mhurhangee/ep-ind-claims huggingface dataset:
A method for route tracking and route monitoring, comprising: providing an electronic transmitting device, wherein the electronic transmitting device is configured to carry out a position determination using one or more location methods; defining an individual reference route by entering a starting point and a destination point and adapting a route guidance; defining a security perimeter by entering a maximum distance value; continuously determining a position while following the individual reference route; continuously calculating a distance of the position from the individual reference route; comparing the distance of the position from the individual reference route with the maximum distance value of the security perimeter; and outputting a security signal via wireless data transmission to be received by at least one receiving device when the distance is greater than the maximum distance of the security perimeter, characterized in that the method further comprises: displaying the security perimeter on the map display; and setting an input of the security perimeter via a visual slider of a touch screen of the electronic transmitting device. providing an electronic transmitting device, wherein the electronic transmitting device is configured to carry out a position determination using one or more location methods; defining an individual reference route by entering a starting point and a destination point and adapting a route guidance; defining a security perimeter by entering a maximum distance value; continuously determining a position while following the individual reference route; continuously calculating a distance of the position from the individual reference route; comparing the distance of the position from the individual reference route with the maximum distance value of the security perimeter; and outputting a security signal via wireless data transmission to be received by at least one receiving device when the distance is greater than the maximum distance of the security perimeter, characterized in that the method further comprises: displaying the security perimeter on the map display; and setting an input of the security perimeter via a visual slider of a touch screen of the electronic transmitting device. displaying the security perimeter on the map display; and setting an input of the security perimeter via a visual slider of a touch screen of the electronic transmitting device.
Method for transmitting a caller number, comprising: receiving (54, 120) digital coded first data which comprises the digits of a caller number, using the received first data to generate at least one tone for each digit, sending (56, 122) the generated tones to a telephone (CPEB) of a callee, wherein all steps are performed automatically in a gateway device which transmits data between networks (10, 12) using transmission protocols that are different from each other, wherein the gateway device is controlled by a control device and wherein the protocol according to IETF RFC 3015 or ITU-T protocol H.248.1 is used between the gateway device and the control device or a protocol that is based on one of these protocols, characterized in that each digit is represented in the form of a signal consisting of two frequencies out of the six frequencies 700 Hz, 900 Hz, 1100 Hz, 1300 Hz, 1500 Hz and 1700 Hz and that there is no silence interval between the tones or silent intervals between successive tones are smaller than 20 ms and that a repetition character is used in the first data to indicate repetition of a character. receiving (54, 120) digital coded first data which comprises the digits of a caller number, using the received first data to generate at least one tone for each digit, sending (56, 122) the generated tones to a telephone (CPEB) of a callee, wherein all steps are performed automatically in a gateway device which transmits data between networks (10, 12) using transmission protocols that are different from each other, wherein the gateway device is controlled by a control device and wherein the protocol according to IETF RFC 3015 or ITU-T protocol H.248.1 is used between the gateway device and the control device or a protocol that is based on one of these protocols, characterized in that each digit is represented in the form of a signal consisting of two frequencies out of the six frequencies 700 Hz, 900 Hz, 1100 Hz, 1300 Hz, 1500 Hz and 1700 Hz and that there is no silence interval between the tones or silent intervals between successive tones are smaller than 20 ms and that a repetition character is used in the first data to indicate repetition of a character.
Fastening arrangement - with a screw, which has a shaft with a front end for putting into a hole in a substrate and at least one thread spiral, in which the thread spiral is arranged on the shaft, and - with a squeezing unit, which has a mass reservoir containing a mass for filling a gap between the shaft and the wall of the hole, a squeezing plate, to which the front end of the shaft may be brought for squeezing the mass out of the mass reservoir, and a holding element for fixing the squeezing plate in the hole, in which on the one hand the squeezing plate is arranged on the holding element and on the other hand a stop element for stopping is arranged at the mouth of the hole, and in which the holding element connects the stop element with the squeezing plate, characterised in that - the holding element connecting the stop element with the squeezing plate is made in the shape of a spiral. - with a screw, which has a shaft with a front end for putting into a hole in a substrate and at least one thread spiral, in which the thread spiral is arranged on the shaft, and - with a squeezing unit, which has a mass reservoir containing a mass for filling a gap between the shaft and the wall of the hole, a squeezing plate, to which the front end of the shaft may be brought for squeezing the mass out of the mass reservoir, and a holding element for fixing the squeezing plate in the hole, in which on the one hand the squeezing plate is arranged on the holding element and on the other hand a stop element for stopping is arranged at the mouth of the hole, and in which the holding element connects the stop element with the squeezing plate, - the holding element connecting the stop element with the squeezing plate is made in the shape of a spiral.
