mhurhangee/ep-ind-claims huggingface dataset:
A solenoid armature assembly comprising: a flux tube having an opposed first end and a second end; an armature having an opposed third end and a fourth end and movable within the flux tube along a mutual axis; the fourth end of the armature slidably movable beyond the second end of the flux tube; and a top plate facing the third end of the armature, the top plate having an opening for slidably receiving a central core; wherein a slot (220, 245, 265) is formed in each of the flux tube extending between the first end and the second end, the armature extending between the third end and the fourth end, and opposed surfaces (266, 268) of the top plate extending from the opening toward an edge, and wherein the slots (220, 245, 265) are not aligned. a flux tube having an opposed first end and a second end; an armature having an opposed third end and a fourth end and movable within the flux tube along a mutual axis; the fourth end of the armature slidably movable beyond the second end of the flux tube; and a top plate facing the third end of the armature, the top plate having an opening for slidably receiving a central core; wherein a slot (220, 245, 265) is formed in each of the flux tube extending between the first end and the second end, the armature extending between the third end and the fourth end, and opposed surfaces (266, 268) of the top plate extending from the opening toward an edge, and wherein the slots (220, 245, 265) are not aligned.
An electrically conductive transparent thin film, comprising: a compound represented by Chemical Formula 1 and having a layered crystal structure: Chemical Formula 1 MeB 2 wherein Me is Au, Al, Ag, Mg, Ta, Nb, Y, W, V, Mo, Sc, Cr, Mn, Os, Tc, Ru, Fe, Zr, or Ti; and wherein the electrically conductive thin film has a thickness of less than or equal to 100 nanometers. a compound represented by Chemical Formula 1 and having a layered crystal structure: Chemical Formula 1 MeB 2 wherein Me is Au, Al, Ag, Mg, Ta, Nb, Y, W, V, Mo, Sc, Cr, Mn, Os, Tc, Ru, Fe, Zr, or Ti; and wherein the electrically conductive thin film has a thickness of less than or equal to 100 nanometers.
Dual universal dimmer for controlling electronic devices, comprising at least two universal dimmers (12,14) in a common box, and comprising a control device (20,30) for detection of the load type and for error control, characterized in that each universal dimmer (12,14) has its own control device (20,30) for detection of the load type and for error control.
Food processor having a housing on which a vessel receptacle for receiving a vessel is formed, wherein a fluid in the vessel can be heated by means of a heating device, and having a steam cooking arrangement which can be placed on the vessel and which has a cooking top part on which food to be cooked by steam can be arranged, wherein the vessel is formed as a stirring vessel and wherein a stirring mechanism is rotatably mounted in the stirring vessel and can be driven by means of a drive motor, characterized in that the steam cooking arrangement has a collecting container which can be placed on the stirring vessel and on which the cooking top part can be placed, in such a way that condensate produced during a steam cooking operation is collected in the collecting container, wherein the food processor comprises a lid for the stirring vessel, wherein the lid has a central aperture, wherein the cooking top part comprises a closed central portion which shields the central aperture of the lid of the stirring vessel.
A cut-resistant article comprising: a fabric; and adherent to the fabric a layer of polymer comprising acrylonitrile butadiene copolymer in which is dispersed mineral fibers of hardness 4 Mohs or higher, an average L mass weighted from 100 to 210 micron, and having L/D ratio between 8 and 16, wherein the article has a cut resistance by EN388 of 2 or higher. a fabric; and adherent to the fabric a layer of polymer comprising acrylonitrile butadiene copolymer in which is dispersed mineral fibers of hardness 4 Mohs or higher, an average L mass weighted from 100 to 210 micron, and having L/D ratio between 8 and 16, wherein the article has a cut resistance by EN388 of 2 or higher.
