mhurhangee/patent-ind-claim-en huggingface dataset:
A device which is designed to recognise a state of an energy store arranged in a vehicle, wherein the vehicle has a number of electrical consumers arranged distributed in the vehicle which are fed by the energy store , wherein the electrical consumers are open-loop and/or closed-loop means with which in each case a variable which denotes and/or influences the handling characteristics of the vehicle can be set, and wherein the electrical consumers in each case have a detection unit , wherein the detection units are designed to ascertain at least one supply state variable which represents or characterises a supply state of the respective electrical consumer which occurs when the electrical consumer is fed by the energy store , wherein the device further has a recognition unit which is designed, as a function of at least one supply state variable which is supplied to it, to ascertain an energy store state variable which represents the state of the energy store .
A method of controlling radio transmission in a cellular network, the method comprising: - a radio device applying a carrier frequency for transmission of data between the radio device and a base station of the cellular network; - the radio device configuring a measurement time interval in which the radio device temporarily switches from said transmission of data to receiving at least one broadcast signal conveying system information from the base station ; and - based on the received at least one broadcast signal, the radio device estimating an offset of the carrier frequency as applied by the radio device to a frequency of a carrier signal as received from the base station . - a radio device applying a carrier frequency for transmission of data between the radio device and a base station of the cellular network; - the radio device configuring a measurement time interval in which the radio device temporarily switches from said transmission of data to receiving at least one broadcast signal conveying system information from the base station ; and - based on the received at least one broadcast signal, the radio device estimating an offset of the carrier frequency as applied by the radio device to a frequency of a carrier signal as received from the base station .
Spring apparatus , having: a rim , an elastically deformable spring element , and a fastening element , a first end of the spring element being connected to an inner side of the rim , and a second end of the spring element being connected to the fastening element , with the result that the spring element extends from the fastening element to the rim , characterized in that the spring apparatus has a first, cylindrical protective element and a second, cylindrical protective element , the first protective element being fastened to an outer side of the rim , extending from the rim in the direction of the fastening element , and being arranged on the shell side with respect to the spring element , the first protective element having a first connecting profile on an end section which faces away from the rim , the second protective element being fastened to the fastening element , extending from the fastening element in the direction of the rim , and being arranged on the shell side with respect to the spring element , the second protective element having a second connecting profile on an end section which faces away from the fastening element , and the spring element , the first protective element and the second protective element being configured in such a way that a releasable, positively locking connection is produced between the first connecting profile and the second connecting profile when the spring apparatus is in a first loading state. a rim , an elastically deformable spring element , and a fastening element , a first end of the spring element being connected to an inner side of the rim , and a second end of the spring element being connected to the fastening element , with the result that the spring element extends from the fastening element to the rim , characterized in that the spring apparatus has a first, cylindrical protective element and a second, cylindrical protective element , the first protective element being fastened to an outer side of the rim , extending from the rim in the direction of the fastening element , and being arranged on the shell side with respect to the spring element , the first protective element having a first connecting profile on an end section which faces away from the rim , the second protective element being fastened to the fastening element , extending from the fastening element in the direction of the rim , and being arranged on the shell side with respect to the spring element , the second protective element having a second connecting profile on an end section which faces away from the fastening element , and the spring element , the first protective element and the second protective element being configured in such a way that a releasable, positively locking connection is produced between the first connecting profile and the second connecting profile when the spring apparatus is in a first loading state.
A hygroscopic salt apparatus comprising a combination of: - a heat storage medium comprising a hygroscopic salt; and - a material of a metal part of the apparatus susceptible to come into contact with the hygroscopic salt; characterised in that the combination is selected from the group consisting of: - an alkaline earth chloride arranged within a porous matrix and a material selected from the group consisting of: aluminium, bronze, nickel, copper and combination thereof; - an alkaline earth bromide arranged within a porous matrix and a material selected from the group consisting of: stainless steel, steel, nickel, copper, zinc, aluminium, bronze and combination thereof; - an exposed alkaline earth chloride in solid form and a material selected from the group consisting of: brass, nickel and combination thereof; - an exposed alkaline earth bromide in solid form and a material selected from the group consisting of: nickel and combination thereof. - a heat storage medium comprising a hygroscopic salt; and - a material of a metal part of the apparatus susceptible to come into contact with the hygroscopic salt; - an alkaline earth chloride arranged within a porous matrix and a material selected from the group consisting of: aluminium, bronze, nickel, copper and combination thereof; - an alkaline earth bromide arranged within a porous matrix and a material selected from the group consisting of: stainless steel, steel, nickel, copper, zinc, aluminium, bronze and combination thereof; - an exposed alkaline earth chloride in solid form and a material selected from the group consisting of: brass, nickel and combination thereof; - an exposed alkaline earth bromide in solid form and a material selected from the group consisting of: nickel and combination thereof.
