mhurhangee/patent-ind-claim-en huggingface dataset:
Fully electric drive unit for a vehicle, in particular a self-driving work machine comprising a carrier vehicle and an implement that is integrated or is arranged thereon such that it can be dismantled, the drive unit comprising - a power split transmission having - a planetary transmission having the rotatable elements of sun gear , ring gear and planet carrier , - it being possible for one of these three rotatable elements to be used as the main output of the planetary transmission , - two drive sources, each of which is operatively connected to and can drive one of the two other of the three mentioned rotatable elements of the planetary transmission , - a controller (100*), which can centrally control the two drive sources independently of one another, - two E-machines (E1, E2) as drive sources, - the E-machines (E1, E2) being controllable independently of one another, - at least one secondary output (NA1) which is operatively connected to one of the two E-machines (E1 or E2), in particular is operatively connected to said E-machine (E1 or E2) in a fixed transmission ratio, characterised in that - the maximum power of the more powerful E-machine (e.g. E1) is greater and at most 500% greater than that of the less powerful E-machine (e.g. E2). - a power split transmission having - a planetary transmission having the rotatable elements of sun gear , ring gear and planet carrier , - it being possible for one of these three rotatable elements to be used as the main output of the planetary transmission , - a planetary transmission having the rotatable elements of sun gear , ring gear and planet carrier , - it being possible for one of these three rotatable elements to be used as the main output of the planetary transmission , - two drive sources, each of which is operatively connected to and can drive one of the two other of the three mentioned rotatable elements of the planetary transmission , - a controller (100*), which can centrally control the two drive sources independently of one another, - two E-machines (E1, E2) as drive sources, - the E-machines (E1, E2) being controllable independently of one another, - at least one secondary output (NA1) which is operatively connected to one of the two E-machines (E1 or E2), in particular is operatively connected to said E-machine (E1 or E2) in a fixed transmission ratio, - the maximum power of the more powerful E-machine (e.g. E1) is greater and at most 500% greater than that of the less powerful E-machine (e.g. E2).
A UWB token which comprises a UWB antenna for transmitting and receiving UWB signals, wherein the UWB antenna comprises a plurality of conductive antenna structures , wherein the antenna structures have a geometric coding with an individual resonance pattern identifying the UWB token , characterised in that the UWB token comprises a band , which is configured to support the UWB token , wherein the UWB antenna is integrated at least partially into the band and extends at least a part of the conductive antenna structures along the band .
A method for differentiating between foreground objects and background objects within a scene being captured through an image capture device , comprising: emitting a ray of light from a light source toward an object of the scene; opening an aperture cover allowing access to a sensor of the image capture device for reflected light from the light source; closing the aperture cover after a set time, the predefined amount of time corresponding to a maximum distance traveled by the light; generating a binary depth mask identifying objects within a foreground region of the scene based upon the light captured during the set time, such that objects within the foreground region are identified with a first bit value and objects within a background region are identified with a second bit value; and adjusting image capture device parameters according to the bit value of the binary depth mask prior to capturing a subsequent corresponding image of the scene, the image capture device parameters comprising one or more from the list consisting of: focus; brightness; exposure; and gain, wherein a property associated with both the foreground region and the background region in the scene captured through the image capture device is adjusted in accordance with the image capture device parameters in order to display details of objects in both the foreground region and background region after application of the adjusted image capture device parameters. emitting a ray of light from a light source toward an object of the scene; opening an aperture cover allowing access to a sensor of the image capture device for reflected light from the light source; closing the aperture cover after a set time, the predefined amount of time corresponding to a maximum distance traveled by the light; generating a binary depth mask identifying objects within a foreground region of the scene based upon the light captured during the set time, such that objects within the foreground region are identified with a first bit value and objects within a background region are identified with a second bit value; and adjusting image capture device parameters according to the bit value of the binary depth mask prior to capturing a subsequent corresponding image of the scene, the image capture device parameters comprising one or more from the list consisting of: focus; brightness; exposure; and gain, wherein a property associated with both the foreground region and the background region in the scene captured through the image capture device is adjusted in accordance with the image capture device parameters in order to display details of objects in both the foreground region and background region after application of the adjusted image capture device parameters.
A quinary alloy consisting of [Cu + Mn + Ni] 50 to 95 at.% with the balance being Al and Zn, wherein the Cu, Mn and Ni are present in equal atomic percentages.
A wireless communication system, comprising one or more base stations according to claim 12, and one or more user equipments, UEs, according to claim 13.
