mhurhangee/ep-ind-claims huggingface dataset:
A steering control system for a commercial vehicle, the commercial vehicle comprising a braking system, the braking system being configured, based on a steering demand, to brake dissymetrically side wheels of the vehicle to steer the vehicle based on a resulting yaw moment, the steering control system comprising: - a sensor unit for detecting a braking request or a deceleration of the vehicle and for detecting a lateral offset and, based thereon, to generate a brake indication signal and the steering demand; - a control module configured to receive the brake indication signal and the steering demand and, if the steering demand is below a predetermined threshold value, to generate the steering signal if the brake indication signal indicates a braking request, and if the steering demand exceeds the predetermined threshold value, to generate the steering signal even if the brake indication signal is not present or indicates no braking request, and to provide the steering signal to the braking system to brake the vehicle dissymetrically and to thereby steer the vehicle. - a sensor unit for detecting a braking request or a deceleration of the vehicle and for detecting a lateral offset and, based thereon, to generate a brake indication signal and the steering demand; - a control module configured to receive the brake indication signal and the steering demand and, if the steering demand is below a predetermined threshold value, to generate the steering signal if the brake indication signal indicates a braking request, and if the steering demand exceeds the predetermined threshold value, to generate the steering signal even if the brake indication signal is not present or indicates no braking request, and to provide the steering signal to the braking system to brake the vehicle dissymetrically and to thereby steer the vehicle. if the steering demand is below a predetermined threshold value, to generate the steering signal if the brake indication signal indicates a braking request, and if the steering demand exceeds the predetermined threshold value, to generate the steering signal even if the brake indication signal is not present or indicates no braking request, and to provide the steering signal to the braking system to brake the vehicle dissymetrically and to thereby steer the vehicle.
A manufacturing apparatus of a sheet-like member of an absorbent article to manufacture the sheet-like member by joining a non-woven fabric to another member (4, 5a) of the absorbent article, the manufacturing apparatus comprising: a bulk restoring device that restores bulk of the non-woven fabric through heating the non-woven fabric by blowing hot wind onto the non-woven fabric while conveying the non-woven fabric along a conveying direction, the non-woven fabric being continuous in the conveying direction; and a joining device that joins the non-woven fabric whose bulk has been restored with the hot wind to the other member using an adhesive, the non-woven fabric being at a higher temperature than a temperature before being heated with the hot wind; wherein the bulk restoring device has a case member provided with an inlet (62ain, 62bin) for the non-woven fabric and an outlet (62aout, 62bout) for the non-woven fabric, one of an inlet-side portion and an outlet-side portion of the case member has a blast opening (63Na, 63Nb) that blasts the hot wind into a space (SP62a, SP62b) inside the case member toward another one of the inlet-side portion and the outlet-side portion, the blast opening being oriented such that the direction of the air blast is in the conveying direction, and the other one of the inlet-side portion and the outlet-side portion has a discharge port (62aout, 62bout) that discharges, from the case member, the hot wind that has flowed while being in contact with one surface of both surfaces of the non-woven fabric. a bulk restoring device that restores bulk of the non-woven fabric through heating the non-woven fabric by blowing hot wind onto the non-woven fabric while conveying the non-woven fabric along a conveying direction, the non-woven fabric being continuous in the conveying direction; and a joining device that joins the non-woven fabric whose bulk has been restored with the hot wind to the other member using an adhesive, the non-woven fabric being at a higher temperature than a temperature before being heated with the hot wind; wherein the bulk restoring device has a case member provided with an inlet (62ain, 62bin) for the non-woven fabric and an outlet (62aout, 62bout) for the non-woven fabric, one of an inlet-side portion and an outlet-side portion of the case member has a blast opening (63Na, 63Nb) that blasts the hot wind into a space (SP62a, SP62b) inside the case member toward another one of the inlet-side portion and the outlet-side portion, the blast opening being oriented such that the direction of the air blast is in the conveying direction, and the other one of the inlet-side portion and the outlet-side portion has a discharge port (62aout, 62bout) that discharges, from the case member, the hot wind that has flowed while being in contact with one surface of both surfaces of the non-woven fabric.
