mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless transmit/receive unit, WTRU , comprising: a receiver ; a transmitter ; and a processor , wherein: the receiver and the processor are configured to receive information, wherein the information received includes information regarding a plurality of physical uplink control channel, PUCCH, resources and wherein the information received includes repetitions for the PUCCH transmissions; the receiver and the processor are further configured to receive downlink control information, DCI, wherein the DCI indicates one of the plurality of PUCCH resources; the transmitter and the processor are configured to send a PUCCH transmission on at least the indicated one of the plurality of PUCCH resources, wherein the PUCCH transmission is sent with or without frequency hopping, wherein the with or without frequency hopping is based on the information received; and the transmitter and the processor are further configured to repeat the PUCCH transmission based on the repetitions included in the information received. a receiver ; a transmitter ; and a processor , wherein: the receiver and the processor are configured to receive information, wherein the information received includes information regarding a plurality of physical uplink control channel, PUCCH, resources and wherein the information received includes repetitions for the PUCCH transmissions; the receiver and the processor are further configured to receive downlink control information, DCI, wherein the DCI indicates one of the plurality of PUCCH resources; the transmitter and the processor are configured to send a PUCCH transmission on at least the indicated one of the plurality of PUCCH resources, wherein the PUCCH transmission is sent with or without frequency hopping, wherein the with or without frequency hopping is based on the information received; and the transmitter and the processor are further configured to repeat the PUCCH transmission based on the repetitions included in the information received. the receiver and the processor are configured to receive information, wherein the information received includes information regarding a plurality of physical uplink control channel, PUCCH, resources and wherein the information received includes repetitions for the PUCCH transmissions; the receiver and the processor are further configured to receive downlink control information, DCI, wherein the DCI indicates one of the plurality of PUCCH resources; the transmitter and the processor are configured to send a PUCCH transmission on at least the indicated one of the plurality of PUCCH resources, wherein the PUCCH transmission is sent with or without frequency hopping, wherein the with or without frequency hopping is based on the information received; and the transmitter and the processor are further configured to repeat the PUCCH transmission based on the repetitions included in the information received.
Mobile order-picking robot comprising an autonomous traction drive , a controller , a load-handling manipulator , a load-carrying means for handling a package , wherein the load-carrying means is arranged on the load-handling manipulator , and a receiving device for a load-carrying apparatus , configured as a pallet, for stacking individual packages which can be removed from a store from various source pallets, wherein an additional fine manipulator apparatus is provided on the order-picking robot for fine adjustment of individual packages on the load-carrying apparatus , configured as a pallet, after they have been deposited by means of the load-handling manipulator , characterized in that the fine manipulator apparatus comprises a fine positioning apparatus , configured as a pushing apparatus, on at least one side of the load-carrying apparatus and the fine manipulator apparatus is configured to eliminate gaps which are caused by the depositing process or by the construction of the load-carrying means and occur between individual packages .
Device for preparing a liquid sample for a direct injection of the corresponding gaseous sample to a micro-gas chromatograph having a fluid space and a gas space , which spaces are separated by a semipermeable separating layer , the fluid space comprising a supply line for the liquid sample, and the gas space having an outlet that can be connected with the gas chromatograph , wherein the fluid space and/or the gas space is associated with at least one heating element , characterised in that the device is configured to absorb a sample volume of approximately 10 μl to 30 μl, and in that the separating layer has a thickness of 10 μl to 300 μl and pores having a size between 0,05 μl and 5 μl.
A nucleic acid polymerase capable of reverse transcribing a non-DNA nucleotide polymer into a DNA nucleotide polymer, said polymerase comprising amino acid sequence having at least 50% identity to the amino acid sequence of SEQ ID NO:1, wherein said amino acid sequence is mutated relative to the amino acid sequence of SEQ ID NO:1 at residue 1521, characterised in that said polymerase comprises a mutation selected from the group consisting of: I521L, I521P and I521H, wherein said polymerase further comprises the mutation A485L, wherein said polymerase further comprises the mutation V93Q, and wherein said polymerase further comprises the mutations D141A and E143A.
