mhurhangee/ep-ind-claims huggingface dataset:
A nickel-based active material for a lithium secondary battery, the nickel-based active material comprising a secondary particle that comprises an agglomerate of at least two plate primary particles, wherein at least a part of the secondary particle has a structure in which the plate primary particles are arranged radially, and an exterior portion of the secondary particle has a porosity greater than that of an interior portion of the secondary particle; wherein a porosity of the exterior portion of the secondary particle is in a range of 5% to 30%; and wherein the exterior portion of the secondary particle is a region of about 40 length% from a surface of the secondary particle based on the total distance from a center to the surface of the secondary particle.
A system for preparing a composite sheet material, the system comprising: a nonwoven fabric source; a collection surface onto which a nonwoven fabric is deposited; a carding device disposed downstream of the nonwoven fabric source overlying the collection surface, the carding device including a main cylinder, an air source configured to provide a stream of air; an air manifold having an air inlet in communication with the air source, an air outlet, a fiber inlet, an interior channel, and a fiber outlet, wherein the air outlet is positioned and arranged to direct an air stream against a surface of the cylinder such that fibers disposed on a surface of the cylinder are dislodged and collected into the air stream, the collected fibers then flow into the fiber inlet and through the interior channel to the fiber outlet at which point the fibers are deposited onto a surface of the nonwoven fabric; and a bonding unit disposed downstream of the carding device. a nonwoven fabric source; a collection surface onto which a nonwoven fabric is deposited; a carding device disposed downstream of the nonwoven fabric source overlying the collection surface, the carding device including a main cylinder, an air source configured to provide a stream of air; an air manifold having an air inlet in communication with the air source, an air outlet, a fiber inlet, an interior channel, and a fiber outlet, wherein the air outlet is positioned and arranged to direct an air stream against a surface of the cylinder such that fibers disposed on a surface of the cylinder are dislodged and collected into the air stream, the collected fibers then flow into the fiber inlet and through the interior channel to the fiber outlet at which point the fibers are deposited onto a surface of the nonwoven fabric; and a bonding unit disposed downstream of the carding device.
A lead acid battery for a forklift truck, characterised by the battery comprising a battery charging module, the battery charging module comprising a battery charger arranged to supply current and voltage to the battery, and a battery monitor, the battery monitor arranged to monitor the charge and/or discharge of the battery, the battery charging module further comprising a mains connector, the mains connector configured to connect the battery charger to a mains power supply, and an interlock relay, the interlock relay configured to prevent the battery providing motive power when the battery is being charged, wherein the battery charging module comprises a control unit, the control unit configured to control the supply of current and voltage from the battery charger to the battery.
A vehicle used for public transportation, comprising an interior fitting article (1, 20, 21), the interior fitting article (1, 20, 21) comprises a pedal receptacle for at least one bicycle pedal, characterized in that the interior fitting article (1, 20, 21) comprises a handrail (1; 1') for passengers, at which the pedal receptacle is formed, and that, between two rail sections (1.1.2, 1.1.3; 1.1.2', 1.1.3') that extent vertically and parallel to one another, the pedal receptacle includes a slot (2.1.1) for receiving a pedal spindle of a bicycle pedal.
Connection assembly for connecting two mounting rails, having a locking element the length of which is greater than its width, having a connector which is arranged to be placed onto the mounting rail, and having a holder which connects the locking element and the connector and which is joined to the locking element for rotation therewith, wherein the connector has a non-circular hole through which the holder passes, wherein the holder has an anti-rotation element which, by interlocking engagement in the hole of the connector, holds the holder in an intended angled position relative to the connector, and wherein by movement of the holder perpendicularly to the connector the anti-rotation element of the holder can be disengaged from the non-circular hole of the connector so that the holder with the locking element can be rotated relative to the connector, characterised in that the holder has a counter-bearing which is releasably supported against the connector and holds the anti-rotation element, secured against rotation, in engagement in the non-circular hole of the connector.
