mhurhangee/ep-ind-claims huggingface dataset:
An alloy where a phase of particles of solid solution is uniformly dispersed in a Cu phase, the solid solution comprising a solid solution of a heat resistant element selected from Mo, W, Ta, Nb, V and Zr and Cr, the alloy comprising: 20-70 % by weight of Cu; 1.5-64 % by weight of Cr; and 6-76 % of the heat resistant element by weight relative to the alloy, wherein the remainder are inevitable impurities, wherein the particles of the solid solution, contained in the alloy, have an average particle diameter of not larger than 20 μm and are uniformly dispersed in the Cu phase with an index of the dispersion state of not higher than 1.0 with the proviso that the index of the dispersion state is determined from an average value of a distance between barycenters of the particles of the solid solution and a standard deviation, wherein the distance between the barycenters of the particles is measured at one hundred different locations by using the SEM image, and then an average value ave.X of all of the measured barycentric distances X and a standard deviation σ are calculated, and then the thus obtained ave.X and the value σ are substituted into the following equation to determine an index of the dispersion state: CV-σ / ave.X. 20-70 % by weight of Cu; 1.5-64 % by weight of Cr; and 6-76 % of the heat resistant element by weight relative to the alloy, wherein the remainder are inevitable impurities, wherein the particles of the solid solution, contained in the alloy, have an average particle diameter of not larger than 20 μm and are uniformly dispersed in the Cu phase with an index of the dispersion state of not higher than 1.0 with the proviso that the index of the dispersion state is determined from an average value of a distance between barycenters of the particles of the solid solution and a standard deviation, wherein the distance between the barycenters of the particles is measured at one hundred different locations by using the SEM image, and then an average value ave.X of all of the measured barycentric distances X and a standard deviation σ are calculated, and then the thus obtained ave.X and the value σ are substituted into the following equation to determine an index of the dispersion state: CV-σ / ave.X.
A method of managing shared resources in a multithreaded processor comprising two or more processing threads, the two or more processing threads comprising at least one or more unacceptable deadline miss, UDM or realtime thread, the method comprising: determining danger levels for the two or more threads, wherein the danger level of a thread is based on a potential failure of the thread to meet a deadline due to unavailability of a shared resource wherein the danger levels for the two or more threads are determined based on an internal danger level associated with the two or more threads and an external danger level associated with one or more cores external to the multithreaded processor; detecting priority levels associated with the two or more threads, wherein the priority level is higher for a thread whose failure to meet a deadline is unacceptable and the priority level is lower for a thread whose failure to meet a deadline is acceptable; and scheduling the two or more threads based at least on the determined danger levels for the two or more threads and priority levels associated with the two or more threads, wherein the scheduling further comprises stalling at least one low priority thread if a number of low priority threads to be scheduled exceeds a predetermined number of low priority transactions. determining danger levels for the two or more threads, wherein the danger level of a thread is based on a potential failure of the thread to meet a deadline due to unavailability of a shared resource wherein the danger levels for the two or more threads are determined based on an internal danger level associated with the two or more threads and an external danger level associated with one or more cores external to the multithreaded processor; detecting priority levels associated with the two or more threads, wherein the priority level is higher for a thread whose failure to meet a deadline is unacceptable and the priority level is lower for a thread whose failure to meet a deadline is acceptable; and scheduling the two or more threads based at least on the determined danger levels for the two or more threads and priority levels associated with the two or more threads, wherein the scheduling further comprises stalling at least one low priority thread if a number of low priority threads to be scheduled exceeds a predetermined number of low priority transactions.