Hob comprising a worktop , at least one cooking zone , and a multifunctional food processor which has a movable functional module , and at least one receiving device for receiving the movable functional module of the multifunctional food processor , the receiving device being fixed to the worktop and having a stabilising apparatus for stabilising the functional module , the receiving device being arranged completely or at least with more than 60 percent of the height extension of the receiving device on a side of the hob facing away from the surface of the worktop , the receiving device comprising a base device of the multifunctional food processor , the base device having a drive with a drive shaft for driving a rotatable element of the functional module , characterised in that the stabilising apparatus comprises at least one movable holding body , which can be moved into a recess when the functional module is inserted. comprising a worktop , at least one cooking zone , and a multifunctional food processor which has a movable functional module , and at least one receiving device for receiving the movable functional module of the multifunctional food processor , the receiving device being fixed to the worktop and having a stabilising apparatus for stabilising the functional module , the receiving device being arranged completely or at least with more than 60 percent of the height extension of the receiving device on a side of the hob facing away from the surface of the worktop , the receiving device comprising a base device of the multifunctional food processor , the base device having a drive with a drive shaft for driving a rotatable element of the functional module , characterised in that the stabilising apparatus comprises at least one movable holding body , which can be moved into a recess when the functional module is inserted.
A dressing for providing therapeutic support to breast tissue of a patient , comprising: a tissue interface , comprising an adhesive material on a first side and a plurality of perforations adapted to communicate negative pressure to the breast tissue ; a manifold adapted to transmit negative pressure and acquire fluid from the breast tissue ; a cover positioned adjacent the manifold opposite the tissue interface and adapted to provide a fluid seal around the breast tissue ; and a port for fluidly coupling to a conduit; characterized in that the manifold further comprises a woven material and wherein fibers of the woven material are aligned along the dressing to the port. a tissue interface , comprising an adhesive material on a first side and a plurality of perforations adapted to communicate negative pressure to the breast tissue ; a manifold adapted to transmit negative pressure and acquire fluid from the breast tissue ; a cover positioned adjacent the manifold opposite the tissue interface and adapted to provide a fluid seal around the breast tissue ; and a port for fluidly coupling to a conduit; characterized in that the manifold further comprises a woven material and wherein fibers of the woven material are aligned along the dressing to the port.
Double-stranded DNA molecule comprising a first double-stranded DNA molecule connected to a second double-stranded DNA molecule by a tether comprising double-stranded DNA, wherein said tether is attached by (i) at least one covalent bond to a nucleotide of the first double-stranded DNA molecule and by (ii) at least one covalent bond to a nucleotide of the second double-stranded DNA molecule , wherein said covalent bond of (i) and said covalent bond of (ii) are not phosphodiester bonds, phosphorothioate bonds, phosphoramidate bonds or phosphorodiamidate bonds, and said nucleotide of (i) and said nucleotide of (ii) are not the ultimate nucleotides of each extremity of said double-stranded DNA molecules and . connected to a second double-stranded DNA molecule by a tether comprising double-stranded DNA, wherein said tether is attached by (i) at least one covalent bond to a nucleotide of the first double-stranded DNA molecule and by (ii) at least one covalent bond to a nucleotide of the second double-stranded DNA molecule , wherein said covalent bond of (i) and said covalent bond of (ii) are not phosphodiester bonds, phosphorothioate bonds, phosphoramidate bonds or phosphorodiamidate bonds, and said nucleotide of (i) and said nucleotide of (ii) are not the ultimate nucleotides of each extremity of said double-stranded DNA molecules and . (i) at least one covalent bond to a nucleotide of the first double-stranded DNA molecule and by (ii) at least one covalent bond to a nucleotide of the second double-stranded DNA molecule ,
A ball valve for a line system for conveying liquid or gaseous media, having a housing which has a ball plug and seat rings , wherein a pressure system , in particular a hydraulic system, which is independent of the pressure of the liquid or gaseous medium flowing through the line system, is provided in order to vary the contact pressure of at least one of the seat rings against the ball plug , wherein the pressure system comprises at least one pressure channel which is suitable for feeding a medium to, or discharging said medium from, a rear side , averted from the ball plug , of the seat ring in order to vary the pressure on the seat ring , wherein an annularly encircling annular space with which the pressure channel corresponds is formed between the rear side of the seat ring and an adjacent inner wall surface , facing toward the seat ring , of the housing , characterized in that the pressure system has a bypass line in order to produce a pressure equalization between the annular space and a dead space which is situated between the seat rings and a top side of the ball plug and an inner wall surface of the housing, when required, wherein the pressure system has at least one shut-off element in order to open and/or close the bypass line .
