mhurhangee/ep-ind-claims huggingface dataset:
A soft target movement platform comprising: • at least one drive unit, the or each drive unit having: • a motor carrier, • a drive motor with a central longitudinal axis, journaled in the motor carrier about the central longitudinal axis of the drive motor, • a drive wheel drivingly connected to the drive motor, with the wheel's axis of rotation offset from the central longitudinal axis of the drive motor by a lever arm having a horizontal extent in use, whereby wheel load tends to rotate the motor with respect to the carrier about the central longitudinal axis of the drive motor and • a spring acting between the drive motor and the carrier to counteract the rotation of the drive motor induced by wheel load, wherein: • the central longitudinal axis of the drive motor and an axis of a rotor of the drive motor are coaxial; • the wheel axis is offset from the coaxial axes and • drive transfer means is provided between the drive motor's rotor and the wheel, wherein the drive transfer means provides the lever arm. • at least one drive unit, the or each drive unit having: • a motor carrier, • a drive motor with a central longitudinal axis, journaled in the motor carrier about the central longitudinal axis of the drive motor, • a drive wheel drivingly connected to the drive motor, with the wheel's axis of rotation offset from the central longitudinal axis of the drive motor by a lever arm having a horizontal extent in use, whereby wheel load tends to rotate the motor with respect to the carrier about the central longitudinal axis of the drive motor and • a spring acting between the drive motor and the carrier to counteract the rotation of the drive motor induced by wheel load, • a motor carrier, • a drive motor with a central longitudinal axis, journaled in the motor carrier about the central longitudinal axis of the drive motor, • a drive wheel drivingly connected to the drive motor, with the wheel's axis of rotation offset from the central longitudinal axis of the drive motor by a lever arm having a horizontal extent in use, whereby wheel load tends to rotate the motor with respect to the carrier about the central longitudinal axis of the drive motor and • a spring acting between the drive motor and the carrier to counteract the rotation of the drive motor induced by wheel load, • the central longitudinal axis of the drive motor and an axis of a rotor of the drive motor are coaxial; • the wheel axis is offset from the coaxial axes and • drive transfer means is provided between the drive motor's rotor and the wheel, wherein the drive transfer means provides the lever arm.
Method for downloading, into a subscriber identification module of a first mobile terminal, called target mobile terminal, a subscription profile (PROF A), the method comprising the following steps: sending, by the target mobile terminal, of a combined authentication and profile transfer request to an authentication system, said request containing a user identifier (Id A) of the target mobile terminal; reception in return, by the target mobile terminal, of a response message containing an activation code; sending, by the target mobile terminal, of a request to download the subscription profile to a provisioning equipment item, said download request comprising the activation code; and following a positive verification of the activation code by the provisioning equipment item, downloading of the subscription profile into the subscriber identification module of the target mobile terminal. sending, by the target mobile terminal, of a combined authentication and profile transfer request to an authentication system, said request containing a user identifier (Id A) of the target mobile terminal; reception in return, by the target mobile terminal, of a response message containing an activation code; sending, by the target mobile terminal, of a request to download the subscription profile to a provisioning equipment item, said download request comprising the activation code; and following a positive verification of the activation code by the provisioning equipment item, downloading of the subscription profile into the subscriber identification module of the target mobile terminal.
A resonator for wireless energy transfer, the resonator comprising: a coil capable of exhibiting a resonant frequency and a quality factor, the coil having at least two turns and at least two metal layers (217, 219), and an insulating material positioned between each metal layer of the at least two metal layers; wherein: each metal layer of the at least two metal layers comprises a metal thickness and a metal strip width; characterised in that the at least two metal layers are electrically connected therebetween by a plurality of vias which traverse the insulating material; the resonator is configured to detect an electromagnetic field generated by a second resonator in a near field of the resonator, and convert the electromagnetic field into an induced electric current to charge a battery; and the quality factor of the resonator is based on the number of turns, the number of layers, the metal thickness, and the metal strip width. a coil capable of exhibiting a resonant frequency and a quality factor, the coil having at least two turns and at least two metal layers (217, 219), and an insulating material positioned between each metal layer of the at least two metal layers; wherein: each metal layer of the at least two metal layers comprises a metal thickness and a metal strip width; characterised in that the at least two metal layers are electrically connected therebetween by a plurality of vias which traverse the insulating material; the resonator is configured to detect an electromagnetic field generated by a second resonator in a near field of the resonator, and convert the electromagnetic field into an induced electric current to charge a battery; and the quality factor of the resonator is based on the number of turns, the number of layers, the metal thickness, and the metal strip width. each metal layer of the at least two metal layers comprises a metal thickness and a metal strip width; characterised in that the at least two metal layers are electrically connected therebetween by a plurality of vias which traverse the insulating material; the resonator is configured to detect an electromagnetic field generated by a second resonator in a near field of the resonator, and convert the electromagnetic field into an induced electric current to charge a battery; and the quality factor of the resonator is based on the number of turns, the number of layers, the metal thickness, and the metal strip width.
