mhurhangee/ep-ind-claims huggingface dataset:
An atomization process for manufacturing a metal powder or an alloy powder having a melting point of about 50 to about 500° Celsius comprising: providing a melt of a metal or an alloy having said melting point of about 50° Celsius to about 500° Celsius through a feed tube; diverting said melt through a diverter at a diverting angle with respect to a central axis of the feed tube to obtain a diverted melt, wherein the diverting angle is about 10 to about 90 degrees; delivering said diverted melt to an atomization area; providing at least one atomization gas stream to the atomization area; and wherein the at least one atomization gas stream has a velocity of at least 300 m/s, wherein a ratio of the atomization gas to the metal in the atomization area is about 5 000 to about 30 000 cm 3 of gas per cm 3 of metal to atomize, thereby providing a distribution of powder particle sizes having geometric standard deviation of lower than about 2.0. providing a melt of a metal or an alloy having said melting point of about 50° Celsius to about 500° Celsius through a feed tube; diverting said melt through a diverter at a diverting angle with respect to a central axis of the feed tube to obtain a diverted melt, wherein the diverting angle is about 10 to about 90 degrees; delivering said diverted melt to an atomization area; providing at least one atomization gas stream to the atomization area; and wherein the at least one atomization gas stream has a velocity of at least 300 m/s, wherein a ratio of the atomization gas to the metal in the atomization area is about 5 000 to about 30 000 cm 3 of gas per cm 3 of metal to atomize, thereby providing a distribution of powder particle sizes having geometric standard deviation of lower than about 2.0.
Method for checking the operation of a signal transducer configured for acoustically sending ultrasonic signals, comprising the steps of: - arranging the signal transducer in its intended peripheral area, the peripheral area comprising a bodywork component of a means of locomotion, - applying at least one predefined test signal to an electrical connection (3, 4) of the signal transducer, - picking up a check signal sent in response to the applying under predefined constraints, - analysing the picked-up check signal in respect of predefined parameters, and - assessing of the operation of the signal transducer on the basis of the predefined parameters and on the basis of references associated with the signal transducer, characterized in that the picking up is effected by means of at least two microphones (11, 12), wherein - a first microphone has a first sensitivity area, - a second microphone has a second sensitivity area, and wherein the first sensitivity area and the second sensitivity area are at least proportionally different, wherein - the first sensitivity area is tuned to a sending process by means of the signal transducer and - the second sensitivity area is tuned to a decay process in the signal transducer. - arranging the signal transducer in its intended peripheral area, the peripheral area comprising a bodywork component of a means of locomotion, - applying at least one predefined test signal to an electrical connection (3, 4) of the signal transducer, - picking up a check signal sent in response to the applying under predefined constraints, - analysing the picked-up check signal in respect of predefined parameters, and - assessing of the operation of the signal transducer on the basis of the predefined parameters and on the basis of references associated with the signal transducer, - a first microphone has a first sensitivity area, - a second microphone has a second sensitivity area, and wherein the first sensitivity area and the second sensitivity area are at least proportionally different, - the first sensitivity area is tuned to a sending process by means of the signal transducer and - the second sensitivity area is tuned to a decay process in the signal transducer.
An apparatus for generating an image signal in which pixels are encoded in N-bit words, encoding at least a luma per pixel, the apparatus comprising: a receiver for obtaining high dynamic range pixel values in accordance with a first color representation in M-bit words; a first generator for including the high dynamic range pixel values in the image signal in the N-bit words according to a second color representation; and a second generator for including in the image signal an indicator of a HDR encoding by which the high dynamic range pixel values are encoded, characterized in that the indicator is a luminance at which a maximum luma code is intended to be rendered. a receiver for obtaining high dynamic range pixel values in accordance with a first color representation in M-bit words; a first generator for including the high dynamic range pixel values in the image signal in the N-bit words according to a second color representation; and a second generator for including in the image signal an indicator of a HDR encoding by which the high dynamic range pixel values are encoded, characterized in that the indicator is a luminance at which a maximum luma code is intended to be rendered.
