mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for assisting a user in arriving at a destination point within a specified time limit after receiving a starting position and the destination point, the method further comprises - calculating a plurality of routes from the starting position to the destination point, wherein the routes being traversable within the specified time limit, - estimating an accessible geographic area which can be traversed by the user with a predetermined speed before reaching the destination point within the specified time limit, when starting from the starting position, wherein the accessible geographic area is determined such that it includes the routes and an area between the routes, - providing during traveling information on the estimated accessible geographic area for presentation, - receiving an updated position and - wherein after having specified the time limit and received the destination point, the accessible geographic area is updated at predetermined time intervals, the update of the area being based on the updated position and on a remaining portion of the time limit by calculating a plurality of routes from the updated position. - calculating a plurality of routes from the starting position to the destination point, wherein the routes being traversable within the specified time limit, - estimating an accessible geographic area which can be traversed by the user with a predetermined speed before reaching the destination point within the specified time limit, when starting from the starting position, wherein the accessible geographic area is determined such that it includes the routes and an area between the routes, - providing during traveling information on the estimated accessible geographic area for presentation, - receiving an updated position and - wherein after having specified the time limit and received the destination point, the accessible geographic area is updated at predetermined time intervals, the update of the area being based on the updated position and on a remaining portion of the time limit by calculating a plurality of routes from the updated position.
Concrete paving stone, which is provided in the form of a cuboid signal stone for being laid at road edges or on similar travel surfaces, the paving stone comprising a profile, on the upper face thereof, that acts as a warning mechanism and forms at least respective transverse grooves, characterised in that the profile, which, in the installation position of the paving stone, extends from the first longitudinal side oriented towards the road edge (F') as far as the opposite longitudinal side, comprises blind holes, at least in regions, and interacts therewith.
A chemical liquid addition system that is placed on a centrifugal separator and that adds a chemical liquid to a body fluid component of a body fluid, comprising: a body fluid bag that holds a body fluid; a chemical liquid bag that holds a chemical liquid; a mixed liquid bag that holds a mixed liquid of the body fluid component of the body fluid and the chemical liquid; a flow path that connects the body fluid bag, the chemical liquid bag and the mixed liquid bag; and a mixing device that mixes the body fluid component sent from the body fluid bag with the chemical liquid sent from the chemical liquid bag in the flow path while the body fluid component and the chemical liquid flow therethrough, wherein, the body fluid component of body fluid in the body fluid bag and the chemical liquid in the chemical liquid bag are sent to the mixing device through the flow path, and the mixed liquid mixed by the mixing device is sent to the mixed liquid bag, by centrifugal force of the centrifugal separator. a body fluid bag that holds a body fluid; a chemical liquid bag that holds a chemical liquid; a mixed liquid bag that holds a mixed liquid of the body fluid component of the body fluid and the chemical liquid; a flow path that connects the body fluid bag, the chemical liquid bag and the mixed liquid bag; and a mixing device that mixes the body fluid component sent from the body fluid bag with the chemical liquid sent from the chemical liquid bag in the flow path while the body fluid component and the chemical liquid flow therethrough, wherein, the body fluid component of body fluid in the body fluid bag and the chemical liquid in the chemical liquid bag are sent to the mixing device through the flow path, and the mixed liquid mixed by the mixing device is sent to the mixed liquid bag, by centrifugal force of the centrifugal separator.
A data transmission interface in a first integrated circuit, IC, for encoding and sending a data packet from the first IC to a second IC via a data bus having three data wires (W 1, W 2, W 3), the data transmission interface being arranged to generate three time-dependent binary signals (V 1, V 2, V 3) which jointly encode the data packet, each of the binary signals being associated with a unique data wire of the data bus and spanning a temporal cycle T within which are defined six consecutive time stamps T 1... T 6 at which the binary signals are allowed to change logical state, the data transmission interface further arranged to transmit the binary signals to the second IC substantially in parallel on their respective data wires, wherein, irrespective of the data packet content: at each time stamp T 1... T 6 exactly one of the binary signals changes logical state; each binary signal changes logical state twice during the cycle; and in the first half of the cycle T, all binary signals change from a logical low state to a logical high state or all binary signals change from a logical high state to a logical low state. at each time stamp T 1... T 6 exactly one of the binary signals changes logical state; each binary signal changes logical state twice during the cycle; and in the first half of the cycle T, all binary signals change from a logical low state to a logical high state or all binary signals change from a logical high state to a logical low state.