A sheet stacking apparatus, comprising: a hopper unit which has a stacking unit for stacking a plurality of sheets in a standing-stack state; a push-plate for pushing out a plurality of sheets which are placed on the stacking unit; a push-plate moving part for driving the push-plate, and a rising and falling part for making the stacking unit and the push-plate rise and fall; a hopper unit moving part which moves the hopper unit between a supplying position where the sheet is supplied for the hopper unit and a predetermined stacking position on a sheet supplying apparatus where the sheet is placed; and a control unit which controls the hopper unit moving part, the rising and falling part, and the push-plate moving part, characterized in that the sheet supplying apparatus has a conveyor provided with a plurality of partition bars, and the stacking unit has a notch part configured to avoid contact of the stacking unit with the partition bar in the case that the stacking unit falls. a hopper unit which has a stacking unit for stacking a plurality of sheets in a standing-stack state; a push-plate for pushing out a plurality of sheets which are placed on the stacking unit; a push-plate moving part for driving the push-plate, and a rising and falling part for making the stacking unit and the push-plate rise and fall; a hopper unit moving part which moves the hopper unit between a supplying position where the sheet is supplied for the hopper unit and a predetermined stacking position on a sheet supplying apparatus where the sheet is placed; and a control unit which controls the hopper unit moving part, the rising and falling part, and the push-plate moving part, characterized in that the sheet supplying apparatus has a conveyor provided with a plurality of partition bars, and the stacking unit has a notch part configured to avoid contact of the stacking unit with the partition bar in the case that the stacking unit falls.
Apparatus for packaging dosed quantities of solid medicines on the basis of a predetermined prescription, comprising: - a control unit for controlling the apparatus and for receiving the prescription; - a separating device for separating at least one medicine from a blister pack subject to the received prescription; and - a packaging device configured to package the medicines separated by the separating device, characterized in that the apparatus comprises a plurality of medicine holders, wherein a medicine holder is configured to hold a blister pack with medicines, wherein the medicine holders are movable away from and toward the separating device along a predetermined path, wherein the separating device is disposed along this path and wherein the separating device is configured to separate medicines from a plurality of blister packs held in the respective medicine holders movable away from and toward the separating device. - a control unit for controlling the apparatus and for receiving the prescription; - a separating device for separating at least one medicine from a blister pack subject to the received prescription; and - a packaging device configured to package the medicines separated by the separating device,
Pivoting device for a corner cabinet piece of furniture which has a plurality of vertically offset carrying shelves (12, 13) which are pivotable by means of the pivoting device, wherein the pivoting device includes a supporting column for providing a vertical pivoting axis and wherein each carrying shelf has an apparatus providing a support at the supporting column to connect all carrying shelves in the same way to the common supporting column, wherein each apparatus for supporting the respective carrying shelf (12, 13) has a supporting element projecting towards the pivoting axis, which is provided for a connection to the respective carrying shelf (12, 13) and which, in a mounted state, is connected to the pivoting axis, wherein, at the supporting element, at least two supporting element organs for a connection to the respective carrying shelf (12, 13) are provided at a distance in a longitudinal direction of the supporting element, which are configured such that via a first supporting element organ a connection to the respective carrying shelf (12, 13) at an associated first connection point at the respective carrying shelf (12, 13) can be established and via a second supporting element organ a connection to the respective carrying shelf (12, 13) at a second connection point at the respective carrying shelf (12, 13) can be established so that, in a connected state of the respective carrying shelf (12, 13), which can be established with the supporting element, the support of the respective carrying shelf (12, 13) via the two supporting element organs of the supporting element is such that a distance between the two supporting element organs at the supporting element is invariable, wherein connection means are provided for connecting the supporting element and the respective carrying shelf (12, 13) which include engaging means assignable to the respective carrying shelf (12, 13) and receiving means assignable to the supporting element, wherein the engaging means and the receiving means are configured in a corporating way, and wherein the connection means are assignable to one supporting element organ and to one connection point at the respective carrying shelf (12, 13) belonging to the supporting element organ to establish a fixation of the supporting element at the respective carrying shelf (12, 13), wherein the connection means have a plug-in section orientated in radial direction with regard to a longitudinal axis of the supporting element, which is configured for a fitting engagement into an assigned reception (29, 30), wherein the plug-in section belongs to the engaging means and wherein the reception (29, 30) belongs to the receiving means, wherein the supporting element is made as a supporting tube.
