mhurhangee/ep-ind-claims huggingface dataset:
A setting method executed by a computer, the setting method comprising: acquiring identification information of an object communications device attached to a livestock animal in a livestock animal group located in a communication area of any one of multiple relay devices (102a, 102b, 102c) disposed at different positions; determining whether a first group is set that includes identification information of a communications device attached to another livestock animal different from the livestock animal and among the livestock animal group; referring to a storage unit storing combinations of relay devices among the multiple relay devices (102a, 102b, 102c) and having an inter-relay device distance less than or equal to a predetermined value, and determining whether another relay device is present whose distance from the relay device less than or equal to the predetermined value; and setting a second group including the identification information of the object communications device if the first group is not set and the other relay device is not present. acquiring identification information of an object communications device attached to a livestock animal in a livestock animal group located in a communication area of any one of multiple relay devices (102a, 102b, 102c) disposed at different positions; determining whether a first group is set that includes identification information of a communications device attached to another livestock animal different from the livestock animal and among the livestock animal group; referring to a storage unit storing combinations of relay devices among the multiple relay devices (102a, 102b, 102c) and having an inter-relay device distance less than or equal to a predetermined value, and determining whether another relay device is present whose distance from the relay device less than or equal to the predetermined value; and setting a second group including the identification information of the object communications device if the first group is not set and the other relay device is not present.
A process for producing a coextruded multilayer structure comprising coextruding a poly(hydroxyalkanoic acid) polymer composition, a tie layer composition, and a sealant layer composition to produce a multilayer structure; cooling the multilayer film structure in a first bubble to produce a tubular multilayer structure; orienting the tubular multilayer structure under heating in a second bubble to produce an oriented tubular multilayer structure; and relaxing the oriented tubular multilayer structure under heating in a third bubble; wherein the tie layer composition comprises one or more olefin homopolymers and/or copolymers, and wherein the sealant layer composition comprises one or more olefin homopolymers and/or copolymers capable of fusion bonding on another layer by conventional means of heat sealing. coextruding a poly(hydroxyalkanoic acid) polymer composition, a tie layer composition, and a sealant layer composition to produce a multilayer structure; cooling the multilayer film structure in a first bubble to produce a tubular multilayer structure; orienting the tubular multilayer structure under heating in a second bubble to produce an oriented tubular multilayer structure; and relaxing the oriented tubular multilayer structure under heating in a third bubble; wherein the tie layer composition comprises one or more olefin homopolymers and/or copolymers, and wherein the sealant layer composition comprises one or more olefin homopolymers and/or copolymers capable of fusion bonding on another layer by conventional means of heat sealing.
A liquid hard surface cleaning composition comprising melamine foam fibres which are single fibres of melamine foam having a fiber diameter of below 100μm and fiber length below 500 μm and/or small particles of such fibres interlinked stemming from incomplete grinding or erosion thereof, the particle size of said particles - as determined after sieving - is below 200 μm, wherein said compositions has a pH, as measured at 25°C, of from 9 to 12 and wherein said composition does not comprise bleach.
Method for securing a work region of a mobile logistics robot in changing work environments, wherein the logistics robot is controlled by a control system, and the current work environment is captured by means of a sensor system and monitored by a safety system, wherein the control system autonomously defines an intended work region in a new work environment, characterized in that the existing scenario in the delimited work region of the new work environment is captured with the sensor system of the safety system and monitored for change, wherein a reference scenario of the defined work region is defined as a field of protection by the safety system by means of initially captured sensor information, currently captured sensor information is compared to the reference scenario, and a violation of the field of protection is determined if there are changes compared to the reference scenario, and the logistics robot is automatically placed in a safe state in the case of a violation of the field of protection.
A composition comprising a polymer grafted to a polyolefin film by a non-radiated process which comprises contacting the polyolefin film with an aqueous suspension of a hydrophobic vinyl monomer and an initiator, wherein the polymer grafted to the polyolefin is made from the hydrophobic vinyl monomer and wherein the weight of the polymer grafted to the polyolefin film is at least about 20 weight percent of the ungrafted support polymer with the proviso that when the polymer grafted to the polyolefin consists of polystyrene grafted to polyethylene then the weight of the polystyrene grafted to the polyethylene is at least about 30 weight percent of the ungrafted polyethylene film.