A resistive-switching memory element comprising: a. a first electrode; b. a resistive-switching element; c. a second electrode; wherein the resistive-switching element is arranged between the first electrode and the second electrode, wherein the resistive-switching element comprises a plurality of neighbouring metal oxide layers and comprises different metal oxides, and characterized in that the neighbouring metal oxide layers of the resistive-switching element have a lattice mismatch of 1 to 4%. a. a first electrode; b. a resistive-switching element; c. a second electrode;
A movable connector comprising: a fixed housing fixed to a substrate and having a receiving chamber therein; a movable housing disposed in the receiving chamber and having an insertion hole for a connection object; and at least one terminal having a spring portion configured to support the movable housing displaceably relative to the fixed housing, wherein the fixed housing has a peripheral wall and a recessed shape in which the receiving chamber is provided, wherein the movable housing has a plurality of abutment portions (12a1,12a3,12a4) in a distal end portion thereof in an inserting and fitting direction (z) of the connection object, characterized in that the fixed housing has an upper wall positioned at one side of the peripheral wall; wherein the upper wall of the fixed housing is opposed to the plurality of abutment portions (12a1,12a3,12a4), and said upper wall has an abutment receiving portion (11A1) on which the plurality of abutment portions (12a1,12a3,12a4) are configured to abut when the connection object is inserted. a fixed housing fixed to a substrate and having a receiving chamber therein; a movable housing disposed in the receiving chamber and having an insertion hole for a connection object; and at least one terminal having a spring portion configured to support the movable housing displaceably relative to the fixed housing, wherein the fixed housing has a peripheral wall and a recessed shape in which the receiving chamber is provided, wherein the movable housing has a plurality of abutment portions (12a1,12a3,12a4) in a distal end portion thereof in an inserting and fitting direction (z) of the connection object, characterized in that the fixed housing has an upper wall positioned at one side of the peripheral wall; wherein the upper wall of the fixed housing is opposed to the plurality of abutment portions (12a1,12a3,12a4), and said upper wall has an abutment receiving portion (11A1) on which the plurality of abutment portions (12a1,12a3,12a4) are configured to abut when the connection object is inserted.
Method for monitoring a capacity of an energy reserve for a safety device for a vehicle, which method comprises the following steps: changing the voltage present at the energy reserve between a starting value (V 1; V 3) suitable for operating the safety device and a test voltage value (V 2; V 4) suitable for operating the safety device, wherein, for changing the voltage, a charging circuit of the energy reserve is deactivated and a discharging circuit of the energy reserve is activated; and evaluating the voltage change (ΔV) of the voltage present at the energy reserve between the starting value (V 1; V 3) and the test voltage value (V 2; V 4) in order to monitor the energy reserve; characterized in that the steps of changing and evaluating are carried out repeatedly a number of times during a driving cycle of the vehicle. changing the voltage present at the energy reserve between a starting value (V 1; V 3) suitable for operating the safety device and a test voltage value (V 2; V 4) suitable for operating the safety device, wherein, for changing the voltage, a charging circuit of the energy reserve is deactivated and a discharging circuit of the energy reserve is activated; and evaluating the voltage change (ΔV) of the voltage present at the energy reserve between the starting value (V 1; V 3) and the test voltage value (V 2; V 4) in order to monitor the energy reserve; characterized in that the steps of changing and evaluating are carried out repeatedly a number of times during a driving cycle of the vehicle.
A method comprising: determining, by a playback device, a first loudness level of a first portion of first media content from a first source while the playback device presents the first media content, wherein the first portion has a first length; switching, by the playback device, from presenting the first media content from the first source to presenting second media content from a second source; while the playback device presents the second media content from the second source, receiving, by the playback device, an audio signal corresponding to the first media content; based on the switching, determining, by the playback device, second loudness levels of second portions of the first media content using the audio signal corresponding to the first media content while the playback device presents the second media content, wherein the second portions have a second length that is shorter than the first length; and while the playback device presents the second media content, adjusting, by the playback device, a volume of the playback device based on one or more of the second loudness levels. determining, by a playback device, a first loudness level of a first portion of first media content from a first source while the playback device presents the first media content, wherein the first portion has a first length; switching, by the playback device, from presenting the first media content from the first source to presenting second media content from a second source; while the playback device presents the second media content from the second source, receiving, by the playback device, an audio signal corresponding to the first media content; based on the switching, determining, by the playback device, second loudness levels of second portions of the first media content using the audio signal corresponding to the first media content while the playback device presents the second media content, wherein the second portions have a second length that is shorter than the first length; and while the playback device presents the second media content, adjusting, by the playback device, a volume of the playback device based on one or more of the second loudness levels.
