mhurhangee/patent-ind-claim-en huggingface dataset:
A wind turbine operable by pitch regulation and variable rotor speed, having three wind turbine blades at least 30 meters in length, characterised in that the combined radius specific solidity Sol r of the rotor blades is below a linear interpolation between: • Sol r = 0.035 at blade radius r = 30% of the rotor radius R • Sol r = 0.025 at blade radius r = 50% of the rotor radius R • Sol r = 0.018 at blade radius r = 70% of the rotor radius R • Sol r = 0.011 at blade radius r = 90% of the rotor radius R for at least 50 radius-% of the blade(s) between blade radius r = 30 to 90% of the rotor radius R; wherein - the maximum lift coefficient, C L.max > 1.5 for Re = 3.0x10 6 where C L.max is valid for a two-dimensional flow passing a smooth profile surface, for profiles in the radius range corresponding to t/c < 24% to t/c > 15% with the proviso that r < 96% of R. • Sol r = 0.035 at blade radius r = 30% of the rotor radius R • Sol r = 0.025 at blade radius r = 50% of the rotor radius R • Sol r = 0.018 at blade radius r = 70% of the rotor radius R • Sol r = 0.011 at blade radius r = 90% of the rotor radius R for at least 50 radius-% of the blade(s) between blade radius r = 30 to 90% of the rotor radius R; wherein - the maximum lift coefficient, C L.max > 1.5 for Re = 3.0x10 6 where C L.max is valid for a two-dimensional flow passing a smooth profile surface, for profiles in the radius range corresponding to t/c < 24% to t/c > 15% with the proviso that r < 96% of R. - the maximum lift coefficient, C L.max > 1.5 for Re = 3.0x10 6 where C L.max is valid for a two-dimensional flow passing a smooth profile surface, for profiles in the radius range corresponding to t/c < 24% to t/c > 15% with the proviso that r < 96% of R.
Assembly consisting of a hollow profile and a connector assembly anchored to the end face, wherein the connector assembly has a cover part adjoining the end face of the hollow profile and a clamping part adjoining the inner face of the hollow profile , and a screw which exerts a tensile force between the clamping part and the cover part , which is directed towards the other part in each case, wherein the clamping part is angled with the inner face of the hollow profile against movement in the longitudinal direction of the hollow profile , characterised in that the connector assembly has a connection lug with a U-like clamp shape, which consists of two legs and a connecting portion connecting them together, and encircles a through-hole , wherein the connection lug is inserted through a recess in the cover part , wherein the clamping part has a tongue which is inserted into an extension between the legs of the connection lug , wherein the connection lug adjoins the inner face of the hollow profile , and wherein the clamping part is firstly angled to the hollow profile and then to the connection lug .
An electronic communication method comprising: providing a first communication device having an application stored thereon; providing a second communication device ; using the second communication device, determining a presence of the first communication device; based on the step of determining the presence of the first communication device, automatically sending a signal from the second communication device to the first communication device; characterized by upon receiving the signal from the second communication device, causing the first communication device to send meeting information including the location of the first communication device and/or identification of the second communication device directly to a cloud service , which meeting information allows the cloud service to send the second communication device a request to join the electronic communication; using the cloud service, connecting the first communication device to an electronic communication; using the cloud service, sending the second communication device a request to join the electronic communication using the meeting information; and using the cloud service, connecting the second communication device to the electronic communication. providing a first communication device having an application stored thereon; providing a second communication device ; using the second communication device, determining a presence of the first communication device; based on the step of determining the presence of the first communication device, automatically sending a signal from the second communication device to the first communication device; characterized by upon receiving the signal from the second communication device, causing the first communication device to send meeting information including the location of the first communication device and/or identification of the second communication device directly to a cloud service , which meeting information allows the cloud service to send the second communication device a request to join the electronic communication; using the cloud service, connecting the first communication device to an electronic communication; using the cloud service, sending the second communication device a request to join the electronic communication using the meeting information; and using the cloud service, connecting the second communication device to the electronic communication.
