mhurhangee/ep-ind-claims huggingface dataset:
A vehicular seat (10; 71; 72) comprising: a first cushion member formed of urethane, the first cushion member being covered with a seat skin; a second cushion member (42; 52; 62) formed of a thermoplastic elastomer, the second cushion member (42; 52; 62) being disposed between the first cushion member and a bottom plate; and a covering sheet disposed between the first cushion member and the second cushion member (42; 52; 62), characterized in that the second cushion member (42; 52; 62) has a net-like structure, the bottom plate has a plurality of ribs disposed on an upper surface thereof, the ribs extending toward a lower surface of the second cushion member (42; 52; 62) to support the lower surface of the second cushion member (42; 52; 62), and the covering sheet covers the entire second cushion member (42; 52; 62) except for a part of the lower surface thereof adjacent the bottom plate such that air inside the second cushion member can be aspirated via the ribs on the side of the bottom plate. a first cushion member formed of urethane, the first cushion member being covered with a seat skin; a second cushion member (42; 52; 62) formed of a thermoplastic elastomer, the second cushion member (42; 52; 62) being disposed between the first cushion member and a bottom plate; and a covering sheet disposed between the first cushion member and the second cushion member (42; 52; 62), characterized in that the second cushion member (42; 52; 62) has a net-like structure, the bottom plate has a plurality of ribs disposed on an upper surface thereof, the ribs extending toward a lower surface of the second cushion member (42; 52; 62) to support the lower surface of the second cushion member (42; 52; 62), and the covering sheet covers the entire second cushion member (42; 52; 62) except for a part of the lower surface thereof adjacent the bottom plate such that air inside the second cushion member can be aspirated via the ribs on the side of the bottom plate.
A system adapted to determine the location of at least one welding equipment (unit 1 to unit m) on a construction site, the system comprising: a central host unit (102, 204, 220, 570), at least one other device; the at least one welding equipment further comprising a welding component; a Wirelss Application Protocol WAP client component adapted to facilitate transfer of information associated with the welding component between the welding component and a positioning component for providing a physical location of the at least welding equipment (unit 1 to unit m); and a wireless communication component adapted to facilitate wireless communication between the WAP client component, the central host unit (102, 204, 220, 570) and the at least one other device; a networked area defined by a plurality of reference points (112, 114, 116); a locator component (104, 404) as part of the central host unit (102, 204, 220) adapted to search a network, detect welding equipment and locate a network address followed by locating the physical location of the detected welding equipment (unit 1 to unit m) in the networked area, and a mapping component as part of the central host unit (102, 204, 220) adapted to map the network address to the physical location of the detected welding equipment (unit 1 to unit m), an input component connected to the networked area and adapted to allow a user to build a desired welding cell configuration based on connections between the plurality of detected welding equipments, and a display component connected to the networked area and adapted to display the cell configuration to the user. a central host unit (102, 204, 220, 570), at least one other device; the at least one welding equipment further comprising a welding component; a Wirelss Application Protocol WAP client component adapted to facilitate transfer of information associated with the welding component between the welding component and a positioning component for providing a physical location of the at least welding equipment (unit 1 to unit m); and a wireless communication component adapted to facilitate wireless communication between the WAP client component, the central host unit (102, 204, 220, 570) and the at least one other device; a networked area defined by a plurality of reference points (112, 114, 116); a locator component (104, 404) as part of the central host unit (102, 204, 220) adapted to search a network, detect welding equipment and locate a network address followed by locating the physical location of the detected welding equipment (unit 1 to unit m) in the networked area, and a mapping component as part of the central host unit (102, 204, 220) adapted to map the network address to the physical location of the detected welding equipment (unit 1 to unit m), an input component connected to the networked area and adapted to allow a user to build a desired welding cell configuration based on connections between the plurality of detected welding equipments, and a display component connected to the networked area and adapted to display the cell configuration to the user.
A method for producing linear alpha olefins, comprising: contacting ethylene, in a reactor under oligomerization conditions, with a heterogeneous catalytic composition to produce a first product stream, the heterogeneous catalytic composition containing a catalyst and a co-catalyst; recovering, from the reactor, the first product stream including linear alpha olefins, unreacted ethylene, spent catalytic composition fraction, and usable catalytic composition fraction; separating the usable catalytic composition fraction from the first product stream to produce a second product stream; recovering via fractionation of the second product stream at least one linear alpha olefin product; and recycling the usable catalytic composition fraction to the reactor. contacting ethylene, in a reactor under oligomerization conditions, with a heterogeneous catalytic composition to produce a first product stream, the heterogeneous catalytic composition containing a catalyst and a co-catalyst; recovering, from the reactor, the first product stream including linear alpha olefins, unreacted ethylene, spent catalytic composition fraction, and usable catalytic composition fraction; separating the usable catalytic composition fraction from the first product stream to produce a second product stream; recovering via fractionation of the second product stream at least one linear alpha olefin product; and recycling the usable catalytic composition fraction to the reactor.
