mhurhangee/ep-ind-claims huggingface dataset:
A resting device for animals and humans with a reversible base body, which forms a first bearing surface and a second bearing surface, wherein the second bearing surface lies opposite the first bearing surface, and is essentially aligned surface-parallel to the first bearing surfaces, characterized in that the base body is composed only of three plies, - wherein the first bearing surface consists of a two-layer insulating ply, with which heat is kept away from an animal or human resting on the first bearing surface, - wherein the insulating ply comprises a first bearing layer (5.1) made of a textile material and a second insulating layer (5.2) made of metal, and - wherein the second bearing surfaces as another ply forms a second bearing layer made of a textile material, and - wherein a flexible filler material is formed between the first and second bearing surface (L1; L2) as the additional ply, - wherein the second insulating layer (5.2) faces the second bearing surface, such that the insulating ply forms a thermal insulation for a living being resting on the first bearing surface, and given an inverted base body forms a cold protection for a living being resting on the second bearing surface. - wherein the first bearing surface consists of a two-layer insulating ply, with which heat is kept away from an animal or human resting on the first bearing surface, - wherein the insulating ply comprises a first bearing layer (5.1) made of a textile material and a second insulating layer (5.2) made of metal, and - wherein the second bearing surfaces as another ply forms a second bearing layer made of a textile material, and - wherein a flexible filler material is formed between the first and second bearing surface (L1; L2) as the additional ply, - wherein the second insulating layer (5.2) faces the second bearing surface, such that the insulating ply forms a thermal insulation for a living being resting on the first bearing surface, and given an inverted base body forms a cold protection for a living being resting on the second bearing surface.
A method for counting surgical samples comprising: capturing an image of a field of view of an optical sensor; and at a processor: identifying a surgical textile in the image; indexing a sample counter for the identified surgical textile; extracting a color-related feature from a portion of the image; and estimating the extracorporeal blood volume in a portion of the surgical textile based upon the extracted color-related feature. capturing an image of a field of view of an optical sensor; and at a processor: identifying a surgical textile in the image; indexing a sample counter for the identified surgical textile; extracting a color-related feature from a portion of the image; and estimating the extracorporeal blood volume in a portion of the surgical textile based upon the extracted color-related feature. identifying a surgical textile in the image; indexing a sample counter for the identified surgical textile; extracting a color-related feature from a portion of the image; and estimating the extracorporeal blood volume in a portion of the surgical textile based upon the extracted color-related feature.
A turbine blade for a water turbine, which contains at least in a partial region of its longitudinal extension a domed profile with a skeleton line, which is designed point-symmetrically with respect to symmetry point resting on the chord with half a profile depth and carried out an S-shaped stroke, wherein the skeleton line divides the profile into a first profile side and a second profile side; and wherein the profile contains a central line, which represents a plumb line on the chord with the symmetry point as a root point and which divides the profile into a first profile half and into a second profile half; characterised in that the turbine blade contains an overcurrent device, which creates a fluid connection between the first profile side and the second profile side, wherein the overflow device contains a first eccentric overflow channel (5,5.1,.., 5.n), which creates a fluid connection between the first profile side and the second profile side in the first profile half, and a second eccentric overflow channel (6.1,..., 6.n), which creates a fluid connection between the first profile side and the second profile side in the second profile half; and a first channel closure element (7.1, 7.2) is allocated to the first eccentric overflow channel (5, 5.1,..., 5.n) and a second channel closure element (10.1, 10.2) is allocated to the second eccentric overflow channel (6, 6.1,..., 6.n), which are designed for the selective closure of the respective eccentric overflow channel in relation to the inflow direction.
A liquid laundry detergent composition comprising from 2 to 30% wt. methyl ester ethoxylate and from 0.01 to 10% wt. fragrance, wherein said MEE comprises C18 alkyl and wherein the fragrance comprises a fragrance component selected from manzanate, benzyl acetate, dihydromyrcenol, n-hexyl salicylate and mixtures thereof.
