mhurhangee/ep-ind-claims huggingface dataset:
Spectacle frame comprising: a front face extended by two lateral tenons (4,5) and two sides (2,15) articulated to the tenons about articulation axes of two telescopic hinges, each, with a front face element fast with a tenon and a side element fast with a side, the side element of an hinge including a slide articulated to the front face element and slidably mounted in a sheath against and under the action of a spring, frame characterized in that the slide of a side hinge extends as far as the free end of the side of a tubular shape and providing said sheath (25;27), which extends up to the end of the slide, a sleeve, fixed to the end of the slide, being slidably mounted in the free end of the side which comprises an enlarged sheath portion in which the spring extends and which presents a bottom onto which the spring abuts to cooperate with the sleeve. a front face extended by two lateral tenons (4,5) and two sides (2,15) articulated to the tenons about articulation axes of two telescopic hinges, each, with a front face element fast with a tenon and a side element fast with a side, the side element of an hinge including a slide articulated to the front face element and slidably mounted in a sheath against and under the action of a spring, frame characterized in that the slide of a side hinge extends as far as the free end of the side of a tubular shape and providing said sheath (25;27), which extends up to the end of the slide, a sleeve, fixed to the end of the slide, being slidably mounted in the free end of the side which comprises an enlarged sheath portion in which the spring extends and which presents a bottom onto which the spring abuts to cooperate with the sleeve.
A compound selected from among Ia-5 Ia-13 Ia-6 Ia-14 Ia-7 Ia-15 Ia-8 Ia-16 Ia-9 Ia-17 Ia-10 Ia-18 Ia-11 Ia-19 Ia-12 Ia-20 Ia-21 Ia-47 Ia-22 Ia-48 Ia-23 Ia-49 Ia-24 Ia-50 Ia-25 Ia-51 Ia-32 Ia-52 Ia-33 Ia-53 Ia-39 Ia-54 Ia-40 Ia-55 Ia-56 Ia-57 Ia-67 Ia-58 Ia-68 Ia-59 Ia-69 Ia-60 Ia-76 Ia-61 Ia-77 Ia-62 Ia-78 Ia-63 Ia-79 Ia-64 Ia-80 Ia-65 Ia-81 Ia-66 Ia-82 Ia-83 Ia-97 Ia-88 Ia-98 Ia-90 Ia-99 Ia-91 Ia-100 Ia-92 Ia-102 Ia-93 Ia-103 Ia-94 Ia-104 Ia-95 Ia-105 Ia-96 Ia-106 Ia-107 Ia-129 Ia-108 Ia-130 Ia-109 Ia-131 Ia-110 Ia-132 Ia-111 Ia-133 Ia-112 Ia-134 Ia-113 Ia-135 Ia-114 Ia-136 Ia-115 Ia-137 Ia-138 Ia-139 Ia-148 Ia-140 Ia-149 Ia-141 Ia-150 Ia-142 Ia-151 Ia-143 Ia-152 Ia-144 Ia-153 Ia-145 Ia-154 Ia-146 Ia-155 Ia-147 Ia-156 Ia-157 Ia-180 Ia-171 Ia-181 Ia-172 Ia-182 Ia-173 Ia-253 Ia-174 Ia-254 Ia-175 Ia-255 Ia-176 Ia-259 Ia-177 Ia-260 Ia-178 Ib-1* Ia-179 III-2 III-3 III-17 III-4 III-18 III-5 III-19 III-6 III-20 III-7 III-21 III-9 III-22 III-12 III-24 III-13 III-25 III-14 III-29 III-16 III-30 III-44 III-31 III-54 III-37 III-55 III-38 III-56 III-39 III-57 III-40 III-58 III-41 III-59 III-42 III-60 III -43 III-61 III-62 III-72 III-63 III-73 III-64 III-74 III-65 III-75 III-66 III-76 III-67 III-77 III-68 III-78 III-70 III-79 III-71 III-80 III-81 III-82 III-121 III-83 III-132 III-84 III-133 III-86 III-134 III-87 III-135 III-88 III-136 III-89 III-137 III-112 III-147 III-120 III-148 III-149 III-160 III-150 III-161 III-151 III-162 III-152 III-163 III-153 III-171 III-154 III-172 III-155 III-173 III-156 III-174 III-157 III-179 III-180 III-189 III-181 III-190 III-182 III-191 III-183 III-192 III-184 III-193 III-185 III-194 III-186 VIII-1 VIII-2 III-187 VIII-3 III-188 VIII-4 VIII-10 XII-4 X-1 XII-5 X-2 XII-6 X-3 XII-11 X-4 XII-12 X-5 X-6 XII-28 XII-1 XII-29 XII-2 XII-30 XII-3 XII-34 XII-35 XII-51 XII-36 XII-52 XII-37 XII-53 XII-38 XII-54 XII-39 XII-55 XII-40 XII-56 XII-41 XVa-1 XII-42 XVa-2 XII-43 XVa-3 XVa-30 XVa-32 and XVa-31 or the tautomers, the racemates, the enantiomers, the diastereomers, the mixtures thereof, the polymorphs thereof or the pharmacologically acceptable salts of all the above-mentioned forms.
