutter is positioned between the sample (102; 402; 602) and the scanning electron microscope system . a focused ion beam system configured to direct a focused ion beam onto a sample (102; 402; 602); a scanning electron microscope system configured to direct an electron beam (104; 404) onto the sample (102; 402; 602); and a plurality of charged-particle detectors, each detector being configured to monitor an electrical current on the detector; and a first controller configured to receive a plurality of signals indicative of the electrical currents on the plurality of charged particle detectors and configured to control automatically properties of a focused ion beam produced by the focused ion beam system in response to the received signals,
An eyepiece, for projecting an image from an image plane on one side of the eyepiece to a viewer's eye located at an exit pupil on the opposite side of the eyepiece, comprising - at least one stationary lens group and at least two movable lens groups being movable with respect to the stationary lens group along an optical axis between the image plane and the exit pupil , wherein the lens groups are arranged in positive-negative-positive configuration and the movable lens groups are arranged to move along the optical axis between a first state providing a first field-of-view and a second state providing a second field-of-view smaller than the first field-of-view to the image plane , whereby the length of the eyepiece changes when moving between the first state and second state, and the eyepiece is adapted to provide an image of essentially equally sized area of the image plane at said exit pupil in said first and second states, wherein the lens groups comprise - a first movable positive lens group located closest to the exit pupil , - a third stationary positive lens group located closest to the image plane, - a second movable negative lens group between the first lens group and the third lens group , whereby the first lens group and the second lens group are adapted to move farther from the third lens group and closer to each other when moving from the first state to the second state. - at least one stationary lens group and at least two movable lens groups being movable with respect to the stationary lens group along an optical axis between the image plane and the exit pupil , - a first movable positive lens group located closest to the exit pupil , - a third stationary positive lens group located closest to the image plane, - a second movable negative lens group between the first lens group and the third lens group ,
System for regenerating and distributing energy on a vessel, the system comprising: - a first power distribution system ; and - a second power distribution system electrically isolated from said first power distribution system , said system further comprises a flywheel mechanically connected to both said first and second power distribution systems (30A, B), characterised in that the system further comprises: - a first motor/generator mechanically connected to the flywheel in said first power distribution system ; - a first flywheel drive module electrically connected to said first motor/generator ; - a second motor/generator mechanically connected to the flywheel in said second power distribution system ; and - a second flywheel drive module electrically connected to said second motor/generator . - a first power distribution system ; and - a second power distribution system electrically isolated from said first power distribution system , said system further comprises a flywheel mechanically connected to both said first and second power distribution systems (30A, B), characterised in that the system further comprises: - a first motor/generator mechanically connected to the flywheel in said first power distribution system ; - a first flywheel drive module electrically connected to said first motor/generator ; - a second motor/generator mechanically connected to the flywheel in said second power distribution system ; and - a second flywheel drive module electrically connected to said second motor/generator .
A medical treatment system for determining administration of medications to a patient, the system comprising: a plurality of sensors configured to perform a first set of physiologic measurements in a right side of the heart and a second set of physiologic measurements in a left side of the heart; and a receiver configured to receive measurement data regarding the first and second sets of physiologic measurements, and to receive patient condition data representative of at least one patient condition from the group of left heart failure, right heart failure or biventricular failure; a memory unit configured to store the received measurement data; a display device; and a controller configured to: determine, based on the received measurement data, measurement trends including whether each of the first and second sets of measurements is trending lower than a normal level, trending at a normal level, or trending higher than a normal level; produce an indication of a treatment regimen for the patient based on the received patient condition data and the determined measurement trends; wherein the indication of the treatment regimen and measurement trends can be displayed on the display device. a plurality of sensors configured to perform a first set of physiologic measurements in a right side of the heart and a second set of physiologic measurements in a left side of the heart; and a receiver configured to receive measurement data regarding the first and second sets of physiologic measurements, and to receive patient condition data representative of at least one patient condition from the group of left heart failure, right heart failure or biventricular failure; a memory unit configured to store the received measurement data; a display device; and a controller configured to: determine, based on the received measurement data, measurement trends including whether each of the first and second sets of measurements is trending lower than a normal level, trending at a normal level, or trending higher than a normal level; produce an indication of a treatment regimen for the patient based on the received patient condition data and the determined measurement trends; wherein the indication of the treatment regimen and measurement trends can be displayed on the display device. determine, based on the received measurement data, measurement trends including whether each of the first and second sets of measurements is trending lower than a normal level, trending at a normal level, or trending higher than a normal level; produce an indication of a treatment regimen for the patient based on the received patient condition data and the determined measurement trends; wherein the indication of the treatment regimen and measurement trends can be displayed on the display device.
Fluid pump having a delivery unit which delivers a fluid, and having a drive unit which drives the delivery unit , wherein the delivery unit and the drive unit are separated from one another in a fluid-tight manner by a separating disc , wherein the separating disc has at least two regions (6.1, 6.2) composed of different materials, characterized in that the material of the first region (6.1) is an amorphous carbon, in particular a diamond-like carbon (DLC), and the material of the second region (6.2) is a metallic material.