A method for keeping track of changes amongst unit portions of a storage system, the method comprising: for each unit portion in the storage system, associating a logical time identifier with the portion in a logical time identifier structure; when writing to a particular write portion that includes one or more of the unit portions of the storage system, performing the following: an act of calculating redundancy data associated with a group of one or more logical time identifiers associated with the one or more portions of the write portion; an act of writing to the write portion of the storage system; and an act of writing the redundancy data corresponding to the write portion to the logical time identifier structure that corresponds to the write portion; an act of later verifying that the redundancy data is not consistent with the group of one or more logical time identifiers; and if the redundancy data is not consistent, assigning a current logical time identifier to each of the logical time identifiers in the group of one or more logical time identifiers in the logical time identifier structure, such that inconsistent write portions are treated as recently written to. for each unit portion in the storage system, associating a logical time identifier with the portion in a logical time identifier structure; when writing to a particular write portion that includes one or more of the unit portions of the storage system, performing the following: an act of calculating redundancy data associated with a group of one or more logical time identifiers associated with the one or more portions of the write portion; an act of writing to the write portion of the storage system; and an act of writing the redundancy data corresponding to the write portion to the logical time identifier structure that corresponds to the write portion; an act of calculating redundancy data associated with a group of one or more logical time identifiers associated with the one or more portions of the write portion; an act of writing to the write portion of the storage system; and an act of writing the redundancy data corresponding to the write portion to the logical time identifier structure that corresponds to the write portion; an act of later verifying that the redundancy data is not consistent with the group of one or more logical time identifiers; and if the redundancy data is not consistent, assigning a current logical time identifier to each of the logical time identifiers in the group of one or more logical time identifiers in the logical time identifier structure, such that inconsistent write portions are treated as recently written to.
A liquid dispensing device comprising: a container having a flexible surface; an elastomeric shape memory top part having a pump chamber dome, an annular pump chamber ridge around a periphery of said pump chamber dome, and a planar top part pump chamber flange around a periphery of said annular pump chamber ridge, a portion of the pump chamber flange extending away from a center of said pump chamber dome in a pump chamber flange extension; a rigid bottom part having a circular pump chamber portion and a dispensing head portion connected by a neck portion, said dispensing head portion defining a delivery port on a top side thereof proximate said neck portion, said pump chamber portion having an annular lower part pump chamber flange, said rigid bottom part connected to an exterior of the flexible container surface along a bottom surface of said annular lower part pump chamber flange, with a portion of the rigid bottom part extending through an opening in and below the flexible container surface; a fluid outlet at a distal end of said dispensing head portion; and a dispensing channel connecting said delivery port and said fluid outlet, wherein said neck portion is an extension of said annular lower part pump chamber flange; and said annular lower part pump chamber flange and said neck portion are co-planar in an unstressed state, said top part connected to said bottom part along a periphery of said planar top part pump chamber flange and said pump chamber flange extension to define a channel between said pump chamber and said delivery port adjacent to and above the flexible container surface. a container having a flexible surface; an elastomeric shape memory top part having a pump chamber dome, an annular pump chamber ridge around a periphery of said pump chamber dome, and a planar top part pump chamber flange around a periphery of said annular pump chamber ridge, a portion of the pump chamber flange extending away from a center of said pump chamber dome in a pump chamber flange extension; a rigid bottom part having a circular pump chamber portion and a dispensing head portion connected by a neck portion, said dispensing head portion defining a delivery port on a top side thereof proximate said neck portion, said pump chamber portion having an annular lower part pump chamber flange, said rigid bottom part connected to an exterior of the flexible container surface along a bottom surface of said annular lower part pump chamber flange, with a portion of the rigid bottom part extending through an opening in and below the flexible container surface; a fluid outlet at a distal end of said dispensing head portion; and a dispensing channel connecting said delivery port and said fluid outlet, wherein said neck portion is an extension of said annular lower part pump chamber flange; and said annular lower part pump chamber flange and said neck portion are co-planar in an unstressed state, said top part connected to said bottom part along a periphery of said planar top part pump chamber flange and said pump chamber flange extension to define a channel between said pump chamber and said delivery port adjacent to and above the flexible container surface.
A method for using an interconnection cable adapted to interconnect a first device and a second device to provide secure access to a database of upgrade data, comprising: placing the interconnection cable into communication with the second device through which the database of upgrade data is accessible; attempting to positively authenticate the interconnection cable at the second device using a pre-established value stored on the interconnection cable; and allowing access to the database of upgrade data via the second device and the interconnection cable only after the interconnection cable is positively authenticated through use of the pre-established value stored on the interconnection cable. placing the interconnection cable into communication with the second device through which the database of upgrade data is accessible; attempting to positively authenticate the interconnection cable at the second device using a pre-established value stored on the interconnection cable; and allowing access to the database of upgrade data via the second device and the interconnection cable only after the interconnection cable is positively authenticated through use of the pre-established value stored on the interconnection cable.
