mhurhangee/patent-ind-claim-en huggingface dataset:
Multi-plate clutch , comprising a first and a second flange , which are connected to one another in a torque-transmitting manner by way of a plate fin , and the plate fin is braced on a first lamellar bore with the first flange by way of a screw , wherein a spacer element is arranged on the plate fin to support a first axial movement of the second flange , characterised in that the spacer element between the plate fin and the second flange is designed to be axially movable.
Sensor system for a cooking appliance with a probe tube and a fastening element for accommodating the probe tube , in which a sensor and also at least one electrical supply line at least in contact with the sensor are arranged, characterised in that the sensor is positioned in the probe tube by way of a spring element and the spring element presses the sensor into the probe tube through an application of force in the direction of the closed end in the installed position.
An X-ray apparatus comprising: an X-ray source configured to radiate X-rays; a collimator configured to adjust an irradiation region of X-rays radiated from the X-ray source and project a marker on an object to be imaged, an image acquirer configured to acquire an image of the marker by imaging said object, said image acquirer being coupled to the collimator, and said image being different than an X-ray image; a controller configured to detect, in the image, a marker projected on the object by the collimator, and to determine the source to object distance (SOD); characterised in that the controller is configured to determine the SOD based on the location of the marker on an epipolar line acquired in advance by acquiring a plurality of images of an object by changing a distance between the X-ray source and the object, and connecting the markers detected from the plurality of images. an X-ray source configured to radiate X-rays; a collimator configured to adjust an irradiation region of X-rays radiated from the X-ray source and project a marker on an object to be imaged, an image acquirer configured to acquire an image of the marker by imaging said object, said image acquirer being coupled to the collimator, and said image being different than an X-ray image; a controller configured to detect, in the image, a marker projected on the object by the collimator, and to determine the source to object distance (SOD); characterised in that the controller is configured to determine the SOD based on the location of the marker on an epipolar line acquired in advance by acquiring a plurality of images of an object by changing a distance between the X-ray source and the object, and connecting the markers detected from the plurality of images.
A system for use in a computing environment which includes a traffic director component, comprising: a traffic director having one or more traffic director instances, which is configured to receive and communicate requests, from clients, to origin servers having one or more pools of servers; a pool of origin servers, which is configured so that more than one of the servers within the pool are assigned as primary and more than one of the other servers within the pool are assigned as backup servers, wherein each of the origin servers in the pool is associated with a configuration identifying that server as either a primary server or a backup server; and wherein the traffic director is configured so that it determines the availability of the primary servers in the pool, and directs requests only to the primary servers in the pool while at least one primary server in the pool is available; wherein the traffic director is further configured so that if no primary server is available, then the traffic director will direct requests to the backup servers in the particular pool until at least one primary server becomes available again; and wherein the traffic director is further configured so that once any primary server becomes available again, the traffic director will stop sending requests to the backup servers and will route subsequent requests only to the primary server again. a traffic director having one or more traffic director instances, which is configured to receive and communicate requests, from clients, to origin servers having one or more pools of servers; a pool of origin servers, which is configured so that more than one of the servers within the pool are assigned as primary and more than one of the other servers within the pool are assigned as backup servers, wherein each of the origin servers in the pool is associated with a configuration identifying that server as either a primary server or a backup server; and wherein the traffic director is configured so that it determines the availability of the primary servers in the pool, and directs requests only to the primary servers in the pool while at least one primary server in the pool is available; wherein the traffic director is further configured so that if no primary server is available, then the traffic director will direct requests to the backup servers in the particular pool until at least one primary server becomes available again; and wherein the traffic director is further configured so that once any primary server becomes available again, the traffic director will stop sending requests to the backup servers and will route subsequent requests only to the primary server again.