An assembly comprising: - spectacles comprising an optical module and two temples each mounted in rotation on respectively an external edge of said optical module, said temples being reversibly movable between a use position, wherein they extend in a direction substantially perpendicular to a frontal plane defined by said external edges, and a storage position, wherein they are folded behind said optical module, said spectacles having, when the temples are in the storage position, a stable conformation of nominal thickness; and - a case comprising an upper slot opening into a compartment arranged to contain said spectacles in stable conformation, in order to allow the storage of said spectacles; the spectacles have a resiliently constrained conformation of reduced thickness by relatively bringing together the optical module and the temples in the storage position, and in that the upper slot is dimensioned to allow the passage through same of the spectacles in constrained conformation, said compartment being arranged so that the resilient return to the storage conformation of said spectacles allows them to be held in said compartment by geometric interaction between said spectacles and said compartment, and said assembly being characterised in that the compartment comprises a central recess arranged to allow the manual holding of the spectacles in constrained conformation in the compartment, in order to allow their storage or their extraction from said compartment. - spectacles comprising an optical module and two temples each mounted in rotation on respectively an external edge of said optical module, said temples being reversibly movable between a use position, wherein they extend in a direction substantially perpendicular to a frontal plane defined by said external edges, and a storage position, wherein they are folded behind said optical module, said spectacles having, when the temples are in the storage position, a stable conformation of nominal thickness; and - a case comprising an upper slot opening into a compartment arranged to contain said spectacles in stable conformation, in order to allow the storage of said spectacles;
Ironing device comprising a steam iron, a steam generator and a steam conveying pipe connecting the steam generator to the steam iron and intended to supply the steam iron with steam, the steam iron comprising a body in thermal contact with an ironing surface, a steam distribution circuit arranged in said body and a cover portion added to the body at least partially delimiting the steam distribution circuit, the steam distribution circuit comprising a steam flow inlet (16.1) opening into a steam inlet chamber and at least one steam outlet hole arranged on the ironing surface, the steam flow inlet being made through an opening (12.1) arranged in the cover part, characterised in that said inlet chamber comprises a partition wall dividing the inlet chamber into a lower stage (34.1) arranged below the partition wall and a upper stage (34.2) arranged above the partition wall, the steam from the steam flow inlet (16.1) circulating successively in the lower stage (34.1) and then in the upper stage (34.2).
A method of processing a cardiac signal represented as a function of time, comprising the steps of: a) providing a number n of different threshold levels N i, where i=1 to n and n is equal to or greater than three; b) detecting, from a given time T and per threshold level N 1, at least two successive intersections of the cardiac signal with the threshold level N i, by considering a crossing by increasing and/or decreasing value of the cardiac signal with the threshold level N i; c) determining at least one statistical parameter of the cardiac signal from the intersections of the cardiac signal with the at least three different threshold levels N i. a) providing a number n of different threshold levels N i, where i=1 to n and n is equal to or greater than three; b) detecting, from a given time T and per threshold level N 1, at least two successive intersections of the cardiac signal with the threshold level N i, by considering a crossing by increasing and/or decreasing value of the cardiac signal with the threshold level N i; c) determining at least one statistical parameter of the cardiac signal from the intersections of the cardiac signal with the at least three different threshold levels N i.
