mhurhangee/ep-ind-claims huggingface dataset:
A measuring appliance for measuring spatial points of surfaces of a construction - in particular interiors of buildings - comprising • a base, • a sighting unit, which is rotatable and pivotable relative to the base and provides distance measuring functionality, having a laser source designed to emit a laser beam in the direction of an aiming axis, and a laser light detector and also having an integrated digital camera aligned in the direction of the aiming axis, • an evaluation and control unit, • a display for representing an image of the camera, and • input means for marking display points on the display, wherein • a first and a second rotary drive make the sighting unit drivable and alignable, • a spatial alignment of the sighting unit relative to the base is detectable by means of two goniometers, and • the evaluation and control unit is connected to the laser source, the laser light detector and also the goniometers in order to assign a detected distance to a corresponding alignment and thus to determine coordinates for spatial points, and is also connected to the camera, characterized in that the measuring appliance is equipped with a functionality for changing the alignment of the sighting unit in a manually controllable manner, in the context of which dynamically in a manner dependent on • a constantly determined current direction and • a constantly determined current distance from a defined central anchor display point to a currently marked display point, the alignment of the sighting unit is changed by the first and/or second rotary drive, wherein • the respective current direction predefines an alignment change direction and • the respective current distance predefines an alignment change speed for changing the alignment of the sighting unit. • a base, • a sighting unit, which is rotatable and pivotable relative to the base and provides distance measuring functionality, having a laser source designed to emit a laser beam in the direction of an aiming axis, and a laser light detector and also having an integrated digital camera aligned in the direction of the aiming axis, • an evaluation and control unit, • a display for representing an image of the camera, and • input means for marking display points on the display, • a first and a second rotary drive make the sighting unit drivable and alignable, • a spatial alignment of the sighting unit relative to the base is detectable by means of two goniometers, and • the evaluation and control unit is connected to the laser source, the laser light detector and also the goniometers in order to assign a detected distance to a corresponding alignment and thus to determine coordinates for spatial points, and is also connected to the camera, • a constantly determined current direction and • a constantly determined current distance • the respective current direction predefines an alignment change direction and • the respective current distance predefines an alignment change speed
A process for preparing (R,R)-formoterol L-tartrate polymorph A comprising: converting (R,R)-formoterol L-tartrate polymorph B to (R,R)-formoterol L-tartrate polymorph C in a solvent system comprising isopropyl alcohol, water, and at least 13% by weight toluene, wherein the solvent system is maintained at 40°C to 55°C, and preparing (R,R)-formoterol L-tartrate polymorph A from (R,R)-formoterol L-tartrate polymorph C through crystallisation from aqueous isopropyl alcohol; wherein polymorph has peaks at the diffraction degrees with the intensity shown below in an X-ray powder diffraction pattern: peak number 2-Theta Intensity 1 8.8 33.1 2 9.3 33.4 3 12.1 58.1 4 12.4 60.6 5 14.2 30.9 6 15.2 87.4 7 15.5 82.8 8 16.8 69.8 9 18.9 39.6 10 19.7 41.1 11 20.8 40.6 12 22.5 38.8 13 23.0 59.9 14 23.7 100.0 15 25.6 55.9 16 26.8 37.2 17 28.6 25.6 18 30.9 37.2 19 36.1 28.0 20 38.1 25.0 21 39.1 22.7 22 41.5 21.3 23 43.3 20.9 polymorph has peaks at the diffraction degrees with the intensity shown below in an X-ray powder diffraction pattern: peak number 2-Theta Intensity 1 6.7 29.8 2 7.7 23.9 3 8.5 76.8 4 9.9 24.1 5 11.6 23.7 6 12.2 35.9 7 13.0 24.8 8 13.7 32.7 9 16.4 32.9 10 17.3 99.1 11 19.4 47.9 12 20.6 100.0 13 22.1 72.8 14 22.7 70.2 15 23.5 29.1 16 23.9 25.0 17 24.5 22.8 18 25.4 35.8 19 25.5 39.8 20 26.3 48.0 21 27.4 25.7 22 28.6 28.6 23 29.5 20.5 24 30.9 20.1 25 33.0 19.5 26 37.2 22.1 27 38.6 20.1 28 40.9 19.7 29 41.7 20.0 30 44.3 20.0 and polymorph has peaks at the diffraction degrees with the intensity shown below in an X-ray powder diffraction pattern: Peak number 2-Theta Intensity 1 6.4 100.0 2 9.0 14.4 3 11.1 14.8 4 12.4 13.9 5 12.9 19.7 6 13.5 19.5 7 14.0 15.1 8 15.0 19.7 9 15.4 16.9 10 15.7 18.1 11 16.3 12.8 12 17.5 64.9 13 19.4 47.3 14 19.9 44.8 15 21.3 29.3 16 22.3 31.5 17 22.9 35.8 18 24.1 80.0 19 24.7 17.6 20 25.5 11.3 21 26.0 15.6 22 26.8 9.1 23 27.4 8.5 24 28.4 10.8 25 29.0 8.5 26 30.5 8.1 27 32.7 10.9 28 34.2 7.9 29 35.7 9.3 30 36.4 6.6 31 37.3 7.9 32 37.8 9.1 33 39.3 10.0 34 39.6 11.4 35 41.1 5.7 36 42.3 4.7.
