mhurhangee/ep-ind-claims huggingface dataset:
A positioning system comprising: a local signal generator, configured to provide a local signal; a receiver configured to receive a signal from a remote source in a first direction which is a line-of-sight direction between the receiver and the remote source; a motion module configured to provide a measured or assumed movement of the receiver; a correlation unit configured to provide a correlation signal by correlating the local signal with the received signal; a motion compensation unit configured to provide a parameter or set of parameters for a first time for providing motion compensation of at least one of the local signal, the received signal, and the correlation signal based on the measured or assumed movement in the first direction to provide preferential gain for a signal received in the first direction in comparison with a signal received in a second direction which is not the line-of-sight direction from the remote source to the receiver; and a memory configured to store the parameter or set of parameters for the first time, wherein, for a second time, the motion compensation unit is configured to provide motion compensation of at least one of the local signal, the received signal and the correlation signal, based on the stored parameter or set of parameters. a local signal generator, configured to provide a local signal; a receiver configured to receive a signal from a remote source in a first direction which is a line-of-sight direction between the receiver and the remote source; a motion module configured to provide a measured or assumed movement of the receiver; a correlation unit configured to provide a correlation signal by correlating the local signal with the received signal; a motion compensation unit configured to provide a parameter or set of parameters for a first time for providing motion compensation of at least one of the local signal, the received signal, and the correlation signal based on the measured or assumed movement in the first direction to provide preferential gain for a signal received in the first direction in comparison with a signal received in a second direction which is not the line-of-sight direction from the remote source to the receiver; and a memory configured to store the parameter or set of parameters for the first time, wherein, for a second time, the motion compensation unit is configured to provide motion compensation of at least one of the local signal, the received signal and the correlation signal, based on the stored parameter or set of parameters.
Battery protection device for protecting a battery (1;41), said device comprising an electrical circuit arranged to generate or suppress a ripple current through said battery, wherein said electrical circuit comprises: - a ripple generator arranged to produce an electrical ripple current; - a first ripple injector (21;48) to be arranged on a positive power line to the battery, said first ripple injector being arranged to transfer said electrical ripple current to said positive power line; - a second ripple injector (22;49) to be arranged on a negative power line to the battery, said second ripple injector being arranged to transfer said electrical ripple current to said negative power line, wherein each of said first and second ripple injector is a transformer or a capacitor, said first and second injector being arranged to operate in a differential mode, e.g. opposite sign on injected current, characterised in that said protection device being arranged to operate in two primary functional modes, said functional modes being: - a pure ripple injector mode in which a ripple current is generated by said electric circuit and applied across said battery (1;41); - a ripple suppression mode in which unwanted incoming ripple currents coming into said battery (1;41) are measured, and a current with opposing sign is injected in said battery (1;41). - a ripple generator arranged to produce an electrical ripple current; - a first ripple injector (21;48) to be arranged on a positive power line to the battery, said first ripple injector being arranged to transfer said electrical ripple current to said positive power line; - a second ripple injector (22;49) to be arranged on a negative power line to the battery, said second ripple injector being arranged to transfer said electrical ripple current to said negative power line, - a pure ripple injector mode in which a ripple current is generated by said electric circuit and applied across said battery (1;41); - a ripple suppression mode in which unwanted incoming ripple currents coming into said battery (1;41) are measured, and a current with opposing sign is injected in said battery (1;41).
A pigment masterbatch, comprising a. 30-95 wt% of at least one pigment, b. 2-30 wt% of a compound A according to formula I, c. 1.0-10 wt% of a compound B according to formula C 2 H 4 (NHC R 3) 2, and d. 1.5-20 wt% of a compound C, which contains at least one polyethyleneglycol moiety and at least one fatty acid moiety coupled to the polyethyleneglycol moiety, e. 0-50 wt% of a polymeric compound D wherein R 1 is an alkyl group comprising 1-20 carbon atoms and Z is hydrogen or a group according to the formula C R 2, wherein R 2 is an alkyl group comprising 1-20 carbon atoms, and wherein R 3 is is a fatty acid moiety comprising 10-30 carbon atoms, and wherein the wt% are relative to the total weight of the pigment masterbatch. a. 30-95 wt% of at least one pigment, b. 2-30 wt% of a compound A according to formula I, c. 1.0-10 wt% of a compound B according to formula C 2 H 4 (NHC R 3) 2, and d. 1.5-20 wt% of a compound C, which contains at least one polyethyleneglycol moiety and at least one fatty acid moiety coupled to the polyethyleneglycol moiety, e. 0-50 wt% of a polymeric compound D
Writing implement comprising a writing body extending from an end having a writing tip integral with the writing body, and a removable cap covering the writing tip in a coupled position of the cap with the writing body, said cap having a bottom, a tubular wall extending along a central axis between a first end joining with the bottom and a second end defining an axial opening, said tubular wall having an inner surface on which protrusions are capable of holding the cap by engagement with the writing body in the coupled position, characterized in that said protrusions only extend close to the second end, so that the protrusions can engage with a portion of the writing body which is distant from the writing tip, by a contact which results on completion of fitting the cap and in that the inner surface of the cap has at least one groove arranged between two of said protrusions and extending to the second end of the tubular wall, said groove further extending longitudinally toward the bottom as far as an area remote from said protrusions.
