mhurhangee/ep-ind-claims huggingface dataset:
A medical image printing device for printing CMYK image data on a paper medium by utilizing CMYK toners, configured, for each image pixel sequentially: to obtain CMYK color values of the pixel data of the pixel; to determine whether the CMY color values are equal and, if so, to determine this pixel to be grayscale pixel but if not to determine it to be a color pixel; if the pixel is a grayscale pixel, to calculate, according to a first predetermined calculation rule, from the CMY color value and the K color value, a new K value to serve as a newly-set K value; to determine whether the newly-set K value is greater than or equal to a first predetermined threshold and, if so, to determine the grayscale pixel to be a black pixel, and to set the CMYK color values of the black pixel to 255, so as to obtain second CMYK color values of the black pixel, but if not, to determine the grayscale pixel as a gray-white pixel, and to set the CMY color values of the gray-white pixel to zero, and to set the K color value of the gray-white pixel to the newly-set K value, so as to obtain second CMYK color values of the gray-white pixel; and if the pixel is a color pixel, to keep the CMYK color values unchanged; and to print any black pixel based on its second CMYK color values and any gray-white pixel based on its second CMYK color values and any color pixel based on its unchanged CMYK color values. to obtain CMYK color values of the pixel data of the pixel; to determine whether the CMY color values are equal and, if so, to determine this pixel to be grayscale pixel but if not to determine it to be a color pixel; if the pixel is a grayscale pixel, to calculate, according to a first predetermined calculation rule, from the CMY color value and the K color value, a new K value to serve as a newly-set K value; to determine whether the newly-set K value is greater than or equal to a first predetermined threshold and, if so, to determine the grayscale pixel to be a black pixel, and to set the CMYK color values of the black pixel to 255, so as to obtain second CMYK color values of the black pixel, but if not, to determine the grayscale pixel as a gray-white pixel, and to set the CMY color values of the gray-white pixel to zero, and to set the K color value of the gray-white pixel to the newly-set K value, so as to obtain second CMYK color values of the gray-white pixel; and if the pixel is a color pixel, to keep the CMYK color values unchanged; and to print any black pixel based on its second CMYK color values and any gray-white pixel based on its second CMYK color values and any color pixel based on its unchanged CMYK color values.
A window frame fixing device for fixing a window frame in a building opening, including a support member attachable to an edge of the building opening and a fixing member for connecting the window frame to the support member, wherein the fixing member is designed as a threaded rod guided in an elongated hole or in a round hole of the support member and fixed using a screw fitting, the screw fitting being formed by a first nut arranged on a first side of a wall of the support member that has the elongated hole or round hole and by a second nut arranged on a second side of the same wall of the support member, and wherein, by loosening the first nut and/or the second nut in the assembled state, a relative displacement of the window frame with the threaded rod may occur relative to the support member, characterized in that a thermal separation means (29, 30) is associated to the screw fitting and/or the elongated hole or round hole, wherein a thermal separation disc (29, 30) designed as a thermal separation means is arranged between the wall, on the one hand, and each of the first nut and the second nut, on the other hand.
A composition for pharmaceutical use comprising a substance of the class of bisphosphonates and vitamin D, wherein all components are dissolved in an emulsion comprising lipids and phospholipids in water at concentration of at least 5% and 0.5% w/v respectively, and in a volume suitable for an intramuscular or subcutaneous administration.
Apparatus for producing sanitary absorbent articles comprising at least one perforating device of at least one web intended for making said sanitary absorbent articles, wherein said perforating device comprises a first roller and a second roller respectively provided with a first mantle and a second mantle and between which, in use, passes said web, wherein said first roller and said second roller are configured to rotate in opposite directions respectively around a first axis of rotation at a first velocity and around a second axis of rotation, parallel to said first axis of rotation, at a second velocity different from said first velocity, wherein said first mantle comprises a first protruding pattern and said second mantle comprises at least a first zone, wherein a second protruding pattern is present, and at least a second zone without protruding patterns and adjacent to said first zone along a circumference of said second mantle, wherein said second protruding pattern is configured, in use, to temporally engage said web with said first protruding pattern without interpenetrating the latter for locally perforating said web.