A gravel pack apparatus for a borehole, comprising: a body having a body passage communicating from a heel to a toe, the body defining first and second body ports (132A-B) communicating the body passage with the borehole, the second body port defined uphole of the first body port and disposed in fluid communication via the borehole with the first body port; an inner string movably deploying in the body passage and defining an outlet port, the inner string moved to a first selective position in the body passage selectively sealing the outlet port with the first body port and communicating gravel pack slurry from the inner string to the borehole the inner string moved to a second selective position in the body passage selectively sealing the outlet port with the second body port and communicating the gravel pack slurry from the inner string to the borehole; means (140, 220) disposed in fluid communication via the borehole with the first and second body ports (132A-B) for screening fluid returns of the gravel pack slurry from the borehole into the body passage; and means (230, 232, 234, 236) disposed on the body for bypassing the fluid returns in the body passage from one side of the first body port to another side of the first body port. a body having a body passage communicating from a heel to a toe, the body defining first and second body ports (132A-B) communicating the body passage with the borehole, the second body port defined uphole of the first body port and disposed in fluid communication via the borehole with the first body port; an inner string movably deploying in the body passage and defining an outlet port, the inner string moved to a first selective position in the body passage selectively sealing the outlet port with the first body port and communicating gravel pack slurry from the inner string to the borehole the inner string moved to a second selective position in the body passage selectively sealing the outlet port with the second body port and communicating the gravel pack slurry from the inner string to the borehole; means (140, 220) disposed in fluid communication via the borehole with the first and second body ports (132A-B) for screening fluid returns of the gravel pack slurry from the borehole into the body passage; and means (230, 232, 234, 236) disposed on the body for bypassing the fluid returns in the body passage from one side of the first body port to another side of the first body port.
A fusion polypeptide having Relaxin activity comprising in order from the amino-terminus to the carboxy-terminus: a. an IgG4 Fc domain b. a stretcher unit, and c. the scRelaxin polypeptide having the amino acid sequence: a. an IgG4 Fc domain b. a stretcher unit, and c. the scRelaxin polypeptide having the amino acid sequence:
A process for recausticizing green liquor in a sulphate or Kraft process for wood pulp production, in which a green liquor consisting of an aqueous solution of sodium carbonate as the major component and sodium sulphide is admixed with calcium oxide in a slaker and undergoes a reaction in a recausticizer to form an aqueous suspension containing sodium hydroxide and calcium carbonate as the major components, which suspension is filtered on a first filter and subsequently, after dilution with water in a dilution vessel (21, 25), is fed over further filters (22, 26) two or three times and filtered to separate solids suspended therein, characterized in that after a first separation of calcium carbonate as the major component and calcium oxide as the minor component, carbon dioxide is added to the aqueous suspension at least during dilution in a dilution vessel (18, 21, 25) and in particular in the dilution vessel(s) (21, 25) upstream of a second and/or a third filter (22, 26).
A method for manufacturing a heat exchanger folded tube, comprising the steps of contacting a first tube portion against a support surface of a second tube portion at a contact zone, and brazing the first and second tube portions at said contact zone using a brazing material and a brazing flux, wherein said brazing flux comprises a mixture of a fluoride-based flux with a hexylene glycol-based solvent (2-methyl-2.4-pentanediol), wherein the amount of the fluoride-based flux is 25 to 65 wt. % of said mixture, and wherein the brazing material consists of a metal layer plated on the inner side of the sheet on the support surface of the second tube portion.
A toy comprising: a housing comprising a first exterior surface, a second exterior surface, and a feature at the second exterior surface; and a unitary thermoplastic light pipe mounted to the housing and comprising: a collector portion proximate the first exterior surface of the housing, a transmitter portion, and an output portion proximate the feature of the housing, wherein the surface area of the collector portion is greater than or equal to twice the surface area of the output portion, the light pipe configured to transmit light incident on the first exterior surface of the housing to the output portion, illuminating the feature of the housing, wherein the light pipe provides a maximum angle of deflection of 35 - 45 degrees. a housing comprising a first exterior surface, a second exterior surface, and a feature at the second exterior surface; and a unitary thermoplastic light pipe mounted to the housing and comprising: a collector portion proximate the first exterior surface of the housing, a transmitter portion, and an output portion proximate the feature of the housing, wherein the surface area of the collector portion is greater than or equal to twice the surface area of the output portion, the light pipe configured to transmit light incident on the first exterior surface of the housing to the output portion, illuminating the feature of the housing, wherein the light pipe provides a maximum angle of deflection of 35 - 45 degrees. a collector portion proximate the first exterior surface of the housing, a transmitter portion, and an output portion proximate the feature of the housing, wherein the surface area of the collector portion is greater than or equal to twice the surface area of the output portion, the light pipe configured to transmit light incident on the first exterior surface of the housing to the output portion, illuminating the feature of the housing, wherein the light pipe provides a maximum angle of deflection of 35 - 45 degrees.