A compressed pharmaceutical dosage form comprising one or more active pharmaceutical ingredients present at a concentration between 2 and 60 % w/w based on the total weight of the dosage form, porous particles, wherein the porous particles have a diameter between 1 and 100 μm, as measured by SEM and the porous particles are silica mesoporous particles have a surface area between 200 and 1000 m 2 /g and/or a pore volume between 0.2 and 3 cm 3 /g and/or an average pore size between 2 and 250 nm and the particles are present at a concentration between 5 and 70% w/w based on the total weight of the dosage form and, optionally one or more pharmaceutically acceptable excipients, whereby the one or more active pharmaceutical ingredients is in admixture with and loaded into said particles, whereby a ratio of unloaded versus loaded ingredient is between 100:1 and 1:100, and whereby a porosity of the dosage form is between 5 and 29% as measured by Hg intrusion and/or N 2 sorption, a hardness of the dosage form is more than 5 N and less than 30 N using a Schleuniger type hardness tester, and the friability value is preferably 2% or less. one or more active pharmaceutical ingredients present at a concentration between 2 and 60 % w/w based on the total weight of the dosage form, porous particles, wherein the porous particles have a diameter between 1 and 100 μm, as measured by SEM and the porous particles are silica mesoporous particles have a surface area between 200 and 1000 m 2 /g and/or a pore volume between 0.2 and 3 cm 3 /g and/or an average pore size between 2 and 250 nm and the particles are present at a concentration between 5 and 70% w/w based on the total weight of the dosage form and, optionally one or more pharmaceutically acceptable excipients, whereby the one or more active pharmaceutical ingredients is in admixture with and loaded into said particles, whereby a ratio of unloaded versus loaded ingredient is between 100:1 and 1:100, and whereby a porosity of the dosage form is between 5 and 29% as measured by Hg intrusion and/or N 2 sorption, a hardness of the dosage form is more than 5 N and less than 30 N using a Schleuniger type hardness tester, and the friability value is preferably 2% or less.
Device for sampling and transporting of nano-objects liable to be present in an aerosol for purposes of their analysis, comprising: - a porous sampling filter able to trap nano-objects liable to be in suspension in the aerosol, - a cassette (1, 2) comprising means of holding the filter in a cavity inside it, an entrance orifice able to let pass the aerosol by aspiration through the filter, and an exit orifice able to let the aspirated air emerge, after aspiration through the filter, without the trapped nano-objects, - upstream from the entrance orifice of the cassette, a module distinct from the cassette and able on the one hand to collect by inertial impact particles with a size above a threshold value and to let pass the aerosol containing particles with a size smaller than the threshold value, and on the other hand to reduce during the sampling process the noise emitted by the means of aspiration of the sampling apparatus to which the cassette is secured. - a porous sampling filter able to trap nano-objects liable to be in suspension in the aerosol, - a cassette (1, 2) comprising means of holding the filter in a cavity inside it, an entrance orifice able to let pass the aerosol by aspiration through the filter, and an exit orifice able to let the aspirated air emerge, after aspiration through the filter, without the trapped nano-objects, - upstream from the entrance orifice of the cassette, a module distinct from the cassette and able on the one hand to collect by inertial impact particles with a size above a threshold value and to let pass the aerosol containing particles with a size smaller than the threshold value, and on the other hand to reduce during the sampling process the noise emitted by the means of aspiration of the sampling apparatus to which the cassette is secured.
A conductive mesh for a leak detection system formed from a single conductive layer comprising a plurality of first members and a plurality of second members, characterised in that the first and second members (21, 22) comprise plastics material and carbon mixed in with the plastics material, and the first members cross the second members in a grid arrangement, wherein the conductive mesh further comprises a plurality of fastening means to hold the first and second members (21, 22) together, and wherein the conductive mesh is self-supporting.
A method for producing an aqueous polymer, which is a method for producing an aqueous polymer to be used in a pigment dispersion that contains water, the aqueous polymer and a pigment as essential components, the method comprising: reacting a diol compound having one or two carboxyl groups within each molecule with a diisocyanate compound, thereby producing a reaction product which has a reaction index as calculated by (Formula 1) within a range from 0.95 to 1.10, wherein a reaction rate of a isocyanate group can be determined by (formula 2) and a quantitative value of the isocyanate group is determined by the method described in ISO 14896, and the reaction product is mainly composed of a compound represented by general formula; followed by reacting the reaction product and a diol compound, or the reaction product, the diol compound and a diisocyanate group. wherein R 1 and R 3 represent partial structures of the diisocyanate compound from which the isocyanate group has been excluded, and R 1 and R 3 may be the same or may be different; and R 2 represents a partial structure of the diol compound having one or two carboxyl groups within each molecule and from which the hydroxyl group has been excluded). [Eq. 1] Reaction index = reaction rate of isocyanate group × number of moles of diisocyanate compound B / number of moles of diol compound A [Eq. 4] Reaction rate of the isocyanate group = 1 − quantitative value of the isocyanate group in the reaction product / quantitative value of the isocyanate group prior to the reaction. reacting a diol compound having one or two carboxyl groups within each molecule with a diisocyanate compound, thereby producing a reaction product which has a reaction index as calculated by (Formula 1) within a range from 0.95 to 1.10, wherein a reaction rate of a isocyanate group can be determined by (formula 2) and a quantitative value of the isocyanate group is determined by the method described in ISO 14896, and the reaction product is mainly composed of a compound represented by general formula; followed by reacting the reaction product and a diol compound, or the reaction product, the diol compound and a diisocyanate group. wherein R 1 and R 3 represent partial structures of the diisocyanate compound from which the isocyanate group has been excluded, and R 1 and R 3 may be the same or may be different; and R 2 represents a partial structure of the diol compound having one or two carboxyl groups within each molecule and from which the hydroxyl group has been excluded). [Eq. 1] Reaction index = reaction rate of isocyanate group × number of moles of diisocyanate compound B / number of moles of diol compound A [Eq. 4] Reaction rate of the isocyanate group = 1 − quantitative value of the isocyanate group in the reaction product / quantitative value of the isocyanate group prior to the reaction.