Moisture regulating element for use in packaging, which comprises a layer of cellulose fibres , a base layer arranged above or below the layer of cellulose fibres, and a cover layer , which is arranged on the side opposite the base layer, and optional further layers, wherein the layer of cellulose fibres is substantially constructed of irregularly arranged cellulose fibres, which are connected with each other in some areas through pressing whilst compacting the cellulose fibres in the pressed areas, the base layer and the cover layer are identical or different and are fleece or tissue, characterised in that the layer of cellulose fibres contains means in a solid form, which can regulate the moisture content and are selected from inorganic salts and sugars.
An input device comprising: an operation pad having an exterior plate having at least one light-emitting unit (E1, E2, E3, E4, E5), a touch sensor substrate attached to a rear surface of the exterior plate, and a back frame attached to the rear surface of the exterior plate and covering a rear surface of the touch sensor substrate, wherein the exterior plate and the back frame are integrally movable in a vertical direction; a plurality of light sources (S1, S2, S3, S4, S5) attached to the rear surface of the touch sensor substrate; and an optical path through which light of at least one of the plural light sources passes toward the at least one light-emitting unit, wherein the optical path is a light diffusion member (H1, H2, H3, H4, H5) or a light guide member (J1, J2, J3, J4, J5), characterized in that a plurality of light shielding walls are formed integrally with, and protrude from, the back frame toward the rear surface of the touch sensor substrate, and respectively surround respective ones of the plurality of light sources. an operation pad having an exterior plate having at least one light-emitting unit (E1, E2, E3, E4, E5), a touch sensor substrate attached to a rear surface of the exterior plate, and a back frame attached to the rear surface of the exterior plate and covering a rear surface of the touch sensor substrate, wherein the exterior plate and the back frame are integrally movable in a vertical direction; a plurality of light sources (S1, S2, S3, S4, S5) attached to the rear surface of the touch sensor substrate; and an optical path through which light of at least one of the plural light sources passes toward the at least one light-emitting unit, wherein the optical path is a light diffusion member (H1, H2, H3, H4, H5) or a light guide member (J1, J2, J3, J4, J5), characterized in that a plurality of light shielding walls are formed integrally with, and protrude from, the back frame toward the rear surface of the touch sensor substrate, and respectively surround respective ones of the plurality of light sources.
A population of human cells in culture medium, wherein greater than 50% of the cells express markers characteristic of intestinal midgut endoderm, wherein the cells expressing markers characteristic of intestinal midgut endoderm express CDX2, FOXA2, SOX9, PDX1, KLF5 and HOXC5, and do not express a transcription factor selected from SOX2, ALB, PTF1A, HOXA13 and LGR5.
A method for injecting a SIMLOCK password, characterized by comprising: a mobile terminal receiving a SIMLOCK password, wherein the SIMLOCK password is sent directly from a SIMLOCK password generating device; the mobile terminal determining whether the mobile terminal itself has an injection flag configured to mark that the SIMLOCK password has already been injected into the mobile terminal; the mobile terminal injecting the SIMLOCK password into a non-transitory memory thereof when the injection flag does not exist, injecting; after successful injection, the mobile terminal returning information of successful injection of SIMLOCK password to the SIMLOCK password generating device; the mobile terminal again receiving a SIMLOCK password repeatedly sent by the SIMLOCK password generating device; the mobile terminal comparing the SIMLOCK password received again with the previously injected SIMLOCK password; the mobile terminal injecting the injection flag into the non-transitory memory thereof and returning information of successful verification of SIMLOCK password when the two passwords are identical; and the mobile terminal determining an error occurring while performing the method for injecting a SIMLOCK password when the two passwords are not identical. a mobile terminal receiving a SIMLOCK password, wherein the SIMLOCK password is sent directly from a SIMLOCK password generating device; the mobile terminal determining whether the mobile terminal itself has an injection flag configured to mark that the SIMLOCK password has already been injected into the mobile terminal; the mobile terminal injecting the SIMLOCK password into a non-transitory memory thereof when the injection flag does not exist, injecting; after successful injection, the mobile terminal returning information of successful injection of SIMLOCK password to the SIMLOCK password generating device; the mobile terminal again receiving a SIMLOCK password repeatedly sent by the SIMLOCK password generating device; the mobile terminal comparing the SIMLOCK password received again with the previously injected SIMLOCK password; the mobile terminal injecting the injection flag into the non-transitory memory thereof and returning information of successful verification of SIMLOCK password when the two passwords are identical; and the mobile terminal determining an error occurring while performing the method for injecting a SIMLOCK password when the two passwords are not identical.