A compound which is selected from the following tables: Ex R 3 /R 6 R 6 /R 3 J K L M Y 1 124 Cl CH CH CH CCN H 125 Cl CH CH CH CCN H 130 Cl CH CH CH CCN H 131 CI CH CF CH CCN H 134 CH CH CH CCN H 135 Cl CH CH CH CCN H 136 Br Cl CH COH CH CCN H 137 Cl CH COH CH CCN H 142 Cl CH CCL CH CCN H 145 Br CH CH CH CCN H 146 CH CH CH CCN H 147 CH CH CH CCN H 148 CH CH CH CCN H 150 Cl CH CF CH CCN H 151 Cl CH CF CH CCN H 152 Cl CH CF CH CCN H 155 Cl CH CH CH CCN H 156 Br CH CH CH CCN H 157 CH CH CH CCN H 159 CH CH CH CCN H 161 CH CH CH CCN H 163 CH CH CH CCN H 165 Cl CH CH CH CCN H 166 Cl CH CH CH CCN H 167 Cl CH CH CH CCN H 171 Cl CH CH CH CCN H 173 Br CH CH CH CCN H 178 OH Cl CH CH CH CCN H 180 CH CH CH CCN H 181 Cl CH CH CH CCN H 184 Cl CH CH CH CCN H 187 Br Cl CH CH CCN H 190 Cl CH N CH CCN H 126 Cl CH CH CH CCN H 127 Cl CH CH CH CCN H 128 Cl CH CH CH CCN H 129 Cl CH CH CH CCN H 132 CH CH CH CCN H 133 CH CH CH CCN H 138 CH CH CH CCN H 139 CH CH CH CCN H 140 CH CH CH CCN H 141 Br CH CH CH CCN H 143 CH CH CH CCN H 144 Cl CH CH CH CCN H 149 CH CH CH CCN H 153 CH CH CH CCN H 154 Cl CH CH CH CCN H 160 CH CH CH CCN H 162 Cl CH CH CH CCN H 164 Cl CH CH CH CCN H 168 CH CH CH CCN H 169 CH CF CH CCN H 170 Cl CH CH CH CCN H 172 CH CF CH CCN H 174 CH CH CH CCN H 175 CH CF CH CCN H 176 CH CH CH CCN H 177 CH CF CH CCN H 179 Cl CH CH CH CCN H 182 CH CH CH CCN H 183 Cl CH CH CH CCN H 185 Cl CH CH CH CCN H 186 Cl CH CH CH CCN H 188 CH CF CH CCN H 189 Cl Br CH N CH CCN H EX R3 R6 R7 191 Cl 192 Cl H Br 193 Cl H 194 Cl H; or a pharmaceutically acceptable salt of any of the above compounds.
A method of performing indoor/outdoor detection for a mobile device comprising: obtaining a sensor reading from a sensor accessible by the mobile device; obtaining contemporaneous information related to a local condition associated with an area where the mobile device is located; selecting an indoor/outdoor detection model to apply from a plurality of trained models, the selection based at least in part on the contemporaneous information regarding the local condition; providing the sensor reading as input to the selected model; determining a likelihood that a user of the mobile device is located indoors based on the selected model; classifying the mobile device as indoors or outdoors based on the likelihood. obtaining a sensor reading from a sensor accessible by the mobile device; obtaining contemporaneous information related to a local condition associated with an area where the mobile device is located; selecting an indoor/outdoor detection model to apply from a plurality of trained models, the selection based at least in part on the contemporaneous information regarding the local condition; providing the sensor reading as input to the selected model; determining a likelihood that a user of the mobile device is located indoors based on the selected model; classifying the mobile device as indoors or outdoors based on the likelihood.
A composition comprising milk-based protein hydrolysate obtainable by treatment of a solution of a milk-based proteinaceous material with a) at least one trypsin-like endopeptidase derived from a microorganism, and b) at least one chymotrypsin-like endopeptidase derived from a microorganism Wherein the trypsin-like endopeptidase is produced by fermentation of a cell of an organism of a strain of Fusarium oxysporum and has at least 75%, at least 80%, at least 85%, at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, at least 99% or 100% sequence identity to the sequence denoted by SWISSPROT No. P35049 and the chymotrypsin-like endopeptidase is produced by fermentation of a cell of an organism of the strain Nocardiopsis Sp and has at least 75%, at least 80%, at least 85%, at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, at least 99% or 100% sequence identity to polypeptide sequences of EMBL CDS CAI94179 and the range for trypsine like endopeptidase to chymotrypsin like endopeptidase (T/C ratio) is ranging from 25:1 to 30:1 for use in the induction of oral tolerance in infants or patients in need thereof, or for use in reducing the risk of allergies in infants or patients in need thereof, or for use in reducing the severity or frequency of allergies during infancy or later in life, in infants or patients in need thereof. a) at least one trypsin-like endopeptidase derived from a microorganism, and b) at least one chymotrypsin-like endopeptidase derived from a microorganism
A film suitable for use as an optical reflector in LED lighting and LED backlit units, the film comprising: a) a substrate film layer comprised of a thermoplastic polymer or a metal sheet; and b) an acrylic coating on at least one side of the substrate film layer, wherein the acrylic coating is comprised of an acrylic polymer and one or more white pigments, wherein the acrylic polymer has a Tg of at least 80°C and wherein the white pigment comprises from 55 to 85 weight % of the acrylic coating. a) a substrate film layer comprised of a thermoplastic polymer or a metal sheet; and b) an acrylic coating on at least one side of the substrate film layer, wherein the acrylic coating is comprised of an acrylic polymer and one or more white pigments,
