mhurhangee/ep-ind-claims huggingface dataset:
Sewer-cleaning vehicle comprising a suction hose, at least one flushing hose, and a device for guiding the suction hose and the at least one flushing hose on the sewer-cleaning vehicle, said device comprising a boom which is mounted such as to be able to rotate about a vertical axis and on which the suction hose and the flushing hose are guided, and a reel mounted separately from the boom for storing a portion of the flushing hose, wherein the boom is provided with a guide device (20, 30, 40, 50) for the flushing hose between the reel and an end of the boom, and the flushing hose has a section running into the guide device (20, 30, 40, 50) and a section running out from the guide device (20, 30, 40, 50), wherein the boom is telescopable and, in a transport position, is positioned with an end at the rear of the sever-clearing vehicle, characterized in that the boom with the suction hose and the flusing hose is rotatable around the vertical axis through at least 220° and that a suction hose reel is provided for the suction hose, said suction hose reel being rotatable about the vertical axis, whereby the vertical axis of the suction hose reel and the vertical axis of the boom coincide, and that the guide device (20, 30, 40, 50) for the flushing hose is arranged below or above the suction hose reel.
Ultrafine particles with a primary particle size d 50 of less than 0.1 μm, characterized in that they have been surface-modified with at least one inorganic compound selected from aluminium, antimony, barium, calcium, cerium, cobalt, iron, manganese, sulphur, silicon, strontium, vanadium, zinc, tin and/or zirconium compounds, wherein preferably, the ultrafine particles used are TiO 2, Al 2 O 3, SiO 2, BaSO 4, ZnO or Fe 2 O 3, particular preferably BaSO 4 or TiO 2, more particularly preferably BaSO 4, and wherein the primary particle size of the surface-modified particles determined by transmission electron microscopy lies within the limit of accuracy for the measurement of the primary particle size of the initial particles.
An automatic driving method, comprising: determining (101, 401) whether a target vehicle travels on a pre-defined commuting route, wherein the commuting route is a fixed route on which the target vehicle travels at least twice in a preset period of time; acquiring (102, 203, 402) target travel information corresponding to the commuting route if the target vehicle travels on the pre-defined commuting route, wherein the target travel information comprises a historical running trajectory of the target vehicle on the commuting route; and controlling (103, 204) the target vehicle to perform automatic drive on the commuting route based on the target travel information, wherein the controlling the target vehicle to perform automatic drive on the commuting route based on the target travel information comprises: determining one or more available lanes of the commuting route based on the historical running trajectory; and selecting one of the available lanes or selecting different ones of the available lanes successively, during the automatic drive of the target vehicle. determining (101, 401) whether a target vehicle travels on a pre-defined commuting route, wherein the commuting route is a fixed route on which the target vehicle travels at least twice in a preset period of time; acquiring (102, 203, 402) target travel information corresponding to the commuting route if the target vehicle travels on the pre-defined commuting route, wherein the target travel information comprises a historical running trajectory of the target vehicle on the commuting route; and controlling (103, 204) the target vehicle to perform automatic drive on the commuting route based on the target travel information, wherein the controlling the target vehicle to perform automatic drive on the commuting route based on the target travel information comprises: determining one or more available lanes of the commuting route based on the historical running trajectory; and selecting one of the available lanes or selecting different ones of the available lanes successively, during the automatic drive of the target vehicle. determining one or more available lanes of the commuting route based on the historical running trajectory; and selecting one of the available lanes or selecting different ones of the available lanes successively, during the automatic drive of the target vehicle.
