mhurhangee/patent-ind-claim-en huggingface dataset:
A composition, comprising: a) one or more precursors selected from the group consisting of polysilanes, polygermanes, and polygermasilanes, in an amount of from 1 to 40% by weight of the composition, wherein the polysilanes, polygermanes, and polygermasilanes are species having (i) at least 15 silicon and/or germanium atoms and (ii) hydrogen and an atomic purity of greater than 90% with respect to silicon, germanium and hydrogen; and b) a solvent in which the one or more precursors is soluble, wherein: the composition has a viscosity in a range of from 2 to 100 cP, the viscosity, the amount of the one or more precursors in the composition, and evaporation rate of the composition are sufficient to form a feature with a predetermined cross-sectional profile and/or shape by printing the composition, and when the composition is exposed to UV irradiation, (i) the one or more precursors oligomerize, polymerize, and/or cross-link to form higher molecular weight derivative species, and/or (ii) the viscosity increases, an average molecular weight of the one or more precursors increases, and/or a volatility of the one or more precursors decreases. a) one or more precursors selected from the group consisting of polysilanes, polygermanes, and polygermasilanes, in an amount of from 1 to 40% by weight of the composition, wherein the polysilanes, polygermanes, and polygermasilanes are species having (i) at least 15 silicon and/or germanium atoms and (ii) hydrogen and an atomic purity of greater than 90% with respect to silicon, germanium and hydrogen; and b) a solvent in which the one or more precursors is soluble, wherein: the composition has a viscosity in a range of from 2 to 100 cP, the viscosity, the amount of the one or more precursors in the composition, and evaporation rate of the composition are sufficient to form a feature with a predetermined cross-sectional profile and/or shape by printing the composition, and when the composition is exposed to UV irradiation, (i) the one or more precursors oligomerize, polymerize, and/or cross-link to form higher molecular weight derivative species, and/or (ii) the viscosity increases, an average molecular weight of the one or more precursors increases, and/or a volatility of the one or more precursors decreases. the composition has a viscosity in a range of from 2 to 100 cP, the viscosity, the amount of the one or more precursors in the composition, and evaporation rate of the composition are sufficient to form a feature with a predetermined cross-sectional profile and/or shape by printing the composition, and when the composition is exposed to UV irradiation, (i) the one or more precursors oligomerize, polymerize, and/or cross-link to form higher molecular weight derivative species, and/or (ii) the viscosity increases, an average molecular weight of the one or more precursors increases, and/or a volatility of the one or more precursors decreases.
A system, comprising: a heatshield for cooling a first ball grid array, BGA, package of a clamshell BGA structure , the heatshield comprising: a backer plate including at least one air inlet port and air inlet ducting connected to the at least one air inlet port , and a first plurality of vents extending from the air inlet ducting to a first surface of the backer plate ; and a metal plate coupled to the backer plate , wherein the metal plate and the backer plate form one or more outlets , wherein the at least one air inlet port is configured to receive cooling gas to decrease a temperature of at least one of the metal plate , and the backer plate , and wherein the cooling gas is configured to exit the system through at least one of the one or more outlets . a backer plate including at least one air inlet port and air inlet ducting connected to the at least one air inlet port , and a first plurality of vents extending from the air inlet ducting to a first surface of the backer plate ; and a metal plate coupled to the backer plate , wherein the metal plate and the backer plate form one or more outlets , wherein the at least one air inlet port is configured to receive cooling gas to decrease a temperature of at least one of the metal plate , and the backer plate , and wherein the cooling gas is configured to exit the system through at least one of the one or more outlets .
A method for forecasting an environmental event or a type of environmental event comprising the steps of a. acquiring three first data sets of three corresponding behavioural parameters of each animal of a population of animals in the absence of the type of environmental event, wherein the three behavioural parameters comprise nocturnal activity, 3D-acceleration activity and diurnal unidirectional movement; b. generating three first reference profiles based on said corresponding three first data sets, the three first reference profiles representing normal behaviour status of the population of animals; c. acquiring three test data sets of corresponding three behavioural parameters of each animal of the population of animals; d. generating three test profiles based on the three corresponding test data sets, the three test profiles representing behaviour status of the population of animals; e. calculating a respective ratio between each test profile and the corresponding first reference profile by comparing an instant value of the test profile to the average of values of the respective reference profile; f. setting an alert, if at least one of the calculated ratios reaches a predefined threshold value. a. acquiring three first data sets of three corresponding behavioural parameters of each animal of a population of animals in the absence of the type of environmental event, wherein the three behavioural parameters comprise nocturnal activity, 3D-acceleration activity and diurnal unidirectional movement; b. generating three first reference profiles based on said corresponding three first data sets, the three first reference profiles representing normal behaviour status of the population of animals; c. acquiring three test data sets of corresponding three behavioural parameters of each animal of the population of animals; d. generating three test profiles based on the three corresponding test data sets, the three test profiles representing behaviour status of the population of animals; e. calculating a respective ratio between each test profile and the corresponding first reference profile by comparing an instant value of the test profile to the average of values of the respective reference profile; f. setting an alert, if at least one of the calculated ratios reaches a predefined threshold value.
