mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a positive electrode for a secondary battery, comprising: applying a first positive electrode slurry including a first positive electrode active material on a positive electrode current collector; forming a first positive electrode mixture layer by primarily rolling the positive electrode current collector applied with the first positive electrode slurry; applying a second positive electrode slurry including a second positive electrode active material on the above-formed first positive electrode mixture layer; and forming a second positive electrode mixture layer on which the first positive electrode mixture layer is laminated by secondarily rolling the first positive electrode mixture layer applied with the second positive electrode slurry, wherein each of the first positive electrode active material and the second positive electrode active material independently includes a lithium transition metal oxide, the elongation percentage of the first positive electrode mixture layer is 0.2 to 1.2 %, the average particle diameter (D 50) of the first positive electrode active material is 5 to 80 % of the average particle diameter (D 50) of the second positive electrode active material, and the average particle diameter (D 50) of the first positive electrode active material is 1 to 15 μm. applying a first positive electrode slurry including a first positive electrode active material on a positive electrode current collector; forming a first positive electrode mixture layer by primarily rolling the positive electrode current collector applied with the first positive electrode slurry; applying a second positive electrode slurry including a second positive electrode active material on the above-formed first positive electrode mixture layer; and forming a second positive electrode mixture layer on which the first positive electrode mixture layer is laminated by secondarily rolling the first positive electrode mixture layer applied with the second positive electrode slurry, wherein each of the first positive electrode active material and the second positive electrode active material independently includes a lithium transition metal oxide, the elongation percentage of the first positive electrode mixture layer is 0.2 to 1.2 %, the average particle diameter (D 50) of the first positive electrode active material is 5 to 80 % of the average particle diameter (D 50) of the second positive electrode active material, and the average particle diameter (D 50) of the first positive electrode active material is 1 to 15 μm.
Industrial truck having a load carriage which is disposed so as to be able to be lifted and lowered on a lifting rack and on which a fork carrier which is able to be tilted about a horizontal pivot axis is disposed, a load receiving means for receiving a load being disposed on said fork carrier, wherein a tilting cylinder installation by way of which the fork carrier is able to be tilted about the horizontal pivot axis is provided, characterized in that an intermediate piece which transmits the forces of the tilting cylinder installation to the tiltable fork carrier is disposed between the tilting cylinder installation and the fork carrier, wherein the intermediate piece for measuring the force of the forces acting on the tiltable fork carrier in the region of the tilting cylinder installation is provided with a sensor mechanism.
A method for producing a container from a thermoplastic, having at least one surround, provided in the container wall, for a container opening, wherein the surround comprises a structure behind which parts of the container wall extend and/or which is penetrated by said parts, wherein the method is carried out using a multi-part blow mold that has at least two mold parts, each having at least one cavity, which form a mold hollow, wherein the method comprises the following steps: - placing and fixing the surround in a cavity of a mold part, - provision of at least two warm and plastic preforms in the form of webs, - arrangement of the preforms between the opened mold parts of the blow mold, - pulling the preforms into the cavities the method being characterized by - pressing the preform that has been pulled into the cavity into the structure of the surround by means of a tool which is brought to bear on the preform on the side of the preform facing away from the cavity, wherein the pressing action is limited to the region of the preform which receives the surround. - placing and fixing the surround in a cavity of a mold part, - provision of at least two warm and plastic preforms in the form of webs, - arrangement of the preforms between the opened mold parts of the blow mold, - pulling the preforms into the cavities the method being characterized by - pressing the preform that has been pulled into the cavity into the structure of the surround by means of a tool which is brought to bear on the preform on the side of the preform facing away from the cavity, wherein the pressing action is limited to the region of the preform which receives the surround.
A container for sealed installation in a wall, which container is designed to accommodate a water dispenser, to store items placed and cleared away therein by the user or, as part of a water drain, to collect drain water, and which container comprises an opening accessible after installation in the wall and comprises an at least a two-part flexible seal (2, 4) surrounding the opening, said seal (2, 4) having a first surface section, which section is angled relative to the wall when installed and is tightly attached to a section of the wall of the container, which runs at an angle relative to the wall when installed, and a second surface section which is tightly connected to the first surface section and is designed to run plane-parallel to the wall and to sit tightly against the wall around the opening when the container is installed in the wall, wherein the seal (2, 4) consists of at least two assembled, fixedly joined parts (20, 21), a first part of which is present in the first surface section and a second part is present in the second surface section, characterised in that the first part of the seal has an oversize and is flexible to facilitate adjustment to different dimensions to be bridged in a direction perpendicular to the wall.