A solar power generation control device that controls a solar power generation system storing electric power generated by a solar panel in a battery, the solar power generation control device comprising: a detection unit configured to detect a state of the battery; and a controller configured to control a sleep time for temporarily stopping the solar power generation system when a predetermined sleep condition is satisfied, characterized in that the sleep time is controlled based on the state of charge of the battery. a detection unit configured to detect a state of the battery; and a controller configured to control a sleep time for temporarily stopping the solar power generation system when a predetermined sleep condition is satisfied, characterized in that the sleep time is controlled based on the state of charge of the battery.
An air-transportable device for projecting pressurized liquid over a surface, which comprises: a liquid tank with an internal channel comprising a combustion engine and a water pump; wherein the liquid tank comprises a plurality of internal bulkheads and struts; and wherein the air-transportable device further comprises: cushioned skates rigidly connected to the lower surface thereof; two folding arms actuated by a linear actuator to raise and lower a washing head (5,7); and a gyro-stabilized inspection device comprising a plurality of LED bulbs, and at least one plurality of cameras, said gyro-stabilized inspection device being mounted on said washing head (5, 7); and wherein the air-transportable device is configured to be secured by the upper surface thereof to a helicopter by means of a plurality of straps or to the bottom of a structure of an unmanned aerial vehicle configured for vertical take-off and landing. a liquid tank with an internal channel comprising a combustion engine and a water pump; wherein the liquid tank comprises a plurality of internal bulkheads and struts; and wherein the air-transportable device further comprises: cushioned skates rigidly connected to the lower surface thereof; two folding arms actuated by a linear actuator to raise and lower a washing head (5,7); and a gyro-stabilized inspection device comprising a plurality of LED bulbs, and at least one plurality of cameras, said gyro-stabilized inspection device being mounted on said washing head (5, 7); and wherein the air-transportable device is configured to be secured by the upper surface thereof to a helicopter by means of a plurality of straps or to the bottom of a structure of an unmanned aerial vehicle configured for vertical take-off and landing. cushioned skates rigidly connected to the lower surface thereof; two folding arms actuated by a linear actuator to raise and lower a washing head (5,7); and a gyro-stabilized inspection device comprising a plurality of LED bulbs, and at least one plurality of cameras, said gyro-stabilized inspection device being mounted on said washing head (5, 7); and wherein the air-transportable device is configured to be secured by the upper surface thereof to a helicopter by means of a plurality of straps or to the bottom of a structure of an unmanned aerial vehicle configured for vertical take-off and landing.
A method, comprising: wirelessly authenticating a mobile device with a reader device integral to or associated with an electronic lock; receiving, with the mobile device, an acoustic signal from a user while the mobile device is in a low-power state; analyzing the acoustic signal to (i) determine whether the acoustic signal corresponds with an authorized command based on a set of authorized commands, (ii) determine whether a voiceprint generated from the acoustic signal corresponds to an authorized voiceprint based on a set of authorized voiceprints, and (iii) determine whether a distance between the mobile device and the reader device corresponds to a predetermined authorized radius; transmitting the authorized command wirelessly from the mobile device to the reader device in response to a determination that the acoustic signal corresponds with an authorized command of an authorized user; receiving the authorized command at the reader device; processing, with the reader device, the command to determine an action to be performed by the electronic lock; and performing the action by the electronic lock if the mobile device is authorized to request the command to be performed. wirelessly authenticating a mobile device with a reader device integral to or associated with an electronic lock; receiving, with the mobile device, an acoustic signal from a user while the mobile device is in a low-power state; analyzing the acoustic signal to (i) determine whether the acoustic signal corresponds with an authorized command based on a set of authorized commands, (ii) determine whether a voiceprint generated from the acoustic signal corresponds to an authorized voiceprint based on a set of authorized voiceprints, and (iii) determine whether a distance between the mobile device and the reader device corresponds to a predetermined authorized radius; transmitting the authorized command wirelessly from the mobile device to the reader device in response to a determination that the acoustic signal corresponds with an authorized command of an authorized user; receiving the authorized command at the reader device; processing, with the reader device, the command to determine an action to be performed by the electronic lock; and performing the action by the electronic lock if the mobile device is authorized to request the command to be performed.
