mhurhangee/patent-ind-claim-en huggingface dataset:
A tissue roll-handling clamp mountable on a vehicle, said clamp having opposed tissue-engagement clamping surfaces capable of selectively clamping outwardly curved surfaces of a tissue roll , said clamp including a frame assembly for movably supporting respective proximal ends of a pair of selectively openable and closable elongate opposing clamp arms having substantially equal lengths (L) between respective proximal pivot pins or lateral hydraulic sliding members and respective distal ends to which respective ones of said clamping surfaces are connected through respective distal pivot pins , wherein the clamp arms are selectively closable and openable relative to each other by hydraulic cylinders to engage and release the tissue roll , said clamp arms being capable of movement in unison through the extension or retraction of a pair of upender hydraulic cylinders by said frame assembly to alternative positions where said clamp arms extend longitudinally from said frame assembly selectively in either substantially horizontal or substantially vertical directions of extension, said frame assembly being capable of maintaining said respective clamping surfaces at substantially equal elevations to each other during said movement, said frame assembly being incapable of causing said respective clamping surfaces to be at substantially unequal elevations.
A method of detecting protease activity in a sample, comprising contacting the sample with a composition comprising: a dispersion of gold nanoparticles, whose surface is coated with a gelatin; and CaCl 2 ; wherein a color change of the composition, a turbidity change of the composition, or both, upon the contacting of the sample with the composition, indicates the presence of protease activity in the sample, characterized in that the method further comprises, prior to the contacting of the sample with the composition, preparing the composition by: reducing tetrachloroauric acid with iso-ascorbic acid to obtain a dispersion of the gold nanoparticles in which the gold nanoparticles are uncapped; coating the gold nanoparticles in the dispersion of gold nanoparticles with the gelatin, to obtain a dispersion of coated gold nanoparticles; and then adding the CaCl 2 to the dispersion of coated gold nanoparticles. a dispersion of gold nanoparticles, whose surface is coated with a gelatin; and CaCl 2 ; wherein a color change of the composition, a turbidity change of the composition, or both, upon the contacting of the sample with the composition, indicates the presence of protease activity in the sample, characterized in that the method further comprises, prior to the contacting of the sample with the composition, preparing the composition by: reducing tetrachloroauric acid with iso-ascorbic acid to obtain a dispersion of the gold nanoparticles in which the gold nanoparticles are uncapped; coating the gold nanoparticles in the dispersion of gold nanoparticles with the gelatin, to obtain a dispersion of coated gold nanoparticles; and then adding the CaCl 2 to the dispersion of coated gold nanoparticles. reducing tetrachloroauric acid with iso-ascorbic acid to obtain a dispersion of the gold nanoparticles in which the gold nanoparticles are uncapped; coating the gold nanoparticles in the dispersion of gold nanoparticles with the gelatin, to obtain a dispersion of coated gold nanoparticles; and then adding the CaCl 2 to the dispersion of coated gold nanoparticles.
A method for transmitting signals by a Medium Access Control, MAC, entity of a transmission end in a wireless communication system, the method comprising: receiving, from an upper layer, information about sizes of a plurality of service data units, SDUs, stored in the upper layer; selecting at least one SDU of the plurality of SDUs by considering an uplink grant and the sizes of SDUs; transmitting information about the at least one selected SDU to the upper layer; receiving the at least one selected SDU from the upper layer; generating a MAC protocol data unit, PDU, including the at least one selected SDU; and transmitting the MAC PDU to a reception end. receiving, from an upper layer, information about sizes of a plurality of service data units, SDUs, stored in the upper layer; selecting at least one SDU of the plurality of SDUs by considering an uplink grant and the sizes of SDUs; transmitting information about the at least one selected SDU to the upper layer; receiving the at least one selected SDU from the upper layer; generating a MAC protocol data unit, PDU, including the at least one selected SDU; and transmitting the MAC PDU to a reception end.
A method comprising: receiving, by a wireless device from a first network, one or more messages comprising: an authentication and/or authorization, AA, status of the wireless device indicating whether the wireless device is authenticated and/or authorized for an aerial service; and a parameter indicating that an interface between the first network and a second network is not supported; and sending, by the wireless device to a network function of the second network, a message, wherein the message: comprises the AA status based on the parameter indicating that there is no interface; and the method is characterized in that the message indicates a duration during which the AA status is valid. receiving, by a wireless device from a first network, one or more messages comprising: an authentication and/or authorization, AA, status of the wireless device indicating whether the wireless device is authenticated and/or authorized for an aerial service; and a parameter indicating that an interface between the first network and a second network is not supported; and an authentication and/or authorization, AA, status of the wireless device indicating whether the wireless device is authenticated and/or authorized for an aerial service; and a parameter indicating that an interface between the first network and a second network is not supported; and sending, by the wireless device to a network function of the second network, a message, wherein the message: comprises the AA status based on the parameter indicating that there is no interface; and the method is characterized in that the message indicates a duration during which the AA status is valid. comprises the AA status based on the parameter indicating that there is no interface; and the method is characterized in that the message indicates a duration during which the AA status is valid.
