mhurhangee/ep-ind-claims huggingface dataset:
A plug assembly configured for electrical connection with a chip assembly in a loading unit of a reusable powered surgical stapling device, the plug assembly comprising: a tray member; first and second contact members (120, 130) received within and extending distally from the tray member, each of the first and second contact members (120, 130) including proximal and distal portions and an extension formed on the proximal portions; and first and second elongated electrical conductors (140, 150) in electrical connection with the first and second contact members (120, 130) and extending proximally from the tray member, each of the first and second elongated electrical conductors (140, 150) including proximal and distal (140a, 150a) portions and a loop (142, 152) formed on the distal portion (140a, 150a), the loop (142, 152) of each of the first and second elongated electrical conductors (140, 150) being received about the extension (124, 134) of the respective first and second contact member (120, 130); an outer case formed about the tray member and the proximal portion (122a, 132a) of the first and second contact members (120, 130); wherein the outer case is overmolded about the tray member and the proximal portion (122a, 132a) of the first and second contact members (120, 130); and a seal member received about the first and second contact members (120, 130) adjacent the outer case. a tray member; first and second contact members (120, 130) received within and extending distally from the tray member, each of the first and second contact members (120, 130) including proximal and distal portions and an extension formed on the proximal portions; and first and second elongated electrical conductors (140, 150) in electrical connection with the first and second contact members (120, 130) and extending proximally from the tray member, each of the first and second elongated electrical conductors (140, 150) including proximal and distal (140a, 150a) portions and a loop (142, 152) formed on the distal portion (140a, 150a), the loop (142, 152) of each of the first and second elongated electrical conductors (140, 150) being received about the extension (124, 134) of the respective first and second contact member (120, 130); an outer case formed about the tray member and the proximal portion (122a, 132a) of the first and second contact members (120, 130); wherein the outer case is overmolded about the tray member and the proximal portion (122a, 132a) of the first and second contact members (120, 130); and a seal member received about the first and second contact members (120, 130) adjacent the outer case.
A method for providing feedback in a closed-loop transmit diversity communication system comprising: receiving at a second communication device a first signal and a second signal transmitted by a first communication device having a plurality of antennas, said first signal and said second signal transmitted with a predetermined variation in values of at least one transmit diversity parameter using respective antennas of the plurality of antennas; determining values of said transmit diversity parameters of said received first signal and said second signal; calculating a transmit diversity parameter correction value based on said values of the received signals and on the predetermined variation in values of the at least one transmit diversity parameter of the transmitted signals; and transmitting the transmit diversity parameter correction value to said first communication device, wherein the at least one transmit diversity parameter is a phase difference, wherein the first signal and the second signal have equal amplitudes and are transmitted sequentially with a perturbation in phase difference between the transmitting antennas, and wherein a perturbation in phase difference comprises modulating the phase difference in a first direction for a first feedback interval and modulating the phase difference in a second direction for another feedback interval. receiving at a second communication device a first signal and a second signal transmitted by a first communication device having a plurality of antennas, said first signal and said second signal transmitted with a predetermined variation in values of at least one transmit diversity parameter using respective antennas of the plurality of antennas; determining values of said transmit diversity parameters of said received first signal and said second signal; calculating a transmit diversity parameter correction value based on said values of the received signals and on the predetermined variation in values of the at least one transmit diversity parameter of the transmitted signals; and transmitting the transmit diversity parameter correction value to said first communication device, wherein the at least one transmit diversity parameter is a phase difference, wherein the first signal and the second signal have equal amplitudes and are transmitted sequentially with a perturbation in phase difference between the transmitting antennas, and wherein a perturbation in phase difference comprises modulating the phase difference in a first direction for a first feedback interval and modulating the phase difference in a second direction for another feedback interval.
Ferromagnetic carbon body comprising partly graphitized activated carbon and metal particles of at least one ferromagnetic metal, and wherein the body has a size from 100 nm to 20 mm, a BET surface area of between 200 and 1000 m 2 /g, a total pore volume of between 0.1 and 1 ml/g, and an average pore diameter of between 2 and 10 nm, wherein the ferromagnetic carbon body comprises 10 - 90 wt.% graphitic carbon.