A method of providing an indication as to the amount of milk remaining in a breast during lactation based on a determined fat content of milk that has been expressed from said breast, characterized in that the method of determining said fat content comprises measuring an optical characteristic of milk by means of an optical sensor , in a fluid flow of milk that has just been expressed from a breast and has entered a breast pump , comparing, by means of a control unit, an output signal of the optical sensor representing said measured optical characteristic with data representing a corresponding optical characteristic of a sample of milk having a known fat content to determine the fat content of said expressed milk, and determining, by means of said control unit, an indication of the amount of milk remaining in the breast from the determined fat content of said expressed milk.
A light source device suitable for use in image forming or display applications comprising a plurality of semiconductor lasers having different oscillation wavelengths, wherein: each of the semiconductor lasers oscillates in a longitudinal multimode and has a wavelength band, within which the intensity is equal to or more than -20 dB relative to a peak intensity in a spectrum distribution of output light, having a width equal to or less than 15 nm, and the light source device is configured to combine light (Lr, Lg, Lb) from the plurality of semiconductor lasers to generate coloured light (Lrgbl, Lrgb2) ; characterized in that the light source device comprises : a wavelength estimating device configured to estimate a wavelength λ of light from each of the semiconductor lasers ; and an emission-light intensity setting unit configured to set an emission light intensity of each of the semiconductor lasers in accordance with an estimation result by the wavelength estimating device so that colour shifts of the generated coloured light (Lrgb1, Lrgb2) are prevented. each of the semiconductor lasers oscillates in a longitudinal multimode and has a wavelength band, within which the intensity is equal to or more than -20 dB relative to a peak intensity in a spectrum distribution of output light, having a width equal to or less than 15 nm, and the light source device is configured to combine light (Lr, Lg, Lb) from the plurality of semiconductor lasers to generate coloured light (Lrgbl, Lrgb2) ; characterized in that the light source device comprises : a wavelength estimating device configured to estimate a wavelength λ of light from each of the semiconductor lasers ; and an emission-light intensity setting unit configured to set an emission light intensity of each of the semiconductor lasers in accordance with an estimation result by the wavelength estimating device so that colour shifts of the generated coloured light (Lrgb1, Lrgb2) are prevented. a wavelength estimating device configured to estimate a wavelength λ of light from each of the semiconductor lasers ; and an emission-light intensity setting unit configured to set an emission light intensity of each of the semiconductor lasers in accordance with an estimation result by the wavelength estimating device so that colour shifts of the generated coloured light (Lrgb1, Lrgb2) are prevented.
A drilling rig with a self-elevating drill floor, the drilling rig comprising: a mast ; a drill floor supporting the mast ; and a substructure supporting the mast and drill floor , the substructure comprising a plurality of substructure boxes , wherein at least a portion of the plurality of substructure boxes comprise at least one of: a pivotable support bar configured for raising the substructure and for coupling to a next substructure box ; and a pivotable saddle configured for raising the substructure and for coupling to a next substructure box . a mast ; a drill floor supporting the mast ; and a substructure supporting the mast and drill floor , the substructure comprising a plurality of substructure boxes , wherein at least a portion of the plurality of substructure boxes comprise at least one of: a pivotable support bar configured for raising the substructure and for coupling to a next substructure box ; and a pivotable saddle configured for raising the substructure and for coupling to a next substructure box . a pivotable support bar configured for raising the substructure and for coupling to a next substructure box ; and a pivotable saddle configured for raising the substructure and for coupling to a next substructure box .
A method for reducing the magnitude of an artifact peak in denaturing nucleic acid capillary electrophoresis (CE), the method comprising: a) electrokinetically injecting a nucleic acid sample into one end of a CE capillary comprising a denaturing separation medium; b) applying a voltage of the opposite polarity to that used to inject said nucleic acid sample to said capillary, said voltage being of a strength and applied for a time sufficient to expel from said capillary nucleic acid which has not entered said denaturing separation medium c) after step (b), electrophoretically separating nucleic acid in said capillary using a voltage in the same direction as that applied to electrokinetically inject said nucleic acid sample in step (a), wherein steps (a)-(c) reduce the magnitude of an artifact peak in the resulting separated species. a) electrokinetically injecting a nucleic acid sample into one end of a CE capillary comprising a denaturing separation medium; b) applying a voltage of the opposite polarity to that used to inject said nucleic acid sample to said capillary, said voltage being of a strength and applied for a time sufficient to expel from said capillary nucleic acid which has not entered said denaturing separation medium c) after step (b), electrophoretically separating nucleic acid in said capillary using a voltage in the same direction as that applied to electrokinetically inject said nucleic acid sample in step (a), wherein steps (a)-(c) reduce the magnitude of an artifact peak in the resulting separated species.