A method for producing a curvilinear layered product having a non-uniform thickness (H, H 1, H 2), the method comprising, in some order, - arranging available a preform (100, 102) having a first thickness (H, H 1) at a first location, wherein the preform (100, 102) comprises at least two layers and thermoplastic material in between the two layers, the thermoplastic material having a melting point of at least 80 °C and less than 140 °C, - at a first temperature where the temperature of the thermoplastic material is below its melting point, removing part of the preform or a form pressed preform to form an intermediate product (200, 202) having a second thickness (H 1, H 2) at a second location, wherein the second thickness (H 1, H 2) is smaller than the first thickness (H, H 1), - at a second temperature, form pressing the intermediate product or the preform, wherein the second temperature is greater than the first temperature, and - arranging at least one surface layer onto one of the preform, the form pressed preform, the intermediate product, and the form pressed intermediate product. - arranging available a preform (100, 102) having a first thickness (H, H 1) at a first location, wherein the preform (100, 102) comprises at least two layers and thermoplastic material in between the two layers, the thermoplastic material having a melting point of at least 80 °C and less than 140 °C, - at a first temperature where the temperature of the thermoplastic material is below its melting point, removing part of the preform or a form pressed preform to form an intermediate product (200, 202) having a second thickness (H 1, H 2) at a second location, wherein the second thickness (H 1, H 2) is smaller than the first thickness (H, H 1), - at a second temperature, form pressing the intermediate product or the preform, wherein the second temperature is greater than the first temperature, and - arranging at least one surface layer onto one of the preform, the form pressed preform, the intermediate product, and the form pressed intermediate product.
A method for releasing a smart card function of a smart card, said method comprising the following steps: - capturing authentication data (104; 127) from a user with the aid of a smart card reader, - cryptographically authenticating the reader to the smart card, - transmitting the authentication data of the user from the reader to the smart card in order to release the smart card function in order to enable a use of the smart card function by a computer connected to the reader, wherein the smart card function is released by the smart card only if the authentication data of the user match reference data (102, 104) stored on the smart card and if the cryptographic authentication of the reader to the smart card has been carried out successfully, wherein information is transmitted from the reader to the smart card, characterised in that the information specifies how the authentication data are captured by the reader, wherein the smart card function is released by the smart card only if the capture of the authentication data from the user by the reader as specified by the information meets a requirement of the smart card, wherein the reader transmits a certificate to the smart card for the cryptographic authentication to the smart card, wherein the certificate is one of various certificates stored in a memory of the reader, which certificates are each allocated a smart card type via an allocation table and differ from one another in terms of the contained information with regard to the way in which the authentication data are captured, and - capturing the authentication data by the reader in the way specified by the information contained in the selected certificate. - capturing authentication data (104; 127) from a user with the aid of a smart card reader, - cryptographically authenticating the reader to the smart card, - transmitting the authentication data of the user from the reader to the smart card in order to release the smart card function in order to enable a use of the smart card function by a computer connected to the reader, - capturing the authentication data by the reader in the way specified by the information contained in the selected certificate.
An automatic tracking method for a surveying device, comprising a light spot detecting step of detecting a light spot from a target supported on a moving object, a step of taking a moving image of said target and said moving object, a step of tracking based on the detection of the light spot, a step of performing image tracking based on said moving image in parallel to a light spot tracking, a step of comparing a position of the target obtained by said light spot tracking with a position of the image obtained by said image tracking, and a step of automatic tracking based on a result of said light spot tracking in case where said target position and an image position are within a predetermined range, wherein a template image is extracted from an image of said moving object in said moving image, a histogram is prepared from said template image, and said image tracking is carried out based on said histogram and by using particle filtering.
A transmutator system for transmutation of long-lived radioactive transuranic waste comprising: a neutron source tank including a neutron source therein, a plurality of concentric tanks (106,108) positioned about the neutron source tank and comprising a one or more mixtures of long-lived radioactive transuranic waste dissolved in FLiBe salt; characterised in that the system further comprises: an electrostatic accelerator oriented to axially propagate a deuteron beam into the neutron source, characterised in that the plurality of concentric tanks form a first set of tanks and wherein the transmutator system further comprising a second set of tanks containing a mixture of Pu and minor actinides including neptunium, americium and curium and wherein the walls of one of the first set of tanks or the second set of tanks are made of carbon based materials and wherein the carbon based materials are diamond. a neutron source tank including a neutron source therein, a plurality of concentric tanks (106,108) positioned about the neutron source tank and comprising a one or more mixtures of long-lived radioactive transuranic waste dissolved in FLiBe salt; characterised in that the system further comprises: an electrostatic accelerator oriented to axially propagate a deuteron beam into the neutron source, characterised in that the plurality of concentric tanks form a first set of tanks and wherein the transmutator system further comprising a second set of tanks containing a mixture of Pu and minor actinides including neptunium, americium and curium and wherein the walls of one of the first set of tanks or the second set of tanks are made of carbon based materials and wherein the carbon based materials are diamond. an electrostatic accelerator oriented to axially propagate a deuteron beam into the neutron source, characterised in that the plurality of concentric tanks form a first set of tanks and wherein the transmutator system further comprising a second set of tanks containing a mixture of Pu and minor actinides including neptunium, americium and curium and wherein the walls of one of the first set of tanks or the second set of tanks are made of carbon based materials and wherein the carbon based materials are diamond.