A method for forming a virtual multipoint transceiver comprising: transmitting, by a first network device in a network, to a second network device, a cooperation candidate set, CCS, for a target user equipment, TUE, wherein the CCS comprises a plurality of potential cooperating user equipment, CUEs, for selection to a cooperation active set, CAS, and wherein the plurality of potential CUEs is selected from a plurality of user equipment, UEs, in the network; and receiving a CAS, from the second network device, wherein the CAS is a set of CUEs selected from the plurality of potential CUEs in the CCS, and wherein the TUE and the set of CUEs in the CAS form the virtual multipoint transceiver. transmitting, by a first network device in a network, to a second network device, a cooperation candidate set, CCS, for a target user equipment, TUE, wherein the CCS comprises a plurality of potential cooperating user equipment, CUEs, for selection to a cooperation active set, CAS, and wherein the plurality of potential CUEs is selected from a plurality of user equipment, UEs, in the network; and receiving a CAS, from the second network device, wherein the CAS is a set of CUEs selected from the plurality of potential CUEs in the CCS, and wherein the TUE and the set of CUEs in the CAS form the virtual multipoint transceiver.
A roller tool for a soil processing roller of a soil processing machine, comprising a tool carrier to be fixed on an outer circumferential side of a carrier cladding of a soil compaction roller , a quick-change tool holder to be detachably fixed on the tool carrier , and an exchangeable tool (70; 70') to be detachably fixed on the quick-change tool holder , wherein the quick-change tool holder comprises two holder body parts , characterized in that when the quick-change tool holder is fixed on the tool carrier , the two quick-change tool holder body parts are fixed by fastening elements on the tool carrier and the two quick-change tool holder body parts form a tool carrier receptacle space accommodating the tool carrier .
A wireless communication apparatus, the apparatus comprising: circuitry configured to: acquire, from a base station, information indicating a quantity of sub-carriers; measure channel quality of each of a plurality of sub-carriers within a communication band from a received signal; select one or more sub-carriers from the plurality of sub-carriers based on the measured channel quality, wherein a quantity of the selected sub-carriers corresponds to the quantity of sub-carriers indicated by the acquired information from the base station; and report to the base station information indicating channel quality of the selected sub-carriers. acquire, from a base station, information indicating a quantity of sub-carriers; measure channel quality of each of a plurality of sub-carriers within a communication band from a received signal; select one or more sub-carriers from the plurality of sub-carriers based on the measured channel quality, wherein a quantity of the selected sub-carriers corresponds to the quantity of sub-carriers indicated by the acquired information from the base station; and report to the base station information indicating channel quality of the selected sub-carriers.
Start-up method for an autonomous wireless sensor device having an energy collector , a power manager which is connected to the energy collector and has a DC-DC converter, a rechargeable energy store connected to the power manager, and energy sinks connected to the rechargeable energy store, having the following steps of: - disconnecting the power manager from the output of the energy collector , - connecting the rechargeable energy store to the energy collector via a charging channel arranged parallel to the power manager, - increasing the voltage provided at the output of the energy collector in the charging channel by means of a charge pump or a boost converter , - comparing the state of charge of the energy store with a predefined threshold value, - connecting the power manager to the output of the energy collector if the state of charge of the energy store exceeds the predefined threshold value, and - disconnecting the charging channel both from the energy collector and from the rechargeable energy store if a confirmation signal provided at a state of charge pin of the DC-DC converter indicates that the power manager has started its working operation. - disconnecting the power manager from the output of the energy collector , - connecting the rechargeable energy store to the energy collector via a charging channel arranged parallel to the power manager, - increasing the voltage provided at the output of the energy collector in the charging channel by means of a charge pump or a boost converter , - comparing the state of charge of the energy store with a predefined threshold value, - connecting the power manager to the output of the energy collector if the state of charge of the energy store exceeds the predefined threshold value, and - disconnecting the charging channel both from the energy collector and from the rechargeable energy store if a confirmation signal provided at a state of charge pin of the DC-DC converter indicates that the power manager has started its working operation.
