mhurhangee/patent-ind-claim-en huggingface dataset:
An electron microscope comprising: an optical system including an aberration correction device ; means for receiving information on type and magnitude of an aberration to be introduced; and a control unit that controls the aberration correction device , the control unit arranged to perform: processing for acquiring the information on the type and the magnitude of the aberration to be introduced; and processing for displaying, on a display unit , an indicator for designating a direction of aberration in superposition on an aberration pattern representing a state of aberration, the electron microscope further comprising means for rotating said indicator, and the control unit further arranged to perform: processing for specifying the direction of aberration from the indicator that has been subjected to a rotation operation; and processing for controlling the aberration correction device to cause the aberration correction device to introduce an aberration of said type in the specified direction with said magnitude. an optical system including an aberration correction device ; means for receiving information on type and magnitude of an aberration to be introduced; and a control unit that controls the aberration correction device , the control unit arranged to perform: processing for acquiring the information on the type and the magnitude of the aberration to be introduced; and processing for displaying, on a display unit , an indicator for designating a direction of aberration in superposition on an aberration pattern representing a state of aberration, processing for acquiring the information on the type and the magnitude of the aberration to be introduced; and processing for displaying, on a display unit , an indicator for designating a direction of aberration in superposition on an aberration pattern representing a state of aberration, the electron microscope further comprising means for rotating said indicator, and the control unit further arranged to perform: processing for specifying the direction of aberration from the indicator that has been subjected to a rotation operation; and processing for controlling the aberration correction device to cause the aberration correction device to introduce an aberration of said type in the specified direction with said magnitude. processing for specifying the direction of aberration from the indicator that has been subjected to a rotation operation; and processing for controlling the aberration correction device to cause the aberration correction device to introduce an aberration of said type in the specified direction with said magnitude.
A chair comprising: a base ; a seat supported on the base ; a backrest pivotable to different angular orientations with respect to the base ; a leg rest extendible and retractable to different positions with respect to the seat ; a control panel comprising a plurality of lights arranged in a curved line, the control panel further comprising first, second, third, and fourth controls positioned sequentially along the curved line of visual indicators; a controller adapted to move the chair to a first predefined state when the first control is pressed, the first predefined state being defined by a first orientation of the backrest and a first position of the leg rest ; to move the chair to a second predefined state when the second control is pressed, the second predefined state being defined by a second orientation of the backrest and a second position of the leg rest ; to move the chair to a third predefined state when the third control is pressed; and to move the chair to a fourth predefined state when the fourth control is pressed; wherein the controller is further adapted to move the chair from the first predefined state to the fourth predefined state only by moving the chair through the second and third predefined states and to illuminate the lights sequentially as the chair is moved from the first to the fourth state such that the current state of the chair is indicated by the visual indicators. a base ; a seat supported on the base ; a backrest pivotable to different angular orientations with respect to the base ; a leg rest extendible and retractable to different positions with respect to the seat ; a control panel comprising a plurality of lights arranged in a curved line, the control panel further comprising first, second, third, and fourth controls positioned sequentially along the curved line of visual indicators; a controller adapted to move the chair to a first predefined state when the first control is pressed, the first predefined state being defined by a first orientation of the backrest and a first position of the leg rest ; to move the chair to a second predefined state when the second control is pressed, the second predefined state being defined by a second orientation of the backrest and a second position of the leg rest ; to move the chair to a third predefined state when the third control is pressed; and to move the chair to a fourth predefined state when the fourth control is pressed; wherein the controller is further adapted to move the chair from the first predefined state to the fourth predefined state only by moving the chair through the second and third predefined states and to illuminate the lights sequentially as the chair is moved from the first to the fourth state such that the current state of the chair is indicated by the visual indicators.
A control apparatus for a vehicle that is provided with (a) an automatic transmission having a plurality of shift ranges (D, N, R, P) and (b) a shifting device including (b-1) a shift actuator and (b-2) a shift lever , wherein the shift actuator is configured to establish one of the shift ranges (D, N, R, P) in the automatic transmission such that the established one of the shift ranges (D, N, R, P) corresponds to a selected one of a plurality of shift-lever operating positions of the shift lever , when a switching request to switch the automatic transmission to an opposite-direction drive range (D, R) is made by an operator of the vehicle to drive the vehicle in a direction opposite to a current running direction of the vehicle , during running of the vehicle at a first running speed (V) not lower than a given value (Va), said control apparatus is configured to reject the switching request, and characterised in that said control apparatus is configured to also reject the switching request during running of the vehicle at a second running speed (V) lower than the given value (Va), when the vehicle is running downhill.
