mhurhangee/ep-ind-claims huggingface dataset:
A method for generating a surface structure in at least a part of a surface of a thermoplastic component during an injection molding process, characterized by the following steps: forming, using a pulsed laser, a negative surface structure to the surface structure to be generated of the plastic component in a surface of an insert for a tool for producing the plastic component in the injection molding process; and molding the plastic component using the insert and at the same time forming the surface structure on the surface of the plastic component, which structure comprises multiple structure types each arranged in a straight line in such a way that the structure types rub off during use of the plastic component and form a lubricant film on the surface of the plastic component; wherein a distance (a) between two adjacent straight lines of the structure types is in the range of 10 μm to 1 mm in at least a part of the surface of the injection-molded plastic component; a width of the structure types arranged in the straight line is in the range of 10 μm to 1 mm in at least a part of the surface of the injection-molded plastic component; and a height or depth of the structure types arranged in the straight line is in the range of 1 μm to 100 μm in at least a part of the surface of the injection-molded plastic component. forming, using a pulsed laser, a negative surface structure to the surface structure to be generated of the plastic component in a surface of an insert for a tool for producing the plastic component in the injection molding process; and molding the plastic component using the insert and at the same time forming the surface structure on the surface of the plastic component, which structure comprises multiple structure types each arranged in a straight line in such a way that the structure types rub off during use of the plastic component and form a lubricant film on the surface of the plastic component; wherein a distance (a) between two adjacent straight lines of the structure types is in the range of 10 μm to 1 mm in at least a part of the surface of the injection-molded plastic component; a width of the structure types arranged in the straight line is in the range of 10 μm to 1 mm in at least a part of the surface of the injection-molded plastic component; and a height or depth of the structure types arranged in the straight line is in the range of 1 μm to 100 μm in at least a part of the surface of the injection-molded plastic component. a distance (a) between two adjacent straight lines of the structure types is in the range of 10 μm to 1 mm in at least a part of the surface of the injection-molded plastic component; a width of the structure types arranged in the straight line is in the range of 10 μm to 1 mm in at least a part of the surface of the injection-molded plastic component; and a height or depth of the structure types arranged in the straight line is in the range of 1 μm to 100 μm in at least a part of the surface of the injection-molded plastic component.
A fluid filtration medium comprising: a population of autogenously bonded spunbond microfibers that present molecular orientation within the fibers, the population of autogenously bonded spunbond fibers having a population median diameter of at least 1 μm; and a population of sub-micrometer meltblown fibers having a population median diameter less than one micrometer (μm) intermixed with the spunbond microfibers, wherein at least one of the population of sub-micrometer fibers and the population of microfibers comprises polymeric fibers comprising polypropylene, polyethylene, polyester, polyethylene terephthalate, polybutylene terephthalate, polyamide, polyurethane, polybutene, polylactic acid, polyvinyl alcohol, polyphenylene sulfide, polysulfone, fluid crystalline polymer, polyethylene-co-vinylacetate, polyacrylonitrile, cyclic polyolefin, polyoxymethylene, polyolefinic thermoplastic elastomers, or a combination thereof. a population of autogenously bonded spunbond microfibers that present molecular orientation within the fibers, the population of autogenously bonded spunbond fibers having a population median diameter of at least 1 μm; and a population of sub-micrometer meltblown fibers having a population median diameter less than one micrometer (μm) intermixed with the spunbond microfibers,
A system for conveying objects along a transport direction, comprising a base which forms a plurality of mechanical interfaces arranged substantially next to each other transversely to the transport direction, and a plurality of transport units each forming one single track, wherein each of the transport units includes a mechanical interface corresponding to at least one of the mechanical interfaces of the base and being adapted such that the transport units can be mechanically connected to the base and all of the transport units can be completely detached from the base separately from each other characterized in that the transport units are provided in at least two different widths, i.e. a narrower type and a wider type, and that at least one of the mechanical interfaces of the base is configured and adapted to be alternately connected to a corresponding mechanical interface of the narrower type or a corresponding mechanical interface of the wider type such that the system can be modified with regard to the number and/or width of the tracks.