Flexible pipe body for transporting fluids from a sub-sea location, the flexible pipe body comprises: a carcass layer comprising adjacent interlocked annular elements each comprising a body portion that extends around an inner circumference of a bore region, wherein the annular elements comprise a plurality of independent hoop elements (1500, 1700) disposed in a side-by-side coaxial relationship along the bore region, the body portion of each hoop element being arranged to interlock adjacent hoop elements together characterised in that a channel region (301, 1201, 1501) is encapsulated by the body portion and provided within the body portion, wherein the body portion is defined by a first plate element and a further plate element, the first plate element and further plate element being disposed in a spaced apart and substantially parallel relationship at a centre region of each plate element and secured together at either side of the centre region to thereby define said channel region between the plate elements. a carcass layer comprising adjacent interlocked annular elements each comprising a body portion that extends around an inner circumference of a bore region, wherein the annular elements comprise a plurality of independent hoop elements (1500, 1700) disposed in a side-by-side coaxial relationship along the bore region, the body portion of each hoop element being arranged to interlock adjacent hoop elements together characterised in that a channel region (301, 1201, 1501) is encapsulated by the body portion and provided within the body portion, wherein the body portion is defined by a first plate element and a further plate element, the first plate element and further plate element being disposed in a spaced apart and substantially parallel relationship at a centre region of each plate element and secured together at either side of the centre region to thereby define said channel region between the plate elements.
Turning insert formed for chip-cutting metal machining of a workpiece that rotates in a direction of rotation at a first speed of rotation around a workpiece axis, the turning insert comprising a front surface, an envelope surface and a circular cutting edge located where the front surface meets the envelope surface, the cutting edge extending around the front surface and lying in a plane that forms an angle α with the envelope surface, a tool axis extending through the turning insert in a normal direction in respect of said plane, and the turning insert, during the chip-cutting metal machining, being formed to rotate around the tool axis at a second speed of rotation, characterized in that the envelope surface forms a chip surface and is arranged to meet chips formed in the chip-cutting metal machining, and that the chip surface comprises chip breaking means.
A method for not repudiable transparent ordering, replication and logging of operations involving personal data, the method comprising: - performing, by a user via a computing device, an operation using a data controller computing node, said data controller computing node having writing authorization on a first blockchain, the first blockchain being a permissive blockchain; and - storing, by the data controller computing node, personal information of the user in a storage system separate from the first blockchain; characterized in that the method further comprises: - anchoring, by the data controller computing node, a cryptographic proof of said operation in said first blockchain using a hashing algorithm that chains the operation to a previous operation performed by said user, the cryptographic proof being anchored together with a cryptographic string, the latter being a random string of a certain length. - performing, by a user via a computing device, an operation using a data controller computing node, said data controller computing node having writing authorization on a first blockchain, the first blockchain being a permissive blockchain; and - storing, by the data controller computing node, personal information of the user in a storage system separate from the first blockchain; - anchoring, by the data controller computing node, a cryptographic proof of said operation in said first blockchain using a hashing algorithm that chains the operation to a previous operation performed by said user, the cryptographic proof being anchored together with a cryptographic string, the latter being a random string of a certain length.
A lens structure system, comprising: a lens structure; a single amplifier including an input and an output; an oscillating wave source connected between a reference and the input of the single amplifier; a multi-segmented transducer coupled to the lens structure, comprising a plurality of segments (Sx); and per segment in the plurality of segments (Sx): a respective first conductor and a respective second conductor electrically coupled to the segment; and a respective crossbar switch (CS x) coupled: between the oscillating wave source via the output of the single amplifier and the respective first conductor; between the oscillating wave source and the respective second conductor; between a ground and the respective first conductor; and between the ground and the respective second conductor; and the respective crossbar switch (CS x) having a respective control signal input (CLx). a lens structure; a single amplifier including an input and an output; an oscillating wave source connected between a reference and the input of the single amplifier; a multi-segmented transducer coupled to the lens structure, comprising a plurality of segments (Sx); and per segment in the plurality of segments (Sx): a respective first conductor and a respective second conductor electrically coupled to the segment; and a respective crossbar switch (CS x) coupled: between the oscillating wave source via the output of the single amplifier and the respective first conductor; between the oscillating wave source and the respective second conductor; between a ground and the respective first conductor; and between the ground and the respective second conductor; and the respective crossbar switch (CS x) having a respective control signal input (CLx). a respective first conductor and a respective second conductor electrically coupled to the segment; and a respective crossbar switch (CS x) coupled: between the oscillating wave source via the output of the single amplifier and the respective first conductor; between the oscillating wave source and the respective second conductor; between a ground and the respective first conductor; and between the ground and the respective second conductor; and the respective crossbar switch (CS x) having a respective control signal input (CLx).
