mhurhangee/ep-ind-claims huggingface dataset:
An M-shaped winding machine, provided with a base, a rotatable M-shaped turntable and an upright post, the upright post is provided with a film frame lifting device which is driven to work by a first electric motor, the film frame is at one side of the upright post; wherein, the M-shaped winding machine is provided with a main controller; the M-shaped winding machine is further provided with a film clamping device, characterized in that the film clamping device is provided on an M-shaped turntable, is driven to work by a second electric motor and uses a storage battery as a power source; a secondary controller controlling the second electric motor to work is also provided on the M-shaped turntable, is in a communication connection with the main controller via wireless data and is controlled by the main controller; a film clamping working position of the film clamping device is in front of an upright post when the M-shaped turntable turns to the angle of the original position; the M-shaped winding machine is also provided with a storage battery charging connection device comprising a turntable upper part and a turntable outer part, the turntable upper part is mounted on the M-shaped turntable and the M-shaped turntable is mounted on the base next to the M-shaped turntable, when the M-shaped turntable turns to the angle of a charging position, the turntable upper part and the turntable outer part of the charging connection device can be electrically connected, the turntable outer part is connected with the power source, and the turntable upper part transmits electricity to the storage battery for charging; a first driving electric motor and a driving electric motor of the M-shaped turntable are also connected with the main controller, and controlled by the main controller.
CAU-1-N 3 crystallized hybrid solid with an organic-inorganic matrix, of a three-dimensional structure, containing an inorganic network of aluminum-based metal centers that are connected to one another by organic ligands that consist of the entity -O 2 C-C 6 H 3 -N 3 -CO 2 - (ligand N 3 -bdc), whereby said solid has an X-ray diffraction diagram that includes at least the lines that are recorded in the table below: 2 Thêta (°) d hkl (Å) I/I 0 2 Thêta (°) d hkl (Å) I/I 0 6,93 12,74 FF 32,52 2,75 ff 9,68 9,13 ff 33,23 2,69 ff 9,98 8,85 f 34,69 2,58 ff 11,94 7,41 f 35,01 2,56 ff 13,92 6,36 ff 36,15 2,48 ff 15,37 5,76 ff 37,04 2,42 ff 15,76 5,62 ff 37,54 2,39 ff 16,97 5,22 ff 38,50 2,34 ff 18,30 4,84 ff 38,73 2,32 ff 19,41 4,57 ff 39,42 2,28 ff 20,03 4,43 ff 39,98 2,25 ff 20,64 4,30 ff 40,93 2,20 ff 21,19 4,19 ff 41,89 2,16 ff 22,30 3,98 ff 42,49 2,13 ff 23,02 3,86 ff 43,54 2,08 ff 23,95 3,71 ff 44,56 2,03 ff 24,34 3,65 ff 44,77 2,02 ff 24,84 3,58 ff 46,00 1,97 ff 25,57 3,48 ff 46,34 1,96 ff 26,78 3,33 ff 47,15 1,93 ff 27,41 3,25 ff 47,42 1,92 ff 28,70 3,11 ff 48,29 1,88 ff 29,11 3,06 ff 49,26 1,85 ff 29,38 3,04 ff 50,10 1,82 ff 30,30 2,95 ff 50,32 1,81 ff 30,98 2,88 ff 51,41 1,78 ff 31,81 2,81 ff 51,87 1,76 ff 32,08 2,79 ff where FF = Very High; F = High; m = Medium; mf = Medium Low; f = Low; and ff = Very Low, with the relative intensity I/I 0 being provided in relation to a relative intensity scale where a value of 100 is assigned to the most intense line of the X-ray diffraction diagram: ff < 15; 15 ≤ f < 30; 30 ≤ mf < 50; 50 ≤ m < 65; 65 ≤ F < 85; and FF ≥ 85.