Pump dispenser for discharging a fluid from a fluid reservoir, comprising: a pump body extending between a first and a second cylindrical end; a pump body orifice located in said first end of said pump body; a piston slidably mounted in said pump body; a base supporting said pump body relative to the fluid reservoir; a trigger extending a between a first portion and a second portion; a base pivot pivotably mounting said trigger relative to said base; a first and a second cam (55A, 55B) defined in said first portion of said trigger; a linkage engaging with said piston; a first and a second cam follower (61, 62) located on said linkage for coupling with said first and second cams (55A, 55B) defined in said first portion of said trigger enabling a pivoting movement of said second portion trigger to move linearly said piston to spray fluid from said pump body orifice; said first cam follower having a first lower cam follower and a first upper cam follower; said second cam follower having a second lower cam follower and a second upper cam follower; said first lower cam follower and said first upper cam follower engaging with said first cam in different orientations between an unattended trigger position and a fully depressed trigger position; and said second lower cam follower and said second upper cam follower engaging with said second cam in different orientations between an unattended trigger position and a fully depressed trigger position. a pump body extending between a first and a second cylindrical end; a pump body orifice located in said first end of said pump body; a piston slidably mounted in said pump body; a base supporting said pump body relative to the fluid reservoir; a trigger extending a between a first portion and a second portion; a base pivot pivotably mounting said trigger relative to said base; a first and a second cam (55A, 55B) defined in said first portion of said trigger; a linkage engaging with said piston; a first and a second cam follower (61, 62) located on said linkage for coupling with said first and second cams (55A, 55B) defined in said first portion of said trigger enabling a pivoting movement of said second portion trigger to move linearly said piston to spray fluid from said pump body orifice; said first cam follower having a first lower cam follower and a first upper cam follower; said second cam follower having a second lower cam follower and a second upper cam follower; said first lower cam follower and said first upper cam follower engaging with said first cam in different orientations between an unattended trigger position and a fully depressed trigger position; and said second lower cam follower and said second upper cam follower engaging with said second cam in different orientations between an unattended trigger position and a fully depressed trigger position.
A method, comprising: performing, by one or more computing devices: implementing a set of programmatic interfaces enabling a client of a data stream management service to select, for a specified stream, a placement option for one or more functional categories of nodes of the stream management service, wherein the stream management service utilizes nodes of a plurality of functional categories including at least (a) data ingestion nodes and (b) data processing nodes; receiving, via a programmatic interface of the set of programmatic interfaces, a request comprising a placement option selected for a particular stream, in accordance with which nodes of a first functional category are to be configured using resources with a first security profile, and nodes of a second functional category are to be configured using resources with a different security profile; initiating a configuration of one or more nodes of the first functional category at a first selected resource with the first security profile; and initiating a configuration of one or more nodes of the second functional category at a second selected resource with the different security profile. implementing a set of programmatic interfaces enabling a client of a data stream management service to select, for a specified stream, a placement option for one or more functional categories of nodes of the stream management service, wherein the stream management service utilizes nodes of a plurality of functional categories including at least (a) data ingestion nodes and (b) data processing nodes; receiving, via a programmatic interface of the set of programmatic interfaces, a request comprising a placement option selected for a particular stream, in accordance with which nodes of a first functional category are to be configured using resources with a first security profile, and nodes of a second functional category are to be configured using resources with a different security profile; initiating a configuration of one or more nodes of the first functional category at a first selected resource with the first security profile; and initiating a configuration of one or more nodes of the second functional category at a second selected resource with the different security profile.
Use of at least a compound of general formula: [R-N-(CH 2 -COOH) n] x R being an aliphatic or aromatic hydrocarbon chain, n = 2 or 3 and x = 1 or 2, as an additive for a cementitious composition for forming mortars or concretes, wherein said cementitious composition comprises latent hydraulic or pozzolanic materials and wherein the tendency of mortars or concretes to react with alkali and the deformation by expansion resulting therefrom are reduced.
Method for equalizing states of charge of individual batteries of a battery system, wherein the individual batteries are connected to a CAN bus, and the battery system has a master controller, which is associated with one of the individual batteries, comprising the steps of: • detecting a switch-off signal of a superordinate controller with the aid of the master controller, • detecting the states of charge of the individual batteries with the aid of the master controller, • determining a predetermined state of charge, which is equal for all batteries, depending on an overall state of charge of the battery system and a number of the individual batteries connected to the CAN bus with the aid of the master controller, • determining a respective equalizing current for each individual battery depending on the predetermined state of charge and the state of charge of the individual battery, • determining an overall current of the equalizing currents, and • equalizing the states of charge of the individual batteries with the aid of the respective equalizing currents when the overall current has a value less than 5 A. • detecting a switch-off signal of a superordinate controller with the aid of the master controller, • detecting the states of charge of the individual batteries with the aid of the master controller, • determining a predetermined state of charge, which is equal for all batteries, depending on an overall state of charge of the battery system and a number of the individual batteries connected to the CAN bus with the aid of the master controller, • determining a respective equalizing current for each individual battery depending on the predetermined state of charge and the state of charge of the individual battery, • determining an overall current of the equalizing currents, and • equalizing the states of charge of the individual batteries with the aid of the respective equalizing currents when the overall current has a value less than 5 A.