Device for sealing and inflating inflatable objects, in particular a puncture-repair kit for sealing and inflating motor-vehicle tyres, wherein the device has in a housing a compressor, driven by a motor, preferably an electric motor, for inflating the objects and a connection for a container with sealant, a valve and distributor unit for sealant and compressed gas, also has connecting means such as for instance hoses between the valve and distribution unit and the inflatable object and possibly connecting means to the power supply, and includes the switching and/or control and display devices for operating the device, wherein the motor drives a cooling fan for air-cooling the compressor, the individual compressor parts and the compressor housing and the cooling fan is arranged on the central motor shaft on the side of the motor opposite from from the compressor, characterized in that the cooling fan and is arranged in a conducting tube/conducting housing such that return flow of the air already used for cooling is avoided.
A method of manufacturing plastic injection mold and die block tooling having excellent hardenability in sections of 0.508 m (20 inches) and larger, said method comprising the steps of: forming a steel melt in a heating unit having less than all of the alloy ingredients, transferring said melt to a receptacle to thereby form a heat, heating, further alloying and refining said heat with argon purging of the alloy composition into specification, vacuum argon degassing, teeming and casting said heat to form ingots by bottom pouring, hot working said ingots to form said low alloy steel into said mold and die blocks having cross sections of 0.508 m (20 inches) and larger, said mold and die blocks having the following composition by weight percent: C.36 Mn 1.01 Si.43 Cr 1.85 Ni.50 Mo.53 V 0.13 heat treating by quenching and tempering, and forming plastic injection molding tooling from said quenched and tempered blocks. forming a steel melt in a heating unit having less than all of the alloy ingredients, transferring said melt to a receptacle to thereby form a heat, heating, further alloying and refining said heat with argon purging of the alloy composition into specification, vacuum argon degassing, teeming and casting said heat to form ingots by bottom pouring, hot working said ingots to form said low alloy steel into said mold and die blocks having cross sections of 0.508 m (20 inches) and larger, said mold and die blocks having the following composition by weight percent: C.36 Mn 1.01 Si.43 Cr 1.85 Ni.50 Mo.53 V 0.13 heat treating by quenching and tempering, and forming plastic injection molding tooling from said quenched and tempered blocks.
Non-therapeutic cosmetic use of an extract of Agave tequilana for improving hair growth, in which the said agave extract comprises fructo-oligosaccharides having a degree of polymerisation of less than or equal to 10 and/or inulins having a degree of polymerisation of between 10 and 60.
A temperature distribution measurement apparatus comprising: a laser light source optically connected to an optical fiber; and a photodetector configured to detect light backscattered in the optical fiber; a temperature distribution measurement unit configured to obtain a true measured temperature distribution by performing correction calculation using a transfer function on a temporary measured temperature distribution obtained based on an output from the photodetector, characterized by: the temperature distribution measurement unit having stored therein data on a transfer function set for respective ones of a plurality of entire lengths of optical fibers and for respective ones of a plurality of longitudinal positions in each of the said optical fibers. a laser light source optically connected to an optical fiber; and a photodetector configured to detect light backscattered in the optical fiber; the temperature distribution measurement unit having stored therein data on a transfer function set for respective ones of a plurality of entire lengths of optical fibers and for respective ones of a plurality of longitudinal positions in each of the said optical fibers.