An operation unit that can be coupled to a steering shaft of a vehicle, the operation unit comprising: a body; a lever unit coupled in a removable manner to the body, wherein the lever unit is configured to be operable and includes a first connector; and a board, wherein a second connector is arranged on the board and electrically connected to the first connector of the lever unit, and a controller is arranged on the board and configured to detect an operation amount of the lever unit; wherein the operation unit is configured so that a first coupling direction of the lever unit to the body is the same as an insertion direction of the first connector of the lever unit into the second connector on the board, and wherein the operation unit further comprises: a main gear fixed to the steering shaft and rotated synchronously with the steering shaft; one or more sub-gears rotated in engagement with the main gear; and an angle detection element mounted on the board, wherein the angle detection element detects rotation of the one or more sub-gears, characterized in that a second coupling direction of the board to the body is opposite to the first coupling direction and the insertion direction, and the first coupling direction and the second coupling direction intersect an axis of the steering shaft. a body; a lever unit coupled in a removable manner to the body, wherein the lever unit is configured to be operable and includes a first connector; and a board, wherein a second connector is arranged on the board and electrically connected to the first connector of the lever unit, and a controller is arranged on the board and configured to detect an operation amount of the lever unit; wherein the operation unit is configured so that a first coupling direction of the lever unit to the body is the same as an insertion direction of the first connector of the lever unit into the second connector on the board, and wherein the operation unit further comprises: a main gear fixed to the steering shaft and rotated synchronously with the steering shaft; one or more sub-gears rotated in engagement with the main gear; and an angle detection element mounted on the board, wherein the angle detection element detects rotation of the one or more sub-gears, a main gear fixed to the steering shaft and rotated synchronously with the steering shaft; one or more sub-gears rotated in engagement with the main gear; and an angle detection element mounted on the board, wherein the angle detection element detects rotation of the one or more sub-gears, characterized in that a second coupling direction of the board to the body is opposite to the first coupling direction and the insertion direction, and the first coupling direction and the second coupling direction intersect an axis of the steering shaft.
A method for providing internetworking among application services layers, ASLs, of different network technologies, the method comprising: establishing a tunnel anchor point, TAP, within an application services layer, ASL, associated with a network, wherein the TAP is configured to enable communication between a local application in the network and a remote application in a different network via tunneling therebetween; creating, at the TAP, an ASL tunnel to the local application in the network to facilitate the communication; receiving, at the TAP, a message from the local application, wherein at least a portion of the message is configured to be provided to a remote ASL and the remote application in the different network to which the local application wishes to communicate; and providing, via the TAP, at least a portion of the message to the remote ASL and the remote application in the different network to facilitate the communication between the local application in the network and the remote application in the different network. establishing a tunnel anchor point, TAP, within an application services layer, ASL, associated with a network, wherein the TAP is configured to enable communication between a local application in the network and a remote application in a different network via tunneling therebetween; creating, at the TAP, an ASL tunnel to the local application in the network to facilitate the communication; receiving, at the TAP, a message from the local application, wherein at least a portion of the message is configured to be provided to a remote ASL and the remote application in the different network to which the local application wishes to communicate; and providing, via the TAP, at least a portion of the message to the remote ASL and the remote application in the different network to facilitate the communication between the local application in the network and the remote application in the different network.