Roof window or a roof hatch comprising a frame and a sash having a basically rectangular construction consisting of two side frame members, an upper frame member, and a lower frame member, the sash and the frame being connected with each other using tippable hinges in the upper part of the window or the hatch and/or swivel hinges in its middle part, and comprising a locking mechanism for the sash, wherein the locking mechanism has a holder parallel to the upper and the lower sash frame members, said holder being hingedly mounted to the side sash frame members on a first pin using two arms of the holder, the, locking mechanism having two symmetrical blocking subassemblies fixed to the side frame members wherein each blocking subassembly is equipped with a stub axle, movable relative to the side frame members, characterised in that each stub axle is mating with a peg which confines its rotary motion, and characterised in that when the window or hatch is closed, a socket of the stub axle is mating with a blocking peg on the arms of the holder to block it.
A method for use in a wireless device (14, 16) in a wireless communication system for transmitting a phase-tracking reference signal, PT-RS, the method comprising: obtaining information about a position in a time domain of a scheduled first demodulation reference signal, DM-RS, in a slot; and transmitting the PT-RS symbols within the slot, the position of the PT-RS symbols depending on the position in the time domain of the scheduled first DM-RS, wherein the method further comprises: obtaining information about a position of a first time symbol in a slot scheduled for data transmission; and obtaining information about a position of a last time symbol in the slot scheduled for data transmission. obtaining information about a position in a time domain of a scheduled first demodulation reference signal, DM-RS, in a slot; and transmitting the PT-RS symbols within the slot, the position of the PT-RS symbols depending on the position in the time domain of the scheduled first DM-RS, wherein the method further comprises: obtaining information about a position of a first time symbol in a slot scheduled for data transmission; and obtaining information about a position of a last time symbol in the slot scheduled for data transmission. obtaining information about a position of a first time symbol in a slot scheduled for data transmission; and obtaining information about a position of a last time symbol in the slot scheduled for data transmission.
Electromagnetic stopper for stopping and/or for separating cargo carriers and/or cargo conveyed on a continuously operated cargo conveyor system, characterized in that it comprises: - a bistable lifting solenoid having at least one coil and at least one permanent magnet; - a cam that can be retracted and extended with the aid of the lifting solenoid; - one or more electrical energy stores, in particular capacitors; - a control that discharges the energy store or the energy stores via the at least one coil of the lifting solenoid with the aid of switches such that the cam is extended. - a bistable lifting solenoid having at least one coil and at least one permanent magnet; - a cam that can be retracted and extended with the aid of the lifting solenoid; - one or more electrical energy stores, in particular capacitors; - a control that discharges the energy store or the energy stores via the at least one coil of the lifting solenoid with the aid of switches such that the cam is extended.
Suction-extraction attachment for an insertion tool, in particular a drilling tool, comprising a housing with an end-side opening which is designed for receiving the insertion tool, a bearing unit for mounting the suction-extraction attachment on the insertion tool, a suction-extraction opening for coupling the suction-extraction attachment to a suction-extraction device, wherein the end-side opening and the suction-extraction opening form a transport channel, wherein the suction-extraction attachment is mounted on the insertion tool in an axially movable and rotatable manner by means of the bearing unit such that the position of the suction-extraction attachment relative to the insertion tool changes as a drill hole depth increases, characterized in that the bearing unit has at least two movable bearing elements which are movable relative to each other and are designed in particular for the play-free mounting of the suction-extraction attachment.