A computing device programmed to provide a graphical user interface, the graphical user interface comprising: a map displaying network devices and interfaces between the network devices; a data view template that includes a golden baseline rule for a particular variable to be associated with one or more of the network devices or one or more of the interfaces, wherein a golden baseline rule is automatically calculated for each of the plurality of network devices based on network data tracked for the plurality of network devices; and a display, upon application of the data view template, of live data for the particular variable as compared with a golden baseline data from the golden baseline rule for the associated one or more of the network devices or the one or more of the interfaces; and a golden baseline alert that is displayed when the live data does not meet the condition established by the golden baseline rule. a map displaying network devices and interfaces between the network devices; a data view template that includes a golden baseline rule for a particular variable to be associated with one or more of the network devices or one or more of the interfaces, wherein a golden baseline rule is automatically calculated for each of the plurality of network devices based on network data tracked for the plurality of network devices; and a display, upon application of the data view template, of live data for the particular variable as compared with a golden baseline data from the golden baseline rule for the associated one or more of the network devices or the one or more of the interfaces; and a golden baseline alert that is displayed when the live data does not meet the condition established by the golden baseline rule.
A mixture of aluminum phosphite with sparingly soluble aluminum salts and nitrogen-free extraneous ions, comprising 80 to 99.898% by weight of aluminum phosphite of the formula Al 2 (HPO 3) 3 x H 2 O in which x is 0 to 4, 0.1 to 10% by weight of sparingly soluble aluminum salts and 0.002 to 10% by weight of nitrogen-free extraneous ions.
Electrochemical electrolyte percolation cell equipped with at least one gas-diffusion electrode comprising a hydrophobic porous substrate made from a single piece and a catalytic composition applied to one face thereof, a volume fraction of said porous substrate being penetrated by said catalytic composition, wherein an electrolyte downward flow is established in the corresponding unoccupied volume fraction of said porous substrate.
A device for employment in a machine tool, including: - a first unit, - a second unit connected to the first unit, wherein the first unit is rotatable around a rotational axis relative to the second unit, - a motor spindle connected to the second unit, characterized in that - a line feed-through extending along the rotational axis from the first unit into the second unit, - lines extending from the interior of the first unit through the line feed-through as well as through the second unit into the motor spindle, and - a line guiding device formed in the first unit and serving for guiding a part of the lines disposed in the first unit immediately in front of the line feed-through, wherein the line guiding device is formed in a plane oriented perpendicularly to the rotational axis, and wherein the line guiding device feeds the lines upon rotation of the second unit with respect to the first unit such that twisting of the lines in the region of the line feed-through caused by the rotation is avoided or reduced. - a first unit, - a second unit connected to the first unit, wherein the first unit is rotatable around a rotational axis relative to the second unit, - a motor spindle connected to the second unit, characterized in that - a line feed-through extending along the rotational axis from the first unit into the second unit, - lines extending from the interior of the first unit through the line feed-through as well as through the second unit into the motor spindle, and - a line guiding device formed in the first unit and serving for guiding a part of the lines disposed in the first unit immediately in front of the line feed-through, wherein the line guiding device is formed in a plane oriented perpendicularly to the rotational axis, and wherein the line guiding device feeds the lines upon rotation of the second unit with respect to the first unit such that twisting of the lines in the region of the line feed-through caused by the rotation is avoided or reduced.