A three-phase axial flux stator comprising: a plurality of stator modules oriented in an axial direction, each of said stator modules comprising a pair of teeth connected by a yoke section extending in the circumferential direction; a plurality of tooth tips, each tooth tip aligned with and is separated from one tooth of said stator modules, each tooth tip comprising an axial member and a cross member, said cross member comprising a first extending portion extending towards the center of the stator module and a second extending portion extending away from the center of the stator module, wherein a length of said second extending portion is greater than a length of said first extending portion; and a plurality of windings, each of said windings wound around one of said stator modules, wherein said stator modules and said windings produce a three-phase flux in an axial direction. a plurality of stator modules oriented in an axial direction, each of said stator modules comprising a pair of teeth connected by a yoke section extending in the circumferential direction; a plurality of tooth tips, each tooth tip aligned with and is separated from one tooth of said stator modules, each tooth tip comprising an axial member and a cross member, said cross member comprising a first extending portion extending towards the center of the stator module and a second extending portion extending away from the center of the stator module, wherein a length of said second extending portion is greater than a length of said first extending portion; and a plurality of windings, each of said windings wound around one of said stator modules, wherein said stator modules and said windings produce a three-phase flux in an axial direction.
A catheter comprising: an elongated tubular body possessing an outside diameter of from 1.35 to 3 mm and an inside diameter, the tubular body possessing a cross-sectional area in the direction perpendicular to the longitudinal direction of the catheter main body of (π × [(D1/2)2 - (d1/2)2]); the tubular body comprising a distal end portion and a proximal end portion, and being comprised of an inner layer forming an inside surface of said tubular body, an outer layer forming an outside surface of said tubular body, and a plurality of reinforcing wires between said inside surface and said outside surface; said reinforcing wires each possessing a length, a thickness substantially parallel to a radial direction of said tubular body and a width substantially perpendicular to said thickness, said plurality of reinforcing wires together possessing a total cross-sectional area; wherein said tubular body possesses a wall thickness, and a ratio of the wall thickness of said tubular body to the thickness of said reinforcing wires is from 3.5 to 3.8, characterized in that said tubular body possesses a proportion of the total cross-sectional area of said plurality of reinforcing wires to the cross-sectional area of said tubular body which is less than 25%, but not less than 17%, and a ratio of the inside diameter to the outside diameter of said tubular body is from 0.85 to 0.91, the outside surface of a portion ranging from 30 mm to 950 mm distance from the distal end portion of the tubular body having been subjected to surface roughening by creping on a heated plate having a rugged surface. an elongated tubular body possessing an outside diameter of from 1.35 to 3 mm and an inside diameter, the tubular body possessing a cross-sectional area in the direction perpendicular to the longitudinal direction of the catheter main body of (π × [(D1/2)2 - (d1/2)2]); the tubular body comprising a distal end portion and a proximal end portion, and being comprised of an inner layer forming an inside surface of said tubular body, an outer layer forming an outside surface of said tubular body, and a plurality of reinforcing wires between said inside surface and said outside surface; said reinforcing wires each possessing a length, a thickness substantially parallel to a radial direction of said tubular body and a width substantially perpendicular to said thickness, said plurality of reinforcing wires together possessing a total cross-sectional area; wherein said tubular body possesses a wall thickness, and a ratio of the wall thickness of said tubular body to the thickness of said reinforcing wires is from 3.5 to 3.8, characterized in that said tubular body possesses a proportion of the total cross-sectional area of said plurality of reinforcing wires to the cross-sectional area of said tubular body which is less than 25%, but not less than 17%, and a ratio of the inside diameter to the outside diameter of said tubular body is from 0.85 to 0.91, the outside surface of a portion ranging from 30 mm to 950 mm distance from the distal end portion of the tubular body having been subjected to surface roughening by creping on a heated plate having a rugged surface.
Biocide capsule for using it in a biocide preparation, wherein PVP-iodine as an active ingredient, which is suitable for colour indication as well, is enclosed in capsules with a wall not dissolving, or dissolving only to a minimal extent in watery environment with a pH range below the cutting pH value of 4,5-6,0, but dissolving in the pH-range over the cutting pH value.
