mhurhangee/ep-ind-claims huggingface dataset:
Sanitary built-in part having at least one flow-determining functional unit and a diffusor which in the flow direction is disposed after the flow-determining functional unit, wherein the diffusor has a diffusor space, wherein the diffusor space is partially delimited by an impact face which deflects in a lateral direction water flowing into the diffusor space, wherein the diffusor space has a plurality of outlet openings, wherein the impact face is adjoined by a drainage ramp which allows water impacting the impact face and draining from the latter in the use position to drain in the direction of the outlet openings, wherein an outer periphery of the drainage ramp is configured by a step.
A sensor carrier for an ultrasonic flaw detector having at least one section, said section comprising a central rod having a head fork and a tail fork arranged thereon; flanges of said forks having centering collars attached thereto; disposed between said flanges a polyurethane head cone, a polyurethane tail cone and a set of rings with ultrasonic sensors arranged thereon, wherein an outer diameter of the sensor carrier is not greater than a value of maximum permissible narrowing of a pipeline, rings of the ring set of the sensor carrier are provided with two groups of sleeves arranged alternately, said groups of sleeves being sleeves with smooth holes and sleeves with threaded holes, wherein a head ring of the set of rings is secured to the head cone by means of fastening screws that are screwed into threaded holes of the head cone through the sleeves with smooth holes, while the following rings of the set of rings are secured by means of the fastening screws through the sleeves with smooth holes in the threaded holes of the sleeves of the previous rings, the fastening screws being arranged in a staggered order.
A method for powder-metallurgically manufacturing a rotational body, wherein: a) a first starting body is compacted from metal powder; b) a second starting body (5; 10) is formed from metal, separately from the first starting body; c) the starting bodies (1, 5; 1, 10) are placed against each other in axial contact via end faces (4, 6; 4, 11) in relation to a longitudinal axis of the rotational body d) and permanently and firmly sintered to each other by collective sintering, e) wherein the first starting body is compacted from an aluminium-based powder and the second starting body (5; 10) is formed from an aluminium material f) and the starting bodies (1,5; 1, 10) are sintered to each other at the end faces (4, 6; 4, 11), g) wherein one of the starting bodies (1, 5; 1, 10) is placed onto the other for collective sintering and presses against the other of the starting bodies (1, 5; 1, 10), with its own weight only, during sintering. a) a first starting body is compacted from metal powder; b) a second starting body (5; 10) is formed from metal, separately from the first starting body; c) the starting bodies (1, 5; 1, 10) are placed against each other in axial contact via end faces (4, 6; 4, 11) in relation to a longitudinal axis of the rotational body d) and permanently and firmly sintered to each other by collective sintering, e) wherein the first starting body is compacted from an aluminium-based powder and the second starting body (5; 10) is formed from an aluminium material f) and the starting bodies (1,5; 1, 10) are sintered to each other at the end faces (4, 6; 4, 11), g) wherein one of the starting bodies (1, 5; 1, 10) is placed onto the other for collective sintering and presses against the other of the starting bodies (1, 5; 1, 10), with its own weight only, during sintering.
Method of storing thermal energy, where, in a storage step, water is eliminated from a salt hydrate with introduction of heat so as to form a water-free anhydrate to which, in a discharge step, water is bound with release of heat and water which has been eliminated from the salt hydrate and is present in vapour form is condensed against salt hydrate to be heated in the storage step, characterized in that the salt hydrate and the anhydrate thereof are used as constituents of a heat transfer medium which comprises at least one further salt in addition to the anhydrate of the salt hydrate and in that the heat transfer medium is always present in liquid form both during the storage step and during the discharge step.
A system for locating a medical device, comprising: a medical device comprising a structure having a length dimension and a surface, a volume associated with the surface and extending along at least a portion of the length dimension; wherein the volume includes nanomaterials with known absorption spectra and responsive to at least a first electromagnetic frequency of excitation and a second electromagnetic frequency of excitation, wherein the first and second elctromagnetic frequencies have a similar tissue absorption but different nanomaterial absorption; an excitation source configured to generate the first electromagnetic frequency of excitation for exciting the nanomaterials to obtain (508, 510) a first imageable response, the first imageable response being detectable over surrounding materials, and to generate the second electromagnetic frequency of excitation for exciting the nanomaterials included in the medical device to obtain (508, 510) a second imageable response which includes a realizable difference from the first imageable response, the second imageable response being detectable over the surrounding materials; a sensor configured to receive the imageable responses; and an image processing module configured to subtract the first imageable response from the second imageable response to provide an image of the medical device relative to a subject and to render the medical device in a medical image using the imageable responses. a medical device comprising a structure having a length dimension and a surface, a volume associated with the surface and extending along at least a portion of the length dimension; wherein the volume includes nanomaterials with known absorption spectra and responsive to at least a first electromagnetic frequency of excitation and a second electromagnetic frequency of excitation, wherein the first and second elctromagnetic frequencies have a similar tissue absorption but different nanomaterial absorption; an excitation source configured to generate the first electromagnetic frequency of excitation for exciting the nanomaterials to obtain (508, 510) a first imageable response, the first imageable response being detectable over surrounding materials, and to generate the second electromagnetic frequency of excitation for exciting the nanomaterials included in the medical device to obtain (508, 510) a second imageable response which includes a realizable difference from the first imageable response, the second imageable response being detectable over the surrounding materials; a sensor configured to receive the imageable responses; and an image processing module configured to subtract the first imageable response from the second imageable response to provide an image of the medical device relative to a subject and to render the medical device in a medical image using the imageable responses.