A dentifrice comprising the following components, and: 0.1 to 10% by mass of a thickening silica having an oil absorption of 150 to 500 mL/100 g, 0.1 to 8% by mass of heavy calcium carbonate, and 40 to 70% by mass of water, wherein the mass ratio (B:A) of the component and the component is 2:1 to 0.5:99. 5, and components and are dispersed in and form a gel. 0.1 to 10% by mass of a thickening silica having an oil absorption of 150 to 500 mL/100 g, 0.1 to 8% by mass of heavy calcium carbonate, and 40 to 70% by mass of water,
A cutting element for use in a hair cutting device, the cutting element comprising: an optical waveguide having a sidewall which is substantially parallel to the longitudinal axis of the optical waveguide, wherein a portion of the sidewall forms a cutting face for contacting hair, wherein the cutting face has a structure comprising a plurality of indentations configured to allow light to couple out through the sidewall to increase the amount of light able to couple to hair.
A method for ensuring the data integrity of software for a control unit of a motor vehicle, wherein software influencing the mode of operation of the control unit can be stored in a memory of the control unit, characterised by the steps of: providing a pair of keys for encrypting and decrypting electronic data, storing a first key in a, or for a, control unit in the motor vehicle, signing software to be imported with the second key, importing the signed software in the memory of the control unit, checking the signature of the software by means of the key stored in, or for, the control unit and accepting the imported software when checking proceeds with a positive result, and characterised in that at least one piece of information specific to the vehicle of a vehicle containing the control unit is added to the software, the software, together with the at least one piece of information specific to the vehicle, is signed, in that, in addition to checking the signature of the software, the information specific to the vehicle is also checked, in that the software is only accepted in the control unit when the information specific to the vehicle of the software agrees with that of the vehicle, and in that the signature depends on the information specific to the vehicle contained in the software. providing a pair of keys for encrypting and decrypting electronic data, storing a first key in a, or for a, control unit in the motor vehicle, signing software to be imported with the second key, importing the signed software in the memory of the control unit, checking the signature of the software by means of the key stored in, or for, the control unit and accepting the imported software when checking proceeds with a positive result, and characterised in that at least one piece of information specific to the vehicle of a vehicle containing the control unit is added to the software, the software, together with the at least one piece of information specific to the vehicle, is signed, in that, in addition to checking the signature of the software, the information specific to the vehicle is also checked, in that the software is only accepted in the control unit when the information specific to the vehicle of the software agrees with that of the vehicle, and in that the signature depends on the information specific to the vehicle contained in the software.
A positive electrode active material for lithium battery, containing a spinel type (Fd3-m) lithium transition metal oxide represented by general formula Li(Li x Mg y Al z Mn 2-x-y-z)O 4-δ with 0.01 ≦x≦0.08, 0.02≦y≦0.07, 0.06≦z≦0.14 and 0≦δ, and a boron compound, the boron compound being selected from the group consisting of boric acid, lithium metaborate (LiBO 2), lithium tetraborate (Li 2 B 4 O 7), lithium pentaborate (LiB 5 O 8) and lithium perborate (Li 2 B 2 O 5), and the amount of the boron compound being 0.3 percent in mass or less, the spinel type (Fd3-m) lithium transition metal oxide having an inter-atomic distance Li-O of 1.978 Å to 2.006 Å as measured by the Rietveld method using the fundamental method, and the amount of magnetic substance measured for the positive electrode active material for lithium battery by the measurement method described below being 600 ppb or less, whereby the amount of magnetic substance is measured by the method of using a 500 cc lidded resinous container, adding 500 cc of ion-exchanged water and one cylindrical stirring bar-type magnet covered with tetrafluoroethylene, which is a magnet which range of magnetic force falls within 100 mT to 150 mT when the magnetic force is measured using TESLA METER Model TM-601 by KANETEC, to 100 g of positive electrode active substance material in powder form, which is placed on a ball mill rotating stage, rotating to produce a slurry, taking the magnet out, immersing it in ion-exchanged waterany eliminating the excess powder attached to the magnet with an ultrasound cleaner, taking the magnet out, immersing it in aqua regia, heating at 80°C for 30 minutes in aqua regia to dissolve magnetic substances, analyzing aqua regia in which magnetic substance has dissolved for the amounts of iron, nickel, chromium and zinc with ICP Atomic Emission Spectrometer, taking the total amounts thereof as the amount of magnetic substance, and calculating the amount of magnetic substance per weight of positive electrode active substance material.
