mhurhangee/ep-ind-claims huggingface dataset:
Adjustment apparatus for an adjustable mount, comprising - a first adjustment element having a through-opening, - a second adjustment element that comprises a bearing having a bearing core comprising a through-hole, - a fastening element that reaches through the through-opening and the through-hole for non-positively connecting the first and second adjustment elements (12, 16), - an actuating means (23, 24) which is guided in the through-hole in the bearing core of the bearing of the second adjustment element, the actuating means (23, 24) having external teeth so that the second adjustment element can move relative to the first adjustment element when the actuating means (23, 24) is twisted, characterised in that the actuating means (23, 24) is operatively connected to the bearing core of the bearing of the second adjustment element in an interlocking manner, the through-hole in the bearing core of the bearing of the second adjustment element being designed as an elongate hole that comprises internal teeth on one side face, and in that the bearing core of the bearing of the second adjustment element is arranged on the first adjustment element such that it cannot twist. - a first adjustment element having a through-opening, - a second adjustment element that comprises a bearing having a bearing core comprising a through-hole, - a fastening element that reaches through the through-opening and the through-hole for non-positively connecting the first and second adjustment elements (12, 16), - an actuating means (23, 24) which is guided in the through-hole in the bearing core of the bearing of the second adjustment element, the actuating means (23, 24) having external teeth so that the second adjustment element can move relative to the first adjustment element when the actuating means (23, 24) is twisted, characterised in that the actuating means (23, 24) is operatively connected to the bearing core of the bearing of the second adjustment element in an interlocking manner, the through-hole in the bearing core of the bearing of the second adjustment element being designed as an elongate hole that comprises internal teeth on one side face, and in that the bearing core of the bearing of the second adjustment element is arranged on the first adjustment element such that it cannot twist.
A medical image navigation system, comprising: a viewport module configured to enable navigation through a plurality of image slices of a study and to, based on input from at least one input device, select at least one image slice and to display the selected image slice and any annotations associated with the selected image slice on a display device, a proximity module configured to, for the selected image slice, return at least one proximate annotation, wherein the at least one proximate annotation is associated with at least one adjacent image slice from a range of adjacent image slices, a visualization module configured to, for the returned at least one proximate annotation, control the viewport module to visualize the at least one proximate annotation which is displayed on the selected image slice, and a proximity edit module configured to move and/or copy at least one selected visualized proximate annotation to the selected image slice by moving or copying an association of the proximate annotation. a viewport module configured to enable navigation through a plurality of image slices of a study and to, based on input from at least one input device, select at least one image slice and to display the selected image slice and any annotations associated with the selected image slice on a display device, a proximity module configured to, for the selected image slice, return at least one proximate annotation, wherein the at least one proximate annotation is associated with at least one adjacent image slice from a range of adjacent image slices, a visualization module configured to, for the returned at least one proximate annotation, control the viewport module to visualize the at least one proximate annotation which is displayed on the selected image slice, and a proximity edit module configured to move and/or copy at least one selected visualized proximate annotation to the selected image slice by moving or copying an association of the proximate annotation.
A metallic flat gasket comprising a sealing plate having at least one media-passage opening and having, in the region of the media-passage opening, at least one spring steel functional layer (12,20) formed of a first steel sheet with a sealing bead (18, 22) that surrounds the media-passage opening and is formed as a full bead with a bead crest arranged between two bead feet, and also a second sealing layer, which is directly adjacent to the functional layer (12,20) and is formed of a second steel sheet, which is more easily deformable compared with spring steel, which second sealing layer has, around the media-passage opening, an annular zone adjacent thereto and, radially outwardly adjacently to said annular zone relative to the media-passage opening, has an original thickness and an original hardness of the second steel sheet, wherein the second sealing layer in its annular zone has at least one annular region that is thickened compared with the original thickness of the second steel sheet, which thickened annular region extends along the sealing bead (18,22) in a plan view of the sealing plate and on the side of the second sealing layer facing towards the functional layer (12,20) forms an annular groove (30,32), wherein the second sealing layer in the thickened annular region produced by deforming some sections of the second steel sheet has a greater hardness, based on a strain hardening in some sections of the second steel sheet on account of the deformation, than the original hardness of the second steel sheet, characterised in that, when the flat gasket is pressed, the sealing bead (18,22) engages with its bead crest in the annular groove (30,32), wherein (a) the annular zone has only one thickened annular region, into which an annular groove (30,32) is impressed on at least one side of the second sealing layer, or (b) the annular zone has, in the radial direction relative to the media-passage opening, two thickened annular regions arranged one behind the other and spaced apart from one another which form the annular groove between them. (a) the annular zone has only one thickened annular region, into which an annular groove (30,32) is impressed on at least one side of the second sealing layer, or (b) the annular zone has, in the radial direction relative to the media-passage opening, two thickened annular regions arranged one behind the other and spaced apart from one another which form the annular groove between them.