A non-transitory computer readable medium including instructions for aligning a cardiac model, the instructions executable by a computer to: receive an initial position signal from a proximal position sensor, a distal position sensor, and a medial position sensor, the proximal position sensor being disposed in a coronary sinus of a heart, wherein the medial position sensor is disposed orthogonally to a computed line extending between the proximal position sensor and the distal position sensor; receive a subsequent position signal from the proximal position sensor, the distal position sensor, and the medial position sensor; determine a change in position of the proximal position sensor based on the initial position signal and the subsequent position signal; determine a change in a position of the medial position sensor with respect to the line extending between the proximal position sensor and the distal position sensor; and shift a cardiac model based on the change in position of the proximal position sensor and the change in the position of the medial position sensor with respect to the line extending between the proximal position sensor and the distal position sensor. receive an initial position signal from a proximal position sensor, a distal position sensor, and a medial position sensor, the proximal position sensor being disposed in a coronary sinus of a heart, wherein the medial position sensor is disposed orthogonally to a computed line extending between the proximal position sensor and the distal position sensor; receive a subsequent position signal from the proximal position sensor, the distal position sensor, and the medial position sensor; determine a change in position of the proximal position sensor based on the initial position signal and the subsequent position signal; determine a change in a position of the medial position sensor with respect to the line extending between the proximal position sensor and the distal position sensor; and shift a cardiac model based on the change in position of the proximal position sensor and the change in the position of the medial position sensor with respect to the line extending between the proximal position sensor and the distal position sensor.
A system for monitoring poultry house egg production, comprising: at least one sensor directed in direction of a conveyor for measuring distance from said conveyor's surface and poultry eggs conveyed thereupon to the respective sensor; a computer coupled with said at least one sensor; characterised in that the at least one sensor is at least one laser sensor, and in that the computer is configured to determine number of poultry eggs passed through said conveyor based on fluctuations over time of the measured distance by identifying minima of said measured distance, such that each minimum in distance is considered as a single poultry egg, or by identifying a part of oval shapes of eggs in said measured distance over time, such that each fluctuation of distance over time that resembles a part of such an oval shape is considered as a single poultry egg, and in that said distance is calculated from elapsed time from beaming of light from the respective laser sensor to capturing of said light. at least one sensor directed in direction of a conveyor for measuring distance from said conveyor's surface and poultry eggs conveyed thereupon to the respective sensor; a computer coupled with said at least one sensor; characterised in that the at least one sensor is at least one laser sensor, and in that the computer is configured to determine number of poultry eggs passed through said conveyor based on fluctuations over time of the measured distance by identifying minima of said measured distance, such that each minimum in distance is considered as a single poultry egg, or by identifying a part of oval shapes of eggs in said measured distance over time, such that each fluctuation of distance over time that resembles a part of such an oval shape is considered as a single poultry egg, and in that said distance is calculated from elapsed time from beaming of light from the respective laser sensor to capturing of said light.
A computer-implemented method of measuring a three-dimensional surface, the method comprising: projecting structured illumination on the three-dimensional surface and acquiring a plurality of sets of images; processing the sets of images to obtain a plurality of point clouds; each point in each point cloud having a complex value having a real component and an imaginary component, the complex value representing a quality metric and a spatial value; defining a spatial accumulator that is configured to receive point cloud information in each element of a grid in the spatial accumulator; accumulating the plurality of point clouds into the spatial accumulator; merging the plurality of point clouds in the spatial accumulator; and generating spatial coordinates of the three-dimensional surface based on the merged contents of the spatial accumulator. projecting structured illumination on the three-dimensional surface and acquiring a plurality of sets of images; processing the sets of images to obtain a plurality of point clouds; each point in each point cloud having a complex value having a real component and an imaginary component, the complex value representing a quality metric and a spatial value; defining a spatial accumulator that is configured to receive point cloud information in each element of a grid in the spatial accumulator; accumulating the plurality of point clouds into the spatial accumulator; merging the plurality of point clouds in the spatial accumulator; and generating spatial coordinates of the three-dimensional surface based on the merged contents of the spatial accumulator.