A drill comprising: a rake face; a negative land continuous to the rake face; a flank face continuous to the negative land; and an outer circumferential surface continuous to the rake face, the negative land, and the flank face, wherein a ridgeline between the rake face and the negative land constitutes a lower cutting edge, a ridgeline between the flank face and the negative land constitutes an upper cutting edge, when viewed in a direction along a rotation axis of the drill, the negative land includes a first region (13a1) in which a space between the upper cutting edge and the lower cutting edge becomes wider toward the outer circumferential surface, and a second region (13a2) which is continuous to the first region (13a1) and in which the space becomes wider toward the rotation axis, in a cross section perpendicular to the rotation axis, the rake face includes a return face, the return face being recessed opposite to a rotation direction of the drill, when a first boundary represents a boundary between the outer circumferential surface and the first region (13a1) and a second boundary represents a boundary between the first region (13a1) and the second region (13a2), a length of the first boundary is larger than a length of the second boundary in a direction parallel to the rotation axis, and the second boundary is continuous to the return face, characterised in that the return face is continuous to the outer circumferential surface. a rake face; a negative land continuous to the rake face; a flank face continuous to the negative land; and an outer circumferential surface continuous to the rake face, the negative land, and the flank face, wherein a ridgeline between the rake face and the negative land constitutes a lower cutting edge, a ridgeline between the flank face and the negative land constitutes an upper cutting edge, when viewed in a direction along a rotation axis of the drill, the negative land includes a first region (13a1) in which a space between the upper cutting edge and the lower cutting edge becomes wider toward the outer circumferential surface, and a second region (13a2) which is continuous to the first region (13a1) and in which the space becomes wider toward the rotation axis, a first region (13a1) in which a space between the upper cutting edge and the lower cutting edge becomes wider toward the outer circumferential surface, and a second region (13a2) which is continuous to the first region (13a1) and in which the space becomes wider toward the rotation axis, in a cross section perpendicular to the rotation axis, the rake face includes a return face, the return face being recessed opposite to a rotation direction of the drill, when a first boundary represents a boundary between the outer circumferential surface and the first region (13a1) and a second boundary represents a boundary between the first region (13a1) and the second region (13a2), a length of the first boundary is larger than a length of the second boundary in a direction parallel to the rotation axis, and the second boundary is continuous to the return face, characterised in that the return face is continuous to the outer circumferential surface.
Preheating device for preheating liquid and/or gaseous fuel for an internal question engine, with a fuel inlet, a fuel outlet, a fuel conducting means (10, 18) connecting the fuel inlet to the fuel outlet to conduct the fuel entering through the fuel inlet to the fuel outlet and a heat transmission means (4, 16) to transmit heat into the fuel conducting means (10, 18), wherein the heat transmission means has a heating means chamber limited by a wall to receive a heat-emitting heating means, the fuel conducting means is arranged at least in portions on the wall, the fuel conducting means (10, 18) and the heat transmission means (4, 16) together form a planar heat exchanger arrangement, the fuel conducting means (10, 18) substantially surrounds the heating means chamber and has at least one preheating chamber limited by a wall and a downstream reactor chamber and the preheating chamber and the reactor chamber are oriented in such a way that the flow direction of the fuel through the reactor chamber is at least partially oriented approximately in the opposite direction to the flow direction of the fuel through the preheating chamber, characterised in that the reactor chamber is formed at least in portions between the wall limiting the preheating chamber and the wall limiting the heating means chamber.
An optical system, comprising: a first relay rod of a first material; a second relay rod of a second material, different from the first material; and a lens between the first and second relay rods (116, 126), wherein the lens includes a first relay objective and a second relay objective, wherein the first and second materials are selected to reduce the wavefront error across the field of view of the optical system as compared with using a same material for both the first and second relay rods, characterized in that, the first and second relay rods (116, 126) are geometrically symmetric to one another relative to a pupil or conjugate pupil of the optical system, the pupil or conjugate pupil being located between the first and second relay rods. a first relay rod of a first material; a second relay rod of a second material, different from the first material; and a lens between the first and second relay rods (116, 126), wherein the lens includes a first relay objective and a second relay objective, wherein the first and second materials are selected to reduce the wavefront error across the field of view of the optical system as compared with using a same material for both the first and second relay rods, characterized in that, the first and second relay rods (116, 126) are geometrically symmetric to one another relative to a pupil or conjugate pupil of the optical system, the pupil or conjugate pupil being located between the first and second relay rods.
