mhurhangee/ep-ind-claims huggingface dataset:
A sputtering target comprising an alloy of Al and Sc and containing from 25 at.% to 50 at.% of Sc, the sputtering target having an oxygen content of 2000 ppm by mass or less, and a variation in Vickers hardness (Hv) of 20% or less, wherein the variation in Vickers hardness (Hv) is calculated by measuring Vickers hardness at a plurality of measurement points on a target surface, determining an average value and standard deviation of measured values at the measurement points, dividing the standard deviation by the average value, and expressing in a percentage.
Root ball undercutting and excavating device, in particular for attachment to a carrier vehicle or carrier device, having at least one arc-shaped undercutting blade which is mounted rotatably about a substantially vertical axis of rotation A on an arc-shaped guide, wherein the arc-shaped guide comprises an arc-shaped guide bearing and a movable arc-shaped blade carrier, wherein the arc-shaped blade carrier can be driven at a radial distance from the axis of rotation A, characterized in that two drives (15, 25) arranged symmetrically on the guide bearing about a central axis extending transversely to the axis of rotation are mounted on the arc-shaped guide for driving the knife carrier, and each drive (15, 25) comprises a motor (16, 26), at least one first drive element (17, 27) and a second drive element, wherein the motor (16, 26) and the at least one first drive element (17, 27) are mounted on the guide bearing and the second drive element is arranged on the knife carrier.
A method of producing a protein-functionalized film in which a film comprising at least one copolymer or polymer having an unhydrolyzed and/or hydrolyzed thiolactone functionalization and at least on protein is produced or provided, and the at least one protein is covalently bonded to the at least one copolymer or polymer via the unhydrolyzed or hydrolyzed thiolactone functionalization, characterized in that the unydrolyzed thiolactone functionalization is selected from the group of residues having the general formula I shown below and the hydrolyzed thiolactone functionalization is preferably selected from the group of residues having the general formula II shown below with the symbols meaning, respectively independently of one another R hydrogen or a linear or branched alkyl residue having 1 to 8 carbon atoms; and x 1 to 6. R hydrogen or a linear or branched alkyl residue having 1 to 8 carbon atoms; and x 1 to 6.
A method for isolating a cell or tissue from a culture preparation comprising a medium composition permitting culture of a cell or a tissue in suspension, wherein the medium composition comprises deacylated gellan gum or a salt thereof, and an acidic polysaccharide or a salt thereof capable of maintaining a random coil state in a divalent metal cation medium and cross-linking via a divalent metal ion, wherein a concentration of the deacylated gellan gum or a salt thereof in the medium composition is 0.002 - 0.01 (w/v)%, a concentration of the aforementioned acidic polysaccharide or a salt thereof is 0.004 - 0.1 (w/v)%, and a mass ratio of the aforementioned acidic polysaccharide or a salt thereof to the deacylated gellan gum or a salt thereof is not less than 2, wherein the aforementioned acidic polysaccharide is alginic acid, and, a cell or a tissue, comprising applying a shear force to the culture preparation.
A separator for solids intended for separation of first solids and second solids, the diameter and density of the first solids being larger than the diameter and density of the second solids, and including a first substantially vertical internal baffle forming a passage in the lower portion of the separator and which forms two compartments (1 A, 1 B) on the passage of the fluidized solids, the fluidization of each compartment being independently controlled by two fluidization gas (3A, 3B) inlets, in order to obtain the desired velocity field for separating the first and second solids in the first compartment (1 A) and discharging the second solids through a vent, as well as for transferring the first solids into the second compartment, characterized in that said first baffle is provided on at least one of its substantially vertical faces with fluidization gas ejectors and in that the first compartment (1 A) is equipped with an internal obstacle arrangement deflecting the path of the solids and at least partially provided with fluidization gas ejectors (E4A) directed towards said first baffle.
WC having a flushing water connection, a flushing water outlet into a WC bowl, a flushing channel which connects said flushing water connection and said flushing water outlet and comprises a bend, and an odour extraction unit (12, 13) which is connected to said flushing channel via a suck-off connection to suck-in air from said WC-bowl through said flushing water outlet and said suck-off connection, wherein said suck-off connection is arranged in a bend of said flushing channel on the inside of said bend, characterized in that said suck-off connection is arranged, in combination with said arrangement in said bend, in a narrowing of said flushing channel.