Method for recording an image using a digital microscope which comprises at least a motorized or encoded zoom system, an objective, an image sensor and an image processing unit, comprising the following steps: - ascertaining calibration data D ZRef of the zoom system with a reference objective and storing the calibration data D ZRef in an internal memory of the zoom system, wherein the calibration data D ZRef of the zoom system comprise a zoom table with values of a corrected zoom value; - ascertaining calibration data D ORef of the objective with a reference zoom system and storing the calibration data D ORef in an internal memory of the objective, wherein the calibration data D ORef of the objective comprise magnification correction coefficients; - reading the internal memories of the zoom system and of the objective and applying a digital-optical correction of an image captured by an image sensor with the calibration data D ZRef and D ORef. - ascertaining calibration data D ZRef of the zoom system with a reference objective and storing the calibration data D ZRef in an internal memory of the zoom system, wherein the calibration data D ZRef of the zoom system comprise a zoom table with values of a corrected zoom value; - ascertaining calibration data D ORef of the objective with a reference zoom system and storing the calibration data D ORef in an internal memory of the objective, wherein the calibration data D ORef of the objective comprise magnification correction coefficients; - reading the internal memories of the zoom system and of the objective and applying a digital-optical correction of an image captured by an image sensor with the calibration data D ZRef and D ORef.
A method of assembling a crankshaft and a crank member (3, 4), comprising the steps of supplying a crankshaft including a crankpin which extends between crank arms, wherein the crankshaft has a crankshaft axis and the crankpin has a crankpin axis, supplying two halves of a crank member (3, 4), which are fixed to each other about the crankpin such that in assembled condition the crank member (3, 4) is rotatable about the crankpin and comprises a bearing portion (12, 17) having an outer circumferential wall for bearing a big end of a connecting rod and an external crank member gear (8, 9, 14, 15) for driving the crank member (3, 4) about the crankpin, wherein the halves are fitted to each other about the crankpin, hence creating two contact faces (18, 19) at opposite sides of the crankpin and extending between opposite axial outer sides of the crank member (3, 4), after which both halves are fixed to each other in circumferential direction by means of applying at least a fixation at a fixing place located remote from the bearing portion (12, 17) and the toothed surface of the crank member gear (8, 9, 14, 15), wherein the fixing place is located at an axial outer side of the crank member (3, 4) at at least one contact face (18, 19), wherein the applied fixation comprises inserting an I-shaped locking member into recesses which are present in the halves at the fixing place, wherein the recesses form a common recess into which the locking member is inserted in axial direction of the crankshaft.
Use of a (meth)acrylate-based reactive resin for producing long-life road markings or floor coverings, characterized in that the reactive resin comprises at least one crosslinking agent, monomers, polymers, and at least one impact modifier, and in that the reactive resin has the following ingredients: from 0.5% by weight to 30% by weight of crosslinking agent, from 20% by weight to 85% by weight of monomers, from 0% by weight to 20% by weight of urethane (meth)acrylates, from 3% by weight to 40% by weight of prepolymers, from 0% by weight to 5% by weight of accelerator, from 1% by weight to 25% by weight of core-shell particles, and optionally other auxiliaries. from 0.5% by weight to 30% by weight of crosslinking agent, from 20% by weight to 85% by weight of monomers, from 0% by weight to 20% by weight of urethane (meth)acrylates, from 3% by weight to 40% by weight of prepolymers, from 0% by weight to 5% by weight of accelerator, from 1% by weight to 25% by weight of core-shell particles, and optionally other auxiliaries.
A yoga towel and mat system, said system comprising: a yoga mat comprising: a mat substrate having a top surface, bottom surface and perimeter sides, and a metal or magnet permanently fixed to the mat proximate at least one of the top surface and perimeter sides, and a yoga towel comprising: a fabric towel; and a towel metallic member being ferromagnetic or magnetized, physically joined to the fabric towel, the towel metallic member being complementarily ferromagnetic or magnetized to be attached to the metal or magnet permanently fixed to the yoga mat, wherein the fabric towel is held in place on the yoga mat due to the magnetic attraction between the towel metallic member and the metal or the magnet attached to the yoga mat, wherein a perimeter of the towel is folded back on itself, forming a pocket and the towel metallic member is disposed therein a yoga mat comprising: a mat substrate having a top surface, bottom surface and perimeter sides, and a metal or magnet permanently fixed to the mat proximate at least one of the top surface and perimeter sides, and a mat substrate having a top surface, bottom surface and perimeter sides, and a metal or magnet permanently fixed to the mat proximate at least one of the top surface and perimeter sides, and a yoga towel comprising: a fabric towel; and a towel metallic member being ferromagnetic or magnetized, physically joined to the fabric towel, the towel metallic member being complementarily ferromagnetic or magnetized to be attached to the metal or magnet permanently fixed to the yoga