A peritoneal dialysis system comprising: a disposable set including a water port, an inlet port (80a, 82a), a drain port, a water line (64a, 64b) in fluid communication with the water port, a drain line in fluid communication with the drain port for draining from the disposable set, and a container positioned and arranged to hold a dialysis fluid prepared by mixing purified water and at least one concentrate; at least one source (84a, 84b) of the at least one concentrate in fluid communication with the inlet port; a water purifier configured to purify water and feed the purified water towards the water port; a sensor for detecting a property of fluid flowing in the drain line; and a control unit configured to cause an amount of dialysis fluid prepared by mixing a first portion of the purified water with the at least one concentrate in the disposable set to be delivered into the drain line, characterised in that the control unit is further configured to cause a second portion of the purified water to be delivered along the water line, into the disposable set and out the drain line to thereby push the amount of dialysis fluid to the sensor to detect a property of the dialysis fluid. a disposable set including a water port, an inlet port (80a, 82a), a drain port, a water line (64a, 64b) in fluid communication with the water port, a drain line in fluid communication with the drain port for draining from the disposable set, and a container positioned and arranged to hold a dialysis fluid prepared by mixing purified water and at least one concentrate; a water port, an inlet port (80a, 82a), a drain port, a water line (64a, 64b) in fluid communication with the water port, a drain line in fluid communication with the drain port for draining from the disposable set, and a container positioned and arranged to hold a dialysis fluid prepared by mixing purified water and at least one concentrate; at least one source (84a, 84b) of the at least one concentrate in fluid communication with the inlet port; a water purifier configured to purify water and feed the purified water towards the water port; a sensor for detecting a property of fluid flowing in the drain line; and a control unit configured to cause an amount of dialysis fluid prepared by mixing a first portion of the purified water with the at least one concentrate in the disposable set to be delivered into the drain line, characterised in that the control unit is further configured to cause a second portion of the purified water to be delivered along the water line, into the disposable set and out the drain line to thereby push the amount of dialysis fluid to the sensor to detect a property of the dialysis fluid. cause an amount of dialysis fluid prepared by mixing a first portion of the purified water with the at least one concentrate in the disposable set to be delivered into the drain line, characterised in that the control unit is further configured to cause a second portion of the purified water to be delivered along the water line, into the disposable set and out the drain line to thereby push the amount of dialysis fluid to the sensor to detect a property of the dialysis fluid.
A method in a network node for performing multi-channel access procedures in a License-Assisted Access, LAA, cell in a wireless communication network, comprising: selecting one carrier as a master carrier and starting a Listen Before Talk, LBT, channel sensing for all carriers at a same or different point in time, thereby both Type A and Type B access procedures are started simultaneously on all carriers; storing LBT channel sensing results for all carriers for at least the last two slot durations of a subframe of the respective carriers; checking if the LBT channel sensing on the master carrier is successful based on its LBT channel sensing result; when the LBT channel sensing on the master carrier is successful, checking the LBT channel sensing results for all other carriers, and transmitting on the master carrier and the other carriers where the LBT channel sensing of Type B is successful at the subframe boundary of the respective carriers or at a time earlier than the subframe boundary of the respective carriers; when the subframe boundary of the master carrier is reached and the LBT channel sensing on the master carrier is not successful, transmitting on the carriers where the LBT channel sensing of Type A is successful at the subframe boundary of the respective carriers. selecting one carrier as a master carrier and starting a Listen Before Talk, LBT, channel sensing for all carriers at a same or different point in time, thereby both Type A and Type B access procedures are started simultaneously on all carriers; storing LBT channel sensing results for all carriers for at least the last two slot durations of a subframe of the respective carriers; checking if the LBT channel sensing on the master carrier is successful based on its LBT channel sensing result; when the LBT channel sensing on the master carrier is successful, checking the LBT channel sensing results for all other carriers, and transmitting on the master carrier and the other carriers where the LBT channel sensing of Type B is successful at the subframe boundary of the respective carriers or at a time earlier than the subframe boundary of the respective carriers; when the subframe boundary of the master carrier is reached and the LBT channel sensing on the master carrier is not successful, transmitting on the carriers where the LBT channel sensing of Type A is successful at the subframe boundary of the respective carriers.