A molding stack assembly for producing a molded article, which molded article is suitable for subsequent blow-molding into a final shaped container, the molded article including a neck finish which includes a support ledge, the molding stack assembly comprising: a core insert, a lock ring, a split mold insert, a cavity flange, and a cavity insert for jointly defining, in use, a molding cavity for forming the molded article, the split mold insert and the cavity flange defining a split line therebetween, the split line being defined substantially along a portion of the support ledge; a biasing member disposed, in use, between the cavity flange and the cavity insert, characterized in that the biasing member is configured to: (a) under applied clamp force, to allow the cavity flange to abut the cavity insert; and (b) during initial stage of the mold-open operation to bias the cavity flange away from the cavity insert. the molded article including a neck finish which includes a support ledge, a core insert, a lock ring, a split mold insert, a cavity flange, and a cavity insert for jointly defining, in use, a molding cavity for forming the molded article, the split mold insert and the cavity flange defining a split line therebetween, the split line being defined substantially along a portion of the support ledge; a biasing member disposed, in use, between the cavity flange and the cavity insert, characterized in that the biasing member is configured to: (a) under applied clamp force, to allow the cavity flange to abut the cavity insert; and (b) during initial stage of the mold-open operation to bias the cavity flange away from the cavity insert. (a) under applied clamp force, to allow the cavity flange to abut the cavity insert; and (b) during initial stage of the mold-open operation to bias the cavity flange away from the cavity insert.
A (meth)acrylic film formed of: a carboxyl group-containing (meth)acrylic polymer having a glass transition temperature (Tg) of 0°C or higher determined by the FOX'S equation and a weight-average molecular weight of 10,000 or more obtained by copolymerizing a composition containing a monoethylenically unsaturated monomer as a main component and an unsaturated monomer having a carboxyl group, an amino group-containing (meth)acrylic polymer having a glass transition temperature (Tg) of 0°C or lower determined by the FOX'S equation and a weight-average molecular weight of 10,000 or more obtained by copolymerizing a composition containing a monoethylenically unsaturated monomer as a main component and an unsaturated monomer having an amino group, and a crosslinking agent containing functional groups which can react with said carboxyl group, wherein a mixing ratio of the component to the component is from 30:70 to 90:10 in terms of a weight ratio. a carboxyl group-containing (meth)acrylic polymer having a glass transition temperature (Tg) of 0°C or higher determined by the FOX'S equation and a weight-average molecular weight of 10,000 or more obtained by copolymerizing a composition containing a monoethylenically unsaturated monomer as a main component and an unsaturated monomer having a carboxyl group, an amino group-containing (meth)acrylic polymer having a glass transition temperature (Tg) of 0°C or lower determined by the FOX'S equation and a weight-average molecular weight of 10,000 or more obtained by copolymerizing a composition containing a monoethylenically unsaturated monomer as a main component and an unsaturated monomer having an amino group, and a crosslinking agent containing functional groups which can react with said carboxyl group, wherein a mixing ratio of the component to the component is from 30:70 to 90:10 in terms of a weight ratio.
A controller structure for a wind turbine having an aerodynamic rotor with at least one rotor blade, wherein the controller structure is designed to control a rotation speed (n) of the rotor of the wind turbine, wherein the controller structure is designed as a cascade control arrangement and has an outer control loop and an inner control loop, wherein the inner control loop receives an input signal which comprises a change in the rotation speed, an acceleration of the rotation speed, a function of the change in the rotation speed and/or a function of the acceleration of the rotation speed, characterized in that the input signal of the inner control loop comprises a rotor acceleration power or a rotor acceleration torque, wherein the rotor acceleration power or the rotor acceleration torque describes the portion of a power or torque received by the rotor of the wind turbine that is converted into an acceleration of the rotor. the controller structure is designed as a cascade control arrangement and has an outer control loop and an inner control loop, wherein the inner control loop receives an input signal which comprises a change in the rotation speed, an acceleration of the rotation speed, a function of the change in the rotation speed and/or a function of the acceleration of the rotation speed, characterized in that the input signal of the inner control loop comprises a rotor acceleration power or a rotor acceleration torque, wherein the rotor acceleration power or the rotor acceleration torque describes the portion of a power or torque received by the rotor of the wind turbine that is converted into an acceleration of the rotor.