Machine tool comprising a machine part , which can be adjusted by motor, in particular in a mechanical and/or electromechanical and/or pneumatic and/or hydraulic manner, and comprising a touch-sensitive display , characterized in that a drive unit is designed to illustrate the machine part in its instantaneous state on the display in the form of a virtual image of the machine part , to calculate a correctly positioned illustration of the instantaneous state of the machine part on the basis of a measurement signal from at least one sensor , which is arranged in or on the machine part , which can be adjusted by motor, on the machine tool , to adjust the machine part depending on a swiping gesture which is executed on the display and to detect at least two simultaneous touches on the display , and in that the machine part can be adjusted in at least two axes, with the drive unit being designed for separate adjustment in the at least two axes by means of different swiping movements which each trace one axis of the at least two axes on the display .
A massage apparatus comprising oscillators which receive supplied power and oscillate under control of a controller, wherein two oscillators are perpendicularly arranged to each other to allow oscillation directions at a right angle, and the controller sequentially controls power supplied to the two oscillators to perform oscillations in an order of a bowel movement direction wherein each of the two oscillators comprise an eccentric oscillating body having a semi-circular-cylindrical shape and a motor configured to rotate a rotating shaft of the eccentric oscillating body, wherein a first oscillator of the two oscillators is configured to oscillate in a leftward direction and in a rightward direction, and a second oscillator of the two oscillators is configured to oscillate in an upward direction and in a downward direction, characterized in that the controller is configured to sequentially control the at least two oscillators by sequentially moving (i) the first oscillator in the rightward direction, (ii) then the second oscillator in the downward direction, (iii) then the first oscillator in the leftward direction, and (iv) then the second oscillator in the upward direction, such that a bowel movement direction, clockwise when viewed in front a user, is performed. wherein a first oscillator of the two oscillators is configured to oscillate in a leftward direction and in a rightward direction, and a second oscillator of the two oscillators is configured to oscillate in an upward direction and in a downward direction, characterized in that the controller is configured to sequentially control the at least two oscillators by sequentially moving (i) the first oscillator in the rightward direction, (ii) then the second oscillator in the downward direction, (iii) then the first oscillator in the leftward direction, and (iv) then the second oscillator in the upward direction, such that a bowel movement direction, clockwise when viewed in front a user, is performed.
A graphics processing unit, GPU, to accelerate machine-learning operations, the GPU comprising: a multiprocessor including a single instruction, multiple thread, SIMT, architecture, the multiprocessor to execute a single instruction across multiple threads; and a first compute unit (1411-1418) included within the multiprocessor , the single instruction to cause the first compute unit (1411-1418) to perform at least a two-dimensional matrix multiply and accumulate operation on three 16-bit input operands of the single instruction, wherein to perform the two-dimensional matrix multiply and accumulate operation includes to compute an intermediate product between a first 16-bit input operand of the 16-bit input operands and a second 16-bit input operand of the 16-bit input operands and to compute a 32-bit sum based on the intermediate product and a third 16-bit input operand of the 16-bit input operands; wherein to compute a 32-bit sum based on the intermediate product, the first compute unit (1411-1418) is to: perform a floating-point multiply between the first 16-bit input operand and the second 16-bit input operand to generate the intermediate product, compute an intermediate sum based on the intermediate product and the third 16-bit input operand; and compute the 32-bit sum based on the intermediate sum, wherein the first compute unit (1411-1418) further includes one or more shifters to normalize an intermediate result. a multiprocessor including a single instruction, multiple thread, SIMT, architecture, the multiprocessor to execute a single instruction across multiple threads; and a first compute unit (1411-1418) included within the multiprocessor , the single instruction to cause the first compute unit (1411-1418) to perform at least a two-dimensional matrix multiply and accumulate operation on three 16-bit input operands of the single instruction, wherein to perform the two-dimensional matrix multiply and accumulate operation includes to compute an intermediate product between a first 16-bit input operand of the 16-bit input operands and a second 16-bit input operand of the 16-bit input operands and to compute a 32-bit sum based on the intermediate product and a third 16-bit input operand of the 16-bit input operands; wherein to compute a 32-bit sum based on the intermediate product, the first compute unit (1411-1418) is to: perform a floating-point multiply between the first 16-bit input operand and the second 16-bit input operand to generate the intermediate product, compute an intermediate sum based on the intermediate product and the third 16-bit input operand; and compute the 32-bit sum based on the intermediate sum, perform a floating-point multiply between the first 16-bit input operand and the second 16-bit input operand to generate the intermediate product, compute an intermediate sum based on the intermediate product and the third 16-bit input operand; and compute the 32-bit sum based on the intermediate sum, wherein the first compute unit (1411-1418) further includes one or more shifters to normalize an intermediate result.
