mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a composition which contains less than 0.05 % by weight chloride and at least 20 % by weight, but no more than 50 % by weight iron, the method comprising the following steps: a) mixing an aqueous, sulphate and/or nitrate bearing iron-III-salt solution with at least one base while forming a precipitate of iron hydroxide, wherein a pH value of at least 3 is set, b) where applicable, one or more times washing the obtained precipitate with water, wherein an aqueous suspension of the iron hydroxide will be obtained, c) mixing the obtained aqueous suspension with at least one more component selected from carbohydrates and ulmic acid, which component inhibits the ageing of the precipitate of iron hydroxide obtained in step b), d) drying the composition obtained in step c). a) mixing an aqueous, sulphate and/or nitrate bearing iron-III-salt solution with at least one base while forming a precipitate of iron hydroxide, wherein a pH value of at least 3 is set, b) where applicable, one or more times washing the obtained precipitate with water, wherein an aqueous suspension of the iron hydroxide will be obtained, c) mixing the obtained aqueous suspension with at least one more component selected from carbohydrates and ulmic acid, which component inhibits the ageing of the precipitate of iron hydroxide obtained in step b), d) drying the composition obtained in step c).
A medical or dental-medical handpiece having a grip sleeve which is constructed in an angled manner, having a coupling piece and also a grip-sleeve intermediate piece that is angled with respect to the coupling piece, wherein a head part is arranged at the forward end of the grip sleeve, wherein a drive mechanism for a tool, which can be arranged in the head part, has at least one shaft mounted rotatably by means of a bearing arrangement (30, 130) in the grip-sleeve intermediate piece, wherein the bearing arrangement (30, 130) includes at least one ball bearing with a plurality of balls (31, 131) arranged between an inner track (31a, 131a) and an outer track (31b, 131b), wherein the inner track (31a, 131a) of the ball bearing is formed by means of the end face of a first bearing part (32, 132) rotating with the shaft, and the outer track (31b, 131b) is formed by means of the end face of a second bearing part (33, 133) fixed with respect to the shaft and not rotating therewith, wherein the second bearing part is formed by a bearing intermediate piece which extends within the grip sleeve and is coupled to the head part, wherein the end faces of the two bearing parts (32, 33; 132, 133) forming the inner track (31a, 131a) and the outer track (31b, 131b) are of approximately quarter circle shape, seen in cross-section, wherein at least one of the two bearing parts (32, 33; 132, 133) is axially biased in the direction of the other bearing part (32, 33; 132, 133), and wherein the bearing part that forms the inner track (31a, 131a) at the same time also forms a coupling piece for the coupling with the drive mechanism within the head part of the handpiece.
Laundry dryer having a housing, a drum which is driven rotatably in the housing for moving the laundry, a device which preferably comprises a burner for producing heat and an electronic unit which is used for control, wherein the housing has a loading/unloading door (4, 5), wherein the housing is provided with a lining in such a manner that it forms a substantially planar outer skin at all sides and wherein a loading door is constructed at the front side and an unloading door is constructed at the rear side, characterised in that the significant components of the electronic unit are arranged outside the housing in a separate control box which has operating elements and which is fixed to the housing with spacing therefrom, and in that the control box is arranged substantially in front of the unloading door with spacing from the housing suitable for unloading.
An occluder device for occluding a target site, the occluder device comprising: a tubular structure having proximal and distal ends and a preset, expanded configuration, the tubular structure having a ratio of length to maximum outer diameter of at least 4 in the preset, expanded configuration, the tubular structure configured to be constrained to a reduced configuration for delivery to the target site and to at least partially return to the preset, expanded configuration within the target site when unconstrained, wherein the preset, expanded configuration comprises a plurality of expanded volume members and articulating members arranged in a repeating pattern, wherein the plurality of expanded members comprise at least one of a spherical member or an ovaloid member, with each articulating member coupling a pair of expanded volume members, and each expanded volume member having a cross-sectional dimension that is larger than a cross-sectional dimension of a respective articulating member, and wherein at least one expanded volume member has a cross-sectional dimension at least as large as that of the target site, wherein the tubular member is sized and configured to be disposed longitudinally within the gonadal vein such that at least one, or each, expanded volume member is configured to engage the gonadal vein.