A method for manufacturing a structural composite part, said method comprising the following steps: - a step for stacking, in a heated mold, a first mat, a spacer and a second mat; the spacer being positioned between the first and the second mat; at least one of the first and second mats including a continuous web of fibers impregnated with a composition including a thermosetting resin, said web comprising a plurality of parallel fibers bound together by the composition; - a step for compressing and heating the stack with the heated mold, the heating being performed at a temperature and for a duration allowing polymerization or cross-linking of the thermosetting resin; said method being characterized in that: - the stacking step includes the positioning, in the heated mold, of a first and a second filtering layers, the first and the second filtering layers being respectively positioned in contact with the first and the second mats, on the side opposite to the spacer; the first and the second filtering layers being porous to steam and relatively less porous to the thermosetting resin; and - the heated mold includes means for removing steam formed during the compression and heating step. - a step for stacking, in a heated mold, a first mat, a spacer and a second mat; the spacer being positioned between the first and the second mat; at least one of the first and second mats including a continuous web of fibers impregnated with a composition including a thermosetting resin, said web comprising a plurality of parallel fibers bound together by the composition; - a step for compressing and heating the stack with the heated mold, the heating being performed at a temperature and for a duration allowing polymerization or cross-linking of the thermosetting resin; - the stacking step includes the positioning, in the heated mold, of a first and a second filtering layers, the first and the second filtering layers being respectively positioned in contact with the first and the second mats, on the side opposite to the spacer; the first and the second filtering layers being porous to steam and relatively less porous to the thermosetting resin; and - the heated mold includes means for removing steam formed during the compression and heating step.
An addition-fragmentation agent comprising: 1) a labile addition-fragmentation group, and 2) at least two surface-binding functional groups of the formula: wherein R 1, R 2 and R 3 are each independently Y p -Q'-, a (hetero)alkyl group or a (hetero)aryl group with the proviso that at least two of R 1, R 2 and R 3 is Y p -Q'- Q' is a covalent bond or a linking group, preferably a (hetero)hydrocarbyl linking group, having a valence of p + 1; Y is a surface-binding functional group selected from a monophosphate, a phosphonate, a phosphonic acid, a hydroxamic acid, a carboxylic acid, an acetoacetate, an anhydride, an isonitrile group, a silyl, a disulfide, a thiol, an amino, a sulfinic acid, a sulfonic acid, a phosphine, a phenolic and a heterocyclic aromatic group; p is 1 or 2; each X 1 is independently -O- or -NR 4 -, where R 4 is H or C 1 -C 4 alkyl, and n is 0 or 1. R 1, R 2 and R 3 are each independently Y p -Q'-, a (hetero)alkyl group or a (hetero)aryl group with the proviso that at least two of R 1, R 2 and R 3 is Y p -Q'- Q' is a covalent bond or a linking group, preferably a (hetero)hydrocarbyl linking group, having a valence of p + 1; Y is a surface-binding functional group selected from a monophosphate, a phosphonate, a phosphonic acid, a hydroxamic acid, a carboxylic acid, an acetoacetate, an anhydride, an isonitrile group, a silyl, a disulfide, a thiol, an amino, a sulfinic acid, a sulfonic acid, a phosphine, a phenolic and a heterocyclic aromatic group; p is 1 or 2; each X 1 is independently -O- or -NR 4 -, where R 4 is H or C 1 -C 4 alkyl, and n is 0 or 1.
A method of culturing peripheral nerve-derived neural crest stem cells, the method comprising: culturing peripheral nerve fragments after embedding the peripheral nerve fragments into a hydrogel; and breaking down only the hydrogel to collect neural crest stem cells that have migrated into the hydrogel from the peripheral nerve fragment and proliferated in the hydrogel. culturing peripheral nerve fragments after embedding the peripheral nerve fragments into a hydrogel; and breaking down only the hydrogel to collect neural crest stem cells that have migrated into the hydrogel from the peripheral nerve fragment and proliferated in the hydrogel.
An oscillating rotary surgical tool including; a housing forming a handle; a motor mounted in the housing, said motor having a rotary output first shaft; a second shaft rotatably carried by the housing and having a cutter positioned at a distal end of the shaft; a transmission mounted in the housing and operably associated with the motor and coupling the first shaft to the second shaft, said transmission having a first section and a second section, said first section including a driver, said second section including a follower operably associated with the driver, said follower being pivotally mounted in the housing and movable in an oscillating manner in response to movement of the driver effected by rotation of the first shaft, said follower including a drive gear also movable in a rotary oscillating manner, said drive gear being in engagement with a driven gear member secured to said second shaft, whereby said second shaft is moved in a rotary oscillating manner by rotation of the first shaft, and characterised in that the first section includes a planetary gear set, said planetary gear set including a ring gear fixed against rotation relative to the housing and including a first pinion gear coupled to the motor to effect its movement within the ring gear revolving about the first shaft, and said driver mounted to the first pinion gear and moveable therewith. a housing forming a handle; a motor mounted in the housing, said motor having a rotary output first shaft; a second shaft rotatably carried by the housing and having a cutter positioned at a distal end of the shaft; a transmission mounted in the housing and operably associated with the motor and coupling the first shaft to the second shaft, said transmission having a first section and a second section, said first section including a driver, said second section including a follower operably associated with the driver, said follower being pivotally mounted in the housing and movable in an oscillating manner in response to movement of the driver effected by rotation of the first shaft, said follower including a drive gear also movable in a rotary oscillating manner, said drive gear being in engagement with a driven gear member secured to said second shaft, whereby said second shaft is moved in a rotary oscillating manner by rotation of the first shaft, and characterised in that the first section includes a planetary gear set, said planetary gear set including a ring gear fixed against rotation relative to the housing and including a first pinion gear coupled to the motor to effect its movement within the ring gear revolving about the first shaft, and said driver mounted to the first pinion gear and moveable therewith.