A bendable thermoplastic reinforcement (3, 103,..., 703, 803) for a profiled seal or profiled molding in a motor vehicle, the reinforcement comprising at least one longitudinal portion (303a, 403a,..., 603a, 703a) of substantially U-shaped or L-shaped cross section having a top portion (12, 112, 212, 312a, 612a, 712a, 815) and at least one limb (10, 110,..., 410, 510 and 11, 111,..., 411, 511) extending from said top portion, said reinforcement comprising over its length a discontinuous series of transverse sections (13, 810) connected together by longitudinal connecting elements, characterized in that said connecting elements comprise a generally longitudinal rib (14 to 814, 15 to 715, 516 and 616) which is formed in one piece with said transverse sections in said or each limb and which is designed to form a neutral axis for the profiled seal or molding, and preferably in that the reinforcement is exclusively extruded, said or each rib (14 to 814, 15 to 715, 516 and 616) being in that case directly extruded.
A semiconductor device comprising: a first integrated function for providing a transaction having an address comprising at least one address space value bit and a plurality of address bits; and a second integrated function coupled to the first integrated function and for receiving the transaction having the at least one address space value bit and the plurality of address bits, the second integrated function for performing a first operation on the transaction for a first value of the address space value and a second, different operation on the transaction for a second value of the address space value, wherein the first operation is a translation of the plurality of address bits of the transaction and the second operation is bypassing the first operation, and characterized in that the second integrated function is a Peripheral Component Interconnect Express, PCIe, port. a first integrated function for providing a transaction having an address comprising at least one address space value bit and a plurality of address bits; and a second integrated function coupled to the first integrated function and for receiving the transaction having the at least one address space value bit and the plurality of address bits, the second integrated function for performing a first operation on the transaction for a first value of the address space value and a second, different operation on the transaction for a second value of the address space value, wherein the first operation is a translation of the plurality of address bits of the transaction and the second operation is bypassing the first operation, and characterized in that the second integrated function is a Peripheral Component Interconnect Express, PCIe, port.
Method for stabilizing the rotation speed of a hydraulic machine with S-characteristics, characterized in that it is implemented by means of a control loop feedback system having a controller (C(s)) for calculating an orientation to affect guide vanes of the machine and in that the method includes steps that consist, at each iteration, in: a) calculating a set of internal states (N11, Q11, C11, H, Q) associated to the operating point of the machine, b) in accordance with the set of internal states calculated at step a), establishing a linearized transfer function (Σlin(s)) representing the machine rotational speed in function of the guide vanes orientation, c) calculating characteristic parameters (Kp, Ti, Td) of the controller in function of characteristic parameters (A0, A1, B0, B1, B2) of the linearized transfer function established at step b) so that the control loop feedback system is stable, d) measuring the rotation speed of the hydraulic machine, e) comparing the measured rotation speed with a target rotation speed (Nc), and f) adjusting, by the controller (C(s)), the orientation affected to the guide vanes so as to reduce the speed difference (ΔN) between the measured rotation speed and the target rotation speed (Nc). a) calculating a set of internal states (N11, Q11, C11, H, Q) associated to the operating point of the machine, b) in accordance with the set of internal states calculated at step a), establishing a linearized transfer function (Σlin(s)) representing the machine rotational speed in function of the guide vanes orientation, c) calculating characteristic parameters (Kp, Ti, Td) of the controller in function of characteristic parameters (A0, A1, B0, B1, B2) of the linearized transfer function established at step b) so that the control loop feedback system is stable, d) measuring the rotation speed of the hydraulic machine, e) comparing the measured rotation speed with a target rotation speed (Nc), and f) adjusting, by the controller (C(s)), the orientation affected to the guide vanes so as to reduce the speed difference (ΔN) between the measured rotation speed and the target rotation speed (Nc).