A catalytic article for treating an exhaust gas stream containing one or more of NOx, hydrocarbons, CO, SOx and ammonia from a combustion turbine, which catalytic article comprising: (a) a substrate having an inlet end and an outlet end defining an axial length, wherein the substrate is a honeycomb or a plate; (b) an oxidation layer comprising an oxidation catalyst comprising one or more noble metals, the oxidation layer being positioned on the substrate and covering the axial length of the substrate; and (c) an SCR layer comprising an SCR catalyst, the SCR layer being positioned on the oxidation layer and overlapping a portion of the oxidation layer, wherein the portion is less than 100% characterised in that the SCR layer comprises a first SCR catalyst and a second SCR catalyst, wherein the first SCR catalyst is different from the second SCR catalyst and the first SCR catalyst is located upstream of the second SCR catalyst. (a) a substrate having an inlet end and an outlet end defining an axial length, wherein the substrate is a honeycomb or a plate; (b) an oxidation layer comprising an oxidation catalyst comprising one or more noble metals, the oxidation layer being positioned on the substrate and covering the axial length of the substrate; and (c) an SCR layer comprising an SCR catalyst, the SCR layer being positioned on the oxidation layer and overlapping a portion of the oxidation layer, wherein the portion is less than 100%
A cable assembly comprising: an electrical wire having a terminal end that includes at least one exposed wire conductor (110, 310, 410); and a crimp contact having a centerline and first and second sidewalls (124, 126) that extend from the centerline in opposite directions, the centerline extending parallel to a longitudinal axis of the crimp contact, each of the first and second sidewalls having a base section (132, 142) and a leg section (134, 144), the leg section (134, 144) extending a lateral distance (135, 145) from the centerline to a longitudinal edge (164, 174) of the leg section, the base section (132, 142) extending a lateral distance (133, 143) from the centerline to a longitudinal edge (162, 172) of the base section, the lateral distance (135, 145) of the leg section (134, 144) being greater than the lateral distance (133, 143) of the base section (132, 142) for each of the first and second sidewalls (124, 126), the leg section of the first sidewall being located opposite the base section of the second sidewall, the leg section of the second sidewall being located opposite the base section of the first sidewall, wherein the first and second sidewalls (124, 126) surround and engage the at least one wire conductor (110, 310, 410), characterized in that the leg sections (134, 144) surround and engage at least one common wire conductor (110, 310, 410). an electrical wire having a terminal end that includes at least one exposed wire conductor (110, 310, 410); and a crimp contact having a centerline and first and second sidewalls (124, 126) that extend from the centerline in opposite directions, the centerline extending parallel to a longitudinal axis of the crimp contact, each of the first and second sidewalls having a base section (132, 142) and a leg section (134, 144), the leg section (134, 144) extending a lateral distance (135, 145) from the centerline to a longitudinal edge (164, 174) of the leg section, the base section (132, 142) extending a lateral distance (133, 143) from the centerline to a longitudinal edge (162, 172) of the base section, the lateral distance (135, 145) of the leg section (134, 144) being greater than the lateral distance (133, 143) of the base section (132, 142) for each of the first and second sidewalls (124, 126), the leg section of the first sidewall being located opposite the base section of the second sidewall, the leg section of the second sidewall being located opposite the base section of the first sidewall, wherein the first and second sidewalls (124, 126) surround and engage the at least one wire conductor (110, 310, 410),
A method comprising: storing in each of a plurality of p data fields of a first vector register portion, an element of a first data type, being a bin value; storing in each of a plurality of p data fields of a second vector register or memory vector portion, a corresponding element of a second data type, being a magnitude value; executing, in a processor, a SIMD instruction for vector packed histogram; by comparing each element of the first bin data type, in said plurality of p data fields of the first vector register portion, with a range specified by the SIMD instruction, the range being a single value; and for any elements of the first vector register portion in said range, adding a corresponding element of the second magnitude data type, from the second vector register or memory vector portion, into one of a plurality of q data fields of the second magnitude data type, of a destination vector register portion, selected according to a value modulo q of the corresponding element of the first bin data type to generate a histogram for the corresponding element of the first bin data type. storing in each of a plurality of p data fields of a first vector register portion, an element of a first data type, being a bin value; storing in each of a plurality of p data fields of a second vector register or memory vector portion, a corresponding element of a second data type, being a magnitude value; executing, in a processor, a SIMD instruction for vector packed histogram; by comparing each element of the first bin data type, in said plurality of p data fields of the first vector register portion, with a range specified by the SIMD instruction, the range being a single value; and for any elements of the first vector register portion in said range, adding a corresponding element of the second magnitude data type, from the second vector register or memory vector portion, into one of a plurality of q data fields of the second magnitude data type, of a destination vector register portion, selected according to a value modulo q of the corresponding element of the first bin data type to generate a histogram for the corresponding element of the first bin data type.