A non-transitory computer readable medium comprising instructions which, when executed by one or more hardware processors, causes performance of operations comprising: dividing available storage in a filesystem into one or more contiguous allocation unit, AU, chunks, wherein each of the AU chunks comprises: a set of contiguous fixed-size AUs, wherein each AU in the set of contiguous fixed-size AUs comprises a series of contiguous fixed-size blocks; and a set of contiguous AU mappings that is adjacent to the set of contiguous fixed-size AUs, wherein each AU mapping in the set of contiguous AU mappings represents a different AU in the set of contiguous fixed-size AUs; storing, in a first AU mapping in the set of contiguous AU mappings, a first snapshot identifier for a snapshot of the filesystem to indicate allocation of a first AU represented by the first AU mapping to the snapshot; and allocating a first block in the first AU to the snapshot by incrementing, in the first AU mapping, a reference count that tracks a number of blocks in the first AU that are allocated to the snapshot. dividing available storage in a filesystem into one or more contiguous allocation unit, AU, chunks, wherein each of the AU chunks comprises: a set of contiguous fixed-size AUs, wherein each AU in the set of contiguous fixed-size AUs comprises a series of contiguous fixed-size blocks; and a set of contiguous AU mappings that is adjacent to the set of contiguous fixed-size AUs, wherein each AU mapping in the set of contiguous AU mappings represents a different AU in the set of contiguous fixed-size AUs; a set of contiguous fixed-size AUs, wherein each AU in the set of contiguous fixed-size AUs comprises a series of contiguous fixed-size blocks; and a set of contiguous AU mappings that is adjacent to the set of contiguous fixed-size AUs, wherein each AU mapping in the set of contiguous AU mappings represents a different AU in the set of contiguous fixed-size AUs; storing, in a first AU mapping in the set of contiguous AU mappings, a first snapshot identifier for a snapshot of the filesystem to indicate allocation of a first AU represented by the first AU mapping to the snapshot; and allocating a first block in the first AU to the snapshot by incrementing, in the first AU mapping, a reference count that tracks a number of blocks in the first AU that are allocated to the snapshot.
A method for controlling a Sounding Reference Signal, SRS, transmission in a wireless access system supporting a Machine Type Communication, MTC, the method being performed by an MTC User Equipment, MTC UE, and comprising: receiving (S1410) a higher-layer signal including information about an SRS to be transmitted; configuring the SRS based on the information about the SRS; transmitting (S1430a, S1430b) a Physical Uplink Shared Channel, PUSCH, repeatedly; and when the PUSCH is transmitted at a transmission time for the SRS: transmitting (S1430b) the SRS in a frequency-hopped subband to which the PUSCH is allocated, when an SRS subband for transmitting the SRS is identical with the frequency-hopped subband; and dropping (S1430a) the SRS when the SRS subband is different from the frequency-hopped subband, wherein the frequency-hopped subband is configured with six Physical Resource Blocks, PRBs. receiving (S1410) a higher-layer signal including information about an SRS to be transmitted; configuring the SRS based on the information about the SRS; transmitting (S1430a, S1430b) a Physical Uplink Shared Channel, PUSCH, repeatedly; and when the PUSCH is transmitted at a transmission time for the SRS: transmitting (S1430b) the SRS in a frequency-hopped subband to which the PUSCH is allocated, when an SRS subband for transmitting the SRS is identical with the frequency-hopped subband; and dropping (S1430a) the SRS when the SRS subband is different from the frequency-hopped subband, transmitting (S1430b) the SRS in a frequency-hopped subband to which the PUSCH is allocated, when an SRS subband for transmitting the SRS is identical with the frequency-hopped subband; and dropping (S1430a) the SRS when the SRS subband is different from the frequency-hopped subband, wherein the frequency-hopped subband is configured with six Physical Resource Blocks, PRBs.