An apparatus for situation dependent wheel angle ( δ w) control by a highly autonomous drive system or an advanced driver assistance system of a road vehicle, the highly autonomous drive system or advanced driver assistance system being arranged to receive internal state data from one or more road vehicle internal state measurement units and at least one of ambient information on the road vehicle surroundings from one or more road vehicle surrounding monitoring cameras and map data relating to the road vehicle surroundings from a road vehicle localization system, the apparatus comprising: a lateral controller arranged to receive from the highly autonomous drive system or advanced driver assistance system information on a desired path, and to output a wheel angle request ( δ w,r); a power steering control module comprising a wheel angle controller arranged to receive as inputs the wheel angle request ( δ w,r) from the lateral controller as well as wheel angle ( δ w) and wheel angle rate ( δ̇ w) data, and to output an overlay torque request suitable for a motor controller of a steering system of the road vehicle, wherein the highly autonomous drive system or advanced driver assistance system is arranged to generate a penalty measure indicative of how penalties should be handled in the lateral controller based on the internal state data and at least one of the ambient information and the map data and, that the lateral controller further is arranged to calculate gain parameters ( I δ w, I δ̇ w), based on the penalty measure and to output to the wheel angle controller the calculated gain parameters ( I δ w, I δ̇ w); and characterized in that the wheel angle controller further is arranged to receive and use the gain parameters ( I δ w, I δ̇ w) in control loops of the wheel angle controller, such that the bandwidth of the wheel angle controller is increased if one or more of the ambient information, the map data and the internal state data indicate a need for increased control speed and accuracy for safely tracking the desired path, and reduced if one or more of the ambient information, the map data and the internal state data indicate that decreased control speed and accuracy can be allowed whilst still safely tracking the desired path, wherein the wheel angle controller is arranged to execute a wheel angle control loop and a wheel angle rate control loop and that the lateral controller is arranged to calculate a gain parameter ( I δ w) for the wheel angle control loop and a gain parameter ( I δ̇ w) for the wheel angle rate control loop of the wheel angle controller.
A fluid management system, comprising: a fluid pump capable of generating a pulsatile flow of fluid; a fluid pathway (26, 28) for transporting the pulsatile flow of fluid from a fluid source through the fluid pump to a medical device; a dampening element in fluid communication with the fluid pathway, the dampening element comprising one or more barrels, each barrel including a movable seal member disposed within the barrel and a biasing member disposed within the barrel and engaged with the movable seal member, the dampening element being responsive to pressure fluctuations of the pulsatile fluid flow to actively dampen the pressure fluctuations and smoothen the pulsatile fluid flow; a fluid flow sensor disposed along the fluid pathway between the dampening element and the medical device to measure a flow rate of the smoothened pulsatile fluid flow; and a controller operatively connected to and/or in communication with the fluid flow sensor and the fluid pump; characterized in that the fluid flow sensor is a flow sensor for measuring a flow rate of the smoothened pulsatile fluid flow in both flow directions of the fluid pathway. a fluid pump capable of generating a pulsatile flow of fluid; a fluid pathway (26, 28) for transporting the pulsatile flow of fluid from a fluid source through the fluid pump to a medical device; a dampening element in fluid communication with the fluid pathway, the dampening element comprising one or more barrels, each barrel including a movable seal member disposed within the barrel and a biasing member disposed within the barrel and engaged with the movable seal member, the dampening element being responsive to pressure fluctuations of the pulsatile fluid flow to actively dampen the pressure fluctuations and smoothen the pulsatile fluid flow; a fluid flow sensor disposed along the fluid pathway between the dampening element and the medical device to measure a flow rate of the smoothened pulsatile fluid flow; and a controller operatively connected to and/or in communication with the fluid flow sensor and the fluid pump; characterized in that the fluid flow sensor is a flow sensor for measuring a flow rate of the smoothened pulsatile fluid flow in both flow directions of the fluid pathway.
An apparatus for controlling a flow of fluid and/or other bodily matter in a lumen formed by a tissue wall of a patient's organ, characterized in that the apparatus comprises: an implantable constriction device (2,27) adapted to gently constrict at least one portion of the tissue wall to influence the flow in the lumen, the tissue wall portion extending between an upstream end and a downstream end of the wall portion with respect to the direction of the flow in the lumen, a stimulation device adapted to stimulate the constricted tissue wall portion with electric pulses as the constriction device constricts the wall portion, to cause contraction of the wall portion to further influence the flow in the lumen, and a control device adapted to control at least one of the constriction and stimulation devices to affect the wall portion such that the fluid and/or other bodily matter is actively moved in the lumen, and wherin the control device is adapted to control the constriction and stimulation devices independently of each other, and simultaneously. an implantable constriction device (2,27) adapted to gently constrict at least one portion of the tissue wall to influence the flow in the lumen, the tissue wall portion extending between an upstream end and a downstream end of the wall portion with respect to the direction of the flow in the lumen, a stimulation device adapted to stimulate the constricted tissue wall portion with electric pulses as the constriction device constricts the wall portion, to cause contraction of the wall portion to further influence the flow in the lumen, and a control device adapted to control at least one of the constriction and stimulation devices to affect the wall portion such that the fluid and/or other bodily matter is actively moved in the lumen, and wherin the control device is adapted to control the constriction and stimulation devices independently of each other, and simultaneously.