A clip assembly configured to be arranged in a refrigeration and freezing device, the clip assembly comprising: a fixed member used for fixing to the refrigerating and freezing device; and clips, a clip storage box, and a movable member, wherein the clip storage box has a storage cavity used for storing the clips, the movable member has an accommodating space that accommodates the clip storage box, characterized in that the the- clip storage box is detachably accommodated in the accommodating space, and the movable member is configured to operably rotate to a side away from the fixed member, such that the clip storage box can be taken out for cleaning. a fixed member used for fixing to the refrigerating and freezing device; and clips, a clip storage box, and a movable member, wherein the clip storage box has a storage cavity used for storing the clips, the movable member has an accommodating space that accommodates the clip storage box, characterized in that the the- clip storage box is detachably accommodated in the accommodating space, and the movable member is configured to operably rotate to a side away from the fixed member, such that the clip storage box can be taken out for cleaning.
Sensor-supported hollow rod system consisting of at least one hollow rod, optionally at least one coupling element and a nut with a retaining plate as well as at least one condition monitoring system, comprising at least one measuring element, a transmission unit as well as a communication interface containing an evaluation unit, characterised in that the hollow rod system is designed as a self-drilling system with a lost drill bit facing a drill hole interior, in that each hollow rod is designed as an at least two-layer tube comprising an inner measuring tube and an outer casing tube, in that the at least one measuring tube is connected to the associated casing tube in a force-fitting and form-fitting manner.
A wavelength converter (10, 10A, 10B, 10C), comprising: a phosphor ceramic (11, 11A, 11B, 11C) containing a first phosphor that emits fluorescence due to a parity-forbidden transition; and a phosphor part (12, 12B, 12C) containing a second phosphor that emits fluorescence due to a parity-allowed transition, wherein a main surface of the phosphor ceramic (11, 11A, 11B, 11C) has a concave and convex structure including a plurality of convex parts and a plurality of concave parts, and the phosphor part (12, 12B, 12C) is arranged inside the plurality of concave parts in the phosphor ceramic (11, 11A, 11B, 11C). a phosphor ceramic (11, 11A, 11B, 11C) containing a first phosphor that emits fluorescence due to a parity-forbidden transition; and a phosphor part (12, 12B, 12C) containing a second phosphor that emits fluorescence due to a parity-allowed transition, wherein a main surface of the phosphor ceramic (11, 11A, 11B, 11C) has a concave and convex structure including a plurality of convex parts and a plurality of concave parts, and the phosphor part (12, 12B, 12C) is arranged inside the plurality of concave parts in the phosphor ceramic (11, 11A, 11B, 11C).
A secondary controller for use in a synchronous flyback converter, the secondary controller comprising: a comparator coupled to generate a compare signal (252, 353) in response to a comparison of a threshold to an input signal representative of a secondary winding voltage of the synchronous flyback converter; a drive circuit coupled to generate a drive signal (146, 346) to control a first switch to be coupled to a primary side of the synchronous flyback converter, wherein the drive signal is coupled to be generated by the drive circuit in response to a feedback signal (154, 320) representative of an output of the synchronous flyback converter, wherein the drive signal indicates whether a primary controller is to enable or disable the first switch to transfer energy through an energy transfer element from the input to the output of the synchronous flyback converter; and logic circuitry coupled to the drive circuit and coupled to the comparator, wherein the logic circuitry is coupled to generate a control signal (164, 364) to control a second switch in response to the drive signal and in response to the compare signal, and wherein the second switch is to be coupled to a secondary side of the synchronous flyback converter. a comparator coupled to generate a compare signal (252, 353) in response to a comparison of a threshold to an input signal representative of a secondary winding voltage of the synchronous flyback converter; a drive circuit coupled to generate a drive signal (146, 346) to control a first switch to be coupled to a primary side of the synchronous flyback converter, wherein the drive signal is coupled to be generated by the drive circuit in response to a feedback signal (154, 320) representative of an output of the synchronous flyback converter, wherein the drive signal indicates whether a primary controller is to enable or disable the first switch to transfer energy through an energy transfer element from the input to the output of the synchronous flyback converter; and logic circuitry coupled to the drive circuit and coupled to the comparator, wherein the logic circuitry is coupled to generate a control signal (164, 364) to control a second switch in response to the drive signal and in response to the compare signal, and wherein the second switch is to be coupled to a secondary side of the synchronous flyback converter.