A method of calibrating a position of a gripper to a sample rack , comprising: providing a robot including the gripper , the gripper moveable in a coordinate system and including a crush sensor and a crash sensor , the crush sensor configured to sense a vertical crush event and the crash sensor configured to sense a horizontal crash event; providing a calibration tool coupled to the gripper ; providing a sample rack including a recess and a crush zone ; lowering the gripper in the coordinate system and sensing vertical contact between the calibration tool and the crush zone of the sample rack , as sensed by the crush sensor ; recording the vertical position in the coordinate system of the vertical contact, as sensed by the crush sensor ; moving the gripper in the coordinate system to position the calibration tool within the recess ; moving the gripper in first horizontal directions in the coordinate system and sensing contact between the calibration tool and two first horizontal positions of the recess , as sensed by the crash sensor ; moving the gripper in second horizontal directions in the coordinate system and sensing contact between the calibration tool and two second horizontal positions of the recess , as sensed by the crash sensor ; recording the two first horizontal positions and the two second horizontal positions; and processing the two first horizontal positions and the two second horizontal positions to determine a location of a center of the recess . providing a robot including the gripper , the gripper moveable in a coordinate system and including a crush sensor and a crash sensor , the crush sensor configured to sense a vertical crush event and the crash sensor configured to sense a horizontal crash event; providing a calibration tool coupled to the gripper ; providing a sample rack including a recess and a crush zone ; lowering the gripper in the coordinate system and sensing vertical contact between the calibration tool and the crush zone of the sample rack , as sensed by the crush sensor ; recording the vertical position in the coordinate system of the vertical contact, as sensed by the crush sensor ; moving the gripper in the coordinate system to position the calibration tool within the recess ; moving the gripper in first horizontal directions in the coordinate system and sensing contact between the calibration tool and two first horizontal positions of the recess , as sensed by the crash sensor ; moving the gripper in second horizontal directions in the coordinate system and sensing contact between the calibration tool and two second horizontal positions of the recess , as sensed by the crash sensor ; recording the two first horizontal positions and the two second horizontal positions; and processing the two first horizontal positions and the two second horizontal positions to determine a location of a center of the recess .
Electromechanical derailleur for assembly on a rear wheel axis (A) of a bicycle, having: - a stationary element for releasable assembly on a bicycle frame, - a movable element having a chain guide arrangement , - a pivoting mechanism which connects the movable element to the stationary element and is configured for enabling a movement of the movable element relative to the stationary element; - a gearing housing which is configured separately from the stationary element and in which an electromechanical drive for driving the pivoting mechanism is received, wherein the stationary element defines a housing void in which the gearing housing is at least partially disposed, and the stationary element is configured such that an energy source is to be fastened to the stationary element in such a manner that the energy source is electrically connected to the electromechanical drive in the gearing housing , wherein the stationary element is configured in multiple parts and comprises at least one first base element for assembly on a bicycle frame and one second base element for assembly on the first base element , and the housing void is defined between the first base element and the second base element , characterized in that the stationary element is made of a metallic material, in particular of die-cast aluminium parts, and the gearing housing is made of plastics material, in particular of plastic injection-moulded parts. - a stationary element for releasable assembly on a bicycle frame, - a movable element having a chain guide arrangement , - a pivoting mechanism which connects the movable element to the stationary element and is configured for enabling a movement of the movable element relative to the stationary element; - a gearing housing which is configured separately from the stationary element and in which an electromechanical drive for driving the pivoting mechanism is received, wherein the stationary element defines a housing void in which the gearing housing is at least partially disposed, and the stationary element is configured such that an energy source is to be fastened to the stationary element in such a manner that the energy source is electrically connected to the electromechanical drive in the gearing housing , wherein the stationary element is configured in multiple parts and comprises at least one first base element for assembly on a bicycle frame and one second base element for assembly on the first base element , and the housing void is defined between the first base element and the second base element , characterized in that the stationary element is made of a metallic material, in particular of die-cast aluminium parts, and the gearing housing is made of plastics material, in particular of plastic injection-moulded parts.