Shaft for a medical instrument, in particular for a mono- or bipolar medical instrument, having a shaft body which receives a tool at the distal end, said tool having a first mouth part and a second mouth part which is transferable from an opening position into a closing position with a pull/push rod guided in the shaft body and said shaft body having a connecting piece at the proximal end for fastening to a handling device , by means of which the pull/push rod is moveable back and forth, characterised in that the shaft body consists of a first and second body half which are formed as half shells which are connectable to a closed shaft body .
Clutch device having: - a first and a second input side ; - a first and a second output side ; - it being possible for the input sides and the output sides to be rotated about a common rotational axis ; - a first clutch between the first input side and the first output side ; - a second clutch between the first input side and the second output side ; and - a third clutch between the first input side and the second input side , - a first hydraulic actuating device which is assigned to the first clutch , a second hydraulic actuating device which is assigned to the second clutch , and a third hydraulic actuating device which is assigned to the third clutch ; - a radial flange which absorbs an axial actuating force of one of the actuating devices , - the flange comprising a radially running feed for hydraulic fluid to one of the actuating devices . - a first and a second input side ; - a first and a second output side ; - it being possible for the input sides and the output sides to be rotated about a common rotational axis ; - a first clutch between the first input side and the first output side ; - a second clutch between the first input side and the second output side ; and - a third clutch between the first input side and the second input side , - a first hydraulic actuating device which is assigned to the first clutch , a second hydraulic actuating device which is assigned to the second clutch , and a third hydraulic actuating device which is assigned to the third clutch ; - a radial flange which absorbs an axial actuating force of one of the actuating devices , - the flange comprising a radially running feed for hydraulic fluid to one of the actuating devices .
A grinder resistant lock including: (a) a U-lock comprising (i) a U-shaped shackle made of a hardened metal and exhibiting first and second arms on either side of a centrally located curved portion, and (ii) a lockable crossbar that releasably engages a terminal end on each of the shackle first and second arms; and (b) a shackle shell over and around substantially the entire length of the shackle and being made from a material that is softer than the shackle steel and sufficiently thick to clog a coarse grit cutting wheel when contacting said shell and thereby reducing the cutting efficiency of the cutting wheel; the grinder resistant lock being characterized in that said shackle shell is in the form of two U-shaped half shell sections , each half having a groove of a width and length to fit the U-shaped shackle , each shackle shell section further exhibiting internal fins that extend radially away from said groove . (a) a U-lock comprising (i) a U-shaped shackle made of a hardened metal and exhibiting first and second arms on either side of a centrally located curved portion, and (ii) a lockable crossbar that releasably engages a terminal end on each of the shackle first and second arms; and (b) a shackle shell over and around substantially the entire length of the shackle and being made from a material that is softer than the shackle steel and sufficiently thick to clog a coarse grit cutting wheel when contacting said shell and thereby reducing the cutting efficiency of the cutting wheel;
An apparatus to form an image on a print substrate , comprising: a transfer cylinder ; a plurality of developer units ; and an applicator , characterised in that : the applicator is implemented using one of the plurality of developer units , the other developer units of the plurality of developer units to apply a plurality of ink particles to a photo imaging surface ; the applicator is operative to apply a coating material to the ink particles and the photo imaging surface such that the ink particles are between the coating material and the photo imaging surface ; and the transfer cylinder is operative to transfer the ink particles and the coating material to the print substrate to form an image and a coating. a transfer cylinder ; a plurality of developer units ; and an applicator , characterised in that : the applicator is implemented using one of the plurality of developer units , the other developer units of the plurality of developer units to apply a plurality of ink particles to a photo imaging surface ; the applicator is operative to apply a coating material to the ink particles and the photo imaging surface such that the ink particles are between the coating material and the photo imaging surface ; and the transfer cylinder is operative to transfer the ink particles and the coating material to the print substrate to form an image and a coating. the applicator is implemented using one of the plurality of developer units , the other developer units of the plurality of developer units to apply a plurality of ink particles to a photo imaging surface ; the applicator is operative to apply a coating material to the ink particles and the photo imaging surface such that the ink particles are between the coating material and the photo imaging surface ; and the transfer cylinder is operative to transfer the ink particles and the coating material to the print substrate to form an image and a coating.