Electrically operated vehicle having an electrical charging cable by means of which a vehicle-side accumulator is chargeable by a vehicle-external power supply network in a charging process, wherein the charging cable can be unplugged from a vehicle-side terminal , in particular automatically in a lock-free manner, at least after completion of the charging process, wherein the vehicle and/or the charging cable has a check function which enables charging cable usage if a usage authorisation is present and blocks the charging cable usage if a usage authorisation is not present, characterised in that a counter unit is associated with the check function and, if an invalid ID code (ID L ) is detected or if a non-authorisation is present, increments a numeric value by 1 until a maximum value is reached, and in that the check function enables the charging cable usage given a numeric value less than the maximum value, and does so in spite of the presence of a non-authorisation, and in that the check function only blocks the charging cable usage upon reaching the maximum value.
Method for applying a transfer ply of a film onto a substrate, having the following steps: a) regionally applying a radically curable adhesive onto the transfer ply and/or the substrate by means of an inkjet printing head; b) pre-curing the adhesive by means of UV radiation; c) applying the transfer ply onto the substrate by means of a stamping device; d) curing the adhesive by means of UV radiation; e) removing a transfer ply of the film, wherein at least one first partial region of the transfer ply remains on an application region of the substrate, and at least one second partial region of the transfer ply remains on the carrier ply; f) unfurling or rewinding the transfer ply with the remaining second partial region of the transfer ply; g) applying at least one further partial region of the transfer ply remaining on the carrier ply onto the substrate by repeating steps a) to f) at least once; wherein an extension of the film is set to a value of from 1‰ to 6‰ by means of a transport device. a) regionally applying a radically curable adhesive onto the transfer ply and/or the substrate by means of an inkjet printing head; b) pre-curing the adhesive by means of UV radiation; c) applying the transfer ply onto the substrate by means of a stamping device; d) curing the adhesive by means of UV radiation; e) removing a transfer ply of the film, wherein at least one first partial region of the transfer ply remains on an application region of the substrate, and at least one second partial region of the transfer ply remains on the carrier ply; f) unfurling or rewinding the transfer ply with the remaining second partial region of the transfer ply; g) applying at least one further partial region of the transfer ply remaining on the carrier ply onto the substrate by repeating steps a) to f) at least once;
A level comprising: a level body defining a reference surface configured to engage a workpiece; a vial supported by the level body and including an inner surface defining a cavity ; and a solid indicator located within the cavity , the solid indicator comprising: a first surface located at a first end of the solid indicator ; and a second surface located at a second end of the solid indicator opposite the first surface ; wherein the solid indicator moves within the vial in response to changing angular positions of the level body , wherein the solid indicator is shaped such that the first surface and the second surface are oriented in a direction perpendicular to the reference surface when the reference surface is oriented in a horizontal direction, characterized in that the solid indicator includes at least one rolling element that supports the solid indicator and that engages the inner surface of the vial such that the solid indicator translates relative to the vial via rolling of the rolling element along the inner surface of the vial . a level body defining a reference surface configured to engage a workpiece; a vial supported by the level body and including an inner surface defining a cavity ; and a solid indicator located within the cavity , the solid indicator comprising: a first surface located at a first end of the solid indicator ; and a second surface located at a second end of the solid indicator opposite the first surface ; wherein the solid indicator moves within the vial in response to changing angular positions of the level body , wherein the solid indicator is shaped such that the first surface and the second surface are oriented in a direction perpendicular to the reference surface when the reference surface is oriented in a horizontal direction, characterized in that the solid indicator includes at least one rolling element that supports the solid indicator and that engages the inner surface of the vial such that the solid indicator translates relative to the vial via rolling of the rolling element along the inner surface of the vial . a first surface located at a first end of the solid indicator ; and a second surface located at a second end of the solid indicator opposite the first surface ; wherein the solid indicator moves within the vial in response to changing angular positions of the level body , wherein the solid indicator is shaped such that the first surface and the second surface are oriented in a direction perpendicular to the reference surface when the reference surface is oriented in a horizontal direction, characterized in that the solid indicator includes at least one rolling element that supports the solid indicator and that engages the inner surface of the vial such that the solid indicator translates relative to the vial via rolling of the rolling element along the inner surface of the vial .