An optical system for a microlithographic projection exposure apparatus for operation in the EUV, comprising • at least one polarization-influencing arrangement having at least one first and one second double reflection surface unit ; • wherein the at least two double reflection surface units each have a first reflection surface (128.1, 228.1, 328.1, 428.1, 528.1) and a second reflection surface (128.2, 228.2, 328.2, 428.2, 528.2); • wherein within the same double reflection surface unit, in each case the first reflection surface and the second reflection surface are arranged directly adjacent at a distance d1 and at an angle of 0°±10° relative to one another; • wherein the first reflection surface of the first double reflection surface unit and the second reflection surface of the second double reflection surface unit are arranged directly adjacent at a distance d2 and at an angle of 0°±10° relative to one another; • wherein during operation of the optical system, light incident on the first reflection surfaces forms an angle of 43°±10° with the first reflection surfaces; and • wherein during operation of the optical system, light incident on the first reflection surface of the first double reflection surface unit is reflected toward the second reflection surface of the second double reflection surface unit; and • wherein the following holds true: d2 > 5 * d1. • at least one polarization-influencing arrangement having at least one first and one second double reflection surface unit ; • wherein the at least two double reflection surface units each have a first reflection surface (128.1, 228.1, 328.1, 428.1, 528.1) and a second reflection surface (128.2, 228.2, 328.2, 428.2, 528.2); • wherein within the same double reflection surface unit, in each case the first reflection surface and the second reflection surface are arranged directly adjacent at a distance d1 and at an angle of 0°±10° relative to one another; • wherein the first reflection surface of the first double reflection surface unit and the second reflection surface of the second double reflection surface unit are arranged directly adjacent at a distance d2 and at an angle of 0°±10° relative to one another; • wherein during operation of the optical system, light incident on the first reflection surfaces forms an angle of 43°±10° with the first reflection surfaces; and • wherein during operation of the optical system, light incident on the first reflection surface of the first double reflection surface unit is reflected toward the second reflection surface of the second double reflection surface unit; and • wherein the following holds true: d2 > 5 * d1.
A facility for aquaculture which includes two or more circular net cages for fish-farming and several modular buoyancy systems , each net cage being formed from one of a seine bag , a liquid-tight cloth or wall and a semi-closed cage, the buoyancy systems comprising each a plurality of buoyancy elements , each buoyancy element including a cage side , an opposite straight long side , coupling sides between the cage side and the straight long side , the buoyancy elements of each buoyancy system being connected to each other along the coupling sides in a number encircling each net cage , and wherein each net cage is kept afloat by one of said buoyancy systems characterized in that each buoyancy element comprises a plane top side , - the cage side of the buoyancy elements is curved and follows the periphery of the net cage ; - the straight long side and the coupling sides of the buoyancy elements are each provided with a plurality of connecting units ; and - the straight long side and the coupling sides of the buoyancy elements are each provided with a projection and each connecting unit is positioned in a projection , and wherein at least one buoyancy element of each buoyancy system is connected along its straight long side to the straight long side of a buoyancy element of an adjacent buoyancy system , such that the buoyancy systems form a floating work platform between said net cages . - the cage side of the buoyancy elements is curved and follows the periphery of the net cage ; - the straight long side and the coupling sides of the buoyancy elements are each provided with a plurality of connecting units ; and - the straight long side and the coupling sides of the buoyancy elements are each provided with a projection and each connecting unit is positioned in a projection , and wherein at least one buoyancy element of each buoyancy system is connected along its straight long side to the straight long side of a buoyancy element of an adjacent buoyancy system , such that the buoyancy systems form a floating work platform between said net cages .
A vision system for a motor vehicle, comprising a mono imaging system composed of a monocular camera adapted to capture images from a surrounding of the motor vehicle and a data processing device comprising an object detection section adapted to detect an object in images captured by said imaging system through image processing, wherein the object detection section comprises a wheel detector adapted to detect a wheel (22; 27), a wheel-like structure, or a characteristic part thereof, of another vehicle, wherein said other vehicle is a bicycle crossing, or being about to cross, the path of the ego vehicle, wherein the wheel detector uses a circle or ellipse detection algorithm, wherein the said other vehicle is determined from a combined detection of a pair of wheels and a bicyclist arranged relative to each other, wherein said bicyclist is detected using a a pedestrian detector adapted to detect bicyclists, wherein a detected wheel (22; 27) is used to estimate the distance to the detected object, wherein a contact point to the ground is used to improve the distance estimation to a bicyclist .
An aqueous composition formulated for nasal administration comprising a pharmaceutically acceptable acetate or methanesulfonate salt of compound I or a racemate or enantiomer thereof, wherein compound I, or the racemate or enantiomer thereof, is dissolved in the aqueous composition at a concentration of between 150 mg/mL and 600 mg/mL.