Method for separating and recovering bitumen and aggregates from asphalt, wherein a) the asphalt is mechanically comminuted; b) the comminuted asphalt is introduced into an evacuated or evacuable treatment chamber; c) the treatment chamber is evacuated by adjusting the pressure in the treatment chamber to a pressure that is reduced relative to ambient pressure, preferably 200 mbar or lower; d) the treatment chamber is then acted upon at least once by a liquid organic solvent; e) the liquid organic solvent is subsequently removed from the treatment chamber; and then f1) the organic solvent in the vapour phase is fed into the evacuated treatment chamber at the reduced pressure, preferably a pressure of 200 mbar or lower, at a temperature at or above the flash point of the organic solvent; and/or f2) liquid organic solvent is fed into the treatment chamber at the reduced pressure, preferably a pressure of 200 mbar or lower, most preferably at a temperature at or above the flash point of the organic solvent; the reduced pressure being maintained in the treatment chamber during steps d) to f1) or d) to f2). a) the asphalt is mechanically comminuted; b) the comminuted asphalt is introduced into an evacuated or evacuable treatment chamber; c) the treatment chamber is evacuated by adjusting the pressure in the treatment chamber to a pressure that is reduced relative to ambient pressure, preferably 200 mbar or lower; d) the treatment chamber is then acted upon at least once by a liquid organic solvent; e) the liquid organic solvent is subsequently removed from the treatment chamber; and then f1) the organic solvent in the vapour phase is fed into the evacuated treatment chamber at the reduced pressure, preferably a pressure of 200 mbar or lower, at a temperature at or above the flash point of the organic solvent; and/or f2) liquid organic solvent is fed into the treatment chamber at the reduced pressure, preferably a pressure of 200 mbar or lower, most preferably at a temperature at or above the flash point of the organic solvent; the reduced pressure being maintained in the treatment chamber during steps d) to f1) or d) to f2).
An electric vehicle inductive power system for use with a primary conductive path associated with a roadway over which vehicles may travel, the inductive power system comprising: a plurality of power transmission modules adapted to be placed in or on the roadway relative to the primary conductive path so as to be inductively coupled to the primary conductive path, each power transmission module being arranged to wirelessly receive power from the primary conductive path; and each power transmission module comprising a first coil for receiving power wirelessly at a first frequency from the primary conductive path, and a second coil operable to supply power wirelessly at a second frequency which is different to the first frequency to at least one electric vehicle when the at least one electric vehicle is on the roadway and near the power transmission module to receive power therefrom. a plurality of power transmission modules adapted to be placed in or on the roadway relative to the primary conductive path so as to be inductively coupled to the primary conductive path, each power transmission module being arranged to wirelessly receive power from the primary conductive path; and each power transmission module comprising a first coil for receiving power wirelessly at a first frequency from the primary conductive path, and a second coil operable to supply power wirelessly at a second frequency which is different to the first frequency to at least one electric vehicle when the at least one electric vehicle is on the roadway and near the power transmission module to receive power therefrom.
A method in a communication network node of detecting collision of physical cell identities in a communication network system comprising radio base stations each serving at least one cell through which user equipments are moving, wherein reference signals comprising reference symbols corresponding to a physical cell identity are sent from said radio base stations to said user equipments over a radio interface and wherein transmission gaps of reference symbols are inserted in the reference signal in order to perform, by the user equipments, a physical cell identity collision test, during which transmission gaps said user equipments are arranged to detect if any other radio base station is sending reference symbols corresponding to the same physical cell identity and thereby detecting a physical cell identity collision, the method comprising the step of distributing said reference symbol transmission gaps within said reference signal such that at least some of said reference symbols in said reference signal are unaffected by said reference symbol transmission gaps.
Apparatus for transferring a pattern from a template having a structured surface to a substrate carrying a surface layer of a radiation polymerisable fluid, said apparatus comprising a first main part and a second main part having opposing surfaces, means for adjusting a spacing between said main parts, support means for supporting said template and substrate in mutual parallel engagement in said spacing with said structured surface facing said surface layer, a radiation source devised to emit radiation into said spacing, a cavity having a first wall comprising a flexible membrane devised to engage said template or substrate, means for applying an adjustable overpressure to a medium present in said cavity, and a heater device having a surface facing said spacing, wherein said cavity is defined by a part of the surface of said first main part, a flexible seal member arranged in and protruding from said first main part surface, and said membrane which engages said seal member.