A wind power generation system comprising a wind turbine power generation mechanism and a charge/discharge device, characterized in that charging of the charge/discharge device with output power of the wind power generation mechanism works cooperatively with discharging of the power through the charge/discharge device to a distribution system so as to smooth the power output to the distribution system, and further comprising a pumped-storage power generation mechanism, and wherein pumping up of water by the pumped-storage power generation mechanism supplied with power from the charge/discharge device or hydraulic power generation using a head of pumped water by the pumped-storage power generation mechanism and transmission of output power to the charge/discharge device is selectively carried out at a relatively short predetermined time cycle of a few tens of seconds to a few minutes, and the selection is carried out based on mean wind power generation output value during a preceding time cycle and power storage quantity of the charge/discharge device at the end of the preceding time cycle.
In an electronic computing device, a method of determining a microvascular resistance score indicating perfusion of myocardial tissue in a body of a mammal, the method comprising: obtaining acquired blood pressure data of a cardiac vessel supplying blood to the myocardial tissue acquired while the mammal is in a first physiological state; obtaining acquired flow data of blood in the cardiac vessel acquired while the mammal is in the first physiological state; obtaining throughflow data indicative of a geometry of the cardiac vessel; generating adjusted blood pressure data corresponding to a second physiological state, based on the acquired blood pressure data and the first physiological state; generating adjusted flow data corresponding to a second physiological state, based on the acquired flow data and the first physiological state; generating the microvascular resistance score, based on the adjusted blood pressure data, the adjusted flow data and the throughflow data; and providing, through an electronic output signal, the microvascular resistance score for display on an electronic display module. obtaining acquired blood pressure data of a cardiac vessel supplying blood to the myocardial tissue acquired while the mammal is in a first physiological state; obtaining acquired flow data of blood in the cardiac vessel acquired while the mammal is in the first physiological state; obtaining throughflow data indicative of a geometry of the cardiac vessel; generating adjusted blood pressure data corresponding to a second physiological state, based on the acquired blood pressure data and the first physiological state; generating adjusted flow data corresponding to a second physiological state, based on the acquired flow data and the first physiological state; generating the microvascular resistance score, based on the adjusted blood pressure data, the adjusted flow data and the throughflow data; and providing, through an electronic output signal, the microvascular resistance score for display on an electronic display module.
A guiding system for guiding a root of a rotor blade having a blade flange during installation of the rotor blade on a rotor hub of a wind generator, the guiding system comprising at least one guiding tip which is configured to be non-permanently fixed on a free end of one of the bolts (6, 8) which reside in the blade flange and which extend outwards the rotor blade, wherein a dimension of the guiding tip, which is considered in a direction which is substantially perpendicular to a direction of a length extension of the bolt (6, 8) and in a status when the guiding tip is mounted on the bolt, is greater than a diameter of a screw thread of the bolt (6, 8), characterized in that the guiding system further comprises guiding tabs being configured to be fixed to an outer ring of a root bearing of the rotor hub and which protrude outwards the rotor hub so as to engage with an outer surface of the rotor blade prior to contact of any other part of the rotor blade with the rotor hub in order to guide the blade root towards the hub flange during installation of the rotor blade to the rotor hub.