A centrifugal fan comprising a centrifugal impeller rotatable around an axis of rotation; a drive motor of the centrifugal impeller; a casing comprising a central portion for housing the motor and the centrifugal impeller and a tangential outlet channel in communication with the central portion, the casing having an inlet opening in the central portion and an outlet opening in the tangential outlet channel, a system (4, 14, 28, 29) for cooling the motor comprising the impeller and a ventilation channel (30, 31) operating between the tangential outlet channel and the central portion for generating a flow of cooling air, the fan characterised in that the cooling system (4, 14, 28, 29) comprises a collar, integral with the centrifugal impeller extending axially from the centrifugal impeller around the motor and a plurality of radial blades supported by the collar and facing the motor for generating a tangential cooling component which combines with the flow of cooling air generating as a resultant a helical vortex RF around the motor.
A method for making a semiconductor device comprising: forming a plurality of spaced apart shallow trench isolation regions in a substrate; forming a dummy gate on the substrate between a pair of the STI regions; forming source and drain regions (107, 108) in the substrate on opposing sides of the dummy gate and between the pair of STI regions; forming a dielectric layer on the substrate, the dielectric layer surrounding the dummy gate and overlying: the source and drain regions (107, 108) and the pair of STI regions; removing the dummy gate and portions of the substrate beneath the dummy gate to define a channel recess in the substrate between the source and drain regions (107, 108); forming a superlattice channel in the channel recess including a plurality of stacked groups of layers (45a-45n), each group of layers of the superlattice channel comprising a plurality of stacked base semiconductor monolayers defining a base semiconductor portion (46a-46n) and at least one non-semiconductor monolayer constrained within a crystal lattice of adjacent base semiconductor portions (46a-46n); forming a replacement gate over the superlattice channel and removing the dielectric layer; and forming source and drain contacts (127, 128) on the source and drain regions (107, 108) after removing the dielectric layer. forming a plurality of spaced apart shallow trench isolation regions in a substrate; forming a dummy gate on the substrate between a pair of the STI regions; forming source and drain regions (107, 108) in the substrate on opposing sides of the dummy gate and between the pair of STI regions; forming a dielectric layer on the substrate, the dielectric layer surrounding the dummy gate and overlying: the source and drain regions (107, 108) and the pair of STI regions; removing the dummy gate and portions of the substrate beneath the dummy gate to define a channel recess in the substrate between the source and drain regions (107, 108); forming a superlattice channel in the channel recess including a plurality of stacked groups of layers (45a-45n), each group of layers of the superlattice channel comprising a plurality of stacked base semiconductor monolayers defining a base semiconductor portion (46a-46n) and at least one non-semiconductor monolayer constrained within a crystal lattice of adjacent base semiconductor portions (46a-46n); forming a replacement gate over the superlattice channel and removing the dielectric layer; and forming source and drain contacts (127, 128) on the source and drain regions (107, 108) after removing the dielectric layer.
A multilayer floor covering comprising: - a lower layer A of reinforcing fibers; - an adhesive layer B; - an underside layer C; - a reinforcing layer D, free of reinforcing fibers, made of thermoplastic polymer chosen from the group comprising polyester resins, acrylic resins and mixtures thereof; - a surface layer E, the layer A is rendered rigidly connected to layer C by adhesive layer B. - a lower layer A of reinforcing fibers; - an adhesive layer B; - an underside layer C; - a reinforcing layer D, free of reinforcing fibers, made of thermoplastic polymer chosen from the group comprising polyester resins, acrylic resins and mixtures thereof; - a surface layer E,
A method of preventing interference with the rendering of content elements on information resources, comprising: receiving, by a data processing system having one or more processors, from a client device, a request for content to render on an application running on the client device, the request including an application profile corresponding to the application; identifying, by the data processing system, from the request, the application profile corresponding to the application running on the client device for rendering content; selecting, by the data processing system, a plurality of formats for a content element on an information resource rendered on the application based on the application profile, each format of the plurality of formats having corresponding visual properties for the content element; and transmitting, by the data processing system, a content rendering verification script to the client device, the content rendering verification script configured to cause the application to attempt to render the content element according to a first format of the plurality of formats on the information resource in response to determining that the content element is not successfully rendered in a second format of the plurality of formats. receiving, by a data processing system having one or more processors, from a client device, a request for content to render on an application running on the client device, the request including an application profile corresponding to the application; identifying, by the data processing system, from the request, the application profile corresponding to the application running on the client device for rendering content; selecting, by the data processing system, a plurality of formats for a content element on an information resource rendered on the application based on the application profile, each format of the plurality of formats having corresponding visual properties for the content element; and transmitting, by the data processing system, a content rendering verification script to the client device, the content rendering verification script configured to cause the application to attempt to render the content element according to a first format of the plurality of formats on the information resource in response to determining that the content element is not successfully rendered in a second format of the plurality of formats.