A codon optimized polynucleotide sequence encoding Cross Reacting Material 197 (CRM 197 ) comprising SEQ ID NO. 2.
A method for wireless communication by a user equipment, UE, which is configured with a first set of closed loop power control functions and a second set of closed loop power control functions, the method comprising: identifying that an uplink data transmission is to occur; identifying whether a communication type of the uplink data transmission is a semi-persistent scheduling, SPS, communication type or a non-SPS communication type; if the identified communication type is an SPS type, determining a closed-loop power control function from the first set of configured closed-loop power control functions to use for the uplink data transmission; if the identified communication type is a non-SPS type, determining a closed-loop power control function from the second set of configured closed-loop power control functions to use for the uplink data transmission; and applying the closed-loop power control function to the uplink data transmission. identifying that an uplink data transmission is to occur; identifying whether a communication type of the uplink data transmission is a semi-persistent scheduling, SPS, communication type or a non-SPS communication type; if the identified communication type is an SPS type, determining a closed-loop power control function from the first set of configured closed-loop power control functions to use for the uplink data transmission; if the identified communication type is a non-SPS type, determining a closed-loop power control function from the second set of configured closed-loop power control functions to use for the uplink data transmission; and applying the closed-loop power control function to the uplink data transmission.
A vehicle comprising a battery pack mounted under a floor of the vehicle, the battery pack comprising: one or more battery cells (12; 22); a battery pack case in which the one or more battery cells (12; 22) are disposed; and a cushioning member (14; 16; 54; 56) arranged to be sandwiched between the one or more battery cells (12; 22) and the floor or between the one or more battery cells (12; 22) and the battery pack case , by fixing the battery pack case to the floor ; the vehicle has one or more suspension mounts , characterized in that the cushioning member (54; 56) includes: a first area , and a second area closer to the one or more suspension mounts than the first area, and the cushioning member (54; 56) is configured such that a rigidity of the second area is lower than a rigidity of the first area . one or more battery cells (12; 22); a battery pack case in which the one or more battery cells (12; 22) are disposed; and a cushioning member (14; 16; 54; 56) arranged to be sandwiched between the one or more battery cells (12; 22) and the floor or between the one or more battery cells (12; 22) and the battery pack case , by fixing the battery pack case to the floor ; the vehicle has one or more suspension mounts , characterized in that the cushioning member (54; 56) includes: a first area , and a second area closer to the one or more suspension mounts than the first area, and the cushioning member (54; 56) is configured such that a rigidity of the second area is lower than a rigidity of the first area . a first area , and a second area closer to the one or more suspension mounts than the first area, and the cushioning member (54; 56) is configured such that a rigidity of the second area is lower than a rigidity of the first area .
A composition of Formula I-b or a pharmaceutically acceptable salt thereof, wherein M is an alpha-emitting radionuclide preferably selected from actinium-225 ( 225 Ac 3+ ), radium-223 ( 233 Ra 2+ ), bismuth-213 ( 213 Bi 3+ ), lead-212 ( 212 Pb 2+ and/or 212 Pb 4+ ), terbium-149 ( 149 Tb 3+ ), fermium-255 ( 255 Fm 3+ ), thorium-227 ( 227 Th 4+ ), thorium-226 ( 226 Th 4+ ), astatine-211 ( 211 At + ), astatine-217 ( 217 At + ), and uranium-230; R 2 and R 7 are -C(O)OH; R 9 is NCS or NH 2 ; R 3 , R 4 , R 5 , R 8 , and R 10 are each H; L 1 and L 2 are each -(CH 2 ) p -, where p is a value of 1; r is 1; and s is 1. M is an alpha-emitting radionuclide preferably selected from actinium-225 ( 225 Ac 3+ ), radium-223 ( 233 Ra 2+ ), bismuth-213 ( 213 Bi 3+ ), lead-212 ( 212 Pb 2+ and/or 212 Pb 4+ ), terbium-149 ( 149 Tb 3+ ), fermium-255 ( 255 Fm 3+ ), thorium-227 ( 227 Th 4+ ), thorium-226 ( 226 Th 4+ ), astatine-211 ( 211 At + ), astatine-217 ( 217 At + ), and uranium-230; R 2 and R 7 are -C(O)OH; R 9 is NCS or NH 2 ; R 3 , R 4 , R 5 , R 8 , and R 10 are each H; L 1 and L 2 are each -(CH 2 ) p -, where p is a value of 1; r is 1; and s is 1.