Method for adjusting a couch position for a couch (14, 16) of a tomograph for scanning a body region of an examination object situated on the couch, having the following steps: - acquisition of a user selection of a scanning protocol from a plurality of possible scanning protocols, - acquisition of a user input in respect of an isocenter position defined by means of laser markers, - acquisition of a user input, namely marking in a localiser image, in respect of a focus position, - displaying an overview of the body region to be examined, comprising a selection range and an indicator of the focus position relative to the body region, wherein the selection range is displayed aligned with the focus position, - acquisition of a user input in respect of a changed focus position, - aligning the selection range with the changed focus position, and - adjusting the couch position to a focus couch position corresponding to the focus position if the changed focus position meets a test criterion, and adjusting to an isocenter couch position corresponding to the isocenter position if the changed focus position does not meet the test criterion. - acquisition of a user selection of a scanning protocol from a plurality of possible scanning protocols, - acquisition of a user input in respect of an isocenter position defined by means of laser markers, - acquisition of a user input, namely marking in a localiser image, in respect of a focus position, - displaying an overview of the body region to be examined, comprising a selection range and an indicator of the focus position relative to the body region, wherein the selection range is displayed aligned with the focus position, - acquisition of a user input in respect of a changed focus position, - aligning the selection range with the changed focus position, and - adjusting the couch position to a focus couch position corresponding to the focus position if the changed focus position meets a test criterion, and adjusting to an isocenter couch position corresponding to the isocenter position if the changed focus position does not meet the test criterion.
An aluminum alloy forged material for an automobile composed of an aluminum alloy comprising: Si: 0.7-1.5 mass%; Fe: 0.1-0.5 mass%; Mg: 0.6-1.2 mass%; Ti: 0.01-0.1 mass%; and Mn: 0.3-1.0 mass%; further comprising at least one element selected from Cr: 0.1-0.4 mass% and Zr: 0.01-0.2 mass%; restricting Cu: 0.1 mass% or less; and Zn: 0.05 mass% or less; and a hydrogen amount: 0.25 ml/100 g-Al or less; the remainder being Al and unavoidable impurities, wherein the depth of recrystallization from the surface is 5 mm or less. Si: 0.7-1.5 mass%; Fe: 0.1-0.5 mass%; Mg: 0.6-1.2 mass%; Ti: 0.01-0.1 mass%; and Mn: 0.3-1.0 mass%; further comprising at least one element selected from Cr: 0.1-0.4 mass% and Zr: 0.01-0.2 mass%; restricting Cu: 0.1 mass% or less; and Zn: 0.05 mass% or less; and a hydrogen amount: 0.25 ml/100 g-Al or less; the remainder being Al and unavoidable impurities, wherein the depth of recrystallization from the surface is 5 mm or less.
Procedure for the production of a liquid refreshment wherein there is fermentation in an initial fluid suited for the fermentation of microorganisms containing N and C with the yeast, lactic acid bacteria and acetic acid bacteria kinds of microorganisms, in which context fermentation is done in the following two steps a. simultaneous inoculation with lactic acid bacteria and acetic acid bacteria b. subsequently inoculation with yeast and in which context yeasts which cannot decompose maltose, preferably Kluyveromyces lactis and/or Kluyveromyces marxianus, are used as yeast. a. simultaneous inoculation with lactic acid bacteria and acetic acid bacteria b. subsequently inoculation with yeast
A magnetic gearbox, comprising: an inner rotor having a first plurality of magnetic flux sources; an outer rotor having a second plurality of magnetic flux sources; and, a modulator having a plurality of pole pieces positioned between the first and second magnetic flux sources and separated from each by an air gap, wherein upon relative rotation of the inner rotor, outer rotor and modulator the first and second magnetic flux sources and pole pieces are arranged to provide a modulated magnetic field in the air gap adjacent each rotor; characterised in that: the modulator includes at least one nozzle for directing fluid radially across the respective air gap so as to impinge on the adjacent rotor or modulator, wherein the modulator is mounted on a shaft comprising a cavity which is connectable to a source of compressed air, wherein the nozzles are in fluid communication with the cavity. an inner rotor having a first plurality of magnetic flux sources; an outer rotor having a second plurality of magnetic flux sources; and, a modulator having a plurality of pole pieces positioned between the first and second magnetic flux sources and separated from each by an air gap, wherein upon relative rotation of the inner rotor, outer rotor and modulator the first and second magnetic flux sources and pole pieces are arranged to provide a modulated magnetic field in the air gap adjacent each rotor; characterised in that: the modulator includes at least one nozzle for directing fluid radially across the respective air gap so as to impinge on the adjacent rotor or modulator, wherein the modulator is mounted on a shaft comprising a cavity which is connectable to a source of compressed air, wherein the nozzles are in fluid communication with the cavity.