An assembly, suitable for a photovoltaic cell, comprising: an encapsulant layer; a first polymeric film substrate comprising at least one of polyethylene terephthalate, polyethylene naphthalate, polyetheretherketone, polyaryletherketone, polyarylate, polyetherimide, polyarylsulfone, polyethersulfone, polyamideimide, or polyimide, any of which may optionally be heat-stabilized, the first polymeric film substrate having a first surface, a second surface opposite the first surface, and a first coefficient of thermal expansion, wherein the second surface of the first polymeric film substrate is disposed on the encapsulant layer; a barrier film disposed on the first surface of the first polymeric film substrate; a pressure sensitive adhesive layer having a first surface and a second surface opposite the first surface, wherein the first surface of the pressure sensitive adhesive is disposed on the barrier film opposite the first polymeric film substrate; and a second polymeric film substrate disposed on the second surface of the pressure sensitive adhesive layer, wherein the second polymeric film substrate comprises a fluoropolymer and has a second coefficient of thermal expansion, and wherein the second coefficient of thermal expansion is higher than the first coefficient of thermal expansion; wherein the assembly is transmissive to visible and infrared light, and wherein the barrier film comprises at least first and second polymer layers separated by an inorganic barrier layer. an encapsulant layer; a first polymeric film substrate comprising at least one of polyethylene terephthalate, polyethylene naphthalate, polyetheretherketone, polyaryletherketone, polyarylate, polyetherimide, polyarylsulfone, polyethersulfone, polyamideimide, or polyimide, any of which may optionally be heat-stabilized, the first polymeric film substrate having a first surface, a second surface opposite the first surface, and a first coefficient of thermal expansion, wherein the second surface of the first polymeric film substrate is disposed on the encapsulant layer; a barrier film disposed on the first surface of the first polymeric film substrate; a pressure sensitive adhesive layer having a first surface and a second surface opposite the first surface, wherein the first surface of the pressure sensitive adhesive is disposed on the barrier film opposite the first polymeric film substrate; and a second polymeric film substrate disposed on the second surface of the pressure sensitive adhesive layer, wherein the second polymeric film substrate comprises a fluoropolymer and has a second coefficient of thermal expansion, and wherein the second coefficient of thermal expansion is higher than the first coefficient of thermal expansion; wherein the assembly is transmissive to visible and infrared light, and wherein the barrier film comprises at least first and second polymer layers separated by an inorganic barrier layer.
Piezoelectric component comprising a stack of piezoelectric layers (2, 2', 2", 2"', 3, 3', 3", 3"') arranged one above another and first and second electrode layers (4, 5) arranged therebetween, wherein the stack has at least one first piezoelectric layer having a first electric coercive field strength and, directly adjacent thereto, at least one second piezoelectric layer having a second electric coercive field strength different than the first coercive field strength, wherein the first piezoelectric layer and the second piezoelectric layer comprise different ceramic materials, different dopants, different dopant concentrations, different particle sizes of starting materials, different layer thicknesses or a combination thereof, wherein the first and second piezoelectric layers (2, 3) comprise a ceramic material formed from a plurality of constituents having respective concentrations, wherein the first and second piezoelectric layers (2, 3) differ in the concentration of at least one constituent, wherein the first and second piezoelectric layers (2, 3) comprise a ceramic material having the same constituents, wherein the ceramic material has, depending on the concentration of at least one first constituent, a morphotropic phase boundary lying between a first structure and a second structure of the ceramic material, and wherein the concentration of the first constituent of the ceramic material in the first and second piezoelectric layers (2, 3), is in each case chosen in such a way that the first piezoelectric layer comprises the ceramic material having the first structure and the second piezoelectric layer comprises the ceramic material having the second structure.