An air-conditioner for a vehicle comprising: a refrigeration cycle whose components are at least a compressor, a condenser, a pressure reducing device, and an evaporator; and an air-conditioning controller controlling said refrigeration cycle; characterised in that said air-conditioning controller predicts stain and deterioration conditions of the components of said refrigeration cycle from a difference between a temperature T1 in a vehicle in association with at least a passenger boarding rate and an outdoor air temperature and an actual temperature T2 in the vehicle, for every air-conditioning preset temperature of each vehicle. a refrigeration cycle whose components are at least a compressor, a condenser, a pressure reducing device, and an evaporator; and an air-conditioning controller controlling said refrigeration cycle; characterised in that said air-conditioning controller predicts stain and deterioration conditions of the components of said refrigeration cycle from a difference between a temperature T1 in a vehicle in association with at least a passenger boarding rate and an outdoor air temperature and an actual temperature T2 in the vehicle, for every air-conditioning preset temperature of each vehicle.
A cigarette filter comprising a filter plug that includes a filter material containing: a cellulose acetate fiber tow, and cellulose triacetate particles dispersed in the tow and having an average acetyl substitution degree of 2.8 to 3.0, wherein the cellulose triacetate particles do not contain any additives and have a BET specific surface area of less than 5 m 2 /g, and account for 1.5 to 30% by volume of the total volume of the filter plug. a cellulose acetate fiber tow, and cellulose triacetate particles dispersed in the tow and having an average acetyl substitution degree of 2.8 to 3.0, wherein the cellulose triacetate particles do not contain any additives and have a BET specific surface area of less than 5 m 2 /g, and account for 1.5 to 30% by volume of the total volume of the filter plug.
Method for encoding at least two feedback information messages in a mobile radio communications system using carrier aggregation, the method comprising: - encoding said at least two feedback information messages by a set of codewords, where an information of each feedback information message can be of at least a first kind or a second kind and each codeword comprises only one channel index selected from a number of A channel indexes and only one modulation symbol selected from a number of S modulation symbols, wherein for at least one feedback information message there is at least one codeword corresponding to information of the first kind and at least one codeword corresponding to information of the second kind, for said at least one feedback information message the modulation symbol of one of said at least one codeword corresponding to information of the first kind and the modulation symbol of one of said at least one codeword corresponding to information of the second kind have a maximum distance, and wherein the codewords comprise the same channel index and a different modulation symbol, and wherein for said at least one feedback information message at least one of the S modulation symbols is unused for any codeword comprising said same channel index; wherein the first kind of information is any combination or single state of Negative-Acknowledgement, NACK, Negative-Acknowledgement, NACK/Discontinuous Transmission, DTX, Discontinuous Transmission, DTX, and the second kind of information comprises Acknowledgement, ACK. - encoding said at least two feedback information messages by a set of codewords, where an information of each feedback information message can be of at least a first kind or a second kind and each codeword comprises only one channel index selected from a number of A channel indexes and only one modulation symbol selected from a number of S modulation symbols, wherein for at least one feedback information message there is at least one codeword corresponding to information of the first kind and at least one codeword corresponding to information of the second kind, for said at least one feedback information message the modulation symbol of one of said at least one codeword corresponding to information of the first kind and the modulation symbol of one of said at least one codeword corresponding to information of the second kind have a maximum distance, and wherein the codewords comprise the same channel index and a different modulation symbol, and wherein for said at least one feedback information message at least one of the S modulation symbols is unused for any codeword comprising said same channel index; wherein the first kind of information is any combination or single state of Negative-Acknowledgement, NACK, Negative-Acknowledgement, NACK/Discontinuous Transmission, DTX, Discontinuous Transmission, DTX, and the second kind of information comprises Acknowledgement, ACK.