Control device for controlling a plurality of sets of LEDs for a motor vehicle, the plurality of sets of LEDs comprising at least a first set of LEDs that is associated with at least a first lighting and/or signalling function and a second set of LEDs that is associated with at least a second and a third lighting and/or signalling function, the control device comprising: - an electrical power source able to be connected in parallel to the first set of LEDs and to the second set of LEDs and to deliver at least two different electrical power levels suitable respectively for the first lighting and/or signalling function and for the second lighting and/or signalling function; - a switching module able to be connected in series with the first set of LEDs and to switch between an open, first position in which only the second set of LEDs is supplied with electrical power, and a closed, second position in which the first set of LEDs and the second set of LEDs are supplied with electrical power simultaneously; and - a module for regulating electrical current able to be connected in series with the second set of LEDs and to switch between a regulating position enabling adjustment of a third electrical power level suitable for a third lighting and/or signalling function and a short-circuit position, characterized in that the plurality of sets of LEDs furthermore comprise a third set of LEDs able to be connected in series to the first set of LEDs in order to form a fourth set of LEDs associated with a fourth lighting and/or signalling function, and in that the device furthermore comprises an electronic switch able to be connected in parallel to the third set of LEDs and able to switch into a closed position enabling control of the first lighting and/or signalling function and into an open position enabling control of the fourth lighting and/or signalling function. - an electrical power source able to be connected in parallel to the first set of LEDs and to the second set of LEDs and to deliver at least two different electrical power levels suitable respectively for the first lighting and/or signalling function and for the second lighting and/or signalling function; - a switching module able to be connected in series with the first set of LEDs and to switch between an open, first position in which only the second set of LEDs is supplied with electrical power, and a closed, second position in which the first set of LEDs and the second set of LEDs are supplied with electrical power simultaneously; and - a module for regulating electrical current able to be connected in series with the second set of LEDs and to switch between a regulating position enabling adjustment of a third electrical power level suitable for a third lighting and/or signalling function and a short-circuit position,
Power supply unit for supplying a vehicle electrical system of a land vehicle, in particular a wheeled vehicle, with a rechargeable electrical power storage unit and a secondary coil connected to the latter for inductive transfer of power between the secondary coil and a primary coil of a charging station, wherein the power supply unit is embodied as an interchangeable complete unit with a connecting element (6; 23) for connection with a connection counterpart (7; 24) arranged on the land vehicle for transfer of power between the power supply unit and the vehicle electrical system, characterised in that the connecting element is a vehicle electrical system primary coil for inductive transfer of power between the vehicle electrical system primary coil and the connection counterpart embodied as a vehicle electrical system secondary coil.
A computer-implemented method, comprising: receiving, by a first network device (125 i) in a second data center, an Ethernet virtual private network, EVPN, mobility event advertisement subsequent to a virtual machine, VM, moving from a first data center to the second data center; the method being characterized in that it further comprises, in response to receiving the EVPN mobility event advertisement and determining that a local route has not been installed for the VM in a routing table of the first network device (125 i): registering, by the first network device (125 i), a current location of the moved VM in a Locator/ID Separation Protocol, LISP, mapping system; and notifying, by either the first network device (125 i) or another network device in the second data center, a second network device in the first data center of the VM move. receiving, by a first network device (125 i) in a second data center, an Ethernet virtual private network, EVPN, mobility event advertisement subsequent to a virtual machine, VM, moving from a first data center to the second data center; the method being characterized in that it further comprises, in response to receiving the EVPN mobility event advertisement and determining that a local route has not been installed for the VM in a routing table of the first network device (125 i): registering, by the first network device (125 i), a current location of the moved VM in a Locator/ID Separation Protocol, LISP, mapping system; and notifying, by either the first network device (125 i) or another network device in the second data center, a second network device in the first data center of the VM move. registering, by the first network device (125 i), a current location of the moved VM in a Locator/ID Separation Protocol, LISP, mapping system; and notifying, by either the first network device (125 i) or another network device in the second data center, a second network device in the first data center of the VM move.
A white list creation device comprising: a collection section configured to collect pieces of information about IoT, Internet of Things, apparatuses connected to loT gateways, and white lists stored in the loT gateways, the white lists specifying content of communication allowed for each of the loT apparatuses, wherein the pieces of information include models of the loT apparatuses, the number of loT apparatuses for each model and communication features with a corresponding loT gateway; a calculation section configured to calculate a feature value showing communication features of loT apparatuses for each of the loT gateways, and degrees of similarity in the feature value among the loT gateways, based on the collected pieces of information about the loT apparatuses, wherein the calculation section is configured to calculate, for each of the loT gateways, the feature value based on the number of loT apparatuses for each model and communication features for the model; and an extraction section configured to select a combination of the loT gateways with the calculated similarity degrees that is equal to or above a predetermined threshold, and extract pieces of white list information about an loT apparatus that is included in an existing white list of loT gateways included in the combination but is not included in an existing white list of other loT gateways included in the combination. a collection section configured to collect pieces of information about IoT, Internet of Things, apparatuses connected to loT gateways, and white lists stored in the loT gateways, the white lists specifying content of communication allowed for each of the loT apparatuses, wherein the pieces of information include models of the loT apparatuses, the number of loT apparatuses for each model and communication features with a corresponding loT gateway; a calculation section configured to calculate a feature value showing communication features of loT apparatuses for each of the loT gateways, and degrees of similarity in the feature value among the loT gateways, based on the collected pieces of information about the loT apparatuses, wherein the calculation section is configured to calculate, for each of the loT gateways, the feature value based on the number of loT apparatuses for each model and communication features for the model; and an extraction section configured to select a combination of the loT gateways with the calculated similarity degrees that is equal to or above a predetermined threshold, and extract pieces of white list information about an loT apparatus that is included in an existing white list of loT gateways included in the combination but is not included in an existing white list of other loT gateways included in the combination.