A wind turbine modular blade comprising a composite laminate, wherein: - the composite material laminate presents a longitudinal thickness transition in the blade joint region, configured as an adaptation slope between the original thickness of the blade panel and the thickness required to integrate the joint, thereby absorbing the thickness difference between both areas, and - the composite material incorporates a laminate/core of non-structural material arranged at the bottom of the blade joint piece, on the mold face, the arrangement of which aligns the centroid position of the laminate between the original region of the blade panel and the joint integration zone, reducing geometric gradients that generate unwanted stress concentrations. - the composite material laminate presents a longitudinal thickness transition in the blade joint region, configured as an adaptation slope between the original thickness of the blade panel and the thickness required to integrate the joint, thereby absorbing the thickness difference between both areas, and - the composite material incorporates a laminate/core of non-structural material arranged at the bottom of the blade joint piece, on the mold face, the arrangement of which aligns the centroid position of the laminate between the original region of the blade panel and the joint integration zone, reducing geometric gradients that generate unwanted stress concentrations.
Surgical implant for fixing of at least two adjacent bone elements of a patient, characterized in that it consists of a curved rod intended to be inserted first into a borehole made in the at least two bone elements and at least one separate helical element intended to be inserted secondly on said rod, the whole when implemented forming a screw; and that - the helical element is a filled solid helically shaped comprising at least one core and a thread; - said rod comprises on its outer surface, as many guide elements in the form of an helical groove as helical elements, said guide elements in the form of helical groove each having an opening over all or part of their length in the direction of the bone element, and - each of said at least one helical element comprises a core of shape and dimensions complementary to the shape and dimensions of the at least one guide element with an helical groove shape in order to be able to be inserted and slide in said groove and an anchoring element present over all or part of the length of the core and protruding through the opening in the direction of the bone element. - the helical element is a filled solid helically shaped comprising at least one core and a thread; - said rod comprises on its outer surface, as many guide elements in the form of an helical groove as helical elements, said guide elements in the form of helical groove each having an opening over all or part of their length in the direction of the bone element, and - each of said at least one helical element comprises a core of shape and dimensions complementary to the shape and dimensions of the at least one guide element with an helical groove shape in order to be able to be inserted and slide in said groove and an anchoring element present over all or part of the length of the core and protruding through the opening in the direction of the bone element.
Mechanism for fastening and operating removable and adjustable slats shutting, comprising slats with slat fastening pieces fixed to them in extension, a slat translational operator made of two parallel endless screws (1, 1', 2, 3) that may be located on the sides of the hollow to be covered and that rotate synchronously around their respective axes to which the ends of the slats are attached by their fastening parts and a slat rotation around its axis mechanism; characterized by the rotation mechanism is driven through gears (6', 19) or conical bearings located on the fastening pieces of the slats, and with the same longitudinal axis.
Phenotypically stably differentiated GFAP-positive hepatic stellate cells, mesanglial cells and/or stellate cells of the pancreas for use in the treatment of a neurodegenerative disease and/or for use in the treatment of a disease which is characterized by a loss of neurons and/or for use in the treatment of a disease which is characterized by a loss of neuronal functionality and/or for the treatment of a neurological disease which is characterized by changes in organ specific homeostasis.