A wireless transmit/receive unit, WTRU, comprising: at least one transceiver for receiving a user service from an Internet Protocol, IP, multimedia subsystem, IMS, via a wireless local area network, WLAN,, and a packet data gateway, PDG, wherein the transceiver is configured to register with the IMS via the WLAN using Session Initiation Protocol, SIP; and a handover controlling entity for initiating a handover of the user service from the WLAN to a cellular network, characterized in that the at least one transceiver is configured to perform the handover while continuously receiving the user service from the IMS during the handover and maintaining a connection to the WLAN while simultaneously maintaining a connection to the cellular network. at least one transceiver for receiving a user service from an Internet Protocol, IP, multimedia subsystem, IMS, via a wireless local area network, WLAN,, and a packet data gateway, PDG, wherein the transceiver is configured to register with the IMS via the WLAN using Session Initiation Protocol, SIP; and a handover controlling entity for initiating a handover of the user service from the WLAN to a cellular network,
A reflection structure, comprising a reflection layer, an enhancement layer and a light shielding layer stacked together, wherein the reflection layer comprises a substrate layer and a coating layer on at least one surface of the substrate layer, the coating layer comprises a plurality of coating particles and an adhesive, a material of the substrate layer is at least one of polyethylene terephthalate, polyethylene naphthalate, polycarbonate, polymethyl methyl acrylate, polyethylene, polypropylene, and polystyrene, the adhesive is an acrylate adhesive, and the plurality of coating particles are disposed on the at least one surface of the substrate layer by the adhesive in order to form the coating layer, resulting in the coating layer has a concave and convex surface, characterized in that, a material of the plurality of coating particles is at least one of polyethylene terephthalate, poly-n-butyl methacrylate, poly butylene glycol terephthalate and polyethylene naphthalate; wherein the light shielding layer is at least one of a hot gold foil, a laser film, an ink layer, a composite layer of an oxide and a polymer, and a light shielding plastic film; wherein a material of the enhancement layer is at least one of a flexible glass and/or polypropylene terephthalate, and wherein a density of the reflection structure is in a range of 0.5 g/cm 3 to 2.7 g/cm 3. a material of the plurality of coating particles is at least one of polyethylene terephthalate, poly-n-butyl methacrylate, poly butylene glycol terephthalate and polyethylene naphthalate; wherein the light shielding layer is at least one of a hot gold foil, a laser film, an ink layer, a composite layer of an oxide and a polymer, and a light shielding plastic film; wherein a material of the enhancement layer is at least one of a flexible glass and/or polypropylene terephthalate, and wherein a density of the reflection structure is in a range of 0.5 g/cm 3 to 2.7 g/cm 3.
A process for the production of a packaging which is at least partly filled with a lipophilic packed product and comprises a container and a closure having a seal, comprising as process steps i) provision of a container which has an opening and which is at least partly filled with a lipophilic packed product; ii) provision of a closure which is suitable for closing the container having the opening; iii) application of a composition to at least a part of the inner surfaces of the closure, wherein the composition is obtainable by mixing a particulate thermoplastic polymer with a plasticizer composition comprising a polymeric plasticizer and a polyol ester; iv) heating of the composition applied to at least a part of the inner surfaces of the closure to a temperature which is sufficient to gel the composition; v) cooling of the gelled composition; vi) closing of the container with the closure, and wherein the polyol ester is an ester of a C 1 -C 10 -monocarboxylic acid and a diol, triol or tetraol. i) provision of a container which has an opening and which is at least partly filled with a lipophilic packed product; ii) provision of a closure which is suitable for closing the container having the opening; iii) application of a composition to at least a part of the inner surfaces of the closure, wherein the composition is obtainable by mixing a particulate thermoplastic polymer with a plasticizer composition comprising a polymeric plasticizer and a polyol ester; iv) heating of the composition applied to at least a part of the inner surfaces of the closure to a temperature which is sufficient to gel the composition; v) cooling of the gelled composition; vi) closing of the container with the closure,
A pharmaceutical composition, comprising Levosimendan as active ingredient, and a solubilizer selected from the group consisting of sulfo-butyl-ether-beta-cyclodextrin, alpha-cyclodextrin, methyl-beta-cyclodextrin and mixtures thereof, polyethylene derivatives of alpha-tocopherol, and bile acids, with the proviso that the use of co-solvents such as ethanol, propyleneglycol, polyethyleneglycol, poloxamers or polyvinylpyrrolidon is excluded.