A method, executed in a computer system, for identifying when a condition of a communication with a component is satisfied, the method comprising: providing a specification that specifies at least a portion of a communication protocol which is implemented by the component and indicates within the specified portion of the communication protocol when the condition is satisfied; wherein the condition would expose a vulnerability of the component; and wherein the specification is independent of any exploitation of the vulnerability; receiving a communication for the component; before the received communication is processed by the component, determining whether the received communication would satisfy the condition as specified by the provided specification; and modelling the communication protocol used by the component so that conditions exposing vulnerabilities are detected and prevented; wherein the component handles multiple sessions and the determining is based only on communications of one session. providing a specification that specifies at least a portion of a communication protocol which is implemented by the component and indicates within the specified portion of the communication protocol when the condition is satisfied; wherein the condition would expose a vulnerability of the component; and wherein the specification is independent of any exploitation of the vulnerability; receiving a communication for the component; before the received communication is processed by the component, determining whether the received communication would satisfy the condition as specified by the provided specification; and modelling the communication protocol used by the component so that conditions exposing vulnerabilities are detected and prevented; wherein the component handles multiple sessions and the determining is based only on communications of one session.
A washing control method of a washing machine including a water tub, a rotary drum mounted in the water tub to receive laundry, and a circulation unit to supply water from the water tub into the rotary drum, the washing control method comprising the steps of: detecting an amount of a load according to a weight of the laundry; supplying an amount of water set according to the detected amount of the load into the water tub; supplying the water in the water tub into the rotary drum through the circulation unit to wet the laundry; characterized in that the method further comprises the steps of: separating the water, absorbed in the laundry, from the laundry by rotating the rotary drum; and heating the separated water and resupplying the heated water into the rotary drum through the circulation unit. detecting an amount of a load according to a weight of the laundry; supplying an amount of water set according to the detected amount of the load into the water tub; supplying the water in the water tub into the rotary drum through the circulation unit to wet the laundry; characterized in that the method further comprises the steps of: separating the water, absorbed in the laundry, from the laundry by rotating the rotary drum; and heating the separated water and resupplying the heated water into the rotary drum through the circulation unit. separating the water, absorbed in the laundry, from the laundry by rotating the rotary drum; and heating the separated water and resupplying the heated water into the rotary drum through the circulation unit.
A method of making a colored multifilament ultrahigh molecular weight polyolefin yarn, the method comprising the steps of: feeding at least one substantially untwisted multifilament ultrahigh molecular weight polyolefin yarn; coating said substantially untwisted multifilament yarn with a coating composition comprising a solvent and a colorant in a thermoplastic resin carrier, said thermoplastic resin having a lower melting point than the filaments of said multifilament yarn, with said coating composition being adhered to the filaments of said multifilament yarn; and heating the multifilament yarn while stretching the yarn without fusing of the filaments of the multifilament yarn; whereby a colored multifilament yarn is formed having improved color-fastness. feeding at least one substantially untwisted multifilament ultrahigh molecular weight polyolefin yarn; coating said substantially untwisted multifilament yarn with a coating composition comprising a solvent and a colorant in a thermoplastic resin carrier, said thermoplastic resin having a lower melting point than the filaments of said multifilament yarn, with said coating composition being adhered to the filaments of said multifilament yarn; and heating the multifilament yarn while stretching the yarn without fusing of the filaments of the multifilament yarn; whereby a colored multifilament yarn is formed having improved color-fastness.
An optical fiber comprising a core of a refractive index n 1, an inner cladding, surrounding an outer circumferential surface of the core without a gap, an outer cladding, directly covering an outer circumferential surface of the inner cladding, and a cover layer covering the outer cladding, wherein the inner cladding is of a refractive index n 2 being lower than the refractive index n 1 of the core, and a refractive index of the outer cladding is lower than the refractive index n 2 of the inner cladding, the optical fiber being for use in a laser device and capable of propagating light having a wavelength of 1060 nm through the core in at least an LP01 mode and an LP11 mode, wherein a difference between a propagation constant of light in the LP01 mode and a propagation constant of light in the LP11 mode is 1850 rad/m or more and 4000 rad/m or less, a refractive index profile of the core with respect to the inner cladding is stepwise, the core has a diameter of 18 μm or more and 28.5 μm or less, and a relative refractive index difference Δn of the core with respect to the inner cladding, being (n 1 2 -n 2 2)/(2n 1 2), is 0.1% or more and 0.2% or less.