A fluid handling and prototyping system, comprising: an adjustable length of flexible or jointed material, with outside diameter and minimum bend radius characteristics of a particular type of hose, tube or flexible conduit; a fitting representing a physical analog of an actual production fitting, the fitting being placed at one end of the adjustable length of flexible or jointed material; wherein the adjustable length of flexible or jointed material comprises segments forming a series of segments wherein the adjustable length of flexible or jointed material and fitting, form a prototype assembly; wherein the prototype assembly represents an analog of actual components and from which data can be extracted and communicated as specifications for the manufacture of actual materials or assemblies; characterized in that the segments include features integrated into the segments that allow for a controlled degree of rotation, but preventing twisting along their connection axis. an adjustable length of flexible or jointed material, with outside diameter and minimum bend radius characteristics of a particular type of hose, tube or flexible conduit; a fitting representing a physical analog of an actual production fitting, the fitting being placed at one end of the adjustable length of flexible or jointed material; wherein the adjustable length of flexible or jointed material comprises segments forming a series of segments wherein the adjustable length of flexible or jointed material and fitting, form a prototype assembly; wherein the prototype assembly represents an analog of actual components and from which data can be extracted and communicated as specifications for the manufacture of actual materials or assemblies; characterized in that the segments include features integrated into the segments that allow for a controlled degree of rotation, but preventing twisting along their connection axis.
A conjugate comprising: a first peptide having from about 10 to about 100 amino acids, wherein the peptide adopts a helical structure; a first polymer covalently linked to an amino acid residue of the peptide, other than the N-terminal and C-terminal amino acid residues, wherein the first polymer comprises polyethylene glycol; at least one second polymer covalently linked to the C-terminal amino acid residue of the peptide, wherein the second polymer comprises polyethylene glycol; and a hydrophobic moiety covalently linked to the N-terminus of the peptide, wherein the hydrophobic moiety comprises a third polymer or a lipid moiety. a first peptide having from about 10 to about 100 amino acids, wherein the peptide adopts a helical structure; a first polymer covalently linked to an amino acid residue of the peptide, other than the N-terminal and C-terminal amino acid residues, wherein the first polymer comprises polyethylene glycol; at least one second polymer covalently linked to the C-terminal amino acid residue of the peptide, wherein the second polymer comprises polyethylene glycol; and a hydrophobic moiety covalently linked to the N-terminus of the peptide, wherein the hydrophobic moiety comprises a third polymer or a lipid moiety.
An office soundproof compartment, wherein the compartment comprises a lower compartment body , comprising a seat , telescoping columns and a plurality of lower compartment plates ; the seat, the telescoping columns and the plurality of lower compartment plates are enclosed to form the lower compartment body with top opened and surrounding closed; an upper compartment body , comprising top plates and a plurality of upper compartment plates the top plates are connected to the telescoping columns and can move in synchronization with the telescoping columns and the top plates are maintained in extended or retracted state relative to the lower compartment body; one end of at least one of the upper compartment plates is connected to the lower compartment body, and the other end is detachably connected with the top plate when the top plate is in extended state; when the top plates are in extended state, the top plates, the telescoping columns and all the upper compartment plates are enclosed to form the upper compartment body with lower end opened and surrounding closed; the bottom of the upper compartment body is connected to the top of the lower compartment body; and after the upper compartment plates are separated from the upper compartment body, the top plates can move to the retracted state along with the telescoping columns; a compartment door , disposed on a sidewall of a same side of the upper compartment body and the lower compartment body for people to enter the compartment body. a lower compartment body , comprising a seat , telescoping columns and a plurality of lower compartment plates ; the seat, the telescoping columns and the plurality of lower compartment plates are enclosed to form the lower compartment body with top opened and surrounding closed; an upper compartment body , comprising top plates and a plurality of upper compartment plates the top plates are connected to the telescoping columns and can move in synchronization with the telescoping columns and the top plates are maintained in extended or retracted state relative to the lower compartment body; one end of at least one of the upper compartment plates is connected to the lower compartment body, and the other end is detachably connected with the top plate when the top plate is in extended state; when the top plates are in extended state, the top plates, the telescoping columns and all the upper compartment plates are enclosed to form the upper compartment body with lower end opened and surrounding closed; the bottom of the upper compartment body is connected to the top of the lower compartment body; and after the upper compartment plates are separated from the upper compartment body, the top plates can move to the retracted state along with the telescoping columns; a compartment door , disposed on a sidewall of a same side of the upper compartment body and the lower compartment body for people to enter the compartment body.