Fixing arrangement - with a first component having an undercut groove , - with a second component having a passage opening , - wherein the second component can be fixed to the first component via a fixing device which is guided through a passage opening of said second component and engages perpendicularly in the groove , - wherein the fixing device has an axis which, in mounted state of the fixing device , is oriented perpendicularly to the groove , - wherein the fixing device has a hammerhead element and a retaining element which can be screwed thereto, characterised in that - in the state mounted on the second component , the hammerhead element and the retaining element screwed thereto are unrestrictedly rotatable about the axis , - on a side facing the groove , the hammerhead element has orientation contours which are configured such that, when pressed onto the groove , independently of the rotary position of the hammerhead element about the axis , said contours set an orientation of the hammerhead element which allows it to plunge into the groove . - with a first component having an undercut groove , - with a second component having a passage opening , - wherein the second component can be fixed to the first component via a fixing device which is guided through a passage opening of said second component and engages perpendicularly in the groove , - wherein the fixing device has an axis which, in mounted state of the fixing device , is oriented perpendicularly to the groove , - wherein the fixing device has a hammerhead element and a retaining element which can be screwed thereto, - in the state mounted on the second component , the hammerhead element and the retaining element screwed thereto are unrestrictedly rotatable about the axis , - on a side facing the groove , the hammerhead element has orientation contours which are configured such that, when pressed onto the groove , independently of the rotary position of the hammerhead element about the axis , said contours set an orientation of the hammerhead element which allows it to plunge into the groove .
An article comprising a multilayer plating film, wherein the article is a faucet fitting part and the multilayer plating film is formed on the faucet fitting part, wherein the multilayer plating film comprises at least a chrome plating film and a tin-nickel plating film, the chrome plating film being the outermost layer, and the tin-nickel plating film being formed below the chrome plating film by using an acidic tin-nickel alloy plating solution containing a divalent tin compound, a nickel compound, a triamine compound, and a fluoride, wherein the multilayer plating film is a two-layer plating film obtained by directly forming a chrome plating film on a tin-nickel plating film, a three-layer plating film obtained by forming a semi-bright nickel plating film, a tin-nickel plating film, and a chrome plating film in this order, or a four-layer plating film obtained by forming a semi-bright nickel plating film, a bright nickel plating film, a tin-nickel plating film, and a chrome plating film in this order. a two-layer plating film obtained by directly forming a chrome plating film on a tin-nickel plating film, a three-layer plating film obtained by forming a semi-bright nickel plating film, a tin-nickel plating film, and a chrome plating film in this order, or a four-layer plating film obtained by forming a semi-bright nickel plating film, a bright nickel plating film, a tin-nickel plating film, and a chrome plating film in this order.
A pump comprising: an inlet/outlet plate comprising an inlet hole formed through the inlet/outlet plate and an outlet hole formed through the inlet/outlet plate and spaced from the inlet hole; a valve plate adjacent the inlet/outlet plate comprising an inlet valve aligned with the inlet and an outlet valve aligned with the outlet; a channel plate arranged adjacent the valve plate , on a side of the valve plate opposite the inlet/outlet plate , the channel plate comprising a cavity in fluid communication with the inlet and the outlet; a flexible membrane proximate the cavity, at least a portion of the flexible membrane and the cavity defining an dispensing volume ; and an actuator arranged to selectively apply a force to the flexible membrane, on a side of the flexible membrane opposite the dispensing volume. an inlet/outlet plate comprising an inlet hole formed through the inlet/outlet plate and an outlet hole formed through the inlet/outlet plate and spaced from the inlet hole; a valve plate adjacent the inlet/outlet plate comprising an inlet valve aligned with the inlet and an outlet valve aligned with the outlet; a channel plate arranged adjacent the valve plate , on a side of the valve plate opposite the inlet/outlet plate , the channel plate comprising a cavity in fluid communication with the inlet and the outlet; a flexible membrane proximate the cavity, at least a portion of the flexible membrane and the cavity defining an dispensing volume ; and an actuator arranged to selectively apply a force to the flexible membrane, on a side of the flexible membrane opposite the dispensing volume.
An adhesive comprising an ethylene·α-olefin copolymer (A) having a number-average molecular weight of 5000 to 100000 in terms of polystyrene as measured by gel permeation chromatography, a density of 860 to 970 kg/m 3 and a melt flow rate of 300 to 500 g/10min as measured at 190°C under 2.16 kg load according to ASTM D 1238 standard, wherein in the ethylene·α-olefin copolymer (A), the total number of vinyl-type double bond, vinylidene-type double bond, 2-substituted olefin-type double bond and 3-substituted olefin-type double bond is less than 0.5 per 1000 carbon atoms as measured by 1 H-NMR.