mat, wherein the fabric towel is held in place on the yoga mat due to the magnetic attraction between the towel metallic member and the metal or the magnet attached to the yoga mat, wherein a perimeter of the towel is folded back on itself, forming a pocket and the towel metallic member is disposed therein a fabric towel; and a towel metallic member being ferromagnetic or magnetized, physically joined to the fabric towel, the towel metallic member being complementarily ferromagnetic or magnetized to be attached to the metal or magnet permanently fixed to the yoga mat, wherein the fabric towel is held in place on the yoga mat due to the magnetic attraction between the towel metallic member and the metal or the magnet attached to the yoga mat, wherein a perimeter of the towel is folded back on itself, forming a pocket and the towel metallic member is disposed therein
A method for manufacturing a lithium metal secondary battery comprising a lithium metal electrode as a negative electrode, the lithium metal electrode having a protective layer formed thereon which prevents chemical reaction between the lithium metal electrode and the battery's electrolyte, the protective layer comprising (i) an organic material comprising a fluorinated organic copolymer of a vinylidene fluoride-derived monomer with a hexafluoroproyplene-derived monomer, trifluoroethylene-derived monomer, tetrafluoroethylene-derived monomer or a combination thereof, and/or (ii) an inorganic material comprising lithium fluoride (LiF), carbon, alumina (Al 2 O 3), BaTiO 3, lithium lanthanum titanate (LLTO), lithium lanthanum zirconium oxide (LLZO), lithium super ionic conductor (LISICON), lithium aluminum titanium phosphate (LATP), lithium aluminum germanium phosphate (LAGP) or a combination thereof, the method comprising discharging the lithium metal secondary battery before its initial charge during an activation step of the lithium metal secondary battery so that stripping occurs on the surface of the lithium metal electrode whilst maintaining the protective layer.
A foaming composition comprising: a powdered protein-free soluble composition comprising carbohydrate particles having a plurality of internal voids containing entrapped pressurized gas, said foaming composition comprising less than 1% protein by weight, wherein said soluble composition further comprises a non-protein surfactant, and wherein the carbohydrate is selected from the group consisting of a sugar, polyhydric alcohol, sugar alcohol, oligosaccharide, polysaccharide, starch hydrolysis product, gum, soluble fiber, modified starch, modified cellulose, and mixture thereof. a powdered protein-free soluble composition comprising carbohydrate particles having a plurality of internal voids containing entrapped pressurized gas, said foaming composition comprising less than 1% protein by weight, wherein said soluble composition further comprises a non-protein surfactant, and wherein the carbohydrate is selected from the group consisting of a sugar, polyhydric alcohol, sugar alcohol, oligosaccharide, polysaccharide, starch hydrolysis product, gum, soluble fiber, modified starch, modified cellulose, and mixture thereof.
A method performed by a receiving device which collects measurement information such as for instance MDT measurement information, the method comprising: (a) receiving a data transmission which may have discontinuities within; (b) receiving a time information; and (c) determining a quality of service, QoS, measurement based on the data transmission and the received time information, characterized in that the time information indicates when the data was made available to communication protocols for transmission of a transmitter that transmitted the data by indicating the time, at which the data was input to a transmitter buffer before the transmission began, as a beginning of a time period, wherein the time information further indicates the time, when the data was emptied from the transmitter buffer, as an end of the time period. (a) receiving a data transmission which may have discontinuities within; (b) receiving a time information; and (c) determining a quality of service, QoS, measurement based on the data transmission and the received time information, characterized in that
A method of producing a laminated electrical component incorporating a polymeric electrolyte layer and an electrode material layer comprises steps of: (i) producing a gellable mixture comprising polyvinylidene fluoride (PVdF) and an aprotic organic liquid, the liquid not being a solvent for said polymer at a first temperature of 20°C but being a solvent for said polymer at some higher temperature; (ii) forming the mixture as an elongate tape of desired width and depth; and characterised in that said method comprises, (iii) contacting the tape from step (ii) with an electrode material at a temperature at which the tape, at least at the contact surface, is in the liquid phase; and (iv) simultaneously or sequentially with step (iii) compressing the electrode material and mixture whereby an elongated laminated composite is formed. (i) producing a gellable mixture comprising polyvinylidene fluoride (PVdF) and an aprotic organic liquid, the liquid not being a solvent for said polymer at a first temperature of 20°C but being a solvent for said polymer at some higher temperature; (ii) forming the mixture as an elongate tape of desired width and depth; and characterised in that said method comprises, (iii) contacting the tape from step (ii) with an electrode material at a temperature at which the tape, at least at the contact surface, is in the liquid phase; and (iv) simultaneously or sequentially with step (iii) compressing the electrode material and mixture whereby an elongated laminated composite is formed.