A dental multi-colored milling blank, comprising at least two layers having materials of different color which are adjacent and firmly connected to each other, wherein a transition zone is provided therebetween extending across at least one portion of their extent, in which transition zone both material of the first layer and material of the second layer is present, and at least one transition geometry of the layers three-dimensionally extending in said transition zone , characterized in that the transition geometry comprises curved surfaces to which the slopes adjoin, which slopes obliquely extending in both directions of extension , i.e. the X-direction and the Y-direction of the plane of extension of the layers, wherein base elements are provided on which the curved surfaces are formed, the base elements harmoniously merging into each other by overlaying the curved surfaces, the curved surfaces being formed on studs and wherein the slopes on the curved surfaces are less than 45 degrees.
A lithium secondary battery comprising: a positive electrode; a negative electrode; and a separator and an electrolyte interposed between the positive electrode and the negative electrode, wherein a gel polymer electrolyte is included between the negative electrode and the separator, and a liquid electrolyte is included between the positive electrode and the separator, wherein the gel polymer electrolyte comprises a polymer matrix impregnated with an electrolyte solution comprising an ether-based solvent and a lithium salt, and wherein the liquid electrolyte comprises a carbonate-based solvent and a lithium salt, and wherein the negative electrode comprises a lithium metal or lithium alloy. a positive electrode; a negative electrode; and a separator and an electrolyte interposed between the positive electrode and the negative electrode, wherein a gel polymer electrolyte is included between the negative electrode and the separator, and a liquid electrolyte is included between the positive electrode and the separator, wherein the gel polymer electrolyte comprises a polymer matrix impregnated with an electrolyte solution comprising an ether-based solvent and a lithium salt, and wherein the liquid electrolyte comprises a carbonate-based solvent and a lithium salt, and wherein the negative electrode comprises a lithium metal or lithium alloy.
An apparatus for scrambling a message, the apparatus comprising: a processor ; and a memory in communication with the processor , the memory containing instructions executable by the processor that are configured to cause the apparatus to: retrieve webpage data of at least one webpage ; perform a hash operation on the webpage data to generate hashed webpage data; generate at least one pseudo-random value based at least in part on the hashed webpage data; generate a scrambled message by performing a first logical operation on the at least one generated pseudo-random value and the message, the at least one webpage being automatically modifiable over time by a third party, the modification of the at least one webpage making the scrambled message an unrecoverable message; and cause the scrambled message to be transmitted. a processor ; and a memory in communication with the processor , the memory containing instructions executable by the processor that are configured to cause the apparatus to: retrieve webpage data of at least one webpage ; perform a hash operation on the webpage data to generate hashed webpage data; generate at least one pseudo-random value based at least in part on the hashed webpage data; generate a scrambled message by performing a first logical operation on the at least one generated pseudo-random value and the message, the at least one webpage being automatically modifiable over time by a third party, the modification of the at least one webpage making the scrambled message an unrecoverable message; and cause the scrambled message to be transmitted. retrieve webpage data of at least one webpage ; perform a hash operation on the webpage data to generate hashed webpage data; generate at least one pseudo-random value based at least in part on the hashed webpage data; generate a scrambled message by performing a first logical operation on the at least one generated pseudo-random value and the message, the at least one webpage being automatically modifiable over time by a third party, the modification of the at least one webpage making the scrambled message an unrecoverable message; and cause the scrambled message to be transmitted.
A method for generating an environment map for an automatically movable processing device , in particular for a cleaning robot, wherein a detection device of the processing device detects obstacles in the environment of the processing device and generates an environment map of the processing device based on detected obstacle data of the obstacles , wherein at least one additional sensor detects obstacles in the environment of the processing device , wherein the distance between the additional sensor and processing device is varied, and wherein the obstacle data detected by the additional sensor are combined with the obstacle data detected by the detection device of the processing device in the environment map, characterized in that a distance (a) between the detection device of the processing device and the additional sensor is measured wherein the distance (a) is measured from the additional sensor while the additional sensor is shifted from the location of the detection device to a desired position.