A method recovering carbon fibres by delamination of a discrete waste carbon fibre composite article comprised of carbon fibres bonded into layers by resin or adhesive or a combination of such articles, the method comprising the steps of: (a) introducing said article or combination of articles into a pressure vessel, (b) supplying to said vessel superheated steam at a temperature of at least 400°C and pressurising said vessel to subject said article or articles to an atmosphere of superheated steam in the vessel of at least 0.5 bar above atmospheric pressure, (c) subsequently decompressing the vessel to achieve a pressure reduction of at least 0.5 bar in at most 5 seconds whilst maintaining the supply of superheated steam to the vessel, and (d) repeating steps (b) and (c) to effect delamination of said article or combination of articles to recover carbon fibres therefrom. (a) introducing said article or combination of articles into a pressure vessel, (b) supplying to said vessel superheated steam at a temperature of at least 400°C and pressurising said vessel to subject said article or articles to an atmosphere of superheated steam in the vessel of at least 0.5 bar above atmospheric pressure, (c) subsequently decompressing the vessel to achieve a pressure reduction of at least 0.5 bar in at most 5 seconds whilst maintaining the supply of superheated steam to the vessel, and (d) repeating steps (b) and (c) to effect delamination of said article or combination of articles to recover carbon fibres therefrom.
Domestic appliance which is designed as a cooking appliance, in particular as a steam cooker , having a cooking chamber for accommodating at least one item to be cooked and having a steam generating means for generating steam, the domestic appliance comprising a removable fluid container for accommodating a fluid, a fluid container housing for accommodating the fluid container , and a channel means , the fluid container housing having at least one inlet adapter and at least one opening , the inlet adapter being designed to be connected to the fluid container when the fluid container is accommodated in the fluid container housing , the fluid container housing and the channel means forming a drip device for the domestic appliance, where, in the operational state of the domestic appliance, the opening is arranged below the inlet adapter and the channel means is arranged below the fluid container housing in order to allow at least one drop of fluid to drip from the inlet adapter onto a channel means , characterised in that the fluid container housing is movable relative to the channel means between a removal position and a rest position and/or the channel means has a channel means ceiling facing the fluid container housing and/or the channel means is designed to evaporate a drop of fluid received by the channel means .
Differential protection method for generating an error signal which specifies an error with respect to a primary component of an electric power supply network, in which - current measured values are detected in each case by means of measuring devices at at least two different measuring points (lla-b) of the primary component of the electric power supply network, - the current measured values are transferred to a differential protection device, which forms a differential current value with current measured values of all measuring devices which are associated with one another by means of correctly adding a leading sign, and - the error signal is generated by means of the differential protection device, if the differential current value exceeds a predetermined threshold value, characterised in that - the current measured value of at least one measuring device is transmitted via a communication network to the differential protection device, wherein the communication network comprises network nodes (40a-f) which are designed to send high priority messages preferably compared with low priority messages, and wherein the current measured value is transmitted as a high priority message; - a jitter parameter is determined which specifies a maximum possible transmission time of the message containing the current measured value; and - the differential protection device derives the value of the threshold value as a function of the jitter parameter. - current measured values are detected in each case by means of measuring devices at at least two different measuring points (lla-b) of the primary component of the electric power supply network, - the current measured values are transferred to a differential protection device, which forms a differential current value with current measured values of all measuring devices which are associated with one another by means of correctly adding a leading sign, and - the error signal is generated by means of the differential protection device, if the differential current value exceeds a predetermined threshold value, characterised in that - the current measured value of at least one measuring device is transmitted via a communication network to the differential protection device, wherein the communication network comprises network nodes (40a-f) which are designed to send high priority messages preferably compared with low priority messages, and wherein the current measured value is transmitted as a high priority message; - a jitter parameter is determined which specifies a maximum possible transmission time of the message containing the current measured value; and - the differential protection device derives the value of the threshold value as a function of the jitter parameter.
Use of alternan-oligosaccharide having a weight average degree of polymerization DPw, determined by GPC RI, of 8 or below as ingredient for acidic foodstuffs.
A vehicle determination method for determining presence or absence of another vehicle (B, C) using a processor configured to execute an another vehicle determination process, the vehicle determination method comprising: calculating, during travel of the subject vehicle (A) in a curve-shaped lane, a travel route of the subject vehicle (A) represented by a trajectory of a curved line along the curve-shaped lane; detecting the other vehicle (B, C) located in a perpendicular direction to a tangential direction of the travel route; setting a vehicle determination region (P), wherein the vehicle determination region (P) is set laterally to a position of the subject vehicle (A); when a position of the detected other vehicle (B, C) falls within the vehicle determination region (P), it is determined that the other vehicle (B, C) is present laterally to the subject vehicle (A); the vehicle determination region (P) is represented by a closed area; and characterized in that the vehicle determination region (P) is surrounded by at least two curved lines parallel to the travel route. calculating, during travel of the subject vehicle (A) in a curve-shaped lane, a travel route of the subject vehicle (A) represented by a trajectory of a curved line along the curve-shaped lane; detecting the other vehicle (B, C) located in a perpendicular direction to a tangential direction of the travel route; setting a vehicle determination region (P), wherein the vehicle determination region (P) is set laterally to a position of the subject vehicle (A); when a position of the detected other vehicle (B, C) falls within the vehicle determination region (P), it is determined that the other vehicle (B, C) is present laterally to the subject vehicle (A); the vehicle determination region (P) is represented by a closed area; and characterized in that the vehicle determination region (P) is surrounded by at least two curved lines parallel to the travel route.