Housing for a device having a touch screen, particularly for a tablet computer or for a smartphone, having a receiving part that has a receiving contour adapted to the outer contour of the device, into which the device can be set with precise fit, with the touch screen facing a top side of the receiving part, and having a lid that is connected with the receiving part by means of at least one hinge and can be pivoted from a closed position, in which it covers the top side of the receiving part, into an open position in which it is lifted off from the top side of the receiving part, exposing the touch screen, wherein the lid has a transparent covering element in the form of a film or a thin pane, which is disposed, in the closed position, in such a manner relative to the receiving contour that it is held to lie against the touch screen of the device situated in the receiving contour over its full area, characterized in that the covering element has a privacy filter and reduces the visibility of the touch screen to a predetermined angle range with reference to the plumb line, by means of this filter, in the closed position.
An X-ray tube comprising: a housing; a cathode and an anode positioned within the housing, the cathode and the anode spaced apart such that a target surface of the anode is positioned to receive electrons emitted by the cathode; and a tube auxiliary unit coupled to the housing, the tube auxiliary unit comprising X-ray tube data characterized by including tube calibration data based on testing of the X-ray tube. a housing; a cathode and an anode positioned within the housing, the cathode and the anode spaced apart such that a target surface of the anode is positioned to receive electrons emitted by the cathode; and a tube auxiliary unit coupled to the housing, the tube auxiliary unit comprising X-ray tube data characterized by including tube calibration data based on testing of the X-ray tube.
A method (700; 800; 900) of wireless communication by a wireless device in a wireless wide area network, WWAN, supporting peer-to-peer communications, the method comprising: adjusting at least one of a peer-to-peer transmit power or a peer-to-peer duty cycle based on a path loss between the wireless device and a serving base station of the wireless device and a path loss between the wireless device and at least one neighboring base station; and sending a peer-to-peer signal with the peer-to-peer transmit power or the peer-to-peer duty cycle; further comprising: determining a path loss ratio based on the path loss between the wireless device and the serving base station of the wireless device and the path loss between wireless device and the at least one neighboring base station; and determining the at least one of the peer-to-peer transmit power or the peer-to-peer duty cycle to which to adjust based on the path loss ratio; wherein the adjusting comprises decreasing the at least one of the peer-to-peer transmit power or the peer-to-peer duty cycle as the path loss ratio increases and increasing the at least one of the peer-to-peer transmit power or the peer-to-peer duty cycle as the path loss ratio decreases. adjusting at least one of a peer-to-peer transmit power or a peer-to-peer duty cycle based on a path loss between the wireless device and a serving base station of the wireless device and a path loss between the wireless device and at least one neighboring base station; and sending a peer-to-peer signal with the peer-to-peer transmit power or the peer-to-peer duty cycle; further comprising: determining a path loss ratio based on the path loss between the wireless device and the serving base station of the wireless device and the path loss between wireless device and the at least one neighboring base station; and determining the at least one of the peer-to-peer transmit power or the peer-to-peer duty cycle to which to adjust based on the path loss ratio; determining a path loss ratio based on the path loss between the wireless device and the serving base station of the wireless device and the path loss between wireless device and the at least one neighboring base station; and determining the at least one of the peer-to-peer transmit power or the peer-to-peer duty cycle to which to adjust based on the path loss ratio; wherein the adjusting comprises decreasing the at least one of the peer-to-peer transmit power or the peer-to-peer duty cycle as the path loss ratio increases and increasing the at least one of the peer-to-peer transmit power or the peer-to-peer duty cycle as the path loss ratio decreases.
Steering column control unit for a vehicle comprising a clamping assembly interface for attaching a control lever on said unit, characterized in that said assembly interface comprises a clamping chuck.
An individualized imaging method, comprising: manufacturing a mould corresponding to an object to be imaged according to density information obtained by an imaging system imaging the object to be imaged, wherein the mould comprises a material with the same density as human tissue utilized to simulate different organs or tissue; imaging the mould by the imaging system to obtain a first image data information of the mould; calibrating, correcting and optimizing the imaging system with the first image data information, and imaging the object to be imaged by the calibrated, corrected and optimized imaging system to obtain a second image data information; and optimizing the first image data information and the second image data information to obtain an imaging result and data analysis result with a higher quality. manufacturing a mould corresponding to an object to be imaged according to density information obtained by an imaging system imaging the object to be imaged, wherein the mould comprises a material with the same density as human tissue utilized to simulate different organs or tissue; imaging the mould by the imaging system to obtain a first image data information of the mould; calibrating, correcting and optimizing the imaging system with the first image data information, and imaging the object to be imaged by the calibrated, corrected and optimized imaging system to obtain a second image data information; and optimizing the first image data information and the second image data information to obtain an imaging result and data analysis result with a higher quality.