An automated multi-layer vertical growth storage tower with integrated growth trays comprising: two stacks, of single growth tray units wherein the underside of each tray accommodates a lighting source compatible with plant growth, wherein said trays are stored vertically within said twin stacks, wherein said stacks are on either side of a central lift mechanism in the storage tower, wherein the growth trays are mechanically transferred between a lift position and a storage position within the tower, wherein the growth trays are automatically retrievable from the storage position to a management position wherein the management position is outside of the tower, wherein said management position is in alignment with central workstation(s), and wherein each central workstation comprises at least one opening on the outside of the tower for access to one or more growth trays. two stacks, of single growth tray units wherein the underside of each tray accommodates a lighting source compatible with plant growth, wherein said trays are stored vertically within said twin stacks, wherein said stacks are on either side of a central lift mechanism in the storage tower, wherein the growth trays are mechanically transferred between a lift position and a storage position within the tower, wherein the growth trays are automatically retrievable from the storage position to a management position wherein the management position is outside of the tower, wherein said management position is in alignment with central workstation(s), and wherein each central workstation comprises at least one opening on the outside of the tower for access to one or more growth trays.
An operating room control system, comprising circuitry configured to: determine a plurality of regions located within at least part of the operating room, at least one of the regions having a predefined surgical device attribute defining a characteristic of a surgical device located within that region; and control a display to display to a user the at least one region overlaid on the at least part of the operating room; wherein the surgical device attribute comprises specific surgical device settings to be applied to a particular surgical device; and wherein the circuitry is configured to: communicate with the surgical device to transfer the surgical device attribute when the surgical device is located within that region. determine a plurality of regions located within at least part of the operating room, at least one of the regions having a predefined surgical device attribute defining a characteristic of a surgical device located within that region; and control a display to display to a user the at least one region overlaid on the at least part of the operating room; wherein the surgical device attribute comprises specific surgical device settings to be applied to a particular surgical device; and wherein the circuitry is configured to: communicate with the surgical device to transfer the surgical device attribute when the surgical device is located within that region.
A plane dryer comprising a heat source for increasing a temperature of a plane to be dried, a heat caused by the heat source removing moisture from the plane as water vapor, a guidance box for insulating the heat, the guidance box comprising a side structure whose contiguous edge is intended to be set against the plane to be dried, and the heat causes that the water vapor accumulates into an air space inside the guidance box, and at least one exit route for the water vapor from the air space to an ambient, characterized in that the plane dryer further comprises sealing material on said at least one exit route to make the air space a closed air space, the sealing material having such features that the water vapor penetrates, due to diffusion, the sealing material and moves from the closed air space to the ambient and simultaneously the sealing material prevents a penetration of air.
Articulated rod of an orthopaedic device comprising a pair of arms, two cover plates, a polycentric joint articulating said pair of arms in mutual rotation, where said rotation comprises a flexion rotation direction and an extension rotation direction, at least one removable insert, selectively engageable so as to block said flexion and/or extension rotation within a predetermined angular width, at least one stop pin adapted to be in position axially engaging at least one through hole of said at least one insert and at least one through hole (316, 326) of at least one of the two cover plates, characterised in that said rod further comprises a pair of half covers and guide means (81, 82) coupled to each other in order to slidably associate at least one half cover of said pair of half covers, where said guide means (81, 82) comprise a first element integral with said at least one cover plate and a second element integral with said at least one half cover, said pair of half covers being adapted to pass from an open position to a closed position, where said closed position provides for at least one element of said at least one half cover to enter into interference with at least one portion of said at least one stop pin holding in position said at least one stop pin with respect to the translation along its own axis.