A dental guard and tray , comprising: a thermoplastic dental guard , the thermoplastic dental guard including a pair of bite pads positionable upon the teeth of a user, and a connecting band extending between the pair of bite pads ; and a tray configured to receive the thermoplastic dental guard , the tray including a pair of bite pad supports , each bite pad support having a tooth occlusal contacting surface and a well extending from the tooth occlusal contacting surface and configured to receive at least a portion of one of the bite pads therein; and a connecting arc extending between the bite pad supports , the connecting arc including at least one elongated support member located proximate a midpoint of the connecting arc configured to angle rearwardly and upwardly from the connecting arc to hold the connecting band of the thermoplastic dental guard behind and in contact with the front teeth, wherein the at least one support member includes spaced apart holding lips configured to receive the connecting band of the dental guard between the holding lips . a thermoplastic dental guard , the thermoplastic dental guard including a pair of bite pads positionable upon the teeth of a user, and a connecting band extending between the pair of bite pads ; and a tray configured to receive the thermoplastic dental guard , the tray including a pair of bite pad supports , each bite pad support having a tooth occlusal contacting surface and a well extending from the tooth occlusal contacting surface and configured to receive at least a portion of one of the bite pads therein; and a connecting arc extending between the bite pad supports , the connecting arc including at least one elongated support member located proximate a midpoint of the connecting arc configured to angle rearwardly and upwardly from the connecting arc to hold the connecting band of the thermoplastic dental guard behind and in contact with the front teeth,
Process for angular indexing of a pre-form which comprises a body and a neck , the process comprising: - a step (E2) of marking the neck of the pre-form during which at least one reference point is produced on the neck of the pre-form ; - a step (E1) of a heating station taking charge of the pre-form , during which the pre-form is transported along a heating course by a support unit, known as a spinner , which makes it possible to turn the pre-form around its axis (X1); characterized in that the marking step (E2) is carried out during the step (E1) of taking charge, when the pre-form is supported by a spinner . - a step (E2) of marking the neck of the pre-form during which at least one reference point is produced on the neck of the pre-form ; - a step (E1) of a heating station taking charge of the pre-form , during which the pre-form is transported along a heating course by a support unit, known as a spinner , which makes it possible to turn the pre-form around its axis (X1);
System for harvesting asparagus in ground , the system comprising a cutting tool connectable to an actuator, said cutting tool movable, controlled by said actuator, relative to an asparagus , for performing localized harvesting of the asparagus by the cutting tool , wherein during localized harvesting, the cutting tool is moved by the actuator to a cutting depth for cutting the asparagus , said cutting tool comprising a cutting edge part and a linkage connecting the cutting edge part to the actuator, in order to exert a cutting movement of the cutting edge part from a rest position to a cutting position wherein the linkage comprises at least one link arm with a catch structure for catching the asparagus (A) when exerting the cutting movement, wherein the linkage comprises at least two link arms arranged for relative movement to each other, said two link arms pivotally arranged relative to said cutting edge part , so that the cutting edge is pivoted from the rest position to the cutting position, characterized in that the catch structure on the at least one link arm is arranged opposite a second link arm that catches the asparagus into the catch structure in that the catch structure is formed by a series of bars laterally extending from the link arm along a length of an asparagus to be caught and in that the cutting edge part is provided with a bottom bar movable with the cutting edge part , so that, by moving into the cutting position, an asparagus is prevented in the catch structure from axial displacement by the bottom bar .
Preform device for positioning extruded rubber mixtures, wherein - the preform device consists of an inlet module and an outlet module , wherein both the inlet module and the outlet module each have a base surface and a contact face opposite the base surface, and wherein - the surface of the contact face of the inlet module is smaller than the surface of the base surface of the inlet module , characterized in that both the inlet module and the outlet module have at least - a first flow duct provided for the arrangement of a first rubber component, - a second flow duct provided for the arrangement of a second rubber component, and - a third flow duct provided for the arrangement of a third rubber component. - the preform device consists of an inlet module and an outlet module , wherein both the inlet module and the outlet module each have a base surface and a contact face opposite the base surface, and wherein - the surface of the contact face of the inlet module is smaller than the surface of the base surface of the inlet module , characterized in that both the inlet module and the outlet module have at least - a first flow duct provided for the arrangement of a first rubber component, - a second flow duct provided for the arrangement of a second rubber component, and - a third flow duct provided for the arrangement of a third rubber component. - the surface of the contact face of the inlet module is smaller than the surface of the base surface of the inlet module , characterized in that - a first flow duct provided for the arrangement of a first rubber component, - a second flow duct provided for the arrangement of a second rubber component, - a third flow duct provided for the arrangement of a third rubber component.