A method by a terminal, the method comprising: generating mobility history information upon entering a cell of an evolved universal mobile telecommunications system, UMTS, radio access network, E-UTRAN, from an out-of-service state, wherein the mobility history information includes information on a time duration for which the terminal stayed in the out-of-service state; receiving, from a base station, a request for the mobility history information; and transmitting the mobility history information to the base station, in response to the request. generating mobility history information upon entering a cell of an evolved universal mobile telecommunications system, UMTS, radio access network, E-UTRAN, from an out-of-service state, wherein the mobility history information includes information on a time duration for which the terminal stayed in the out-of-service state; receiving, from a base station, a request for the mobility history information; and transmitting the mobility history information to the base station, in response to the request.
Device for limiting a pitching movement between a bogie of a rail vehicle and a wagon body supported on the bogie, with - a stop which is fastenable to the bogie and - a counter stop which is fastenable to the wagon body, wherein the stop forms a stop surface which faces the counter stop and enters into contact with the counter stop during the operation of the device, - in which the counter stop is configured in the form of a slotted link in a side view, wherein the counter stop can be attached to the wagon body transversely with respect to the direction of travel and has a ramp-shaped stop contour referred to in this transverse direction as a connecting link, - in which the stop is of rib-shaped design, wherein the stop surface is formed on the rib tip which faces the counter stop during operation, - in which the stop has a spring, and in which the stop has an irreversibly deformable energy absorption element, wherein the irreversible force element is of rib-shaped design and is attached to a U profile, between the free limbs of which the spring extends. - a stop which is fastenable to the bogie and - a counter stop which is fastenable to the wagon body, wherein the stop forms a stop surface which faces the counter stop and enters into contact with the counter stop during the operation of the device, - in which the counter stop is configured in the form of a slotted link in a side view, wherein the counter stop can be attached to the wagon body transversely with respect to the direction of travel and has a ramp-shaped stop contour referred to in this transverse direction as a connecting link, - in which the stop is of rib-shaped design, wherein the stop surface is formed on the rib tip which faces the counter stop during operation, - in which the stop has a spring, and in which the stop has an irreversibly deformable energy absorption element, wherein the irreversible force element is of rib-shaped design and is attached to a U profile, between the free limbs of which the spring extends.
An adjustable resonator filter (100; 300; 600), which has a casing made up of a bottom, walls and a lid, which casing functions as a ground for a transmission path, which casing is divided with conductive partitions (103; 309, 310; 401; 602) into resonator cavities (101, 105; 304, 402, 407), and on the transmission path of the resonator filter there is a coupling opening (104; 306, 308) in the partitions separating subsequent cavities, characterised in that there is a coupling space (108; 312, 317; 404; 606) in the casing formed by at least one of the partitions having a coupling opening, which coupling space is separated from the coupling opening and is open into both resonator cavities separated by the partition, which resonator filter has at least one inductive coupling member (110; 313, 316; 406; 605), which is arranged to extend through said coupling space into both resonator cavities and said inductive coupling member is in electric contact with the casing in one of the resonator cavities, and in said coupling space there is a moveable conductive adjustment piece (107; 311, 315; 403; 604), which has a minimum position for the coupling and a maximum position for the coupling, in which maximum position for the coupling the adjustment piece is in the immediate vicinity of the inductive coupling member, loading the inductive coupling member via the capacitive coupling, and in which minimum position of the coupling the adjustment piece is apart from the inductive coupling member, and the adjustment piece is in said positions and on its path outside them at least partly outside the resonator cavities or in the area of the resonator cavity, where the electric and magnetic field are substantially at their minimum.
Container for transporting a substance, the container comprising the following: a) a container body; b) an opening for removing the substance; c) a connecting device via which the substance can be removed, the connecting device being at least partly inserted into the opening; characterized in that - the connecting device has a first mating component and the opening has a second mating component, the first mating component being interlockingly inserted into the second mating component, at least in portions, such that the first mating component together with the second mating component forms a lock-and-key principle, and the opening being formed in a cap of the container; and - in that the connecting device has a plug-shaped insertion body and a locking ring that is movable relative to the insertion body and braces the insertion body in the opening, the first mating component being formed on the locking ring. a) a container body; b) an opening for removing the substance; c) a connecting device via which the substance can be removed, the connecting device being at least partly inserted into the opening; - the connecting device has a first mating component and the opening has a second mating component, the first mating component being interlockingly inserted into the second mating component, at least in portions, such that the first mating component together with the second mating component forms a lock-and-key principle, and the opening being formed in a cap of the container; and - in that the connecting device has a plug-shaped insertion body and a locking ring that is movable relative to the insertion body and braces the insertion body in the opening, the first mating component being formed on the locking ring.