Homogeneous polyol mixtures comprising compatibilizer for mutually immiscible polyol compositions and also comprising further auxiliaries and additives, where they comprise polyols based on renewable raw materials, and where the compatibilizer comprises dispersed particles in a carrier medium.
A compound of the following formula: or a pharmaceutically acceptable salt thereof, and a PD-1 signaling inhibitor, for combined use in the treatment of cancer, wherein said cancer is colon carcinoma. or a pharmaceutically acceptable salt thereof, and a PD-1 signaling inhibitor, for combined use in the treatment of cancer, wherein said cancer is colon carcinoma.
Cylinder for an actuator, in which said cylinder comprises at least a liner of a tubular shape developing along a longitudinal axis, a head portion and a bottom portion, each disposed at one of the ends of said liner, and longitudinal tie rods connected, externally to said liner, both to said head portion and to said bottom portion, characterized in that said longitudinal tie rods are distanced from each other on the circumference of said liner, they are made of a composite material formed by reinforcement fibers located in a matrix of binder material and wound between the head portion and the bottom portion according to a predominant orientation substantially parallel to said longitudinal axis, and have a continuous annular shape defined by two longitudinal branches connected by two opposite connection portions (21b, 21c).
An apparatus, comprising: a luminance and chrominance information unit configured to obtain luminance information on a digital raw image frame captured via a color filter array, and to obtain chrominance information on the digital raw image frame; and a downscaling unit configured to downscale the obtained luminance information and the chrominance information to a target resolution, wherein the target resolution is between half and one quarter of the resolution of the captured digital raw image frame, one of pixel data of the captured digital raw image frame and the obtained chrominance information having been demosaiced before the downscaling; a reverse-demosaicing unit configured to reverse-demosaic only the downscaled chrominance information by selecting one of chrominance values in the downscaled chrominance information to represent each respective pixel so that the final image will have a Bayer pattern of chrominance data only; wherein the luminance and chrominance information unit is configured to obtain the luminance information by demosaicing the pixel data of the captured digital raw image frame to obtain color values for each pixel, and calculating an overall luminance value for each pixel from the obtained color values; and wherein the luminance and chrominance information unit is further configured to obtain the chrominance information by calculating a chrominance value for each pixel and for each obtained color value by subtracting the calculated overall luminance value from the respective obtained color value. a luminance and chrominance information unit configured to obtain luminance information on a digital raw image frame captured via a color filter array, and to obtain chrominance information on the digital raw image frame; and a downscaling unit configured to downscale the obtained luminance information and the chrominance information to a target resolution, wherein the target resolution is between half and one quarter of the resolution of the captured digital raw image frame, one of pixel data of the captured digital raw image frame and the obtained chrominance information having been demosaiced before the downscaling; a reverse-demosaicing unit configured to reverse-demosaic only the downscaled chrominance information by selecting one of chrominance values in the downscaled chrominance information to represent each respective pixel so that the final image will have a Bayer pattern of chrominance data only; wherein the luminance and chrominance information unit is configured to obtain the luminance information by demosaicing the pixel data of the captured digital raw image frame to obtain color values for each pixel, and calculating an overall luminance value for each pixel from the obtained color values; and wherein the luminance and chrominance information unit is further configured to obtain the chrominance information by calculating a chrominance value for each pixel and for each obtained color value by subtracting the calculated overall luminance value from the respective obtained color value.