A device for controlling a pre-charge current generated when electrically connecting a first terminal (P1) and a second terminal (P2), the device comprising: a switch (SW) for controlling a magnitude of a current flowing between the first terminal (P1) and the second terminal (P2); a first resistor (R1) for generating a base voltage of a first transistor (TR1) in proportion to a magnitude of the pre-charge current flowing between the first terminal (P1) and the second terminal (P2); the first transistor (TR1) for limiting the magnitude of the pre-charge current when a voltage generated by the first resistor (R1) is equal to or greater than a predetermined threshold voltage; a photocoupler (PT1) for receiving, in a state insulated from a first power source (W1), an optical signal from the first power source (W1) and supplying power; a capacitor (C) for being charged by the power supplied by the photocoupler (PT1); a second transistor (TR2) for controlling the magnitude of the pre-charge current on a basis of a charging voltage of the capacitor (C), wherein the charging voltage of the capacitor (C) generates a base voltage of the second transistor (TR2), and as the capacitor (C) is charged by the power supplied by the photocoupler (PT1), the second transistor (TR2) is configured to decrease a current flowing through the second transistor (TR2) so as to increase a gate voltage of the switch (SW); and a second resistor (R2) for controlling an operating time of the second transistor (TR2) along with the capacitor (C). a switch (SW) for controlling a magnitude of a current flowing between the first terminal (P1) and the second terminal (P2); a first resistor (R1) for generating a base voltage of a first transistor (TR1) in proportion to a magnitude of the pre-charge current flowing between the first terminal (P1) and the second terminal (P2); the first transistor (TR1) for limiting the magnitude of the pre-charge current when a voltage generated by the first resistor (R1) is equal to or greater than a predetermined threshold voltage; a photocoupler (PT1) for receiving, in a state insulated from a first power source (W1), an optical signal from the first power source (W1) and supplying power; a capacitor (C) for being charged by the power supplied by the photocoupler (PT1); a second transistor (TR2) for controlling the magnitude of the pre-charge current on a basis of a charging voltage of the capacitor (C), wherein the charging voltage of the capacitor (C) generates a base voltage of the second transistor (TR2), and as the capacitor (C) is charged by the power supplied by the photocoupler (PT1), the second transistor (TR2) is configured to decrease a current flowing through the second transistor (TR2) so as to increase a gate voltage of the switch (SW); and a second resistor (R2) for controlling an operating time of the second transistor (TR2) along with the capacitor (C).
Method for extinguishing an electrochemical generator , particularly in the event of a thermal runaway, the electrochemical generator comprising a first electrode and a second electrode , the first electrode being connected to a first terminal and the second electrode being connected to a second terminal or to the ground of the electrochemical generator, characterised in that the process comprises a step in which the electrochemical generator is covered by an ionic liquid solution , the ionic liquid solution comprising an ionic liquid and an active species with extinguishing and/or flame retardant properties. the ionic liquid solution continuously covering the electrochemical generator from the first terminal to the second terminal or from the first terminal to the ground, so as to cool and/or discharge the electrochemical generator . characterised in that the process comprises a step in which the electrochemical generator is covered by an ionic liquid solution , the ionic liquid solution comprising an ionic liquid and an active species with extinguishing and/or flame retardant properties. the ionic liquid solution continuously covering the electrochemical generator from the first terminal to the second terminal or from the first terminal to the ground, so as to cool and/or discharge the electrochemical generator .