A network node using new radio time division duplex, NR TDD, the network node comprising: processing circuitry configured to: configure positioning of at least two control messages over at least two symbols of a NR TDD slot, wherein the NR TDD slot comprises a minimum of two downlink and two uplink symbols in the NR TDD slot, and wherein the at least two control messages are different types of control message, and wherein the at least two control messages on the at least two symbols are on different uplink symbols in a time domain; wherein each control message corresponds to a respective symbol of the at least two symbols of the NR TDD slot; wherein the at least two control messages include: a downlink Hybrid Automatic Repeat Request, HARQ, configured to be positioned on a first symbol of the at least two symbols of the NR TDD slot; and a scheduling request configured to be positioned on a second symbol of the at least two symbols of the NR TDD slot, the first symbol being positioned, in the time domain, before the second symbol. processing circuitry configured to: configure positioning of at least two control messages over at least two symbols of a NR TDD slot, wherein the NR TDD slot comprises a minimum of two downlink and two uplink symbols in the NR TDD slot, and wherein the at least two control messages are different types of control message, and wherein the at least two control messages on the at least two symbols are on different uplink symbols in a time domain; wherein each control message corresponds to a respective symbol of the at least two symbols of the NR TDD slot; wherein the at least two control messages include: a downlink Hybrid Automatic Repeat Request, HARQ, configured to be positioned on a first symbol of the at least two symbols of the NR TDD slot; and a scheduling request configured to be positioned on a second symbol of the at least two symbols of the NR TDD slot, the first symbol being positioned, in the time domain, before the second symbol. a downlink Hybrid Automatic Repeat Request, HARQ, configured to be positioned on a first symbol of the at least two symbols of the NR TDD slot; and a scheduling request configured to be positioned on a second symbol of the at least two symbols of the NR TDD slot, the first symbol being positioned, in the time domain, before the second symbol.
A flow cell assembly for use in an NMR spectrometer for performing NMR measurements on a liquid NMR sample, the assembly comprising - a flow cell for receiving the NMR sample, the flow cell forming a first opening at a first end of the flow cell and a second opening at a second end, and the flow cell being substantially hollow-cylindrical along a longitudinal axis (A L), and - a connecting piece for connecting a flow line to the flow cell in a fluid-tight manner, the connecting piece being arranged at the first opening of the flow cell, wherein a sealing head of the connecting piece is arranged in the first opening of the flow cell, and wherein a sealing head diameter d dicht of the sealing head of the connecting piece is larger than an opening diameter d off of the first opening of the flow cell, characterized in that the hollow-cylindrical flow cell has a cross-section which continuously tapers in the region of the first opening along the longitudinal axis (A L) such that the opening diameter d off of the first opening of the flow cell is smaller than an inner flow cell diameter d inn. - a flow cell for receiving the NMR sample, the flow cell forming a first opening at a first end of the flow cell and a second opening at a second end, and the flow cell being substantially hollow-cylindrical along a longitudinal axis (A L), and - a connecting piece for connecting a flow line to the flow cell in a fluid-tight manner, the connecting piece being arranged at the first opening of the flow cell, wherein a sealing head of the connecting piece is arranged in the first opening of the flow cell, and wherein a sealing head diameter d dicht of the sealing head of the connecting piece is larger than an opening diameter d off of the first opening of the flow cell,
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 (15, 17) 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 (15, 17) 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 (15, 17) of the buoyancy elements are each provided with a plurality of connecting units; and - the straight long side and the coupling sides (15, 17) of the buoyancy elements are each provided with a projection (130, 150, 170) and each connecting unit is positioned in a projection (130, 150, 170), 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 (15, 17) of the buoyancy elements are each provided with a plurality of connecting units; and - the straight long side and the coupling sides (15, 17) of the buoyancy elements are each provided with a projection (130, 150, 170) and each connecting unit is positioned in a projection (130, 150, 170), 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 supraparticle comprising a therapeutic payload for use in a method of improving hearing loss or reducing the progression of hearing loss in a subject with hearing loss which is clinically described as mild, moderate or severe wherein the therapeutic payload is a neurotrophic peptide.