A method of providing feedback regarding motion of a rotary shaver performed by a user, the method comprising the steps of: receiving by means of a processing unit, during at least one time interval, at least one motion type determined for the motion of the rotary shaver performed by the user, wherein the motion type is selected from a set of predefined motion types that comprises small rotational motion and one or more other predefined motion types; determining by means of the processing unit a degree of occurrence in the time interval of each of the motion types in the set of predefined motion types based on the at least one motion type received during the time interval; determining by means of the processing unit from the determined degree of occurrence of each of the motion types in the set of predefined motion types which motion type has a highest degree of occurrence in the time interval; and providing by means of a feedback unit feedback to the user to increase a degree of occurrence of small rotational motion of the rotary shaver if the determined motion type having the highest degree of occurrence is one of the other predefined motion types and is not a no motion motion type. receiving by means of a processing unit, during at least one time interval, at least one motion type determined for the motion of the rotary shaver performed by the user, wherein the motion type is selected from a set of predefined motion types that comprises small rotational motion and one or more other predefined motion types; determining by means of the processing unit a degree of occurrence in the time interval of each of the motion types in the set of predefined motion types based on the at least one motion type received during the time interval; determining by means of the processing unit from the determined degree of occurrence of each of the motion types in the set of predefined motion types which motion type has a highest degree of occurrence in the time interval; and providing by means of a feedback unit feedback to the user to increase a degree of occurrence of small rotational motion of the rotary shaver if the determined motion type having the highest degree of occurrence is one of the other predefined motion types and is not a no motion motion type.
Method for determining a strategy for leaving a parking space, comprising the following steps: a) detecting a trajectory (3, 6) which describes the movement of the vehicle before and during parking in a parking space (8, 15, 16), b) subdividing the trajectory (3, 6) into an approach trajectory, a parking trajectory and, if appropriate, further partial trajectories, the approach trajectory describing the vehicle movement during the approach, and the parking trajectory describing the vehicle movement during parking, c) determining the type of parking space, d) storing the type of parking space and/or the trajectory (3, 6), and e) selecting the strategy for leaving a parking space as a function of the type of parking space determined. a) detecting a trajectory (3, 6) which describes the movement of the vehicle before and during parking in a parking space (8, 15, 16), b) subdividing the trajectory (3, 6) into an approach trajectory, a parking trajectory and, if appropriate, further partial trajectories, the approach trajectory describing the vehicle movement during the approach, and the parking trajectory describing the vehicle movement during parking, c) determining the type of parking space, d) storing the type of parking space and/or the trajectory (3, 6), and e) selecting the strategy for leaving a parking space as a function of the type of parking space determined.
A single crystal CVD diamond component comprising: a surface formed of as-grown growth face single crystal CVD diamond material which has not been polished or etched and which has a surface roughness R a of no more than 100 nm; and a layer of NV - defects, said layer of NV - defects being disposed within 1 μm of the surface, said layer of NV - defects having a thickness of no more than 500 nm, and said layer of NV - defects having a concentration of NV - defects of at least 10 5 NV - /cm 2. a surface formed of as-grown growth face single crystal CVD diamond material which has not been polished or etched and which has a surface roughness R a of no more than 100 nm; and a layer of NV - defects, said layer of NV - defects being disposed within 1 μm of the surface, said layer of NV - defects having a thickness of no more than 500 nm, and said layer of NV - defects having a concentration of NV - defects of at least 10 5 NV - /cm 2.