A method, comprising: sending, by a visited session management function, SMF, of a visited public land mobile network, PLMN, to a home SMF of a home PLMN of a wireless device, a request of the wireless device for a packet data unit, PDU, session in a first network slice of a plurality of network slices of the home PLMN; and receiving, by the visited SMF from the home SMF, a message indicating rejection of the request by the home SMF, the message comprising a cause value indicating that a network slice quota of the home PLMN has been reached for a number of PDU sessions for the first network slice. sending, by a visited session management function, SMF, of a visited public land mobile network, PLMN, to a home SMF of a home PLMN of a wireless device, a request of the wireless device for a packet data unit, PDU, session in a first network slice of a plurality of network slices of the home PLMN; and receiving, by the visited SMF from the home SMF, a message indicating rejection of the request by the home SMF, the message comprising a cause value indicating that a network slice quota of the home PLMN has been reached for a number of PDU sessions for the first network slice.
A method for authenticating a user to access data stored on a remote data storage system, the method comprising: obtaining biometric data of the user; calculating, by a hardware processor, a biometric key based on the biometric data; identifying encrypted confidential information of the user in an electronic database; decrypting the identified confidential information of the user using the calculated biometric key; calculating a cryptographic key using at least a first portion of the decrypted confidential information of the user; generating an electronic digital signature of the user; and authenticating the user to access the data if the electronic digital signature is verified; characterized in that the electronic digital signature of the user is generated by encrypting a set of data using the cryptographic key, wherein the set of data are randomly generated for authenticating the user and comprise a timestamp for when the encrypted confidential information of the user is identified in the electronic database, and the electronic digital signature is verified by a server using at least a second portion of the decrypted confidential information. obtaining biometric data of the user; calculating, by a hardware processor, a biometric key based on the biometric data; identifying encrypted confidential information of the user in an electronic database; decrypting the identified confidential information of the user using the calculated biometric key; calculating a cryptographic key using at least a first portion of the decrypted confidential information of the user; generating an electronic digital signature of the user; and authenticating the user to access the data if the electronic digital signature is verified; characterized in that the electronic digital signature of the user is generated by encrypting a set of data using the cryptographic key, wherein the set of data are randomly generated for authenticating the user and comprise a timestamp for when the encrypted confidential information of the user is identified in the electronic database, and the electronic digital signature is verified by a server using at least a second portion of the decrypted confidential information.
Safety device for controlling safety-relevant functions in an elevator system, the safety device being configured, on the basis of input signals from at least one first component of the elevator system that provide information regarding current conditions within the elevator system, - both to actuate at least one second component of the elevator system in such a way that an unintended travel movement of a car of the elevator system is prevented, - and also to actuate at least one third component of the elevator system in such a way that an unintended movement of a car door is prevented, characterized in that all the components forming the safety device are integrated in a common housing so as to form a unit. - both to actuate at least one second component of the elevator system in such a way that an unintended travel movement of a car of the elevator system is prevented, - and also to actuate at least one third component of the elevator system in such a way that an unintended movement of a car door is prevented, characterized in that
A method of wireless communication at a user equipment, UE, comprising: receiving (905, 1005, 1105, 1205, 1305, 1405), from a base station, a first allocation of resources for sending physical random access channel, PRACH, signals for regularly scheduled transmissions and (1110, 1210) a second allocation of resources for sending PRACH signals for on-demand transmissions, wherein the first allocation of resources and the second allocation of resources each includes at least one of a time or a frequency resource; detecting (415, 910, 1010, 1115, 1215, 1310, 1410) a first reporting trigger for a regularly scheduled transmission; detecting (420, 1120, 1220) a second reporting trigger for an on-demand transmission which is independent of the regularly scheduled transmission; transmitting (435, 915, 1020, 1235, 1315, 1415), in response to detecting the first reporting trigger, a first PRACH signal for the regularly scheduled transmission to the base station over the first allocation of resources; transmitting (430, 1125, 1235), in response to detecting the second reporting trigger, a second PRACH signal for the on-demand transmission to the base station over the first allocation of resources or the second allocation of resources; and wherein on-demand transmissions are assigned a higher priority than regularly scheduled transmissions. receiving (905, 1005, 1105, 1205, 1305, 1405), from a base station, a first allocation of resources for sending physical random access channel, PRACH, signals for regularly scheduled transmissions and (1110, 1210) a second allocation of resources for sending PRACH signals for on-demand transmissions, wherein the first allocation of resources and the second allocation of resources each includes at least one of a time or a frequency resource; detecting (415, 910, 1010, 1115, 1215, 1310, 1410) a first reporting trigger for a regularly scheduled transmission; detecting (420, 1120, 1220) a second reporting trigger for an on-demand transmission which is independent of the regularly scheduled transmission; transmitting (435, 915, 1020, 1235, 1315, 1415), in response to detecting the first reporting trigger, a first PRACH signal for the regularly scheduled transmission to the base station over the first allocation of resources; transmitting (430, 1125, 1235), in response to detecting the second reporting trigger, a second PRACH signal for the on-demand transmission to the base station over the first allocation of resources or the second allocation of resources; and wherein on-demand transmissions are assigned a higher priority than regularly scheduled transmissions.