A gas vent clogging detection device comprising: a resin decomposition gas concentration detection sensor configured to detect concentration of a resin decomposition gas of a resin supplied to a cavity space of a mold device, the resin decomposition gas being exhausted from a gas vent of the mold device; and a determination unit configured to determine whether or not the gas vent of the mold device is clogged on the basis of the resin decomposition gas concentration detected by the resin decomposition gas concentration detection sensor. a resin decomposition gas concentration detection sensor configured to detect concentration of a resin decomposition gas of a resin supplied to a cavity space of a mold device, the resin decomposition gas being exhausted from a gas vent of the mold device; and a determination unit configured to determine whether or not the gas vent of the mold device is clogged on the basis of the resin decomposition gas concentration detected by the resin decomposition gas concentration detection sensor.
A method of forming a junction between a metal form and a solid plastic, the method comprising: laser treating a metal surface of a metal form to generate a feature in the surface of the metal, wherein the feature is a plurality of pores, grooves, or a combination thereof, and wherein the laser has an angle of incidence with the surface of the metal of other than 0 degrees; after forming the feature in the surface of the metal, contacting the metal surface comprising the feature with a flowable resin composition; curing the flowable resin composition to form the solid plastic, to provide the junction between the metal form and the solid plastic; characterized in that the method comprises adding an adhesive film or coating to the metal surface of the metal form, prior to the laser treating, such that the laser treating is performed at least partially on the adhesive film or coating, such that the pores or grooves are formed at least in the adhesive film or coating rather than directly on the metal itself, and such that contacting the metal surface including the feature with the flowable resin composition includes contacting the adhesive film or coating on the metal form and the flowable resin composition. laser treating a metal surface of a metal form to generate a feature in the surface of the metal, wherein the feature is a plurality of pores, grooves, or a combination thereof, and wherein the laser has an angle of incidence with the surface of the metal of other than 0 degrees; after forming the feature in the surface of the metal, contacting the metal surface comprising the feature with a flowable resin composition; curing the flowable resin composition to form the solid plastic, to provide the junction between the metal form and the solid plastic; characterized in that the method comprises adding an adhesive film or coating to the metal surface of the metal form, prior to the laser treating, such that the laser treating is performed at least partially on the adhesive film or coating, such that the pores or grooves are formed at least in the adhesive film or coating rather than directly on the metal itself, and such that contacting the metal surface including the feature with the flowable resin composition includes contacting the adhesive film or coating on the metal form and the flowable resin composition.
An ultrasound probe comprising: a first assembly having a first case ; a second assembly coupled with the first assembly , having a second case , and configured to be rotatable between a first position of being unfolded with respect to the first assembly and a second position of being folded on the first assembly ; a first acoustic module disposed in the inside of the first case ; and a second acoustic module disposed in the inside of the second case ; wherein the ultrasound probe further comprises: a first space reducing portion formed in at least one of a portion of the first case toward the second assembly and a portion of the second case toward the first assembly , in order to reduce a distance between the first acoustic module and the second acoustic module , when the second assembly is at the first position, wherein when the first space reducing portion is formed in the first case , the first space reducing portion has a thinner thickness than the other portion of the first case , and when the first space reducing portion is formed in the second case , the first space reducing portion has a thinner thickness than the other portion of the second case . a first assembly having a first case ; a second assembly coupled with the first assembly , having a second case , and configured to be rotatable between a first position of being unfolded with respect to the first assembly and a second position of being folded on the first assembly ; a first acoustic module disposed in the inside of the first case ; and a second acoustic module disposed in the inside of the second case ; wherein the ultrasound probe further comprises: a first space reducing portion formed in at least one of a portion of the first case toward the second assembly and a portion of the second case toward the first assembly , in order to reduce a distance between the first acoustic module and the second acoustic module , when the second assembly is at the first position, wherein when the first space reducing portion is formed in the first case , the first space reducing portion has a thinner thickness than the other portion of the first case , and when the first space reducing portion is formed in the second case , the first space reducing portion has a thinner thickness than the other portion of the second case . a first space reducing portion formed in at least one of a portion of the first case toward the second assembly and a portion of the second case toward the first assembly , in order to reduce a distance between the first acoustic module and the second acoustic module , when the second assembly is at the first position, wherein when the first space reducing portion is formed in the first case , the first space reducing portion has a thinner thickness than the other portion of the first case , and when the first space reducing portion is formed in the second case , the first space reducing portion has a thinner thickness than the other portion of the second case .
An ABA, ABCA or ACBCA type biodegradable multilayer thermoplastic article, characterized in that the central layer B comprises at least 0.001% of enzymes capable of degrading the polymers of the layers A which surround it, the percentage being given by weight based on the total weight of the composition of layer B.