An ocular device for regulating intraocular fluid pressure comprising or consisting of a tubular body wherein the inner surface of the tubular body is at least partially, preferably completely, coated with covalently immobilized thiol-modified hyaluronic acid molecules which are linked with further thiol-modified HA molecules to form a HA hydrogel.
A method of fire suppression within storage silos for storing flammable materials, the method comprising: providing a storage silo and introducing a fire retardant gas into the storage silo which comprises a base, characterised in that the base comprises a plurality of gas inlet ports; and in that the gas is introduced into the storage silo via the inlet ports, wherein the fire retardant gas is introduced into the storage silo in accordance with a gas injection protocol in which only a portion of the inlet ports are in use at any one time. providing a storage silo and introducing a fire retardant gas into the storage silo which comprises a base, characterised in that the base comprises a plurality of gas inlet ports; and in that the gas is introduced into the storage silo via the inlet ports, wherein the fire retardant gas is introduced into the storage silo in accordance with a gas injection protocol in which only a portion of the inlet ports are in use at any one time.
An adrenergic receptor agonist selected from the group consisting of adrenaline and noradrenaline for use in the treatment and/or prophylaxis of bleeding in a human being, wherein the agonist is administered systemically by parenteral administration resulting in a systemic concentration of the agonist and wherein the dose of the agonist is in the range of 1 to 20 microgram/kg/hour and is administered continuously or the dose of the agonist is in the range of 1 to 10 microgram/kg and is administered as single or repeated bolus dose(s).
A connector housing comprising a connector body and a CPA device, the connector body being configured to interconnect with a corresponding mating connector body, comprising: a pair of longitudinal struts extending from the connector body parallel to a mating axis each defining an enclosed lateral slot; and a connector position assurance device interlocked within the lateral slots and moveable from an initial position to a final position along the mating axis after the connector body is coupled to the corresponding mating connector body, said CPA device having a lateral cross bar extending into each of the lateral slots thereby retaining the cross bar in the lateral slots, characterized in that the CPA device and the connector body are integrally formed so that they are one single piece, in that each lateral slot has two closed ends, in that each lateral slot extends through the longitudinal strut, in that the lateral cross bar extends through each of the lateral slots and defines retaining features outboard of each of the pair of longitudinal struts, and in that the retaining features are configured to prevent removal of the cross bar from the lateral slots. a pair of longitudinal struts extending from the connector body parallel to a mating axis each defining an enclosed lateral slot; and a connector position assurance device interlocked within the lateral slots and moveable from an initial position to a final position along the mating axis after the connector body is coupled to the corresponding mating connector body, said CPA device having a lateral cross bar extending into each of the lateral slots thereby retaining the cross bar in the lateral slots, characterized in that the CPA device and the connector body are integrally formed so that they are one single piece, in that each lateral slot has two closed ends, in that each lateral slot extends through the longitudinal strut, in that the lateral cross bar extends through each of the lateral slots and defines retaining features outboard of each of the pair of longitudinal struts, and in that the retaining features are configured to prevent removal of the cross bar from the lateral slots.