An image sensor, comprising: a semiconductor substrate having a first region and a second region; an isolation region filling an isolation trench that partially penetrates the semiconductor substrate; a plurality of photoelectric conversion regions defined by the isolation region and forming a first hexagonal array on a plane that is parallel to a surface of the semiconductor substrate; and a plurality of microlenses respectively corresponding to the plurality of photoelectric conversion regions, and forming a second hexagonal array on the plane that is parallel to the surface of the semiconductor substrate, characterised in that, in the first region, respective centers, on the plane that is parallel to the surface of the semiconductor substrate, of a first microlens and a first photoelectric conversion region, which corresponds to the first microlens, match with each other along a direction that is perpendicular to the surface of the semiconductor substrate, and in the second region, respective centers, on the plane that is parallel to the surface of the semiconductor substrate, of a second microlens and a second photoelectric conversion region, which corresponds to the second microlens, are spaced apart from each other along a direction that is parallel to the surface of the semiconductor substrate. a semiconductor substrate having a first region and a second region; an isolation region filling an isolation trench that partially penetrates the semiconductor substrate; a plurality of photoelectric conversion regions defined by the isolation region and forming a first hexagonal array on a plane that is parallel to a surface of the semiconductor substrate; and a plurality of microlenses respectively corresponding to the plurality of photoelectric conversion regions, and forming a second hexagonal array on the plane that is parallel to the surface of the semiconductor substrate, characterised in that, in the first region, respective centers, on the plane that is parallel to the surface of the semiconductor substrate, of a first microlens and a first photoelectric conversion region, which corresponds to the first microlens, match with each other along a direction that is perpendicular to the surface of the semiconductor substrate, and in the second region, respective centers, on the plane that is parallel to the surface of the semiconductor substrate, of a second microlens and a second photoelectric conversion region, which corresponds to the second microlens, are spaced apart from each other along a direction that is parallel to the surface of the semiconductor substrate.
A covered goods wagon, the sidewalls of which comprise at least one moveable sidewall part, which in closing position lies in a plane closing off the load compartment of the goods wagon and is moveable through an actuation device into a sliding plane that is located in front of said plane and parallel to the same and is slideable in vehicle longitudinal direction in this sliding plane, with a ridge beam running in wagon longitudinal direction, against which the upper edge of each sidewall part abuts in closing position, wherein each sidewall part on its upper edge comprises at least one guide and each sidewall part is assigned a pivot shaft that is rotatable on the goods wagon and carries at least one pivot lever, and wherein each pivot lever engages in a guide of the sidewall part and supports the sidewall part, and wherein on each covering flange of the ridge beam projecting over the upper edge of a sidewall part at least one sealing strip extending over the entire length of the moveable sidewall part is attached, the connection of which to the covering flange is embodied in such a manner that sealing strip and covering flange are moveable about a longitudinal axis that is parallel to the axis of rotation of the pivot shaft, characterized in that on the outer surface of the moveable sidewall part a plurality of sliding plates and stop angles is arranged, wherein the sliding plates approximately extend vertically from each stop angle in the direction of the upper edge of the sidewall part and with the upper edge of the stop angle in each case form a common sliding plane and in closing position of the sidewall part a free component end of the sealing strip located distally from the connection abuts against a stop angle arranged on the outer surface of the moveable sidewall part.
An apparatus comprising: an antenna configured to connect to a wireless network and a GPS satellite; a processor configured to execute instructions; and a memory configured to store said instructions that, when executed, cause the apparatus to perform the steps of locating a first module of a first vehicle connected to said wireless network, wherein said locating is based on first vehicle position data provided by said first module, wherein said first module of the first vehicle is stationary, said first module of the first vehicle having a first identification code and a first correction value, wherein said first correction value improves the accuracy of position coordinates of said apparatus, wherein said position coordinates store position data retrieved by said apparatus from said GPS satellite, determining whether said first correction value passes a quality check, characterised in that the apparatus further performs the step of: determining whether at least a second module of a second vehicle is connected to the wireless network, wherein said second module of the second vehicle is stationary, wherein the second module of the second vehicle having a second identification code and second correction value, wherein said second correction value improves the accuracy of said position coordinates of said apparatus; when if there is said at least second module then: determining whether said second correction value passes said quality check, testing the first and second correction value and determining a most accurate estimation, and if said first and second correction value pass said quality check, using the correction value determined to be the most accurate estimation to compensate for local conditions that affect an accuracy of said position coordinates when connecting to said GPS satellite. an antenna configured to connect to a wireless network and a GPS satellite; a processor configured to execute instructions; and determining whether said second correction value passes said quality check, testing the first and second correction value and determining a most accurate estimation, and if said first and second correction value pass said quality check, using the correction value determined to be the most accurate estimation to compensate for local conditions that affect an accuracy of said position coordinates when connecting to said GPS satellite.