A method for the wet-treatment of items of laundry in a washing machine, wherein at least the washing, rinsing and removal of water from the laundry is conducted with a treatment liquid which contains at least one treatment additive and a treatment additive is measured during the operation of the washing machine, and wherein the proportion of the respective treatment additive in the reusable treatment liquid is measured before reuse of the treatment liquid for the wet-treatment of the next batch of laundry, wherein the at least one treatment additive in the treatment liquid is measured between the wet-treatment of successive batches of laundry and the at least one treatment additive in the treatment liquid is measured while the treatment liquid containing the treatment additive to be measured is temporarily stored in at least one storage tank (20. 21), characterized in that the proportion of the at least one treatment additive in the free liquor, which is separated when water is removed from the laundry by means of a water-removal device located downstream of the washing machine, and at least a large portion of the bound liquor of the treatment liquid is measured.
An ice dispenser for supplying ice, comprising: a supply opening which is an outlet for supplying ice; a lid unit including a shaft and a lid which closes said supply opening through rotation of said shaft; characterized by a driver unit configured to rotate said shaft, wherein said driver unit fixes said shaft so as to prevent said shaft from rotating, when said driver unit stops the rotation of said shaft, and said lid unit further includes a biasing member which connects said shaft and said lid and provides said lid with a biasing force in a closing direction for closing said supply opening wherein the biasing member provides the lid with the biasing force in the closing direction for closing the supply opening, so that the lid is allowed to swing around the shaft, while the driver unit stops and the shaft is fixed. a supply opening which is an outlet for supplying ice; a lid unit including a shaft and a lid which closes said supply opening through rotation of said shaft; characterized by a driver unit configured to rotate said shaft, wherein said driver unit fixes said shaft so as to prevent said shaft from rotating, when said driver unit stops the rotation of said shaft, and said lid unit further includes a biasing member which connects said shaft and said lid and provides said lid with a biasing force in a closing direction for closing said supply opening wherein the biasing member provides the lid with the biasing force in the closing direction for closing the supply opening, so that the lid is allowed to swing around the shaft, while the driver unit stops and the shaft is fixed.
A compound of formula wherein: R 1 is heteroaryl either unsubstituted or substituted by methyl, ethyl, halo or =O; and R 2 is H, methyl or ethyl. or a salt thereof. R 1 is heteroaryl either unsubstituted or substituted by methyl, ethyl, halo or =O; and R 2 is H, methyl or ethyl.
A computer-implemented method, in a virtualized system comprising multiple virtual machine, VM, instances executing over physical hardware, for scaling one or more of the VM instances, the method comprising: collecting data representing one or more interactions between VM instances for execution of a service or application; generating, via cross-correlation of said data, dependency data representing a causal relationship between a set of VM instances and indicating a direct and/or indirect dependency between the set of VM instances; generating from said data a load metric representing expected future demand of a specific performance metric; determining a current state of the set of VM instances; calculating from the load metric and the current state, using one or more scaling rules, a number of VM instances for the set to meet the desired performance metric for the service or application by comparing the current state of the set of VM instances with a predetermined number of VM instances expected to meet the desired performance metric for the service or application; and transmitting a signal to rescale one or more VM instances based on the calculated number of VM instances. collecting data representing one or more interactions between VM instances for execution of a service or application; generating, via cross-correlation of said data, dependency data representing a causal relationship between a set of VM instances and indicating a direct and/or indirect dependency between the set of VM instances; generating from said data a load metric representing expected future demand of a specific performance metric; determining a current state of the set of VM instances; calculating from the load metric and the current state, using one or more scaling rules, a number of VM instances for the set to meet the desired performance metric for the service or application by comparing the current state of the set of VM instances with a predetermined number of VM instances expected to meet the desired performance metric for the service or application; and transmitting a signal to rescale one or more VM instances based on the calculated number of VM instances.