A household appliance comprising a cabin; a door providing access into the cabin; a hook disposed on the door; a locking gap arranged on the cabin and wherein the hook is seated when the door is closed, and a safety member that is detachably mounted onto the hook and that inhibits the closing of the door by preventing the hook from being seated into the locking gap, wherein the safety member has a body and an opening arranged on the body and wherein the hook is inserted; characterized by the safety member further having a first wall disposed in the body, wherein the first wall, while the hook is placed into the opening, contacts the hook from above so as to stop the movement of the body towards the door; a second wall disposed in the body; and a housing arranged in the body and wherein the hook is seated when the body is rotated around the hook when the hook is in the opening and the second wall stops the rotational movement of the body by contacting the hook from the side.
A method for preparing isophorone diamine by means of hydrogenation reduction of isophorone nitrile imine, wherein the hydrogenation reduction is carried out continuously in a multistage bubble column reactor loaded with a supported alkaline cobalt-based catalyst, and isophorone nitrile imine comes sequentially in countercurrent contact with hydrogen in each stage reactor to carry out a hydrogenation reduction reaction, thereby obtaining isophorone diamine, wherein the multistage bubble column reactor includes 6 to 12 stage reactors, wherein a sieve plate is used for separation between each stage reactor of the multistage bubble column reactor, wherein pores on the sieve plate only enable hydrogen to pass while not allowing a reaction liquid to pass, and the reaction liquid enters the next stage reactor through a downcomer pipe and a downcomer ring.
A seat pan, being formed from a first thermoplastic composite material into a one-piece pan, the seat pan having a weight loading portion, wherein at least one slot is provided in the area of the weight loading portion of the seat pan, and covering strips are formed by overmolding onto the side edges of straps separated by the slot and extending along at least a portion of the circumference of the slot so as to reinforce the straps, the covering strips being made of a second thermoplastic composite material.
A method for finishing a 3D printed object in an apparatus comprising a controller, a single radiation source, and a spherical mirror, wherein a three-dimensional printed object comprising a plurality of sides is to be placed inside of the spherical mirror, and wherein the single radiation source is to apply the pulse of radiation inside of the spherical mirror to enable the plurality of sides of the 3D printed object to be irradiated in a substantially simultaneous, homogeneous, and uniform manner the method comprising: activating, by the controller, the single radiation source of the apparatus to output radiation at a preset energy level onto a surface of the 3D printed object; waiting for a predefined period of time sufficient to cause an outer portion of about a predetermined thickness between about 20 pm to about 200 μm of the surface of the 3D printed object to begin to melt and flow; and deactivating the single radiation source after the predefined period of time to finish the surface of the 3D printed object. activating, by the controller, the single radiation source of the apparatus to output radiation at a preset energy level onto a surface of the 3D printed object; waiting for a predefined period of time sufficient to cause an outer portion of about a predetermined thickness between about 20 pm to about 200 μm of the surface of the 3D printed object to begin to melt and flow; and deactivating the single radiation source after the predefined period of time to finish the surface of the 3D printed object.
Microcontroller system comprising a primary core and a secondary core (CPU2, CPU3) and a communication bus (AXBS) for transmitting data and a data memory (RAM, FLASH, SMPUreg) for storing data, wherein the data memory (RAM, FLASH, SMPUreg) has a memory area for which the secondary core (CPU2, CPU3) has at least no write rights, wherein the microcontroller system comprises a memory access module (CSSB) and a configuration memory area (CSSBreg), wherein there is provision in the configuration memory area (CSSBreg) for a configuration for authorizing writing of data provided by the secondary core (CPU2, CPU3) to the memory area of the data memory (RAM, FLASH, SMPUreg), wherein the data are written to the memory area of the data memory (RAM, FLASH, SMPUreg) by the memory access module (CSSB), characterized in that the primary core has unlimited access rights and the secondary core (CPU2, CPU3) has limited write access rights to the configuration memory area (CSSBreg), and the configuration memory area (CSSBreg) comprises at least one configuration segment for configuring the authorization of the secondary core (CPU2, CPU3), the configuration segment comprises a data field, a memory requirement field, an address field, an identifier field and a mask field, wherein the secondary core (CPU2, CPU3) has write access rights for the data field (DATA) and/or the memory requirement field (SIZE) of the configuration segment and no write access rights for the address field (ADDR) and/or the identifier field and/or the mask field (MASK) of the configuration segment.