A compound represented by the formula or wherein R is propyl, ethyl, isopropyl, methoxy or ethoxy, and Me is methyl, or a pharmaceutically acceptable acid addition salt thereof.
A method of synthesizing a diketopiperazine comprising contacting a solution of a protein with an enzyme that cleaves the two N-terminal or the two C-terminal amino acids of the protein under conditions effective to produce the diketopiperazine, wherein the protein is albumin, immunoglobulin or erythropoietin.
Dual cut header assembly comprising a header and a chopper, wherein the header is provided to be lifted by an agricultural combine to cut crop material from a field at a first height, and wherein the chopper is suspended from the header and provided to cut the crop material at a second height lower than the first height, wherein at least one actuator is provided between the chopper and the header for adapting a distance between the chopper and the header, the dual cut header assembly further comprising at least one sensor for measuring a state of the chopper, and comprising an actuator steering module (10, 12, 16) connected to said actuator and configured to automatically adapt said distance based on said measured state, and characterized in that the actuator steering module comprises a hydraulic accumulator and wherein the sensor is formed as a pressure sensor for measuring the pressure exerted by the chopper on the ground surface.
A method for detecting an oxidant adulterant in a biological sample, said method comprising: (a) providing in combination in a reaction medium a biological sample, a chromogenic compound and a source of ferric ions, (b) incubating the combination under conditions sufficient for the ferric ions to undergo reduction to ferrous ions and for chromogenic compound to react with the oxidant adulterant, and (c) determining the extent of reaction between the chromogenic compound and the oxidant adulterant wherein the extent thereof is related to the presence or absence of the oxidant adulterant in the biological sample. (a) providing in combination in a reaction medium a biological sample, a chromogenic compound and a source of ferric ions, (b) incubating the combination under conditions sufficient for the ferric ions to undergo reduction to ferrous ions and for chromogenic compound to react with the oxidant adulterant, and (c) determining the extent of reaction between the chromogenic compound and the oxidant adulterant wherein the extent thereof is related to the presence or absence of the oxidant adulterant in the biological sample.
A high-strength steel sheet having superior toughness at extreme low temperatures, comprising, in weight percentage, 0.02 to 0.06% of C, 0.1 to 0.35% of Si, 1.0 to 1.6% of Mn, 0.02% or less (but not 0%) of Al, 0.7 to 2.0% of Ni, 0.4 to 0.9% of Cu, 0.003 to 0.015% of Ti, 0.003 to 0.02% of Nb, 0.01% or less of P, 0.005% or less of S, the remainder being Fe and unavoidable impurities, wherein the high-strength steel sheet satisfies the condition of [Mn]+5.4[Si]+26 +32.8[Nb]<4.3 where [Mn], [Si], [Al], and [Nb] indicate contents of Mn, Si, Al, and Nb in weight percentage, respectively, wherein the microstructure of the steel sheet consists, in area percentage, of 99% or more of acicular ferrite and 1% or less austenite/martensite (M&A), wherein grains having a grain boundary orientation not less than 15° are not less than 70% in area percentage in the microstructure and the grains having a size of not more than 10 μm in the grains are not less than 70o in area percentage.
Device for the selection of particles comprising a nozzle for generating a particle containing fluid stream, an irradiation device that is directed onto the fluid stream exiting from the nozzle, a detector that is directed onto the fluid stream and is set up for generating measurement signals, a control unit connected to the detector set up for receiving detection signals and for generating control signals for a selection unit and a selection unit connected to the control unit and set up for receiving control signals, characterized in that the selection unit comprises a laser for generating laser irradiation, the beam path of which is directed onto the fluid stream and the laser is set up for heating the fluid stream only superficially up to superficial evaporation of the fluid, such that the superficially irradiated section of the fluid stream is accelerated into the direction opposite the laser beam.