A method of making a copper ion-containing solution comprising the steps of: a) placing solid copper metal into a quantity of biocompatible solution contained in a vessel, wherein the solid copper metal has a purity of 99.5% or greater; b) maintaining the solution in the vessel at a temperature equal or substantially equal to 37° Celsius for a predetermined period of time such that copper ions from the solid copper metal leach into the solution in the vessel; and c) separating the solid copper metal from the solution in the vessel after the predetermined period of time. a) placing solid copper metal into a quantity of biocompatible solution contained in a vessel, wherein the solid copper metal has a purity of 99.5% or greater; b) maintaining the solution in the vessel at a temperature equal or substantially equal to 37° Celsius for a predetermined period of time such that copper ions from the solid copper metal leach into the solution in the vessel; and c) separating the solid copper metal from the solution in the vessel after the predetermined period of time.
A ball disposable within a ball valve, the ball comprising: an interior fluid passage extending through the ball; a first flow passage disposed in the ball that allows fluid communication between an exterior fluid and the interior fluid passage; a second flow passage disposed in the ball that extends through a wall of the ball to the interior fluid passage; wherein the first flow passage and the second flow passage are on opposite hemispheres of the ball; and a flow through device comprising: a plug disposed in the first flow passage or the second flow passage and configured to sealingly engage the ball; and characterised in that the flow through device further comprises a shear device configured to engage the plug and retain the plug in the first flow passage or the second flow passage, wherein the shear device comprises a shear ring, a shear pin or a shear screw. an interior fluid passage extending through the ball; a first flow passage disposed in the ball that allows fluid communication between an exterior fluid and the interior fluid passage; a second flow passage disposed in the ball that extends through a wall of the ball to the interior fluid passage; wherein the first flow passage and the second flow passage are on opposite hemispheres of the ball; and a flow through device comprising: a plug disposed in the first flow passage or the second flow passage and configured to sealingly engage the ball; and characterised in that the flow through device further comprises a shear device configured to engage the plug and retain the plug in the first flow passage or the second flow passage, wherein the shear device comprises a shear ring, a shear pin or a shear screw. a plug disposed in the first flow passage or the second flow passage and configured to sealingly engage the ball; and characterised in that the flow through device further comprises a shear device configured to engage the plug and retain the plug in the first flow passage or the second flow passage, wherein the shear device comprises a shear ring, a shear pin or a shear screw.
A method of making a material, comprising the steps of: (a) heating a bismaleimide system to generate a bismaleimide liquid; (b) degassing the bismaleimide liquid to generate a degassed bismaleimide liquid; (c) performing at least one of high speed shear mixing and probe sonication to the degassed bismaleimide liquid to generate a highly mixed bismaleimide liquid phase; and (d) curing the highly mixed bismaleimide liquid phase. (a) heating a bismaleimide system to generate a bismaleimide liquid; (b) degassing the bismaleimide liquid to generate a degassed bismaleimide liquid; (c) performing at least one of high speed shear mixing and probe sonication to the degassed bismaleimide liquid to generate a highly mixed bismaleimide liquid phase; and (d) curing the highly mixed bismaleimide liquid phase.
An oxygen detecting agent composition comprising a redox dye and a reducing agent, wherein the redox dye has the following formula A x Fe [Fe 6] y ·zH 2 O wherein A represents one or two or more types of the cations of the components selected from the group consisting of NH 4, K, Na and Fe, x is a number of 0 to 3, y is a number of 0.3 to 1.5; and z is a number of 0 to 30, and the reducing agent is at least one selected from the group consisting of monosaccharides, disaccharides, ascorbic acid and the salts thereof, dithionous acid and the salts thereof, and cysteine and the salts thereof, and wherein the oxygen detecting agent composition comprises a sodium inorganic salt or a sodium organic salt. A represents one or two or more types of the cations of the components selected from the group consisting of NH 4, K, Na and Fe, x is a number of 0 to 3, y is a number of 0.3 to 1.5; and z is a number of 0 to 30, and the reducing agent is at least one selected from the group consisting of monosaccharides, disaccharides, ascorbic acid and the salts thereof, dithionous acid and the salts thereof, and cysteine and the salts thereof, and wherein the oxygen detecting agent composition comprises a sodium inorganic salt or a sodium organic salt.