Cyclone dust separator arrangement comprising at least one first dust separating cyclone and at least one second dust separating cyclone with respective air inlets being connected in parallel to a common air supply channel , wherein the common air supply channel comprises an inertia particle separator implemented upstream of the air inlets , the design of the inertia particle separator and the arrangement of the air inlets is adapted such that particles are separated in accordance to their weight or mass, such that an average weight of dust particles capable of entering the second dust separating cyclone is greater than an average weight of dust particles capable of entering the first dust separating cyclone characterized in that the inertia particle separator comprises in an air-inlet region of the air supply channel a bent section for deflecting incoming dust particles towards the air inlets of the first and second dust separating cyclones situated downstream the bent section in successive order.
A transport device for conveying an object such as a vehicle body along a treatment section, wherein the transport device comprises a transport unit which can be moved in a transport direction (R) along the treatment section, a rotating shaft mounted on the transport unit for holding the object to be treated and for introducing the same into the treatment section, and a supporting arm projecting upwards in a working position for supporting the transport unit , wherein the transport unit comprises at least one rolling element and a rotatable guide element is provided, which is positioned at an upper end of the supporting arm , characterised in that the supporting arm is movable so that a height of the transport device can be changed.
An electric appliance for personal care, in particular electric shaver, comprising a magnetic linear drive unit having first and second drive components connected to each other by a first spring device for linear oscillation relative to each other and adapted to magnetically interact with each other, wherein a drive support including a second spring device is provided for movably supporting the drive unit onto a mounting structure , whereby said drive support provides for an axis of rotation for both the first and second drive components of the drive unit relative to the mounting structure, thereby allowing said drive components to rotate relative to the mounting structure , said axis of rotation being spaced apart from a center of vibration of the drive components and/or center of gravity of the drive unit , wherein the second spring device of said drive support includes a pair of leaf springs supporting said drive unit relative to said mounting structure , said pair of leaf springs defining a four point joint supporting said drive unit rotatable about said at least one axis of rotation , wherein said four point joint includes two connection points fixed with the mounting structure and two connection points fixed with the drive unit , characterized in that said pair of leaf springs are arranged on opposite sides of the drive unit with an inclination relative to each other and define, with their longitudinal axes , a virtual intersection point outside a center region of the drive unit , wherein said leaf springs are arranged, in a neutral position of the drive unit with the drive components being inactive, in a V-configuration with an angle of inclination between the leaf springs ranging between 2 × 1° to 2 × 10°.
Mobile crane , in particular a crawler crane, comprising an undercarriage having a traveling gear, a superstructure supported on the undercarriage in a manner rotatable about a vertical axis, a boom connected in an articulated manner to the superstructure pivotable about a horizontal axis (A1), an A frame connected in an articulated manner to the superstructure pivotable about a horizontal axis (A2) and connected to the boom by means of a guying means , and a retraction mechanism by means of which the A frame is pivotable, wherein the A frame is separable and comprises a pole connected in an articulated manner to the superstructure and a folding pole releasably connected to the pole , wherein the folding pole and the superstructure each comprise fastening means by means of which the folding pole can be releasably mounted on the superstructure and the folding pole is connected to the pole pivotable about an axis (A3) that is in particular horizontal and is latchable thereto, wherein the fastening means of the folding pole and superstructure can be joined together by pivoting the folding pole about the axis (A3), characterized in that the folding pole can be removed from the pole and can be detachably mounted on the superstructure .
Method for phosphate recovery from a stream such as waste flow, sewage or another sludge stream, the method comprising the steps of: - providing an incoming stream to an anaerobic treatment system, such as a digester, said stream comprising an initial amount of phosphate, wherein the incoming stream is a waste water flow, sewage, manure or other sludge stream: - dosing and/or controlling iron salt to the stream such that precipitates are formed in the stream, wherein the precipitates comprise vivianite like structures comprising more than 60% of the initial amount of phosphate in the incoming stream; and - separating the vivianite like structures from the stream, wherein separating the vivianite like structures from the stream comprises magnetic separation of the structures with a magnetic and/or electromagnetic separator. - providing an incoming stream to an anaerobic treatment system, such as a digester, said stream comprising an initial amount of phosphate, wherein the incoming stream is a waste water flow, sewage, manure or other sludge stream: - dosing and/or controlling iron salt to the stream such that precipitates are formed in the stream, wherein the precipitates comprise vivianite like structures comprising more than 60% of the initial amount of phosphate in the incoming stream; and - separating the vivianite like structures from the stream, wherein separating the vivianite like structures from the stream comprises magnetic separation of the structures with a magnetic and/or electromagnetic separator. - dosing and/or controlling iron salt to the stream such that precipitates are formed in the stream, wherein the precipitates comprise vivianite like structures comprising more than 60% of the initial amount of phosphate in the incoming stream; and - separating the vivianite like structures from the stream, wherein separating the vivianite like structures from the stream comprises magnetic separation of the structures with a magnetic and/or electromagnetic separator.