A liquid container for gas humidification, comprising: a first storage chamber comprising a bottom; and a second storage chamber comprising a top wall, a bottom wall and a side wall connected between the top wall and the bottom wall, the second storage chamber being provided with at least one gas flow opening (24, 24a, 24b) and at least one liquid flow opening (24, 24a, 24b) which are above the bottom of the first storage chamber, thereby enabling liquid in the second storage chamber to flow into the first storage chamber in a unidirectional way, characterized by further comprising a gas flow pipe penetrating through the gas flow opening (24, 24a, 24b). a first storage chamber comprising a bottom; and a second storage chamber comprising a top wall, a bottom wall and a side wall connected between the top wall and the bottom wall, the second storage chamber being provided with at least one gas flow opening (24, 24a, 24b) and at least one liquid flow opening (24, 24a, 24b) which are above the bottom of the first storage chamber, thereby enabling liquid in the second storage chamber to flow into the first storage chamber in a unidirectional way, characterized by further comprising a gas flow pipe penetrating through the gas flow opening (24, 24a, 24b).
Modular partition system comprising a pole, which consists of a profile or an assembly of profiles and which comprises retention grooves, the modular system comprising a panel (2, 3) having two parallel longitudinal beams comprising, longitudinally, retention means (23, 26), each longitudinal beam being hooked directly or indirectly onto the pole by the retention grooves, the modular system comprising a panel canvas (21, 31), which comprises, at the periphery of its rear face, hooking means cooperating with the retention means (23, 26) so that the panel canvas (21, 31) is stretched over the panel (2, 3), wherein the pole comprises receiving grooves (13, 14) adapted to directly receive hooking means arranged on an edge of a canvas so as to stretch the latter directly over the pole.
A foamed cementitious composition comprising: (i) a polycarboxylate surfactant for generating cementitious foam; (ii) a foam stabilizer comprising a polyvinyl alcohol, polyvinyl acetate, or mixture thereof; (iii) a shrinkage reducing admixture operative to reduce plastic shrinkage in a hydrating cementitious composition; (iv) optionally a calcium salt comprising calcium nitrite, calcium nitrate, or a mixture thereof; (v) a viscosity modifying agent; (vi) a hydratable binder comprising Portland cement; (vii) an expansion agent for expanding by chemical reaction the volume of a cementitious slurry, said expansion agent comprising calcium oxide, magnesium oxide, calcium sulfoaluminate, or a mixture thereof; (viii) a cross-linking agent for the foam stabilizer, said cross-linking agent comprising a borate, a sulfate or an aluminate; and (ix) a plurality of microfibers operative to reduce plastic shrinkage cracking of the Portland cement when it is mixed with water in an amount to initiate hydration of the cement, said microfibers having an average effective diameter of 5 to 50 microns and being composed of cellulose or synthetic polymer; said components (i) to (ix) being combined with water to form a cementitious foam slurry, to initiate hydration of said cement binder within the cementitious foam slurry, and to incorporate the components into the foamed cementitious composition upon hardening of the cementitious foam slurry. (i) a polycarboxylate surfactant for generating cementitious foam; (ii) a foam stabilizer comprising a polyvinyl alcohol, polyvinyl acetate, or mixture thereof; (iii) a shrinkage reducing admixture operative to reduce plastic shrinkage in a hydrating cementitious composition; (iv) optionally a calcium salt comprising calcium nitrite, calcium nitrate, or a mixture thereof; (v) a viscosity modifying agent; (vi) a hydratable binder comprising Portland cement; (vii) an expansion agent for expanding by chemical reaction the volume of a cementitious slurry, said expansion agent comprising calcium oxide, magnesium oxide, calcium sulfoaluminate, or a mixture thereof; (viii) a cross-linking agent for the foam stabilizer, said cross-linking agent comprising a borate, a sulfate or an aluminate; and (ix) a plurality of microfibers operative to reduce plastic shrinkage cracking of the Portland cement when it is mixed with water in an amount to initiate hydration of the cement, said microfibers having an average effective diameter of 5 to 50 microns and being composed of cellulose or synthetic polymer;
A pharmaceutical composition comprising a compound of Formula or or a pharmaceutically acceptable salt thereof, together with a pharmaceutically acceptable excipient, wherein the composition is a solution containing 0.05 mg/ml to 0.5 mg/ml of the compound or salt thereof.