An encoded chromophoric polymer particle comprising: a polymer matrix comprising one or more chromophoric polymers; and a plurality of distinct chromophores comprising the one or more chromophoric polymers; wherein each chromophore of the plurality of distinct chromophores comprises a set of tunable optical properties, thereby defining an optically detectable code for the encoded chromophoric polymer particle, wherein the set of tunable optical properties of each distinct chromophore has one or more optical properties that are distinguishable from one another and the one or more optical properties are selected from the group consisting of emission spectra, emission intensities, emission wavelengths, emission lifetimes, emission rates, and absorbance wavelengths. a polymer matrix comprising one or more chromophoric polymers; and a plurality of distinct chromophores comprising the one or more chromophoric polymers; wherein each chromophore of the plurality of distinct chromophores comprises a set of tunable optical properties, thereby defining an optically detectable code for the encoded chromophoric polymer particle, wherein the set of tunable optical properties of each distinct chromophore has one or more optical properties that are distinguishable from one another and the one or more optical properties are selected from the group consisting of emission spectra, emission intensities, emission wavelengths, emission lifetimes, emission rates, and absorbance wavelengths.
Heat accumulator having a heating water storage tank with different heating water temperatures (4, 4', 4"), having a flow channel which is connected for circulation to the heating water storage tank and has free convection of the heating water , and having at least one line provided in the flow channel for guiding a liquid which is in heat exchange with the heating water , wherein at least the wall of the flow channel has a thermal insulation at least in certain regions, the flow channel is designed to extend vertically in one direction and the line is provided in the flow channel to run helically, characterized in that the line is designed as a corrugated tube, wherein the flow channel extends substantially along the jacket of the heating water storage tank , and in that the line is designed as a service water line for heating service water, wherein a plurality of service water lines (9, 9', 9", 9′′′) connected in parallel are provided in the flow channel .
A prefabricated modular balcony , which includes - a floor part comprising a surface plate and a base plate , which surface plate and base plate form at least a part of a cell structure that forms the floor part , - an attachment support for attaching the balcony to a building , - attachment means arranged in the attachment support for attaching the floor part to an attachment support counterpart of a wall of the building , - railing structures attached to the floor part , wherein the balcony is a metal welded structure and the surface plate and the base plate are joined together by means of welds to form the cell structure , characterized in that the welds are laser-welds and the surface plate and base plate both include calotte cells which are opposite with respect to one another, at the site of which calotte cells the surface plate and base plate are joined together by means of the laser welds . - a floor part comprising a surface plate and a base plate , which surface plate and base plate form at least a part of a cell structure that forms the floor part , - an attachment support for attaching the balcony to a building , - attachment means arranged in the attachment support for attaching the floor part to an attachment support counterpart of a wall of the building , - railing structures attached to the floor part ,
A conveyor system comprising a conveyor and a conveyor weighing apparatus , the conveyor weighing apparatus comprising: load determination means for determining loads exerted by at least a section of the conveyor on at least one conveyor support to produce load data; and calculation means for calculating at least one weight-related measurement for material conveyed by said conveyor using said load data, characterized in that the load determination means comprises at least one load measuring pin coupled between said at least one conveyor support and said at least a section of the conveyor, or between said at least one conveyor support and a supporting structure . load determination means for determining loads exerted by at least a section of the conveyor on at least one conveyor support to produce load data; and calculation means for calculating at least one weight-related measurement for material conveyed by said conveyor using said load data,
An illuminating lamp comprising: a lamp body(s) , an insulation layer and at least two wires arranged in parallel, wherein the at least two wires arranged in parallel are provided inside the insulation layer , and the insulation layer , after being polished, forms a welding zone(s) for welding the lamp body(s) ; wherein each lamp body is welded at same sides of the at least two wires , and the lamp body is welded on surfaces of the wires by means of welding layers ; characterised in that a bottom portion of the lamp body is further provided with conductive layers , and the conductive layers are located between the lamp body and the respective welding layers ; and wherein an insulation coating is provided at a gap formed by the lamp body and the insulation layer and provided outside the conductive layers exposed to the outside. a bottom portion of the lamp body is further provided with conductive layers , and the conductive layers are located between the lamp body and the respective welding layers ; and wherein an insulation coating is provided at a gap formed by the lamp body and the insulation layer and provided outside the conductive layers exposed to the outside.