A process for the selective recovery of lead and silver, the process comprising the steps of: a) subjecting a hydrometallurgical residue comprising at least lead and silver to an oxidative leaching in the presence of a chloride brine solution and an oxidizing agent, thus selectively solubilizing lead and silver as chloride soluble compounds; b) reacting the pregnant leaching solution obtained in step a) with a carbonate compound which acts as a precipitating agent, thus jointly precipitating lead and silver as carbonate concentrate; and c) purifying the concentrate obtained in step b) by contacting said concentrate with a carbonate compound solution, so as a lead and silver carbonate concentrate having a chloride content between 0.01 and 0.5 wt% on a dry weight basis is obtained. a) subjecting a hydrometallurgical residue comprising at least lead and silver to an oxidative leaching in the presence of a chloride brine solution and an oxidizing agent, thus selectively solubilizing lead and silver as chloride soluble compounds; b) reacting the pregnant leaching solution obtained in step a) with a carbonate compound which acts as a precipitating agent, thus jointly precipitating lead and silver as carbonate concentrate; and c) purifying the concentrate obtained in step b) by contacting said concentrate with a carbonate compound solution,
A staple cartridge, comprising: an annular cartridge body, comprising: a deck; and a plurality of staple cavities (15612; 15613) defined within said deck, wherein each said staple cavity (15612; 15613) comprises an opening in said deck; a plurality of staples, wherein at least a portion of each said staple is removably stored within a said staple cavity, and wherein each said staple is movable between an unfired position and a fired position; and characterised by a compressible portion, wherein said compressible portion is configured to be captured within said staples and may assume different compressed heights within different said staples, and wherein said compressible portion comprises: a support ring; and a plurality of tags (15622; 15623) extending from said support ring, wherein each said tag is positioned over a said staple cavity (15612; 15613). an annular cartridge body, comprising: a deck; and a plurality of staple cavities (15612; 15613) defined within said deck, wherein each said staple cavity (15612; 15613) comprises an opening in said deck; a deck; and a plurality of staple cavities (15612; 15613) defined within said deck, wherein each said staple cavity (15612; 15613) comprises an opening in said deck; a plurality of staples, wherein at least a portion of each said staple is removably stored within a said staple cavity, and wherein each said staple is movable between an unfired position and a fired position; and characterised by a compressible portion, wherein said compressible portion is configured to be captured within said staples and may assume different compressed heights within different said staples, and wherein said compressible portion comprises: a support ring; and a plurality of tags (15622; 15623) extending from said support ring, wherein each said tag is positioned over a said staple cavity (15612; 15613). a support ring; and a plurality of tags (15622; 15623) extending from said support ring, wherein each said tag is positioned over a said staple cavity (15612; 15613).
Aircraft monument for installation in an aircraft cabin, with a first functional module, wherein the first functional module includes a side wall for delimiting the first functional module from a region of the aircraft cabin adjacent to the first functional module and/or from a region of the aircraft monument adjacent to the first functional module, and wherein the side wall is movable between a first and a second operational position and comprises a side-wall region which merely in the second operational position of the side wall serves for delimiting the first functional module from a region of the aircraft cabin adjacent to the first functional module, so that a movement of the side wall out of its first operational position into its second operational position results in an enlargement of a base area of the first functional module, wherein the first functional module is designed to be utilized with the movable sidewall being in its first and second operational positions, and wherein the side-wall region of the side wall of the first functional module, which merely in the second operational position of the side wall serves for delimiting the first functional module from a region of the aircraft cabin adjacent to the first functional module, is designed in the form of a segment of an outer cylindrical surface.
A blood tubing system for establishing an extracorporeal circulation for carrying out hemodialysis, hemofiltration or hemodiafiltration or plasmapheresis treatment with an insert piece comprising a main line for conveying a first liquid, preferably blood, leading from a first connection to a second connection via an intermediate piece having a largely cylindrical inside wall, and comprising a second line for dosing a second liquid to the first liquid leading from a third connection to an orifice in the intermediate piece of the main line, characterized in that the intermediate piece of the main line has a three-dimensional single-start spiral structure for creating turbulence, revolving around the inside wall at an angle <360°.
A pants-type absorbent article, comprising: an abdominal-side part and a back-side part, and seal parts (5L, 5R) which join end parts (2L, 2R) of the abdominal-side part in a width direction and end parts (3L, 3R) of the back-side part in the width direction, which are superimposed so that inner surfaces (2i,3i) thereof face each other, to each other, wherein the seal parts (5L, 5R) comprise a plurality of fused parts which fuse the end parts (2L, 2R) of the abdominal-side part in the width direction and the end parts (3L, 3R) of the back-side part in the width direction to each other, the fused parts being aligned in a length direction while being spaced apart from each other, all of the fused parts each include a thin part having a small relative thickness and a thick part having a large relative thickness, all of the thin parts being arranged on an inner side of the fused parts in the width direction, the fused parts each comprise a recessed groove, a peripheral wall and a bottom wall, the bottom wall comprises the thin part having a small relative thickness and the thick part having a large relative thickness, and the small relative thickness and the large relative thickness are dimensions in a thickness direction of the absorbent article. an abdominal-side part and a back-side part, and seal parts (5L, 5R) which join end parts (2L, 2R) of the abdominal-side part in a width direction and end parts (3L, 3R) of the back-side part in the width direction, which are superimposed so that inner surfaces (2i,3i) thereof face each other, to each other, the seal parts (5L, 5R) comprise a plurality of fused parts which fuse the end parts (2L, 2R) of the abdominal-side part in the width direction and the end parts (3L, 3R) of the back-side part in the width direction to each other, the fused parts being aligned in a length direction while being spaced apart from each other, all of the fused parts each include a thin part having a small relative thickness and a thick part having a large relative thickness, all of the thin parts being arranged on an inner side of the fused parts in the width direction, the fused parts each comprise a recessed groove, a peripheral wall and a bottom wall, the bottom wall comprises the thin part having a small relative thickness and the thick part having a large relative thickness, and the small relative thickness and the large relative thickness are dimensions in a thickness direction of the absorbent article.