A catheter apparatus comprising: an elongated flexible tubing assembly having a telescope section, the telescope section including a tubular outer telescope member having proximal and distal ends (40, 36), a tubular inner telescope member longitudinally movable through the interior of said outer telescope member toward and away from said distal end thereof, and a sheath member anchored to said outer telescope member and having a proximal end portion extending proximally through said outer telescope member and telescopingly received in said inner telescope member; and an elongated flexible drive member movable relative to said flexible tubing assembly and extending through said outer telescope member and said inner telescope member and being supported within said outer telescope member by said proximal end portion of said sheath, characterized in that a portion of said inner telescope member is slidingly supported within a self-lubricating O-ring member carried by a support structure anchored to the proximal end of the outer telescope member. an elongated flexible tubing assembly having a telescope section, the telescope section including a tubular outer telescope member having proximal and distal ends (40, 36), a tubular inner telescope member longitudinally movable through the interior of said outer telescope member toward and away from said distal end thereof, and a sheath member anchored to said outer telescope member and having a proximal end portion extending proximally through said outer telescope member and telescopingly received in said inner telescope member; and an elongated flexible drive member movable relative to said flexible tubing assembly and extending through said outer telescope member and said inner telescope member and being supported within said outer telescope member by said proximal end portion of said sheath, characterized in that a portion of said inner telescope member is slidingly supported within a self-lubricating O-ring member carried by a support structure anchored to the proximal end of the outer telescope member.
An adjustment device for adjusting a windscreen of a vehicle, in particular of a motorcycle, comprising - a windscreen holder (11a, 11 b) which can be connected to the windscreen, - a carrier structure which can be attached to the vehicle, - a slider crank, wherein the slider crank is connected to the carrier structure such that it can swivel about a first swivel axis and is connected to the windscreen holder (11 a, 11 b) such that it can swivel about a second swivel axis, and - a linear guide, wherein the windscreen holder (11a, 11b) is guided by the linear guide in a linearly movable manner in a longitudinal direction by a swivel bearing arrangement and is swivellable about a third swivel axis, wherein the swivel bearing arrangement is configured to connect the windscreen holder swivelably to the linear guide, wherein the first swivel axis, second swivel axis and third swivel axis are oriented parallel to one another, wherein the adjustment device also comprises a rotary drive for swivelling the slider crank about at least the first swivel axis and/or the second swivel axis, characterised in that the rotary drive comprises at least one drive unit, a worm drive rotatably coupled to the drive unit and a gearwheel engaging in the worm drive and coupled for co-rotation with the slider crank. - a windscreen holder (11a, 11 b) which can be connected to the windscreen, - a carrier structure which can be attached to the vehicle, - a slider crank, wherein the slider crank is connected to the carrier structure such that it can swivel about a first swivel axis and is connected to the windscreen holder (11 a, 11 b) such that it can swivel about a second swivel axis, and - a linear guide, wherein the windscreen holder (11a, 11b) is guided by the linear guide in a linearly movable manner in a longitudinal direction by a swivel bearing arrangement and is swivellable about a third swivel axis, wherein the swivel bearing arrangement is configured to connect the windscreen holder swivelably to the linear guide, wherein the first swivel axis, second swivel axis and third swivel axis are oriented parallel to one another, wherein the adjustment device also comprises a rotary drive for swivelling the slider crank about at least the first swivel axis and/or the second swivel axis,
An apparatus operable to propel a gas, comprising: at least a first layer and a second layer arranged in a stack and means for heating and/or cooling the first and second layers to form a hot layer and a cold layer wherein the cold layer has a lower temperature than the hot layer; and, at least one through hole in the stack; wherein: a surface of each hot layer is exposed in an interior of the through hole; and a surface of each cold layer is exposed in the interior of the through hole; an entire length of the through hole is up to 10 times of a mean free path of a gas in which the apparatus is immersed and/or is not greater than 1500 nm, characterized in that: each hot layer has a chamfer facing inward and in a first direction, an angle between the chamfer of each hot layer and a center axis of the through hole being θ 2; and each cold layer has a chamfer facing inward and in a second direction opposed to the first direction, an angle