An apparatus for alternately sifting and blending powders in the same operation, comprising: a. a first screen section; b. a second screen section assembled in alignment with the first screen section; c. a first end frame removeably assembled to the first screen section; d. a second end frame removeably assembled to the second screen section; e. means for assembling the first end frame, the first screen section, the second screen section and the second end frame together; f. a first agitator section; g. a second agitator section assembled coaxially to the first agitator section between the first and the second end frames (46a,46b); and h. a shaft for mounting the first and second agitator sections (48a,48b) for rotation; i. a tumbling container; j. wherein the end frames (46a,46b) and the screen sections (40a,40b) are removeably assembled within the tumbling container for rotation therewith, and the agitator sections (48a,48b) are assembled to each other on the shaft, the shaft mounted to the tumbling container for independent rotation relative thereto. a. a first screen section; b. a second screen section assembled in alignment with the first screen section; c. a first end frame removeably assembled to the first screen section; d. a second end frame removeably assembled to the second screen section; e. means for assembling the first end frame, the first screen section, the second screen section and the second end frame together; f. a first agitator section; g. a second agitator section assembled coaxially to the first agitator section between the first and the second end frames (46a,46b); and h. a shaft for mounting the first and second agitator sections (48a,48b) for rotation; i. a tumbling container; j. wherein the end frames (46a,46b) and the screen sections (40a,40b) are removeably assembled within the tumbling container for rotation therewith, and the agitator sections (48a,48b) are assembled to each other on the shaft, the shaft mounted to the tumbling container for independent rotation relative thereto.
An article comprising a part, component or member comprising a composition, said composition comprising a cured polymeric matrix and an active liquid, wherein the active liquid is immobilized within the cured polymeric matrix and the cured polymeric matrix is a reaction product of a compound having at least two isocyanate functional groups with a polyamine in the presence of said active liquid, wherein the active liquid is any liquid that imparts upon the article a function and the polyamine is a polymeric polyamine which comprises the reaction product of a polyalkyleneoxy polyamine and an aliphatic diacid or a dimer acid in the presence of ortho-aminobenzoic acid and/or para-aminobenzoic acid.
A method of producing a substantially unbiased amplification library of a genome of a single cell, the method comprising: - applying a liquid comprising diluted whole cells or fractions thereof and the single cell to a substrate comprising a plurality of nanolitre-scale reaction environments each having a volume of 1 nanolitre to 50 nanolitres, wherein the single cell is in a nanolitre-scale reaction environment of the plurality of reaction environments, and wherein at least 95% of the nanolitre-scale reaction environments do not comprise any genomes other than the genome of the single cell; - amplifying, by multiple strand displacement amplification, the genome of the single cell in the nanolitre-scale reaction environment, wherein a ratio of amount of nucleic acid of the genome to volume of the nanolitre-scale reaction environment is at least 0.3 Mega-basepairs per nanolitre, and wherein the nanolitre-scale reaction environment is configured for substantially unbiased amplification of the genome, said amplifying comprising contacting the reaction environment with (a) strand-displacement polymerase, and (b) a plurality of random multimers of DNA, wherein said amplifying is performed until additional cycles of amplification are no longer in a logarithmic phase, thereby producing a plurality of amplicons of a substantially unbiased amplification of the genome; and - constructing a library comprising a plurality of amplicons of the substantially unbiased amplification of the genome. - applying a liquid comprising diluted whole cells or fractions thereof and the single cell to a substrate comprising a plurality of nanolitre-scale reaction environments each having a volume of 1 nanolitre to 50 nanolitres, wherein the single cell is in a nanolitre-scale reaction environment of the plurality of reaction environments, and wherein at least 95% of the nanolitre-scale reaction environments do not comprise any genomes other than the genome of the single cell; - amplifying, by multiple strand displacement amplification, the genome of the single cell in the nanolitre-scale reaction environment, wherein a ratio of amount of nucleic acid of the genome to volume of the nanolitre-scale reaction environment is at least 0.3 Mega-basepairs per nanolitre, and wherein the nanolitre-scale reaction environment is configured for substantially unbiased amplification of the genome, said amplifying comprising contacting the reaction environment with (a) strand-displacement polymerase, and (b) a plurality of random multimers of DNA, wherein said amplifying is performed until additional cycles of amplification are no longer in a logarithmic phase, thereby producing a plurality of amplicons of a substantially unbiased amplification of the genome; and - constructing a library comprising a plurality of amplicons of the substantially unbiased amplification of the genome.