A method for synchronizing a non-symmetrical tonal pattern in a wireless alerting system, comprising: concurrently receiving at a plurality of alerting devices a beacon message that is wirelessly broadcast by a parent device of the alerting devices during each of a plurality of time slots defined by a communication protocol; synchronously generating at each of the plurality of alerting devices a synchronization pulse signal comprised of a plurality of synchronization pulses which are periodic in accordance with a predetermined synchronization pulse interval; receiving as part of the beacon message a cadence section indicator, CSI, that specifies a value indicating which of an alarm cadence to emit at the beginning of the next synchronization pulse; identifying in the beacon message one of a plurality of different alarm cadences which has been specified in the beacon message, each of the plurality of different alarm cadences having a non-symmetrical tonal pattern; using the value specified by the CSI in combination with the synchronization pulse signal to determine the portion of the identified alarm cadence to sound at each of the alerting devices so that the alarm cadence is synchronized among the plurality of the alerting devices. concurrently receiving at a plurality of alerting devices a beacon message that is wirelessly broadcast by a parent device of the alerting devices during each of a plurality of time slots defined by a communication protocol; synchronously generating at each of the plurality of alerting devices a synchronization pulse signal comprised of a plurality of synchronization pulses which are periodic in accordance with a predetermined synchronization pulse interval; receiving as part of the beacon message a cadence section indicator, CSI, that specifies a value indicating which of an alarm cadence to emit at the beginning of the next synchronization pulse; identifying in the beacon message one of a plurality of different alarm cadences which has been specified in the beacon message, each of the plurality of different alarm cadences having a non-symmetrical tonal pattern; using the value specified by the CSI in combination with the synchronization pulse signal to determine the portion of the identified alarm cadence to sound at each of the alerting devices so that the alarm cadence is synchronized among the plurality of the alerting devices.
Suspension assembly for a vehicle axle, in particular an agricultural vehicle or other similar vehicle suitable for off-road use, comprising a support structure for an axle, a housing element for a driveshaft, the said housing element being rotatably connected, about a transverse axis that is substantially perpendicular to a longitudinal axis of the vehicle, to a support element connected or connectable to a main chassis of the vehicle, said support structure being configured so as to be able to rotate relative to said support element about a rotational axis and is secured to the main chassis of the vehicle by a pair of hydraulic cylinders, wherein said support structure comprises a pair of main guides, which can be fixed to said main chassis and a rolling element which slides between the said pair of main guides, wherein said support structure further comprises a contact element, secured to said support structure and a pair of further guides, which can be fixed to said main chassis, said contact element being located between said pair of further guides and operatively connected to said pair of further guides so as to come into contact with one of said further guides following a rotation about the said rolling element, characterised in that said rolling element and said contact element are both disc-shaped.
Apparatus for treating an internal organ of a mammalian subject, said apparatus comprising: (a) a probe having a proximal end and a distal end adapted for insertion into the body of the subject, said probe including a carrier catheter defining a central axis, a lumen and a guide catheter slidably mounted within the lumen; (b) a balloon having a proximal end attached to said carrier catheter and having a distal end coupled to the guide catheter, said probe having an inflation conduit communicating with the interior of said balloon; (c) an ultrasonic transducer disposed on the guide catheter within the balloon; and (d) means for moving said distal end of said balloon relative to the proximal end of the balloon, whereby the balloon can be inflated by introducing a fluid through said inflation conduit and moving the guide catheter proximally relative to the carrier catheter and deflated by withdrawing the fluid through the inflation conduit and moving the guide catheter distally relative to the carrier catheter such that operation of said means for moving substantially collapses the balloon in radial directions transverse to the central axis to facilitate movement of the carrier catheter, the guide catheter, and the balloon in the proximal direction. (a) a probe having a proximal end and a distal end adapted for insertion into the body of the subject, said probe including a carrier catheter defining a central axis, a lumen and a guide catheter slidably mounted within the lumen; (b) a balloon having a proximal end attached to said carrier catheter and having a distal end coupled to the guide catheter, said probe having an inflation conduit communicating with the interior of said balloon; (c) an ultrasonic transducer disposed on the guide catheter within the balloon; and (d) means for moving said distal end of said balloon relative to the proximal end of the balloon, whereby the balloon can be inflated by introducing a fluid through said inflation conduit and moving the guide catheter proximally relative to the carrier catheter and deflated by withdrawing the fluid through the inflation conduit and moving the guide catheter distally relative to the carrier catheter such that operation of said means for moving substantially collapses the balloon in radial directions transverse to the central axis to facilitate movement of the carrier catheter, the guide catheter, and the balloon in the proximal direction.