A bogie, comprising a frame , a gear box , a traction motor , a wheel pair , an axle , a six-link hollow shaft, and a suspension cross beam , the wheel pair and the axle are arranged at the bottom of the frame , a hollow shaft of the six-link hollow shaft is sleeved on the axle , characterised in that the suspension cross beam comprises a beam body , a through groove transversely provided in the beam body , and a bearing seat , which is transversely arranged at a groove opening of the through groove in an overhang manner and which is fixedly connected to the beam body , the groove opening is located at one end of the through groove ; one end, with the through groove , of the beam body is fixedly connected to one end of the traction motor in a longitudinal direction, so as to form a closed cavity after connection which is in sleeve connection with an outer surface of the hollow shaft ; the other end of the traction motor is suspended on a middle cross beam of the frame ; one other end, without the through groove , of the beam body is hooked with a frame end beam through two suspension rods , and rubber joints are arranged in the suspension rods ; and a driven gear of the gearbox is in sleeve connection with the bearing seat via a bearing , and a driving gear of the gear box is connected with an output shaft of the traction motor . one end, with the through groove , of the beam body is fixedly connected to one end of the traction motor in a longitudinal direction, so as to form a closed cavity after connection which is in sleeve connection with an outer surface of the hollow shaft ; the other end of the traction motor is suspended on a middle cross beam of the frame ; one other end, without the through groove , of the beam body is hooked with a frame end beam through two suspension rods , and rubber joints are arranged in the suspension rods ; and a driven gear of the gearbox is in sleeve connection with the bearing seat via a bearing , and a driving gear of the gear box is connected with an output shaft of the traction motor .
An ultrasound imaging system configured to provide user guidance for acquiring images suitable for hepato-renal index measurements, the system comprising: a non-transitory computer readable medium encoded with instructions; and at least one processor in communication with the non-transitory computer readable medium and configured to execute the instructions, wherein when executed, the instructions cause the at least one processor to: segment a liver region, a kidney region, and a hepatorenal interface from an image; fit a curve to the hepatorenal interface; calculate an anchor point at a midpoint of the curve; determine a tangent line to the curve at the anchor point; determine a horizontal line at the midpoint; calculate an angle between the tangent line and the horizontal line; and generate a visual cue for display, wherein the visual cue is based, at least in part, on the tangent line and the angle between the tangent line and the horizontal line; and a display configured to display the image and the visual cue as a graphical overlay over the image. a non-transitory computer readable medium encoded with instructions; and at least one processor in communication with the non-transitory computer readable medium and configured to execute the instructions, wherein when executed, the instructions cause the at least one processor to: segment a liver region, a kidney region, and a hepatorenal interface from an image; fit a curve to the hepatorenal interface; calculate an anchor point at a midpoint of the curve; determine a tangent line to the curve at the anchor point; determine a horizontal line at the midpoint; calculate an angle between the tangent line and the horizontal line; and generate a visual cue for display, wherein the visual cue is based, at least in part, on the tangent line and the angle between the tangent line and the horizontal line; and segment a liver region, a kidney region, and a hepatorenal interface from an image; fit a curve to the hepatorenal interface; calculate an anchor point at a midpoint of the curve; determine a tangent line to the curve at the anchor point; determine a horizontal line at the midpoint; calculate an angle between the tangent line and the horizontal line; and generate a visual cue for display, wherein the visual cue is based, at least in part, on the tangent line and the angle between the tangent line and the horizontal line; and a display configured to display the image and the visual cue as a graphical overlay over the image.
A filter element having a pleated pack made of filter material folded in a zigzag shape, having sidebands attached to folding profiles of the pleated pack , and having at least one sealing section projecting at an angle from the pleated pack at the head side of an end fold section , wherein the sealing section comprises at least one cutout in the shape of a closed recess for accommodating a corresponding filter housing contour .