between the chamfer of each cold layer and the center axis of the through hole being θ 1. at least a first layer and a second layer arranged in a stack and means for heating and/or cooling the first and second layers to form a hot layer and a cold layer wherein the cold layer has a lower temperature than the hot layer; and, at least one through hole in the stack; wherein: a surface of each hot layer is exposed in an interior of the through hole; and a surface of each cold layer is exposed in the interior of the through hole; an entire length of the through hole is up to 10 times of a mean free path of a gas in which the apparatus is immersed and/or is not greater than 1500 nm, characterized in that: each hot layer has a chamfer facing inward and in a first direction, an angle between the chamfer of each hot layer and a center axis of the through hole being θ 2; and each cold layer has a chamfer facing inward and in a second direction opposed to the first direction, an angle between the chamfer of each cold layer and the center axis of the through hole being θ 1. a surface of each hot layer is exposed in an interior of the through hole; and a surface of each cold layer is exposed in the interior of the through hole; an entire length of the through hole is up to 10 times of a mean free path of a gas in which the apparatus is immersed and/or is not greater than 1500 nm, characterized in that: each hot layer has a chamfer facing inward and in a first direction, an angle between the chamfer of each hot layer and a center axis of the through hole being θ 2; and each cold layer has a chamfer facing inward and in a second direction opposed to the first direction, an angle between the chamfer of each cold layer and the center axis of the through hole being θ 1. each hot layer has a chamfer facing inward and in a first direction, an angle between the chamfer of each hot layer and a center axis of the through hole being θ 2; and each cold layer has a chamfer facing inward and in a second direction opposed to the first direction, an angle between the chamfer of each cold layer and the center axis of the through hole being θ 1.
A composition for coating a metal surface, said composition comprising water and: fluorozirconate anions in a concentration within the range from 0.4 to 15 g/l; a source of chromium cations selected from water soluble chromium fluoride in a concentration within the range from 4 to 100 g/l; wherein the molar ratio of chromium cations to component ranges from 20:1 to 50:1; a source of guanidinium cation selected from guanidinium nitrate in a concentration within the range from 1 to 50 g/l; a source of nitrate anions; said composition containing less than 0.04 percent by weight of hexavalent chromium. fluorozirconate anions in a concentration within the range from 0.4 to 15 g/l; a source of chromium cations selected from water soluble chromium fluoride in a concentration within the range from 4 to 100 g/l; a source of guanidinium cation selected from guanidinium nitrate in a concentration within the range from 1 to 50 g/l; a source of nitrate anions;
Method for load distribution in a wireless local area network (WLAN) having at least two access points (AP1, AP2, AP3), by way of which, in a predetermined area, in particular a means of conveyance, multimedia information contents are obtained from what is known as an on-board server and displayed on a user-specific output unit, wherein a link is established between the user-specific output unit and the on-board server by way of a first access point of the wireless local area network (WLAN), characterised in that an application is then loaded by the on-board server and installed on the user-specific output unit, - that when the user-specific output unit requests multimedia information contents, the application scans all access points (AP2, AP3) to the wireless local area network (WLAN) which are available to the user-specific output unit and an item of availability information is sent to the on-board server, - that a bandwidth of the access points (AP2, AP3) which are available to the output unit is then checked by the on-board server on the basis of the item of availability information sent and a second access point is selected with the bandwidth which is available for the transmission of the multimedia information contents, - and that this second access point is then assigned by a command information to the user-specific output unit as an access point to the wireless local area network (WLAN). - that when the user-specific output unit requests multimedia information contents, the application scans all access points (AP2, AP3) to the wireless local area network (WLAN) which are available to the user-specific output unit and an item of availability information is sent to the on-board server, - that a bandwidth of the access points (AP2, AP3) which are available to the output unit is then checked by the on-board server on the basis of the item of availability information sent and a second access point is selected with the bandwidth which is available for the transmission of the multimedia information contents, - and that this second access point is then assigned by a command information to the user-specific output unit as an access point to the wireless local area network (WLAN).