A lifting bracket, the lifting bracket comprising a first leg portion and a second leg portion extending in an angle (β) of more than 90 degrees to the first leg portion, whereby the second leg portion comprises at least one element adapted for attachment of lifting gear, and the first leg portion comprises a central leg section forming a connection to the second leg portion and two opposite outer leg sections, where each of the outer leg sections comprise a clamping element adapted for engagement with an edge of a frame of a roof window extending opposite an outer side wall of the frame at an upper side wall of the frame, a locking element adapted for locking the clamping element and a hook member whereby the clamping element and the hook member are separate and are provided at opposite sides of each of the outer leg sections and the hook member is adapted for engagement with a frame groove in a lower wall of the frame.
A gun sight (10, 36) for use with a weapon, the gun sight comprising: an imaging system (14, 37) configured for rotation in elevation; a drive mechanism (16, 58) associated with the imaging system (14, 37) and configured to rotate the imaging system; a gyroscope (18, 56) associated with one of the weapon and the imaging system; a housing in which the imaging system is enclosed; and a processor communicatively coupled with the drive mechanism and the gyroscope and configured to control the drive mechanism to rotate the imaging system, in a manner that contemporaneously offsets rotation of the weapon to cause the imaging system to maintain a desired angular orientation based, at least in part, on information provided by the gyroscope when the weapon is being superelevated, wherein the housing is configured to rotate together with the weapon during superelevation, and wherein the imaging system is configured to rotate with respect to the housing. an imaging system (14, 37) configured for rotation in elevation; a drive mechanism (16, 58) associated with the imaging system (14, 37) and configured to rotate the imaging system; a gyroscope (18, 56) associated with one of the weapon and the imaging system; a housing in which the imaging system is enclosed; and a processor communicatively coupled with the drive mechanism and the gyroscope and configured to control the drive mechanism to rotate the imaging system, in a manner that contemporaneously offsets rotation of the weapon to cause the imaging system to maintain a desired angular orientation based, at least in part, on information provided by the gyroscope when the weapon is being superelevated, wherein the housing is configured to rotate together with the weapon during superelevation, and wherein the imaging system is configured to rotate with respect to the housing.
A manufacturing method comprising: a step A of adding a basic substance to a tobacco raw material; a step B of heating the tobacco raw material added with the basic substance and releasing an inhaling flavor component into a vapor phase from the tobacco raw material; a step C of collecting the inhaling flavor component released into the vapor phase in the step B; a step D of washing a tobacco residue being the tobacco raw material obtained after the inhaling flavor component is released in the step B, with a washing solvent, wherein before the step D, the particle size of the tobacco residue is larger than 1 mm; a step E of pulverizing or cutting the tobacco residue obtained after being washed in the step D, wherein the step E is a step of pulverizing the tobacco residue obtained after being washed in the step D to a particle size of 1 mm or less; and a step F of adding the inhaling flavor component collected in the step C to the tobacco residue obtained after being pulverized or cut in the step E. a step A of adding a basic substance to a tobacco raw material; a step B of heating the tobacco raw material added with the basic substance and releasing an inhaling flavor component into a vapor phase from the tobacco raw material; a step C of collecting the inhaling flavor component released into the vapor phase in the step B; a step D of washing a tobacco residue being the tobacco raw material obtained after the inhaling flavor component is released in the step B, with a washing solvent, wherein before the step D, the particle size of the tobacco residue is larger than 1 mm; a step E of pulverizing or cutting the tobacco residue obtained after being washed in the step D, wherein the step E is a step of pulverizing the tobacco residue obtained after being washed in the step D to a particle size of 1 mm or less; and a step F of adding the inhaling flavor component collected in the step C to the tobacco residue obtained after being pulverized or cut in the step E.