Device for improving the in vivo penetration of molecules of active ingredient into the cells of the tissues of a human or animal subject, characterized in that it comprises: - a generator of electric pulses comprising first and second terminals and adapted to emit a sequence of pulses, the sequence of pulses having a time interval between each pulse, - at least two pairs of electrodes, wherein each pair of electrodes comprises: - an electrode of a first group of electrodes composed of at least one electrode electrically connected to the first terminal of the generator of electric pulses, - an electrode of a second group of electrodes composed of a plurality of electrodes electrically connected to the second terminal of the generator of electric pulses, and - a means of injecting the active ingredient into the tissues, characterized in that the generator of electric pulses is adapted to emit alternatively to the pairs of electrodes the sequence of pulses, two successive sequences of pulses emitted to two different pairs of electrodes being offset of a duration equal to the time interval between two pulses of the sequence divided by the number of pairs of electrodes. - a generator of electric pulses comprising first and second terminals and adapted to emit a sequence of pulses, the sequence of pulses having a time interval between each pulse, - at least two pairs of electrodes, wherein each pair of electrodes comprises: - an electrode of a first group of electrodes composed of at least one electrode electrically connected to the first terminal of the generator of electric pulses, - an electrode of a second group of electrodes composed of a plurality of electrodes electrically connected to the second terminal of the generator of electric pulses, and - an electrode of a first group of electrodes composed of at least one electrode electrically connected to the first terminal of the generator of electric pulses, - an electrode of a second group of electrodes composed of a plurality of electrodes electrically connected to the second terminal of the generator of electric pulses, and - a means of injecting the active ingredient into the tissues, characterized in that the generator of electric pulses is adapted to emit alternatively to the pairs of electrodes the sequence of pulses, two successive sequences of pulses emitted to two different pairs of electrodes being offset of a duration equal to the time interval between two pulses of the sequence divided by the number of pairs of electrodes.
An orthopedic prosthetic hip joint, comprising: a femoral component having a head and a stem, wherein a first bearing component is mounted on the head and has a first bearing surface made completely of a non-carbon fiber reinforced poly ether ether ketone (PEEK) or a poly aryl ether ketone (PAEK) polymer that is non-carbon fiber reinforced, and a second bearing component having a second bearing surface formed as an acetabular cup for rotatably receiving the head, said second bearing surface being made of ultra-high molecular weight polyethylene (UHMWPE) cross-linked by irradiation; the first and second bearing surfaces being in sliding engagement with one another; and the PAEK or PEEK polymer having a shore D hardness higher than the UHMWPE cross-linked by irradiation. a femoral component having a head and a stem, wherein a first bearing component is mounted on the head and has a first bearing surface made completely of a non-carbon fiber reinforced poly ether ether ketone (PEEK) or a poly aryl ether ketone (PAEK) polymer that is non-carbon fiber reinforced, and a second bearing component having a second bearing surface formed as an acetabular cup for rotatably receiving the head, said second bearing surface being made of ultra-high molecular weight polyethylene (UHMWPE) cross-linked by irradiation; the first and second bearing surfaces being in sliding engagement with one another; and the PAEK or PEEK polymer having a shore D hardness higher than the UHMWPE cross-linked by irradiation.
A drinking straw comprising an elongate tubular body of an insoluble material having an internal coating comprising matrix and one or more active agents, the one or more active agents being dispersed throughout the matrix, the body sized to allow a carrier liquid to be drawn therethrough such that passage of the carrier liquid causes the matrix to release the one or more active agents into the carrier liquid to be consumed by a drinker, wherein the matrix comprises a partially hydrolysed guar gum (PHGG), an acid and a modified cellulose wherein the matrix comprises: (a) PHGG 65 - 80% (b) Acid 15 - 30% (c) Modified Cellulose 3 - 10%.
A computer-implemented method for formatting data based on edits, comprising: determining that the edits have been made to a plurality of items within a first range of a spreadsheet document, wherein the plurality of items are related by a similar formatting, wherein the edits are made to different cells within a same column of the spreadsheet document, and wherein the edits provide examples of data formatting; generating a data formatting rule based on the examples, wherein generating the data formatting rule based on the edits comprises submitting information relating to each of the edits to a machine learning heuristic that creates the data formatting rule; automatically applying the data formatting rule to other items within a second range of the spreadsheet document that have the similar formatting; and displaying the other items reflecting the application of the data formatting rule. determining that the edits have been made to a plurality of items within a first range of a spreadsheet document, wherein the plurality of items are related by a similar formatting, wherein the edits are made to different cells within a same column of the spreadsheet document, and wherein the edits provide examples of data formatting; generating a data formatting rule based on the examples, wherein generating the data formatting rule based on the edits comprises submitting information relating to each of the edits to a machine learning heuristic that creates the data formatting rule; automatically applying the data formatting rule to other items within a second range of the spreadsheet document that have the similar formatting; and displaying the other items reflecting the application of the data formatting rule.