Method for monitoring transport securing means on a transport vehicle that operate by means of tensioning elements and preferably tensioning belts, in which at least two of the tensioning elements are provided with at least one monitoring unit in each case, which is attached thereto and comprises at least one sensor and a transmitting unit, the sensor detecting an actual value which is representative of the tensile force in the tensioning element, and the transmitting unit transmitting status signals wirelessly to a control unit present on the same transport vehicle, the transmitted status signals at least comprising - the actual value together with a target value previously stored in the monitoring unit, or - a difference value derived from the actual value and the target value previously stored in the monitoring unit, characterized in that the monitoring unit automatically stores the tensile force, which the sensor detects as an actual value at the point in time of maximum lashing of the monitored tensioning element or immediately after this point in time, as a target value. - the actual value together with a target value previously stored in the monitoring unit, or - a difference value derived from the actual value and the target value previously stored in the monitoring unit,
A liquid ejection apparatus comprising: a plurality of nozzles; a plurality of pressure chambers, each pressure chamber communicating with a respective one of the nozzles; a laminated body including piezoelectric elements, the laminated body covering the pressure chambers, the laminated body defining a plurality of communication openings therethrough; a reservoir communicating with the plurality of pressure chambers via the respective communication openings wherein the reservoir is defined by a reservoir formation member, the reservoir member being bonded by an adhesive to the laminated body at areas around the communication openings; and a plurality of drive contacts electrically connected to respective piezoelectric elements by respective conductors; characterised in that; the laminated body includes a plurality of walls extending around respective communication openings and extending to the reservoir formation member, each of the walls of the laminated body including a respective conductive portion, and respective first ones of the conductors include respectively the conductive portions of the respective walls. a plurality of nozzles; a plurality of pressure chambers, each pressure chamber communicating with a respective one of the nozzles; a laminated body including piezoelectric elements, the laminated body covering the pressure chambers, the laminated body defining a plurality of communication openings therethrough; a reservoir communicating with the plurality of pressure chambers via the respective communication openings wherein the reservoir is defined by a reservoir formation member, the reservoir member being bonded by an adhesive to the laminated body at areas around the communication openings; and a plurality of drive contacts electrically connected to respective piezoelectric elements by respective conductors; characterised in that; the laminated body includes a plurality of walls extending around respective communication openings and extending to the reservoir formation member, each of the walls of the laminated body including a respective conductive portion, and respective first ones of the conductors include respectively the conductive portions of the respective walls.
A method for adjusting the color of a document using a natural language color control system, the method, comprising: receiving a document in an initial color space from an image input device; mapping the document into a working color space; receiving a natural language command from a user to adjust one or more colors of at least a portion of the document, wherein the natural language command the user specified indicates one or more colors and an associated adjustment in natural language; parsing the natural language command into a description of a color property to be modified, a magnitude of color modification, and a direction of modification; converting the parsed natural language command into a transform in the working color space; applying the transform to the one or more selected colors of the at least a portion of the document in the working color space; adjusting the one or more selected colors of the document based upon the application of the transform in the working color space; and sending the document having the adjusted one or more selected colors to an appropriate output device. control system, the method, comprising: receiving a document in an initial color space from an image input device; mapping the document into a working color space; receiving a natural language command from a user to adjust one or more colors of at least a portion of the document, wherein the natural language command the user specified indicates one or more colors and an associated adjustment in natural language; parsing the natural language command into a description of a color property to be modified, a magnitude of color modification, and a direction of modification; converting the parsed natural language command into a transform in the working color space; applying the transform to the one or more selected colors of the at least a portion of the document in the working color space; adjusting the one or more selected colors of the document based upon the application of the transform in the working color space; and sending the document having the adjusted one or more selected colors to an appropriate output device. receiving a document in an initial color space from an image input device; mapping the document into a working color space; receiving a natural language command from a user to adjust one or more colors of at least a portion of the document, wherein the natural language command the user specified indicates one or more colors and an associated adjustment in natural language; parsing the natural language command into a description of a color property to be modified, a magnitude of color modification, and a direction of modification; converting the parsed natural language command into a transform in the working color space; applying the transform to the one or more selected colors of the at least a portion of the document in the working color space; adjusting the one or more selected colors of the document based upon the application of the transform in the working color space; and sending the document having the adjusted one or more selected colors to an appropriate output device.