Display apparatus for enabling a user to experience a 3D perception when visual information is presented by the display apparatus, the display apparatus comprising: - an image forming unit comprising a two-dimensional array of image subpixels arranged to emit light for presenting associated visual information, and - an optical system comprising an array of diffractive optical elements associated with respective ones of the array of image subpixels, each diffractive optical element being arranged to diffract light from the associated image subpixel into a diffraction pattern comprising a plurality of diffraction orders to provide the visual information from the associated image subpixel to a plurality of directional viewing regions associated with the plurality of diffraction orders, characterised in that the array of diffractive optical elements comprising a plurality of subsets of diffractive optical elements, the diffractive optical elements of each subset of diffractive optical elements being arranged to provide the diffraction pattern from the associated diffractive optical element with an associated predetermined subset direction, the predetermined subset directions of different subsets being different to provide the visual information from the image subpixels associated with the different subsets to the directional viewing regions at different directions, to enable the user to view with 3D perception in each of the plurality of directional viewing regions. - an image forming unit comprising a two-dimensional array of image subpixels arranged to emit light for presenting associated visual information, and - an optical system comprising an array of diffractive optical elements associated with respective ones of the array of image subpixels, each diffractive optical element being arranged to diffract light from the associated image subpixel into a diffraction pattern comprising a plurality of diffraction orders to provide the visual information from the associated image subpixel to a plurality of directional viewing regions associated with the plurality of diffraction orders, characterised in that
Method for producing a digitally printed flat, web-shaped or plate-shaped workpiece (3, 20) with an abrasion-resistant surface, comprising the following steps: a) providing a digital data record for a decorative image for a digital printing device; b) feeding a printable workpiece (3, 20) to the printing device; c) digital printing by means of the printing device by using at least one solvent-based printing ink; d) reducing the solvent content to a residual moisture in the workpiece (3, 20); e) impregnating the printed workpiece (3, 20) with a resin mixture; and f) curing the resin mixture by means of a heating press (14, 15), wherein digital printing in step C) is carried out using at least one solvent-based printing ink with a weight proportion of solvent of 40-99%, preferably 65-92%, and the solvent-based printing ink is a pigmented printing ink. a) providing a digital data record for a decorative image for a digital printing device; b) feeding a printable workpiece (3, 20) to the printing device; c) digital printing by means of the printing device by using at least one solvent-based printing ink; d) reducing the solvent content to a residual moisture in the workpiece (3, 20); e) impregnating the printed workpiece (3, 20) with a resin mixture; and f) curing the resin mixture by means of a heating press (14, 15), wherein digital printing in step C) is carried out using at least one solvent-based printing ink with a weight proportion of solvent of 40-99%, preferably 65-92%, and the solvent-based printing ink is a pigmented printing ink.
Computer-implemented method for fast lossless compression of digital data values, comprising the steps - obtaining a sequence of digital data values; - selecting bit lengths of code words, based on the sequence of digital data values, wherein the bit lengths of the code words are non-uniform; - mapping the sequence of digital data values to a sequence of code words, each code word having one of the selected bit lengths; - packing the sequence of code words into a sequence of storage words having uniform bit length and corresponding to a fixed-size piece of data handled as a unit by the instruction set or the hardware of a processor; - outputting the sequence of storage words, together with a first bitmask; characterized in that the method is implemented using special purpose vector instructions and the fist bitmask indicates the bit length of each code word. - obtaining a sequence of digital data values; - selecting bit lengths of code words, based on the sequence of digital data values, wherein the bit lengths of the code words are non-uniform; - mapping the sequence of digital data values to a sequence of code words, each code word having one of the selected bit lengths; - packing the sequence of code words into a sequence of storage words having uniform bit length and corresponding to a fixed-size piece of data handled as a unit by the instruction set or the hardware of a processor; - outputting the sequence of storage words, together with a first bitmask; characterized in that the method is implemented using special purpose vector instructions and the fist bitmask indicates the bit length of each code word.
A housing for an antenna or antennas of an RFID system, whereby this housing defines a chamber in which the antenna or antennas can be provided, characterised in that at least the section of the housing that defines the chamber consists of one whole part, whereby the housing is provided with one single mounting opening on the underside of the housing that provides access to the chamber, whereby the underside is suitable to be provided against or on a loading system for recognizing, lifting and/or emptying receptacles.
Device (5; 105; 205; 5.1) for braking a rotating shaft of an arrangement, in particular of a rail vehicle, - having a rotating eddy current brake (6; 106; 206; 6.1), in which a connecting section of at least one rotor, which is suitably embodied for the torque-transmitting connection with the shaft, is provided with a receive opening for receiving the shaft, and - having a screen (7; 107; 207) for magnetically screening the rotating eddy current brake, in which at least one screen part (7a; 107a; 207a; 7a.1; 7a.2; 7a.3) consists of non-magnetic material, characterised by a cam (16; 116; 216; 16.1; 16.2; 16.3) for forming a shaft-to-collar connection with the shaft, wherein the cam (16; 116; 216; 16.1; 16.2; 16.3) is connected in a torque-proof manner to the connecting section of the at least one rotor and forms the at least one screen part (7a; 107a; 207a; 7a.1; 7a.2; 7a.3) of the screen consisting of non-magnetic material, which magnetically screens the receive opening. - having a rotating eddy current brake (6; 106; 206; 6.1), in which a connecting section of at least one rotor, which is suitably embodied for the torque-transmitting connection with the shaft, is provided with a receive opening for receiving the shaft, and - having a screen (7; 107; 207) for magnetically screening the rotating eddy current brake, in which at least one screen part (7a; 107a; 207a; 7a.1; 7a.2; 7a.3) consists of non-magnetic material,