Transmission assembly for a vehicle operable by muscle power having an auxiliary electric drive, in particular an electric bicycle, wherein the transmission assembly has the auxiliary electric drive and a variator transmission having a transmission ratio which is adjustable by means of an actuator which can be operated by motor, characterized in that - the transmission assembly furthermore comprises a mechanically operable actuator-adjustment device , and - the transmission assembly is designed to be adjusted in transmission ratio manually by means of the actuator-adjustment device . - the transmission assembly furthermore comprises a mechanically operable actuator-adjustment device , and - the transmission assembly is designed to be adjusted in transmission ratio manually by means of the actuator-adjustment device .
A method for use with a data integration or other computing environment comprising: accessing data from one or more sources of data; sampling the accessed data; identifying temporal slices of at least one of a sampled data or accessed data; storing the temporal slices in a data repository; accessing a knowledge source to obtain metadata about the at least one of sampled data or accessed data represented by the temporal slices; and managing the at least one of sampled data or accessed data represented by the temporal slices by updating data reconstruction and lineage tracking information stored in the data repository, for each temporal slice, to include an updated lineage and/or provenance. accessing data from one or more sources of data; sampling the accessed data; identifying temporal slices of at least one of a sampled data or accessed data; storing the temporal slices in a data repository; accessing a knowledge source to obtain metadata about the at least one of sampled data or accessed data represented by the temporal slices; and managing the at least one of sampled data or accessed data represented by the temporal slices by updating data reconstruction and lineage tracking information stored in the data repository, for each temporal slice, to include an updated lineage and/or provenance.
A razor cartridge comprising: a first blade support and a second blade support , each of the first and second blade supports include a flat portion having a lower surface (120b") and a front end , wherein a support plane S is tangent to the respective front ends of the first and second blade supports and the lower surface (120b") faces away from the support plane S; a first blade attached to the lower surface (120b") of the flat portion of the first blade support , wherein the first blade includes a first cutting edge ; and a second blade attached to the lower surface (120b") of the flat portion of the second blade support , wherein the second blade includes a second cutting edge ; wherein the first and second cutting edges are offset with respect to the support plane S, wherein the first and second cutting edges have first and second cutting edge exposures (E), characterised in that at least one of the first and second cutting edge exposures (E) are positive with respect to the support plane S. a first blade support and a second blade support , each of the first and second blade supports include a flat portion having a lower surface (120b") and a front end , wherein a support plane S is tangent to the respective front ends of the first and second blade supports and the lower surface (120b") faces away from the support plane S; a first blade attached to the lower surface (120b") of the flat portion of the first blade support , wherein the first blade includes a first cutting edge ; and a second blade attached to the lower surface (120b") of the flat portion of the second blade support , wherein the second blade includes a second cutting edge ; wherein the first and second cutting edges are offset with respect to the support plane S, wherein the first and second cutting edges have first and second cutting edge exposures (E), characterised in that at least one of the first and second cutting edge exposures (E) are positive with respect to the support plane S.
A method for calibrating a wet clutch , the clutch comprising: a pump for providing a housing with a hydraulic fluid, a piston being movably disposed in the housing , the piston being movable into an extended position by a preloaded spring and into a retracted position by applying an engagement pressure on the piston by the hydraulic fluid, wherein in the retracted position torque is transmittable through the clutch , a proportional valve disposed between the pump and the housing for regulating a pressure of the hydraulic fluid in the housing , a controller controlling the proportional valve , a pressure sensor for measuring a pressure of the hydraulic fluid in the housing , the method comprising the steps of closing the clutch by sending a pressure profile with fill parameters from the controller to the proportional valve , recording a pressure signal of the hydraulic fluid, comparing the pressure profile with the pressure signal, determining whether at least one defined feature is in the pressure signal that is indicative of errors in the fill parameters, and, if said feature is determined in the pressure signal, modification of the pressure profile by changing at least one of the fill parameters. a pump for providing a housing with a hydraulic fluid, a piston being movably disposed in the housing , the piston being movable into an extended position by a preloaded spring and into a retracted position by applying an engagement pressure on the piston by the hydraulic fluid, wherein in the retracted position torque is transmittable through the clutch , a proportional valve disposed between the pump and the housing for regulating a pressure of the hydraulic fluid in the housing , a controller controlling the proportional valve , a pressure sensor for measuring a pressure of the hydraulic fluid in the housing , the method comprising the steps of closing the clutch by sending a pressure profile with fill parameters from the controller to the proportional valve , recording a pressure signal of the hydraulic fluid, comparing the pressure profile with the pressure signal, determining whether at least one defined feature is in the pressure signal that is indicative of errors in the fill parameters, and, if said feature is determined in the pressure signal, modification of the pressure profile by changing at least one of the fill parameters.