Burner arrangement having a plurality of mixing channels, which extend parallel to the main axis of the burner arrangement and are arranged in at least two concentric circles, in which mixing channels fuel and discharge air from the compressor are mixed during the operation of the burner arrangement, wherein the mixing channels are grouped together into fuel stages, wherein a fuel stage comprises mixing channels with a common fuel supply, which are controlled jointly during operation, and irregular staging in the circumferential direction of the burner arrangement is obtained in respect of the geometric distribution of the mixing channels associated with the respective fuel stages, characterized in that a fuel stage comprises at least two subgroups, wherein a subgroup comprises at least two directly adjacent mixing channels in different circles.
A piezoelectric generator (1, 30, 41, 81) comprising: a fixing part; a cantilever formed at a front edge of the fixing part; a weight part formed at a front end of the cantilever; a centroid adjustment part (4a, 5; 31, 36; 42; 82) by which a position of a centroid of the weight part is adjusted; and a piezoelectric generating cell formed on top of the cantilever; characterized in that the centroid adjustment part (4a, 5; 31, 36, 42, 82) includes a first electrode and a second electrode attached in the weight part, and a charged or chargeable object (5, 32, 36a, 42a, 82) provided between the first electrode and the second electrode. a fixing part; a cantilever formed at a front edge of the fixing part; a weight part formed at a front end of the cantilever; a centroid adjustment part (4a, 5; 31, 36; 42; 82) by which a position of a centroid of the weight part is adjusted; and a piezoelectric generating cell formed on top of the cantilever; characterized in that the centroid adjustment part (4a, 5; 31, 36, 42, 82) includes a first electrode and a second electrode attached in the weight part, and a charged or chargeable object (5, 32, 36a, 42a, 82) provided between the first electrode and the second electrode. a first electrode and a second electrode attached in the weight part, and a charged or chargeable object (5, 32, 36a, 42a, 82) provided between the first electrode and the second electrode.
An in-line tandem axle assembly for a towed agricultural implement, comprising: a tandem wheel arm; a pair of wheel connecting assemblies, each comprising a hub and a spindle; a pair of mounts, coupled respectively to the pair of wheel connecting assemblies; and a pair of wheels (18,20;34;52) coupled respectively to the pair of wheel connecting assemblies, the pair of wheels (18,20;34;52) separated by the tandem wheel arm and in a same fore-and-aft position; characterized in that plural pairs of parallel links of equal length pivotably mounted to the pair of mounts and pivotably mounted to the tandem wheel arm, wherein the pairs of parallel links are arranged vertically relative to each other, with one pair arranged fore and one pair aft of the tandem wheel arm, and wherein the tandem wheel arm comprises an upright orientation that extends above the pair of wheels (18,20;34;52). a tandem wheel arm; a pair of wheel connecting assemblies, each comprising a hub and a spindle; a pair of mounts, coupled respectively to the pair of wheel connecting assemblies; and a pair of wheels (18,20;34;52) coupled respectively to the pair of wheel connecting assemblies, the pair of wheels (18,20;34;52) separated by the tandem wheel arm and in a same fore-and-aft position; characterized in that plural pairs of parallel links of equal length pivotably mounted to the pair of mounts and pivotably mounted to the tandem wheel arm, wherein the pairs of parallel links are arranged vertically relative to each other, with one pair arranged fore and one pair aft of the tandem wheel arm, and wherein the tandem wheel arm comprises an upright orientation that extends above the pair of wheels (18,20;34;52).