A method comprising: supplying pressurized air to a plurality of nozzles (302a-302j), the nozzles arranged in an array across a control surface of an aircraft, the nozzles (302a-302j) oriented to eject the pressurized air in a substantially streamwise direction, wherein the nozzles are converging-diverging nozzles configured to eject the air at a supersonic speed; selecting a wave pattern based on at least one of an ambient air temperature, an altitude, an airspeed of the aircraft, a ground speed of the aircraft, a position of the control surface or a weather condition; and activating the nozzles (302a-302j) to eject the pressurized air at a supersonic speed and in sequence to create a wave of air moving in a spanwise direction across the control surface, wherein the nozzles (302a-302j) are activated simultaneously or individually in accordance with the wave pattern. supplying pressurized air to a plurality of nozzles (302a-302j), the nozzles arranged in an array across a control surface of an aircraft, the nozzles (302a-302j) oriented to eject the pressurized air in a substantially streamwise direction, wherein the nozzles are converging-diverging nozzles configured to eject the air at a supersonic speed; selecting a wave pattern based on at least one of an ambient air temperature, an altitude, an airspeed of the aircraft, a ground speed of the aircraft, a position of the control surface or a weather condition; and activating the nozzles (302a-302j) to eject the pressurized air at a supersonic speed and in sequence to create a wave of air moving in a spanwise direction across the control surface, wherein the nozzles (302a-302j) are activated simultaneously or individually in accordance with the wave pattern.
A method for sending an electronic mail receipt, comprising: obtaining, by a first mobile terminal, an electronic mail sent by a second mobile terminal, wherein a header of the electronic mail contains indication information about whether it is required to send a receipt for the electronic mail; and when the first mobile terminal determines according to the indication information that it is required to send a receipt, obtaining, by the first mobile terminal, a phone number of the second mobile terminal from the electronic mail, and sending a short message with preset content to the phone number of the second mobile terminal; characterized in that before the sending a short message with preset content to the phone number of the second mobile terminal, the method further comprises: outputting a prompt about whether to edit the short message with the preset content; if a YES operation is received, an edited short message with the preset content is saved additionally, and the sending a short message with preset content to the phone number of the second mobile terminal comprise: sending the edited short message with the preset content to the phone number of the second mobile terminal; wherein after the outputting a prompt about whether to edit the short message with the preset content, if a NO operation is received or no operation is received within a set time period, the prompt exits and the short message with the preset content is sent to the phone number of the second mobile terminal. obtaining, by a first mobile terminal, an electronic mail sent by a second mobile terminal, wherein a header of the electronic mail contains indication information about whether it is required to send a receipt for the electronic mail; and when the first mobile terminal determines according to the indication information that it is required to send a receipt, obtaining, by the first mobile terminal, a phone number of the second mobile terminal from the electronic mail, and sending a short message with preset content to the phone number of the second mobile terminal; outputting a prompt about whether to edit the short message with the preset content; if a YES operation is received, an edited short message with the preset content is saved additionally, and the sending a short message with preset content to the phone number of the second mobile terminal comprise: sending the edited short message with the preset content to the phone number of the second mobile terminal;
Method for producing a porous calcium polyphosphate structure, characterised in that it comprises the steps of: - mixing monocalcium phosphate with silicic acid at a weight/volume ratio between 1 and 50 g/ml; and - sintering the mixture at a temperature below 980oC to obtain a porous calcium polyphosphate. - mixing monocalcium phosphate with silicic acid at a weight/volume ratio between 1 and 50 g/ml; and - sintering the mixture at a temperature below 980oC to obtain a porous calcium polyphosphate.