A cable channel module for receiving at least a portion of a cable harness, the cable channel module comprising a cable supporting section having a base; a first connector and a second connector disposed at opposite sides of the base; wherein the first and second connectors (14, 16) are respective first and second components of an articulated link (30; 14", 16") that is configured to be moveable about two axes of rotation; the cable supporting section further comprising at least one, preferably two, fixing points, wherein the at least one fixing point is configured to receive fixing means, with the fixing means being adapted to fix a relative position between two cable channel modules connected to one another via the articulated link (30; 14", 16"), wherein the at least one fixing point is formed in a support arranged at the cable supporting section characterized in that the cable supporting section comprises two side members projecting from the base at two further sides of the base, with the at least one support being arranged at one of the side members, wherein two supports are provided with a respective support being formed at the respective side member.
A shoe sole member composed of a foam, the foam composed of a polymer composition and having a surface composed of a non-foamed film at least partially having a thickness of 50 μm or more, the foam having a lateral surface constituting at least a part of an outer peripheral surface of the shoe sole and a bottom surface extending inward from a lower end of the lateral surface, and the lateral surface comprising the film continuously extending from the lateral surface to the bottom surface, wherein the foam has a rising portion projecting upward in an outer peripheral portion of the foam, and the rising portion has a height of 5 mm or more, and an outer surface on which the film is provided, and wherein the rising portion has an inner surface on which the film is provided, and the film on the inner surface has a smaller thickness than the film on the outer surface. the foam composed of a polymer composition and having a surface composed of a non-foamed film at least partially having a thickness of 50 μm or more, the foam having a lateral surface constituting at least a part of an outer peripheral surface of the shoe sole and a bottom surface extending inward from a lower end of the lateral surface, and the lateral surface comprising the film continuously extending from the lateral surface to the bottom surface, wherein the foam has a rising portion projecting upward in an outer peripheral portion of the foam, and the rising portion has a height of 5 mm or more, and an outer surface on which the film is provided, and wherein the rising portion has an inner surface on which the film is provided, and the film on the inner surface has a smaller thickness than the film on the outer surface.
Amounting structure for an in-vehicle power battery, comprising: an upper cover; a suspension tray hermetically connected with the upper cover, forming a sealed space for receiving the power battery; a bracket for supporting at least a peripheral bottom portion of the suspension tray, wherein the bracket is detachably fixed to a bottom surface of a body floor in a vehicle; and wherein the mounting structure further comprises a supporting beam formed on the bottom surface of the body floor surrounding the upper cover and the suspension tray, wherein the bracket is detachably connected to the supporting beam; characterized in that the bracket comprises four side frames connected in series which are fixedly connected with the bottom portion of the suspension tray, wherein the side frames are detachably connected with the supporting beam. an upper cover; a suspension tray hermetically connected with the upper cover, forming a sealed space for receiving the power battery; a bracket for supporting at least a peripheral bottom portion of the suspension tray, wherein the bracket is detachably fixed to a bottom surface of a body floor in a vehicle; and wherein the mounting structure further comprises a supporting beam formed on the bottom surface of the body floor surrounding the upper cover and the suspension tray, wherein the bracket is detachably connected to the supporting beam; characterized in that the bracket comprises four side frames connected in series which are fixedly connected with the bottom portion of the suspension tray, wherein the side frames are detachably connected with the supporting beam.
A curable resin, preferably formaldehyde-free, for the manufacture of mineral wool, comprising components a), b) and c), wherein: a) is a saccharide, b) is a polycarboxylic crosslinking agent, and c) is a polyvalent metal oxide. a) is a saccharide, b) is a polycarboxylic crosslinking agent, and c) is a polyvalent metal oxide.