A three-dimensional scanning system for generating a three-dimensional scan of an object , the 3D scanning system comprising: an illumination unit for projecting light onto the object ; further comprising: an optical system which has a first aperture and a second aperture different from the first aperture ; a camera unit including: a color pixel sensor array which has a first portion and a second portion , each including an array of pixels of the color pixel sensor array , wherein the first portion of the color pixel sensor array is adapted to generate a first two-dimensional color image data based on the light that has been reflected by the object and that has passed through the first aperture and has been projected onto the first portion , and wherein the second portion of the color pixel sensor array is adapted to generate second 2D color image data based on the light that has been reflected by the object , and that passed through the second aperture and has been projected onto the second portion ; and at least one processor adapted to generate first and second two-dimensional color image data by scanning the illuminated object , wherein the first and second 2D color image data include pixels; generate first and second 2D monochrome image data by processing the first and second 2D color image data respectively; generate 3D data using the first and second 2D monochrome image data by performing stereo correspondence matching methods; and generate 3D color image data by combining color information obtained from at least one of the first and second 2D color image data with the 3D data. an optical system which has a first aperture and a second aperture different from the first aperture ; a camera unit including: a color pixel sensor array which has a first portion and a second portion , each including an array of pixels of the color pixel sensor array , wherein the first portion of the color pixel sensor array is adapted to generate a first two-dimensional color image data based on the light that has been reflected by the object and that has passed through the first aperture and has been projected onto the first portion , and wherein the second portion of the color pixel sensor array is adapted to generate second 2D color image data based on the light that has been reflected by the object , and that passed through the second aperture and has been projected onto the second portion ; and at least one processor adapted to generate first and second two-dimensional color image data by scanning the illuminated object , wherein the first and second 2D color image data include pixels; generate first and second 2D monochrome image data by processing the first and second 2D color image data respectively; generate 3D data using the first and second 2D monochrome image data by performing stereo correspondence matching methods; and generate 3D color image data by combining color information obtained from at least one of the first and second 2D color image data with the 3D data.
A pharmaceutical composition for use in prevention or treatment of dementia or improvement of cognitive ability, the pharmaceutical composition containing acanthoside B represented by chemical formula 1 below or a pharmaceutically acceptable salt thereof.
A vacuum insulation body, comprising a vacuum-tight casing , and a vacuum region which is surrounded by the casing, wherein the casing is provided with an evacuation port for evacuating the vacuum region, and wherein an adsorbent material and a core material are present in the vacuum insulation body, wherein the adsorbent material partly or completely is arranged in the region of the evacuation port , characterized in that the vacuum insulation body comprises a flow distributor for increasing the effective evacuation cross-section, and the flow distributor is formed by or includes the adsorbent material , wherein the flow distributor is arranged upstream the evacuation port in the flow direction during the evacuation, and the flow distributor is formed as a pebble bed, which is located in a gas-permeable sack or reception region.
Method for the maintenance of a cable car, said method comprising the following steps: - conveying a maintenance technician by a maintenance cage to a maintenance location, said maintenance cage being fastened so as to be suspended from a cable of the cable car, wherein said maintenance cage comprises a working platform ; and - carrying out the maintenance work at the maintenance location by the maintenance technician located on the working platform , wherein the cable car at the maintenance location has a sheave assembly , Characterized in that the maintenance work comprises the following steps: - securing the load of the sheave assembly on a support structure of the sheave assembly such that an axle on which the sheave assembly is mounted is substantially free of any load so that the axle can be moved, cleaned and/or checked without transporting away the sheave assembly . - conveying a maintenance technician by a maintenance cage to a maintenance location, said maintenance cage being fastened so as to be suspended from a cable of the cable car, wherein said maintenance cage comprises a working platform ; and - carrying out the maintenance work at the maintenance location by the maintenance technician located on the working platform , wherein the cable car at the maintenance location has a sheave assembly , - securing the load of the sheave assembly on a support structure of the sheave assembly such that an axle on which the sheave assembly is mounted is substantially free of any load so that the axle can be moved, cleaned and/or checked without transporting away the sheave assembly .