A respiratory apparatus that provides a flow of gases to a patient, the respiratory apparatus comprising: an ambient air inlet; a supplemental inlet for receiving supplemental gases from a supplemental gases source; a valve, wherein the valve requires a minimum amount of current in order to open; a gases composition sensor configured to measure gases composition of mixed flow of ambient air and supplemental gases; a main controller configured to control delivery of gases to the patient, the controller configured to: adjust actuation of a valve opening by controlling valve current; characterized in that the controller is further configured to activate a coarse controller when a target flow rate of supplemental gas is increased from zero; the coarse controller configured to: control actuation of the valve opening by controlling the valve current, wherein the main controller or the coarse controller can control the valve current; iteratively increase current supplied to the valve; and switch control of the actuation of the valve to the main controller after flow through the valve is detected. an ambient air inlet; a supplemental inlet for receiving supplemental gases from a supplemental gases source; a valve, wherein the valve requires a minimum amount of current in order to open; a gases composition sensor configured to measure gases composition of mixed flow of ambient air and supplemental gases; a main controller configured to control delivery of gases to the patient, the controller configured to: adjust actuation of a valve opening by controlling valve current; characterized in that the controller is further configured to activate a coarse controller when a target flow rate of supplemental gas is increased from zero; adjust actuation of a valve opening by controlling valve current; characterized in that the controller is further configured to activate a coarse controller when a target flow rate of supplemental gas is increased from zero; the coarse controller configured to: control actuation of the valve opening by controlling the valve current, wherein the main controller or the coarse controller can control the valve current; iteratively increase current supplied to the valve; and switch control of the actuation of the valve to the main controller after flow through the valve is detected. control actuation of the valve opening by controlling the valve current, wherein the main controller or the coarse controller can control the valve current; iteratively increase current supplied to the valve; and switch control of the actuation of the valve to the main controller after flow through the valve is detected.
Height-access extension unit for a mobile height-access machine having a chassis with wheels and/or track chains and a turret rotatably supported on the chassis on which an elevatable extension arm is mounted, wherein the extension arm is rotatably connected to the turret with one end at a horizontally or essentially horizontally extending pivot axis and can be applied with a height-access means on another end, wherein a turret adapter is arranged between the turret and the extension arm, which extends from the first pivot axis that is rotatably connected to the turret to a second pivot axis, through which the extension arm is connected to the turret adapter, and comprises a lower end portion that is assigned to the first pivot axis and an upper end portion that is assigned to the second pivot axis, characterized in that the lower end portion of the turret adapter is essentially arcuate, bent, curved, cranked or similarly clasp-shaped, whereby the concave side of the lower end portion faces the turret.
A method for wireless communication, comprising: identifying a plurality of time domain reference signal symbol sets for transmission via a plurality of antennas in a symbol period, wherein each of the plurality of time domain reference signal symbol sets is associated with an antenna port; performing respective time to frequency domain transforms on the plurality of time domain reference signal symbol sets over respective time to frequency domain transform sizes to obtain a plurality of frequency domain signals, wherein, for the respective time to frequency domain transforms, respective time domain reference signal symbol sets are mapped to respective subsets of time domain inputs of the respective time to frequency domain transforms; mapping the plurality of frequency domain signals to respective subsets of a set of subcarriers; performing respective frequency to time domain transforms on the plurality of mapped frequency domain signals to obtain a plurality of time domain waveforms; and transmitting the plurality of time domain waveforms to a receiver via the plurality of antennas in the symbol period. identifying a plurality of time domain reference signal symbol sets for transmission via a plurality of antennas in a symbol period, wherein each of the plurality of time domain reference signal symbol sets is associated with an antenna port; performing respective time to frequency domain transforms on the plurality of time domain reference signal symbol sets over respective time to frequency domain transform sizes to obtain a plurality of frequency domain signals, wherein, for the respective time to frequency domain transforms, respective time domain reference signal symbol sets are mapped to respective subsets of time domain inputs of the respective time to frequency domain transforms; mapping the plurality of frequency domain signals to respective subsets of a set of subcarriers; performing respective frequency to time domain transforms on the plurality of mapped frequency domain signals to obtain a plurality of time domain waveforms; and transmitting the plurality of time domain waveforms to a receiver via the plurality of antennas in the symbol period.