Method for diagnosing at least one subsystem of a rail vehicle, comprising the steps of: - transferring at least one subsystem controller (1a, 1b, 1c) into a test signal conversion mode; - specifying test signals by means of a control unit superordinate to the at least one subsystem controller (1a, 1b, 1c); - receiving test signal responses of the at least one subsystem controller (1a, 1b, 1c) through the superordinate control unit; - evaluating the received test signal responses of the at least one subsystem controller (1a, 1b, 1c) by the superordinate control unit, characterised in that the functions provided for a normal operation are deactivated in the test signal conversion mode. - transferring at least one subsystem controller (1a, 1b, 1c) into a test signal conversion mode; - specifying test signals by means of a control unit superordinate to the at least one subsystem controller (1a, 1b, 1c); - receiving test signal responses of the at least one subsystem controller (1a, 1b, 1c) through the superordinate control unit; - evaluating the received test signal responses of the at least one subsystem controller (1a, 1b, 1c) by the superordinate control unit,
A method for the detection of multiple different chromosome or DNS regions in a cell for the detection of structural chromosome aberrations, wherein the chromosome aberrations have at least two breaking point regions within a chromosome, based on the directly or indirectly tagged nucleic acid fragments (probes), characterized in that - a first probe (probe A) tagged with a label A, and a second probe (probe B) tagged with a label B, flanking a breaking point region 1, forming fusion signals A-B, and - two third and fourth probes (probe C), each tagged with a label C, flanking a breaking point region 2, forming fusion signals C-C, wherein with a chromosome aberration the fusion signals mentioned above convert into fusion signals A-C and fusion signals B-C. - a first probe (probe A) tagged with a label A, and a second probe (probe B) tagged with a label B, flanking a breaking point region 1, forming fusion signals A-B, and - two third and fourth probes (probe C), each tagged with a label C, flanking a breaking point region 2, forming fusion signals C-C, wherein
An Unmanned Aerial Vehicle, comprising: a fuselage; a first blade assembly configured to rotate in a first direction about an axis of rotation; a second blade assembly configured to rotate in a second direction opposite the first direction about the axis of rotation, wherein the second blade assembly can be selectively cocked relative to the axis of rotation; and an adjustable wing comprising a movable arm (138, 160) movably connected to the fuselage and a flexible wing skin so as to allow deployment and retraction of the adjustable wing. a fuselage; a first blade assembly configured to rotate in a first direction about an axis of rotation; a second blade assembly configured to rotate in a second direction opposite the first direction about the axis of rotation, wherein the second blade assembly can be selectively cocked relative to the axis of rotation; and an adjustable wing comprising a movable arm (138, 160) movably connected to the fuselage and a flexible wing skin so as to allow deployment and retraction of the adjustable wing.
Handle for doors or flaps, in particular on vehicles, with an activating element such as a button or switch into which a handle is integrated and which features at least a partial, elastic sealing element and a rigid housing element, characterized in that, a switch plate with a minimum of one sealing edge is provided, whereby, the sealing edge can be brought into operative connection with the elastic sealing element in such a way that the sealing edge protrudes partly into the material of the sealing element and so that the inside of the activating element seals opposite the outside.
NO x purification method of an exhaust purification system of an internal combustion engine in which an exhaust treatment catalyst is arranged inside of an engine exhaust passage, a coat layer comprised of at least two layers of a top coat layer and a bottom coat layer is formed on a substrate of the exhaust treatment catalyst, the top coat layer is comprised of an exhaust purification catalyst for reacting NO x contained in exhaust gas and reformed hydrocarbons, a precious metal catalyst (51, 52) is carried on an exhaust gas flow surface of the exhaust purification catalyst and a basic exhaust gas flow surface part is formed around the precious metal catalyst (51, 52), the exhaust purification catalyst reducing the NO x which is contained in exhaust gas if causing vibration of a concentration of hydrocarbons flowing into the exhaust treatment catalyst by within a predetermined range of amplitude and within a predetermined range of period and being increased in storage amount of NO x which is contained in exhaust gas if lengthening the vibration period of the hydrocarbon concentration more than the predetermined range, the bottom coat layer is comprised of an NO x absorption catalyst which adsorbs NO x contained in exhaust gas and desorbs the adsorbed NO x if a temperature rises, at the time of engine operation, the concentration of hydrocarbons flowing into the exhaust treatment catalyst is made to vibrate within said predetermined range of amplitude and within said predetermined range of period and, thereby, NO x contained in exhaust gas and NO x desorbed from the NO x absorption catalyst are reduced, wherein inside said exhaust purification catalyst, NO x contained in exhaust gas and reformed hydrocarbons are reacted whereby a reducing intermediate containing nitrogen and hydrocarbons is produced, characterized in that said vibration period of the hydrocarbon concentration is a vibration period necessary for continued production of the reducing intermediate, wherein said vibration period of the hydrocarbon concentration is 0.3 second to 5 seconds.