A method for classifying electromagnetic signals, comprising the following steps: - receiving an electromagnetic signal; - generating a measurement signal from the received electromagnetic signal; - complementing the measurement signal with information missing in the measurement signal to provide a modified measurement signal by using at least one machine learning module, such that information about the signal is added to the measurement signal and/or missing parts of the measurement signal are added; and - classifying the received electromagnetic signal based on the modified measurement signal, wherein the at least one machine learning module comprises an artificial neural network system that is used to complement the measurement signal, wherein the neural network system is configured to complement the measurement signal by applying pattern recognition techniques to the measurement signal. - receiving an electromagnetic signal; - generating a measurement signal from the received electromagnetic signal; - complementing the measurement signal with information missing in the measurement signal to provide a modified measurement signal by using at least one machine learning module, such that information about the signal is added to the measurement signal and/or missing parts of the measurement signal are added; and - classifying the received electromagnetic signal based on the modified measurement signal,
A surface-enhanced Raman scattering unit (1A, 1B, 1C) comprising: a measurement board used upon measurement; a surface-enhanced Raman scattering element, secured to the measurement board, having a substrate and an optical function part, formed on the substrate, for generating surface-enhanced Raman scattering; and a pressing member (4; 4a), secured to the measurement board, having a ring-shaped contact part contacting with a peripheral part of the surface-enhanced Raman scattering element and pressing the surface-enhanced Raman scattering element toward the measurement board, and which is further formed into a ring when seen in the thickness direction of the substrate, so that: an inner side face of the contact part and the surface of the surface-enhanced Raman scattering element form a space on the surface-enhanced Raman scattering element, and upon measurement, a sample can be dropped or dispersed in the space so as to be arranged on the optical function part, when the pressing member (4,4a) presses the surface-enhanced Raman scattering element. a measurement board used upon measurement; a surface-enhanced Raman scattering element, secured to the measurement board, having a substrate and an optical function part, formed on the substrate, for generating surface-enhanced Raman scattering; and a pressing member (4; 4a), secured to the measurement board, having a ring-shaped contact part contacting with a peripheral part of the surface-enhanced Raman scattering element and pressing the surface-enhanced Raman scattering element toward the measurement board, and which is further formed into a ring when seen in the thickness direction of the substrate, so that: an inner side face of the contact part and the surface of the surface-enhanced Raman scattering element form a space on the surface-enhanced Raman scattering element, and upon measurement, a sample can be dropped or dispersed in the space so as to be arranged on the optical function part, when the pressing member (4,4a) presses the surface-enhanced Raman scattering element. an inner side face of the contact part and the surface of the surface-enhanced Raman scattering element form a space on the surface-enhanced Raman scattering element, and upon measurement, a sample can be dropped or dispersed in the space so as to be arranged on the optical function part, when the pressing member (4,4a) presses the surface-enhanced Raman scattering element.
A method for data exchange, the method comprising the following steps: (a) specifying, by an application from a publisher operating on a user equipment, a first data, the first data being stored on the user equipment, the first data comprising at least metadata indicating frequency and recency of communications of a user on the user equipment with other parties; (b) analyzing and aggregating, by the application from the publisher operating on the user equipment, the first data into at least one subset of the first data, in response to user applied criteria, wherein the subset of the first data is encrypted and different from the first data; (c) creating, by the application from the publisher operating on the user equipment, a rule set, the rule set being stored on the user equipment and governing access to the subset of the first data by a third party user equipment, wherein only the user equipment and the third party user equipment are supplied an encryption key by the publisher; and (d) uploading, by the application from the publisher operating on the user equipment, the subset of the first data with the rule set to a user selected server which is independently controlled and inacessible by the publisher, wherein the subset of the first data is accessible at the user selected server by the third party user equipment using the rule set; wherein step d) is carried out after steps b) and c). (a) specifying, by an application from a publisher operating on a user equipment, a first data, the first data being stored on the user equipment, the first data comprising at least metadata indicating frequency and recency of communications of a user on the user equipment with other parties; (b) analyzing and aggregating, by the application from the publisher operating on the user equipment, the first data into at least one subset of the first data, in response to user applied criteria, wherein the subset of the first data is encrypted and different from the first data; (c) creating, by the application from the publisher operating on the user equipment, a rule set, the rule set being stored on the user equipment and governing access to the subset of the first data by a third party user equipment, wherein only the user equipment and the third party user equipment are supplied an encryption key by the publisher; and (d) uploading, by the application from the publisher operating on the user equipment, the subset of the first data with the rule set to a user selected server which is independently controlled and inacessible by the publisher, wherein the subset of the first data is accessible at the user selected server by the third party user equipment using the rule set; wherein step d) is carried out after steps b) and c).