A coloring device for coloring a dental prosthesis (P) by an inkjet method, the dental prosthesis coloring device comprising: an inkjet head having a nozzle that ejects ink droplets; a holding unit that holds the prosthesis (P); a drive unit that moves the inkjet head or the holding unit in a predetermined direction in an XYZ orthogonal coordinate system; and a control unit that controls the inkjet head and the drive unit , wherein the control unit is configured to control the inkjet head and the drive unit based on predetermined coloring data and three-dimensional data of the prosthesis (P), characterised in that a holding unit drive unit includes an XY-axis direction drive unit for moving the prosthesis holding unit in the X-axis direction and the Y-axis direction, and an XYZ-axis rotary drive unit for rotating the prosthesis holding unit about the X-axis, Y-axis, and Z-axis. an inkjet head having a nozzle that ejects ink droplets; a holding unit that holds the prosthesis (P); a drive unit that moves the inkjet head or the holding unit in a predetermined direction in an XYZ orthogonal coordinate system; and a control unit that controls the inkjet head and the drive unit , wherein the control unit is configured to control the inkjet head and the drive unit based on predetermined coloring data and three-dimensional data of the prosthesis (P),
An oil-based suspension concentrate, comprising at least one agrochemical active compound, which is solid at room temperature, 1 to 80 g/l of one or more rheological modifiers, low-density particles having a density of 0.001 to 0.27 g/cm 3 , at least 300 g/l of one or more water immiscible fluids and less than 50 g/l of water.
Pharmaceutical composition in the form of a microemulsion, comprising (a) an alcohol ethoxysulfate; (b) an ethoxylated glyceryl fatty acid ester; and (c) an ethoxylated sorbitol or sorbitol anhydride fatty acid ester. (a) an alcohol ethoxysulfate; (b) an ethoxylated glyceryl fatty acid ester; and (c) an ethoxylated sorbitol or sorbitol anhydride fatty acid ester.
A wireless terminal comprising: a plurality of communication interfaces ; at least one memory ; and at least one processor configured to load system software and first and second application programs from the at least one memory , execute the system software and the first and second application programs , and perform gateway processing by executing the first application program , characterized in that the gateway processing comprises: receiving, by the first application program , transmission data of the second application program using an inter-program communication function provided by the system software ; converting, by the first application program , the transmission data into a protocol data unit, PDU, corresponding to a disruption tolerant network, DTN; selecting, by the first application program , from the plurality of communication interfaces , at least one communication interface to which the PDU is to be transmitted; and sending, by the first application program , the PDU to be transmitted to the at least one communication interface while conforming to the DTN. a plurality of communication interfaces ; at least one memory ; and at least one processor configured to load system software and first and second application programs from the at least one memory , execute the system software and the first and second application programs , and perform gateway processing by executing the first application program , characterized in that the gateway processing comprises: receiving, by the first application program , transmission data of the second application program using an inter-program communication function provided by the system software ; converting, by the first application program , the transmission data into a protocol data unit, PDU, corresponding to a disruption tolerant network, DTN; selecting, by the first application program , from the plurality of communication interfaces , at least one communication interface to which the PDU is to be transmitted; and sending, by the first application program , the PDU to be transmitted to the at least one communication interface while conforming to the DTN. receiving, by the first application program , transmission data of the second application program using an inter-program communication function provided by the system software ; converting, by the first application program , the transmission data into a protocol data unit, PDU, corresponding to a disruption tolerant network, DTN; selecting, by the first application program , from the plurality of communication interfaces , at least one communication interface to which the PDU is to be transmitted; and sending, by the first application program , the PDU to be transmitted to the at least one communication interface while conforming to the DTN.
Process for the preparation of 2,2,5,5-tetramethyltetrahydrofuran (TMTHF) comprising contacting a TMTHF precursor with a solid catalyst, wherein the TMTHF precursor is 2,5-dimethylhexane-2,5-diol and/or 2,5-dimethyl-4-hexen-2-ol, and wherein the solid catalyst is a beta zeolite.