Apparatus for decocting ingredients in a solvent, said apparatus comprising: - a container for containing the solvent, - a recipient for containing the ingredients, said recipient being placed inside said container, - a pipe connecting a bottom part of the container and a bottom part of said recipient, - a pump placed in series with said pipe for circulating the solvent from said bottom part of the container to said bottom part of the recipient, from said bottom part of the recipient to a top part of the recipient, from said top part of the recipient to said bottom part of the container. - a container for containing the solvent, - a recipient for containing the ingredients, said recipient being placed inside said container, - a pipe connecting a bottom part of the container and a bottom part of said recipient, - a pump placed in series with said pipe for circulating the solvent from said bottom part of the container to said bottom part of the recipient, from said bottom part of the recipient to a top part of the recipient, from said top part of the recipient to said bottom part of the container.
Laser apparatus, comprising: a fiber-laser oscillator delivering optical pulses having a first pulse-duration, the pulses having a center-wavelength between 1038 nanometers and 1052 nanometers; a pulse-stretcher arranged to stretch the duration of the optical pulses to a second pulse-duration longer than the first pulse-duration; at least one fiber-amplifier (22, 24) arranged to amplify the stretched optical pulses; a solid-state multi-pass amplifier including a gain-element made of ytterbium-doped yttrium aluminum garnet, arranged to further amplify the amplified stretched optical pulses from the fiber-amplifier; and a pulse-compressor arranged to reduce the duration of the further-amplified optical pulses from the solid-state multi-pass amplifier to a duration of less than about 400 femtoseconds. a fiber-laser oscillator delivering optical pulses having a first pulse-duration, the pulses having a center-wavelength between 1038 nanometers and 1052 nanometers; a pulse-stretcher arranged to stretch the duration of the optical pulses to a second pulse-duration longer than the first pulse-duration; at least one fiber-amplifier (22, 24) arranged to amplify the stretched optical pulses; a solid-state multi-pass amplifier including a gain-element made of ytterbium-doped yttrium aluminum garnet, arranged to further amplify the amplified stretched optical pulses from the fiber-amplifier; and a pulse-compressor arranged to reduce the duration of the further-amplified optical pulses from the solid-state multi-pass amplifier to a duration of less than about 400 femtoseconds.
A method for distributing TV content over an IP network, wherein the TV content is comprising a main content and an advertisement content, wherein a multicast address on which an IPTV channel for the main content is distributed within the network is transmitted to a user as a connectivity information and wherein further connectivity information will be transmitted to the user, characterized in that the further connectivity information is depending on at least one advertising segment of the advertisement content which the user is requesting or which the user is assigned to, wherein - in the case of ASM (Any Source Multicast) - the further connectivity information is comprising a further multicast address on which the advertising segment is distributed or wherein - in the case of SSM (Source Specific Multicast) - the further connectivity information is comprising a source address for the main content and a source address for the advertising segment, wherein an IPTV set of the user joins the multicast groups of the requested IPTV channel and the associated advertising group using ASM join messages or wherein an IPTV set of the user joins the multicast group of the requested IPTV channel using an SSM join specifying a main content server and a segment advertisement server as multicast IP traffic sources and wherein the ASM join messages and the SSM join are based on or comprise the further connectivity information.
A surgical instrument, comprising: an elongate channel comprising a lock shoulder; an anvil; a staple cartridge, comprising staples; and a sled movable from a proximal end position to an intermediate position and then to a distal position during a staple firing stroke; a firing member movable distally to advance said sled through said staple cartridge during said staple firing stroke to eject said staples from said staple cartridge, wherein said firing member comprises: a cutting edge; a first camming member configured to engage said elongate channel during said staple firing stroke; and a second camming member configured to engage said anvil during said staple firing stroke; and a lockout key movably mounted to said sled, characterised in that; said lockout key is movable between an unactuated position and an actuated position during said staple firing stroke, and wherein said lockout key lifts said firing member over said lock shoulder when said lockout key is moved from said unactuated position toward said actuated position, wherein said lockout key comprises a rotary member configured to rotate relative to said sled, and wherein said rotary member is movable between a starting position and a rotated position when said sled is moved from said proximal end position to said intermediate position. an elongate channel comprising a lock shoulder; an anvil; a staple cartridge, comprising staples; and a sled movable from a proximal end position to an intermediate position and then to a distal position during a staple firing stroke; staples; and a sled movable from a proximal end position to an intermediate position and then to a distal position during a staple firing stroke; a firing member movable distally to advance said sled through said staple cartridge during said staple firing stroke to eject said staples from said staple cartridge, wherein said firing member comprises: a cutting edge; a first camming member configured to engage said elongate channel during said staple firing stroke; and a second camming member configured to engage said anvil during said staple firing stroke; and a cutting edge; a first camming member configured to engage said elongate channel during said staple firing stroke; and a second camming member configured to engage said anvil during said staple firing stroke; and a lockout key movably mounted to said sled,