A cantharidin formulation comprising: ethanol, wherein the formulation comprises ethanol in an amount up to 99% weight/volume; acetone, wherein the formulation comprises acetone in an amount up to 99% weight/volume; hydroxypropylcellulose, wherein the formulation comprises hydroxypropylcellulose in an amount up to 10% weight/volume; nitrocellulose, wherein the formulation comprises nitrocellulose in an amount up to 10% weight/volume; castor oil, wherein the formulation comprises castor oil in an amount up to 5% weight/volume; camphor, wherein the formulation comprises camphor in an amount up to 5% weight/volume; cantharidin, wherein the formulation comprises cantharidin in an amount from 0.001-7% weight/volume; denatonium benzoate, wherein the formulation comprises denatonium benzoate in an amount from 0.00001-1% weight/volume; and gentian violet, wherein the formulation comprises gentian violet in an amount from 0.00001-1% weight/volume. ethanol, wherein the formulation comprises ethanol in an amount up to 99% weight/volume; acetone, wherein the formulation comprises acetone in an amount up to 99% weight/volume; hydroxypropylcellulose, wherein the formulation comprises hydroxypropylcellulose in an amount up to 10% weight/volume; nitrocellulose, wherein the formulation comprises nitrocellulose in an amount up to 10% weight/volume; castor oil, wherein the formulation comprises castor oil in an amount up to 5% weight/volume; camphor, wherein the formulation comprises camphor in an amount up to 5% weight/volume; cantharidin, wherein the formulation comprises cantharidin in an amount from 0.001-7% weight/volume; denatonium benzoate, wherein the formulation comprises denatonium benzoate in an amount from 0.00001-1% weight/volume; and gentian violet, wherein the formulation comprises gentian violet in an amount from 0.00001-1% weight/volume.
Process for the manufacture of w-aminoalkanoic acid of formula NH 2 -(CH 2 ) n -COOH, in which n is an integer from 9 to 11, by reaction of the corresponding ω-bromoalkanoic acid with ammonia, comprising the following stages: i) reaction of the ω-bromoalkanoic acid with an aqueous excess ammonia solution, and ii) separation of the w-aminoalkanoic acid formed from the reaction mixture, characterized in that the aqueous ammonia solution exhibits a concentration of 35% to 70% by weight and that stage i) is carried out under a pressure greater than atmospheric pressure, from 0.11 to 2.0 MPa absolute. i) reaction of the ω-bromoalkanoic acid with an aqueous excess ammonia solution, and ii) separation of the w-aminoalkanoic acid formed from the reaction mixture,
A three-phase and buried high-voltage power line, comprising three conductive phase cables, each of said conductive cables 5 being made up of a series of cable portions coupled to one another by a screen-stop junction , including a connection interface coupled to the screen of a first cable portion and to the screen of a second butted cable portion , a module provided with a housing for extending the junction and equipped with a complementary connection interface connected to the connection interface of each junction, the line being characterized in that a lightning arrester is arranged in said housing of said module and electrically connected to said complementary connection interface of the module and in that said lightning arrester is equipped with a device for controlling its state arranged in said housing including a temperature sensor , directly glued on the lightning arrester , the temperature of which it detects, and connected to a signal generator arranged in said housing .
A computer storage medium storing computer-useable instructions that, when used by one or more computing devices, cause the one or more computing devices to perform operations comprising: obtaining a tensor circuit and a schema associated with the tensor circuit; mapping the obtained tensor circuit to an equivalent fully homomorphic encryption-adapted, FHE-adapted, tensor circuit that is generated based at least in part on the associated schema; monitoring calls to a library through the generated equivalent FHE-adapted tensor circuit for each corresponding one of a plurality of determined specifications being utilized by the generated equivalent FHE-adapted tensor circuit; determining a cost of each specification in the plurality of determined specifications based at least in part on the corresponding monitored calls to the library; and providing a set of specifications from the determined plurality of specifications selected based at least in part on the determined costs, wherein the provided set corresponds to a determined most efficient set of specifications for the obtained tensor circuit to perform homomorphic encryption operations on encrypted data. obtaining a tensor circuit and a schema associated with the tensor circuit; mapping the obtained tensor circuit to an equivalent fully homomorphic encryption-adapted, FHE-adapted, tensor circuit that is generated based at least in part on the associated schema; monitoring calls to a library through the generated equivalent FHE-adapted tensor circuit for each corresponding one of a plurality of determined specifications being utilized by the generated equivalent FHE-adapted tensor circuit; determining a cost of each specification in the plurality of determined specifications based at least in part on the corresponding monitored calls to the library; and providing a set of specifications from the determined plurality of specifications selected based at least in part on the determined costs, wherein the provided set corresponds to a determined most efficient set of specifications for the obtained tensor circuit to perform homomorphic encryption operations on encrypted data.