A method comprising: receiving in an apparatus a high-speed serial data signal over a physical link transmitted using a non-return-to-zero coding scheme; receiving in the apparatus a transmission mode change signal transmitted using a return-to-zero coding scheme with sequential information about a change in a data transmission mode of the apparatus; and switching the data transmission mode of the apparatus based at least partly on the sequential information. receiving in an apparatus a high-speed serial data signal over a physical link transmitted using a non-return-to-zero coding scheme; receiving in the apparatus a transmission mode change signal transmitted using a return-to-zero coding scheme with sequential information about a change in a data transmission mode of the apparatus; and switching the data transmission mode of the apparatus based at least partly on the sequential information.
A computer-implemented method of designing and evaluating intraocular lenses, comprising: generating a first plurality of eye models, wherein each eye model corresponds to a patient using data that includes constant and customized values, including customized values of a first intraocular lens; simulating first outcomes provided by the first intraocular lens in the first plurality of eye models; creating a database of the first outcomes; generating a second plurality of eye models, wherein the first intraocular lens in the first plurality of eye models is substituted with a second intraocular lens; simulating second outcomes provided by the second intraocular lens in the second plurality of eye models; and comparing the first outcomes with the second outcomes, evaluating the first or second intraocular lens on the basis of the compared outcomes. generating a first plurality of eye models, wherein each eye model corresponds to a patient using data that includes constant and customized values, including customized values of a first intraocular lens; simulating first outcomes provided by the first intraocular lens in the first plurality of eye models; creating a database of the first outcomes; generating a second plurality of eye models, wherein the first intraocular lens in the first plurality of eye models is substituted with a second intraocular lens; simulating second outcomes provided by the second intraocular lens in the second plurality of eye models; and comparing the first outcomes with the second outcomes, evaluating the first or second intraocular lens on the basis of the compared outcomes.
A heat-press system for use in the production of footwear or apparel, comprising: at least a hollow first roll comprising an external surface and an internal surface, the internal surface defining a core, wherein the core comprises a first heating element; an abutting surface configured to form a compression zone with the external surface of the first roll for compressing a fabric for an article of footwear or apparel; and characterised in it comprises a guiding means to guide a fabric for a piece of footwear or apparel toward the compression zone located between the first roll and the abutting surface. at least a hollow first roll comprising an external surface and an internal surface, the internal surface defining a core, wherein the core comprises a first heating element; an abutting surface configured to form a compression zone with the external surface of the first roll for compressing a fabric for an article of footwear or apparel; and characterised in it comprises a guiding means to guide a fabric for a piece of footwear or apparel toward the compression zone located between the first roll and the abutting surface.
An image-forming apparatus providing a plurality of service functions, comprising: a determination means adapted to determine whether the image-forming apparatus is connected to a print-control apparatus; a response means adapted to respond, in a case that it is determined by said determination means that the image-forming apparatus is not connected to the print-control apparatus, to an inquiry concerning at least one service function among the plurality of service functions; and a control means adapted to control said response means, in a case that it is determined by said determination means that the image-forming apparatus is connected to the print-control apparatus, so as not to respond to an inquiry associated with a part of the plurality of service functions and so as to respond to an inquiry associated with another part of the plurality of service functions. a determination means adapted to determine whether the image-forming apparatus is connected to a print-control apparatus; a response means adapted to respond, in a case that it is determined by said determination means that the image-forming apparatus is not connected to the print-control apparatus, to an inquiry concerning at least one service function among the plurality of service functions; and a control means adapted to control said response means, in a case that it is determined by said determination means that the image-forming apparatus is connected to the print-control apparatus, so as not to respond to an inquiry associated with a part of the plurality of service functions and so as to respond to an inquiry associated with another part of the plurality of service functions.