A sol-gel suitable for surface treatment of a substrate to provide a temperature resistant and erosion resistant coating comprising: an effective amount of a titanium alkoxide; an effective amount of an organosilane for forming a sol-gel network on a surface of the substrate: an organic acid; an effective amount of one or more additives to improve the impact resistance, heat resistance, or combination thereof of the resulting sol-gel coating, wherein the one or more additives comprises mica flakes having an average diameter from 2 to 20 micrometers (microns) and said mica flakes are present in an amount of from 2 to 10 volume percent, based on the total volume of the titanium alkoxide and the organosilane; and an effective amount of one or more pigments to control gloss, color, reflectivity or a combination thereof of the substrate when coated with the sol-gel to form a sol coating, and wherein the combined percent volume loading of the one or more additives and the one or more pigments is at least 20 percent, based on the total volume of the titanium alkoxide and organosilane. an effective amount of a titanium alkoxide; an effective amount of an organosilane for forming a sol-gel network on a surface of the substrate: an organic acid; an effective amount of one or more additives to improve the impact resistance, heat resistance, or combination thereof of the resulting sol-gel coating, wherein the one or more additives comprises mica flakes having an average diameter from 2 to 20 micrometers (microns) and said mica flakes are present in an amount of from 2 to 10 volume percent, based on the total volume of the titanium alkoxide and the organosilane; and an organic acid; an effective amount of one or more additives to improve the impact resistance, heat resistance, or combination thereof of the resulting sol-gel coating, wherein the one or more additives comprises mica flakes having an average diameter from 2 to 20 micrometers (microns) and said mica flakes are present in an amount of from 2 to 10 volume percent, based on the total volume of the titanium alkoxide and the organosilane; and an effective amount of one or more pigments to control gloss, color, reflectivity or a combination thereof of the substrate when coated with the sol-gel to form a sol coating, and wherein the combined percent volume loading of the one or more additives and the one or more pigments is at least 20 percent, based on the total volume of the titanium alkoxide and organosilane.
Blood serum for use in the treatment of neurodegenerative ophthalmologic pathologies, wherein said serum comprises the nerve growth factor-β (NGF-β), wherein said neurodegenerative ophthalmologic pathologies are selected from the group consisting of: degenerative pathologies of the retina, degenerative pathologies of the optic nerve, and ophthalmologic pathologies whose progression is linked to the activation of neuroinflammatory processes.
A computer-implemented method for verifying a relay system node, the method comprising: sending, by a key management node, a remote attestation request to a relay system node; receiving, by the key management node and from the relay system node, attestation evidence generated by the relay system node, wherein the attestation evidence comprises a measurement value, a public key of the relay system node, and a signature of the relay system node; sending, by the key management node, the attestation evidence to an attestation service; receiving, by the key management node and from the attestation service, an attestation verification report, wherein the attestation verification report is generated based on a verification of the attestation evidence by the attestation service; and storing, by the key management node, the public key of the relay system node. sending, by a key management node, a remote attestation request to a relay system node; receiving, by the key management node and from the relay system node, attestation evidence generated by the relay system node, wherein the attestation evidence comprises a measurement value, a public key of the relay system node, and a signature of the relay system node; sending, by the key management node, the attestation evidence to an attestation service; receiving, by the key management node and from the attestation service, an attestation verification report, wherein the attestation verification report is generated based on a verification of the attestation evidence by the attestation service; and storing, by the key management node, the public key of the relay system node.