A transmission apparatus which distributes content to a reception apparatus, comprising: script generation means for generating a Preference Demographic and Interest script, PDI-S, for obtaining user side answer information which is information representative of an answer of a user of the reception apparatus to a question about the tastes of the user; trigger generation means for generating trigger information, which is information relating to execution of the script by the reception apparatus, wherein the trigger information is configured from a trigger ID, PDI-S controlling information, and PDI-S reference information, wherein the trigger ID is information for identifying the trigger information, PDI-S controlling information is information for controlling starting or stopping of the PDI-S in the reception apparatus, and the PDI-S reference information is a URL which is referred to when the PDI-S is executed; and transmission means for transmitting the trigger information and the script to the reception apparatus in response to distribution of first content to the reception apparatus and transmitting, in response to distribution of second content different from the first content to the reception apparatus, provider side answer information which is information representative of an answer set by a provider providing the first or second content, to the question about the tastes of the user to the reception apparatus. script generation means for generating a Preference Demographic and Interest script, PDI-S, for obtaining user side answer information which is information representative of an answer of a user of the reception apparatus to a question about the tastes of the user; trigger generation means for generating trigger information, which is information relating to execution of the script by the reception apparatus, wherein the trigger information is configured from a trigger ID, PDI-S controlling information, and PDI-S reference information, wherein the trigger ID is information for identifying the trigger information, PDI-S controlling information is information for controlling starting or stopping of the PDI-S in the reception apparatus, and the PDI-S reference information is a URL which is referred to when the PDI-S is executed; and transmission means for transmitting the trigger information and the script to the reception apparatus in response to distribution of first content to the reception apparatus and transmitting, in response to distribution of second content different from the first content to the reception apparatus, provider side answer information which is information representative of an answer set by a provider providing the first or second content, to the question about the tastes of the user to the reception apparatus.
A system for locating a mobile communication device in a region of interest comprising: - a plurality of radio frequency receiver devices at respective locations within the region, wherein: - in a first operating mode, the receiver devices are configured to scan a frequency band to search for a signal of interest associated with a communication device emitting the signal of interest within the region, at least some of the receiver devices being configured to switch to a second operating mode in response to at least one of the receiver devices detecting the signal of interest at a frequency within the frequency band; and - in the second operating mode, the at least some of the receiver devices are configured to tune to the frequency of the signal of interest detected in the first operating mode to measure signal levels at respective locations within the region; and - a processor in communication with the receiver devices and configured to: determine a location of the communication device from the signal levels measured by the at least some of the receiver devices in the second operating mode; and notify said determining of location of the communication device emitting the signal of interest within the region. - a plurality of radio frequency receiver devices at respective locations within the region, wherein: - in a first operating mode, the receiver devices are configured to scan a frequency band to search for a signal of interest associated with a communication device emitting the signal of interest within the region, at least some of the receiver devices being configured to switch to a second operating mode in response to at least one of the receiver devices detecting the signal of interest at a frequency within the frequency band; and - in the second operating mode, the at least some of the receiver devices are configured to tune to the frequency of the signal of interest detected in the first operating mode to measure signal levels at respective locations within the region; and - a processor in communication with the receiver devices and configured to: determine a location of the communication device from the signal levels measured by the at least some of the receiver devices in the second operating mode; and notify said determining of location of the communication device emitting the signal of interest within the region. determine a location of the communication device from the signal levels measured by the at least some of the receiver devices in the second operating mode; and notify said determining of location of the communication device emitting the signal of interest within the region.