A polyarylene ether copolymer comprising i) at least one block comprising in polymerized form A) isosorbide, isomannide, isoidide or a mixture thereof and B) at least one unit comprising at least one difunctional compound comprising at least one dichlorodiaryl sulfone, a dichlorodiaryl ketone or a mixture thereof and ii) at least one block comprising in polymerized form C) at least one polyalkylene oxide. i) at least one block comprising in polymerized form A) isosorbide, isomannide, isoidide or a mixture thereof and B) at least one unit comprising at least one difunctional compound comprising at least one dichlorodiaryl sulfone, a dichlorodiaryl ketone or a mixture thereof and A) isosorbide, isomannide, isoidide or a mixture thereof and B) at least one unit comprising at least one difunctional compound comprising at least one dichlorodiaryl sulfone, a dichlorodiaryl ketone or a mixture thereof and ii) at least one block comprising in polymerized form C) at least one polyalkylene oxide.
An image processing method, wherein the method is applied to a display system that supports N types of interface modes, N≥1, and the display system comprises a processing device and a display device; and the method comprises: decoding, by the processing device, first image data received from an input interface to determine, by the processing device in the display system, a format of first image data, wherein the format of the first image data is a first image data format; determining, by the processing device, a first interface mode that is currently used, wherein the first interface mode is determined when the processing device establishes physical connections with the display device,; and if the first image format is not an image format supported by the first interface mode, processing, by the processing device, the first image data to generate second image data, wherein a format of the second image data is a second image data format, and the second image data format is the image format supported by the first interface mode. decoding, by the processing device, first image data received from an input interface to determine, by the processing device in the display system, a format of first image data, wherein the format of the first image data is a first image data format; determining, by the processing device, a first interface mode that is currently used, wherein the first interface mode is determined when the processing device establishes physical connections with the display device,; and if the first image format is not an image format supported by the first interface mode, processing, by the processing device, the first image data to generate second image data, wherein a format of the second image data is a second image data format, and the second image data format is the image format supported by the first interface mode.
UV-absorber mixture, comprising (a) 1 % to 60 % by weight of a micronised UV broadband absorber of formula wherein R 1 is C 1 -C 12 alkyl; or phenyl-substituted C 1 -C 12 alkyl; and (b) 1% to 60 % by weight of an oil-dispersible titanium dioxide coated with metal soaps to impart hydrophobic surface, further comprising 2-ethylhexyl-4-methoxy-cinnamate. (a) 1 % to 60 % by weight of a micronised UV broadband absorber of formula wherein R 1 is C 1 -C 12 alkyl; or phenyl-substituted C 1 -C 12 alkyl; and (b) 1% to 60 % by weight of an oil-dispersible titanium dioxide coated with metal soaps to impart hydrophobic surface,
Method for determining a temperature of a revolving drum of a laundry drier, the drum having: - an outer wall, - on the outer wall at least one delimited detection region composed of thermochromic material or comprising thermochromic material, wherein the thermochromic material has a transition temperature in the range of a temperature of the revolving drum that is to be expected and to be determined, - optical detection means arranged adjacent to the revolving drum and configured to detect the color transition of the thermochromic material in the event of the transition temperature being exceeded or undershot, comprising the steps of - rotating the drum in such a way that it revolves, - detecting the thermochromic material by means of the detection means, - detecting a color transition of the thermochromic material by means of the detection means, - determining a temperature of the revolving drum as corresponding to the transition temperature in such a way that the temperature of the drum is determined as corresponding to one of the two temperature ranges below the transition temperature or above the transition temperature. - an outer wall, - on the outer wall at least one delimited detection region composed of thermochromic material or comprising thermochromic material, wherein the thermochromic material has a transition temperature in the range of a temperature of the revolving drum that is to be expected and to be determined, - optical detection means arranged adjacent to the revolving drum and configured to detect the color transition of the thermochromic material in the event of the transition temperature being exceeded or undershot, comprising the steps of - rotating the drum in such a way that it revolves, - detecting the thermochromic material by means of the detection means, - detecting a color transition of the thermochromic material by means of the detection means, - determining a temperature of the revolving drum as corresponding to the transition temperature in such a way that the temperature of the drum is determined as corresponding to one of the two temperature ranges below the transition temperature or above the transition temperature.