A method performed by a mobility node for handling network connections for a User Equipment, UE,, wherein the UE is simultaneously connected to a first gateway via a connection to a Third Generation Partnership Project, 3GPP, network and a connection to a non-3GPP network, the method comprising: detecting (502, 602, 702) that the UE has moved to another location; when it is detected that the UE has moved to another location, selecting (503, 602, 702) a second gateway that the UE should be relocated to, wherein the second gateway is closer to the UE at the other location; and transmitting (504, 603, 604, 703) relocation information to the first gateway, wherein the relocation information indicates that a gateway relocation to the second gateway is required for the UE, and wherein the gateway relocation involves deactivation of both the connection to the 3GPP network and the connection to the non-3GPP network. detecting (502, 602, 702) that the UE has moved to another location; when it is detected that the UE has moved to another location, selecting (503, 602, 702) a second gateway that the UE should be relocated to, wherein the second gateway is closer to the UE at the other location; and transmitting (504, 603, 604, 703) relocation information to the first gateway, wherein the relocation information indicates that a gateway relocation to the second gateway is required for the UE, and wherein the gateway relocation involves deactivation of both the connection to the 3GPP network and the connection to the non-3GPP network.
A method for performing, by a terminal, a cell reselection procedure in a wireless communication system, the method comprising: receiving mobility state information indicating a most suitable mobility state of the terminal for each of a plurality of frequencies; measuring a mobility state of the terminal; adjusting a priority of a most suitable frequency for the measured mobility state to have a highest priority, wherein said most suitable frequency is determined based on the mobility state information; wherein said method is characterized by: determining that a cell on the most suitable frequency is able to provide a paging with shorter periodicity than a general paging, when the terminal is interested in an ultra-reliable low latency communications, URLLC, service; and performing a cell reselection procedure to the most suitable frequency, upon determining that the cell is able to provide the paging with the shorter periodicity. receiving mobility state information indicating a most suitable mobility state of the terminal for each of a plurality of frequencies; measuring a mobility state of the terminal; adjusting a priority of a most suitable frequency for the measured mobility state to have a highest priority, wherein said most suitable frequency is determined based on the mobility state information; determining that a cell on the most suitable frequency is able to provide a paging with shorter periodicity than a general paging, when the terminal is interested in an ultra-reliable low latency communications, URLLC, service; and performing a cell reselection procedure to the most suitable frequency, upon determining that the cell is able to provide the paging with the shorter periodicity.
Glycerol phenylbutyrate for use in a method of preventing a hyperammonemic crisis in a subject with a urea cycle disorder who has been previously treated with a nitrogen scavenging drug and who has a glutamine level greater than or equal to 649 μmol/L, wherein the method comprises: (a) measuring a fasting blood ammonia level; (b) comparing the fasting blood ammonia level to the upper limit of normal for blood ammonia; and (c) administering an effective dosage of GPB to the subject if the fasting blood ammonia level is above 0.5 times the ULN for fasting blood ammonia, wherein the effective dosage of GPB results in the fasting blood ammonia level being <0.5 times the ULN for blood ammonia, wherein the subject is aged 6 years or older, and wherein the nitrogen scavenging drug is selected from the group consisting of sodium benzoate, GPB, phenylbutyric acid, NaPBA, and a combination of two or more of GPB, PBA, and NaPBA. (a) measuring a fasting blood ammonia level; (b) comparing the fasting blood ammonia level to the upper limit of normal for blood ammonia; and (c) administering an effective dosage of GPB to the subject if the fasting blood ammonia level is above 0.5 times the ULN for fasting blood ammonia,
A photo-piezoelectric generator of electrical energy from light energy, the generator comprising a casing and an elastic converting element mounted within the casing, wherein said converting element is configured to cyclically deform, due to being illuminated by light, between a first position and a second position while the generator is under constant illumination by light energy.