A method for the recovery of a volatile organic compound from a biomass material comprising: introducing a prepared biomass material to a compartment of a solventless recovery system, wherein the prepared biomass material contains one or more volatile organic compounds and wherein said prepared biomass material is generated by adding to a solid biomass at least one additive, wherein said at least one additive comprises a microbe, and optionally, an acid and/or an enzyme; and storing the prepared biomass material for at least 24 hours in a storage facility to allow for the production of at least one volatile organic compound from at least a portion of the sugar; contacting the prepared biomass material with a superheated vapor stream in the compartment to vaporize at least a portion of an initial liquid content in the prepared biomass material, the initial liquid content comprising from 2 wt% to 50 wt% ethanol based on the initial liquid content, and said superheated vapor stream comprising at least one volatile organic compound; separating a gas component from a solid component of the heated biomass material, said gas component comprising at least one volatile organic compound; and retaining at least a portion of the gas component for use as at least part of the superheated vapor stream, wherein the at least one volatile organic compound is ethanol. introducing a prepared biomass material to a compartment of a solventless recovery system, wherein the prepared biomass material contains one or more volatile organic compounds and wherein said prepared biomass material is generated by adding to a solid biomass at least one additive, wherein said at least one additive comprises a microbe, and optionally, an acid and/or an enzyme; and storing the prepared biomass material for at least 24 hours in a storage facility to allow for the production of at least one volatile organic compound from at least a portion of the sugar; contacting the prepared biomass material with a superheated vapor stream in the compartment to vaporize at least a portion of an initial liquid content in the prepared biomass material, the initial liquid content comprising from 2 wt% to 50 wt% ethanol based on the initial liquid content, and said superheated vapor stream comprising at least one volatile organic compound; separating a gas component from a solid component of the heated biomass material, said gas component comprising at least one volatile organic compound; and retaining at least a portion of the gas component for use as at least part of the superheated vapor stream,
A photomixing system configured to generate continuous-wave terahertz frequency signals comprising: an optical pump configured to: generate at least two beams, where the at least two beams are utilized to create a frequency-offset; and operate below a 50% duty cycle, where the duty cycle includes an operation cycle and a sleep cycle; and a photomixer comprising a radiating element configured to receive the frequency-offset and to generate a terahertz radiation utilizing the received frequency-offset and the radiating element, characterized in that the radiating element includes at least one plasmonic contact electrode and that the optical pump operates with an average optical pump power of less than or equal to 150 mW. an optical pump configured to: generate at least two beams, where the at least two beams are utilized to create a frequency-offset; and operate below a 50% duty cycle, where the duty cycle includes an operation cycle and a sleep cycle; and generate at least two beams, where the at least two beams are utilized to create a frequency-offset; and operate below a 50% duty cycle, where the duty cycle includes an operation cycle and a sleep cycle; and a photomixer comprising a radiating element configured to receive the frequency-offset and to generate a terahertz radiation utilizing the received frequency-offset and the radiating element, characterized in that the radiating element includes at least one plasmonic contact electrode and that the optical pump operates with an average optical pump power of less than or equal to 150 mW.
A modified synthetic garnet material represented by the formula Y 3-x-2y-z Bi x Ca 2y+z Fe 5-y-z-a V y Zr z Al a O 12, where Y, Bi, Ca, Fe, V, Zr, Al and O represent yttrium, bismuth, calcium, iron, vanadium, zirconium, aluminum and oxygen, respectively, comprising a structure including a plurality of unit cells, each unit cell having dodecahedral sites, octahedral sites and tetrahedral sites, some of the dodecahedral sites are filled by bismuth, some of the dodecahedral sites are filled with calcium, some of the octahedral sites are filled with zirconium, some of the tetrahedral sites are filled with vanadium and some of the tetrahedral sites are filled with aluminium; bismuth occupying x formula units of the dodecahedral sites, zirconium occupying z formula units of octahedral sites, vanadium occupying y formula units of tetrahedral sites, calcium occupying 2y+z formula units of the dodecahedral sites to compensate for a valency imbalance resulting from the presence of zirconium and vanadium, aluminum occupying a formula units of the tetrahedral sites while the octahedral sites are substantially free of aluminium, the quantity a being greater than zero.