A gas turbine engine comprising: an engine case having a circumferential wall defining a plenum around a combustor, and at least one access port (24a, 24b, 24c) defined in the circumferential wall of the engine case; and a segmented annular fuel manifold mounted inside the engine case and in the plenum, the segmented annular fuel manifold having a plurality of manifold ring segments (22a, 22b, 22c, 22d), the manifold ring segments (22a...22d) configured to be removable from the plenum via the at least one access port (24a, 24b, 24c). an engine case having a circumferential wall defining a plenum around a combustor, and at least one access port (24a, 24b, 24c) defined in the circumferential wall of the engine case; and a segmented annular fuel manifold mounted inside the engine case and in the plenum, the segmented annular fuel manifold having a plurality of manifold ring segments (22a, 22b, 22c, 22d), the manifold ring segments (22a...22d) configured to be removable from the plenum via the at least one access port (24a, 24b, 24c).
System consisting of a container and a retaining clip, wherein the retaining clip is designed for a container, in particular for handling cans that are heatable directly above a stove, wherein the retaining clip comprises a mounting (19, 20) that is clampable via a handle portion, wherein an upper region of the mounting is adapted to an upper end of the container and a lower region of the mounting is adapted to a base of the container, wherein the handle portion has a upper leg and a lower leg, wherein the upper leg is connected via an upper connecting portion to the upper region of the mounting and the lower leg is connected via a lower connecting portion to the lower region of the mounting, characterized in that, in a first connection state of the system, the retaining clip is engaged with the container, and in that, in a second connection state of the system, the handle portion is pressed together, wherein the handle portion is at a smaller distance from the wall of the container in the second connection state than in the first connection state.
A method for assembling an understructure for a modular air cooled condenser extending along a vertical axis away from horizontal, comprising the method steps of: preparing a foundation for a braced bay; placing the braced bay on the foundation; assembling a pre-constructed middle truss with a pre-constructed duct and risers; placing the assembled middle truss and duct on the braced bay; affixing a plurality of pre-constructed transversal structures to the braced bay; affixing a plurality of pre-constructed transversal trusses to the affixed transversal structures; affixing a plurality of pre-constructed longitudinal trusses to ends of the affixed transversal trusses; and affixing a plurality of pre-constructed bridges between ones of the affixed transversal trusses. preparing a foundation for a braced bay; placing the braced bay on the foundation; assembling a pre-constructed middle truss with a pre-constructed duct and risers; placing the assembled middle truss and duct on the braced bay; affixing a plurality of pre-constructed transversal structures to the braced bay; affixing a plurality of pre-constructed transversal trusses to the affixed transversal structures; affixing a plurality of pre-constructed longitudinal trusses to ends of the affixed transversal trusses; and affixing a plurality of pre-constructed bridges between ones of the affixed transversal trusses.
Rubber composition based at least on a reinforcing filler comprising silica and on an elastomer matrix comprising a modified diene elastomer, characterized in that: - the content of silica is greater than or equal to 80 phr preferably greater than or equal to 100 phr - the content of modified diene elastomer is greater than or equal to 75 phr, and - the modified diene elastomer comprises macromolecules comprising, within their structure, an n-functional branching unit, n having a value of at least 1 and of at most 9, preferably of at most 6, consisting of a group comprising at least two silicon atoms which are substituted by elastomer branches and connected together via a group comprising at least one nitrogen atom, the bonds between silicon and nitrogen atoms being produced via a spacer group. - the content of silica is greater than or equal to 80 phr preferably greater than or equal to 100 phr - the content of modified diene elastomer is greater than or equal to 75 phr, and - the modified diene elastomer comprises macromolecules comprising, within their structure, an n-functional branching unit, n having a value of at least 1 and of at most 9, preferably of at most 6, consisting of a group comprising at least two silicon atoms which are substituted by elastomer branches and connected together via a group comprising at least one nitrogen atom, the bonds between silicon and nitrogen atoms being produced via a spacer group.