Autonomous mobile green-area treatment robot , wherein the green-area treatment robot comprises: - a treatment tool , wherein a tool height of the treatment tool is adjustable, - a protection device , wherein the protection device is configured to protect against access into the treatment tool , and wherein a protection height of the protection device is adjustable, and - a height-adjustment device , characterised in that the height-adjustment device is configured for the coupled adjustment of the tool height and the protection height together, such that a tool height adjustment value of the adjustment of the tool height and a protection height adjustment value of the adjustment of the protection height are different, and that a distance (A23) between the treatment tool and the protection device is changed. - a treatment tool , wherein a tool height of the treatment tool is adjustable, - a protection device , wherein the protection device is configured to protect against access into the treatment tool , and wherein a protection height of the protection device is adjustable, and - a height-adjustment device , characterised in that the height-adjustment device is configured for the coupled adjustment of the tool height and the protection height together, such that a tool height adjustment value of the adjustment of the tool height and a protection height adjustment value of the adjustment of the protection height are different, and that a distance (A23) between the treatment tool and the protection device is changed.
An electric power demand control device for controlling a plurality of devices (3, 4; 8), comprising: a calculating section configured to calculate, for each of the plurality of devices (3, 4; 8), (i) a total time length (P1+P3) of a working state of a respective device (3, 4; 8) within a time period and (ii) a total time length (P2+P4) of a non-working state of the respective device (3, 4; 8) within the time period, said working state and said non-working state of the respective device within said time period being recorded in a memory of the respective device, wherein, unlike the working state, the non-working state includes a standby state and a stopped state of the respective device (3; 4; 8); a determining section configured to determine, for each of the plurality of devices (3, 4; 8), on a basis of a ratio of the total time length (P2+P4) of the non-working state of the respective device (3, 4; 8) to the total time length (P1+P3) of the working state of the respective device (3, 4; 8), whether to select the respective device (3, 4; 8) as a target of electric power demand control; and an instructing section configured to, in a case where the determining section has determined, for each of the plurality of devices (3, 4; 8), to select a respective device (3, 4; 8) as the target of the electric power demand control, instruct the respective selected device (3, 4; 8) of the plurality of devices to shift to the non-working state. a calculating section configured to calculate, for each of the plurality of devices (3, 4; 8), (i) a total time length (P1+P3) of a working state of a respective device (3, 4; 8) within a time period and (ii) a total time length (P2+P4) of a non-working state of the respective device (3, 4; 8) within the time period, said working state and said non-working state of the respective device within said time period being recorded in a memory of the respective device, wherein, unlike the working state, the non-working state includes a standby state and a stopped state of the respective device (3; 4; 8); a determining section configured to determine, for each of the plurality of devices (3, 4; 8), on a basis of a ratio of the total time length (P2+P4) of the non-working state of the respective device (3, 4; 8) to the total time length (P1+P3) of the working state of the respective device (3, 4; 8), whether to select the respective device (3, 4; 8) as a target of electric power demand control; and an instructing section configured to, in a case where the determining section has determined, for each of the plurality of devices (3, 4; 8), to select a respective device (3, 4; 8) as the target of the electric power demand control, instruct the respective selected device (3, 4; 8) of the plurality of devices to shift to the non-working state.
Composite structure (1; 11) having reconfigurable dielectric characteristics, said composite structure (1; 11) comprising a composite substrate (3; 13) and a plurality of active fillers (9; 21) dispersed in said composite substrate (3; 13), each active filler (9; 21) being composed of a material having dielectric characteristics which are modifiable by application of a command to said composite structure (1; 11), said composite substrate is a sandwich composite substrate comprising at least one core interposed between two skins , at least a portion of said active fillers being dispersed in said core , said core comprising a layer of material having a honeycomb structure comprising transverse walls delimiting a plurality of cells , said composite structure (1; 11) being characterised in that at least a portion of said active fillers is dispersed in at least a first set of cells , a second set of cells being without active fillers.