mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for a host vehicle, the apparatus comprising at least one processing device (110, 180, 190) configured to: receive a first output from a first data source associated with the host vehicle and a second output from a second data source associated with the host vehicle, wherein at least one of the first data source and the second data source comprise a sensor onboard the host vehicle; identify a target object in the first output; characterized in that the processing device is further configured to: $ determine whether a characteristic of the target object triggers at least one navigational constraint; if the at least one navigational constraint is triggered based on the characteristic of the target object, then verify the identification of the target object based on the first output and without use of the second output; if the at least one navigational constraint is not triggered based on the characteristic of the target object, then verify the identification of the target object based on a combination of the first output and the second output; and in response to the verification, cause at least one navigational change to the host vehicle, wherein the at least one navigational constraint includes at least one safety constraint, and wherein the at least one navigational change includes at least one of: slowing the host vehicle, accelerating the host vehicle, or activating a steering mechanism of the host vehicle. receive a first output from a first data source associated with the host vehicle and a second output from a second data source associated with the host vehicle, wherein at least one of the first data source and the second data source comprise a sensor onboard the host vehicle; identify a target object in the first output; determine whether a characteristic of the target object triggers at least one navigational constraint; if the at least one navigational constraint is triggered based on the characteristic of the target object, then verify the identification of the target object based on the first output and without use of the second output; if the at least one navigational constraint is not triggered based on the characteristic of the target object, then verify the identification of the target object based on a combination of the first output and the second output; and in response to the verification, cause at least one navigational change to the host vehicle, wherein the at least one navigational constraint includes at least one safety constraint, and wherein the at least one navigational change includes at least one of: slowing the host vehicle, accelerating the host vehicle, or activating a steering mechanism of the host vehicle.
An wavelength tuning apparatus for providing an electromagnetic radiation, comprising: at least one dispersive arrangement (4, 4', 16, 16') configured to angularly separate components of the electromagnetic radiation based on a frequency of the electromagnetic radiation, to generate frequency-separated components; at least one angularly reflecting rotating polygon optical element configured to receive the separated components and having a pivot point of an angular deflection; an optical telescope arrangement (20, 22) which causes substantially all of the frequency-separated components to overlap at a location, wherein the at least one angularly reflecting rotating polygon optical element is provided at the location; and a beam selecting arrangement which is configured to receive and select a subset of the reflected components based on frequencies of the components. at least one dispersive arrangement (4, 4', 16, 16') configured to angularly separate components of the electromagnetic radiation based on a frequency of the electromagnetic radiation, to generate frequency-separated components; at least one angularly reflecting rotating polygon optical element configured to receive the separated components and having a pivot point of an angular deflection; an optical telescope arrangement (20, 22) which causes substantially all of the frequency-separated components to overlap at a location, wherein the at least one angularly reflecting rotating polygon optical element is provided at the location; and a beam selecting arrangement which is configured to receive and select a subset of the reflected components based on frequencies of the components.
A device for mechanically preventing an automatic opening of a vehicle door in the event of a barrier acting thereon, comprising a mounting clip fixed to an outer door part for an outer door handle, which mounting clip has a door opening mechanism having a balancing mass, which is adjustably supported on the mounting clip and operatively connected to the outer door handle and can also be moved from a first operating position into a second operating position and back, wherein a force introduction- and locking element is associated with the balancing mass, by means of which in the event of the action of the said barrier on the vehicle door due to a relative movement between the balancing mass and the force introduction- and locking element towards each other and contact of the same with each other, a movement of the balancing mass from the first operating position into the second operating position can be prevented, limited and/or reversed, characterized in that the force introduction- and locking element when viewed in the direction of movement of the barrier is supported against a door lock housing fastened to the vehicle door.
A machine including a fuel feed pump, a drive shaft coupled to a turbine configured to be actuated by the expansion of a fluid heated by combustion of said fuel, and a mechanical protection device comprising a transmission shaft that connects the drive shaft to the feed pump in order to actuate said feed pump, wherein the drive shaft has a resonant frequency in bending corresponding to a predetermined rotary overspeed of the transmission shaft, and wherein the damping of the transmission shaft is insufficient to avoid breakage of the transmission shaft resulting from said resonance in bending.
A device for bending a tab that is attached to a sealed container, the device comprising: a brace with a contact surface at a first end, the brace including an elongated axial length; a contact member that is movable along the axial length of the brace, the contact member comprising a circumferential tapered section; a support that is separate from each of the brace and the contact member and that extends around the brace; characterised in that: lever arms are positioned around the brace that each includes an intermediate section that is pivotally attached to the support, each of the lever arms including a first end with an angled contact surface and an opposing second end with a bearing that contacts against the tapered section of the contact member, the first and second ends (51, 52) being on opposing sides of the intermediate section; and the lever arms are each configured to pivot about the intermediate section during movement of the contact member along the axial length of the brace between a first position with the first ends spaced radially away from the first end of the brace and a second position with the first ends in closer proximity to the first end of the brace. a brace with a contact surface at a first end, the brace including an elongated axial length; a contact member that is movable along the axial length of the brace, the contact member comprising a circumferential tapered section; a support that is separate from each of the brace and the contact member and that extends around the brace; lever arms are positioned around the brace that each includes an intermediate section that is pivotally attached to the support, each of the lever arms including a first end with an angled contact surface and an opposing second end with a bearing that contacts against the tapered section of the contact member, the first and second ends (51, 52) being on opposing sides of the intermediate section; and the lever arms are each configured to pivot about the intermediate section during movement of the contact member along the axial length of the brace between a first position with the first ends spaced radially away from the first end of the brace and a second position with the first ends in closer proximity to the first end of the brace.
A superconducting device, wherein the superconducting device is a superconducting four-port circulator, comprising: a first mixing device (130_1) having a first mixing port (320_1) and a second mixing port (322_1); and a second mixing device (130_2) having another first mixing port (320_2) and another second mixing port (322_2), the first and second mixing devices (130_1, 130_2) being superconducting nondegenerate three-wave mixing devices (130_1, 130_2) configured to be operated in unitary frequency conversion mode, wherein the first mixing port (320_1) and the another first mixing port (320_2) are configured to couple to a first coupler, wherein the second mixing port (322_1) and the another second mixing port (322_2) are configured to couple to a second coupler, wherein one of the first and second couplers (305A, 305B) is a 90 degree hybrid coupler and the other one of the first and second couplers (305B, 305A) is a 180 degree hybrid coupler, and wherein the first mixing device (130_1) has a third mixing port (324_1) and the second mixing device (130_2) has another third mixing port (324_2), wherein the third mixing ports (324_1, 324_2) are connected to pump drives, wherein a phase of the pump signal for the second mixing device (130_2) is shifted by 90 degrees from the one for the first mixing device (130_1). a first mixing device (130_1) having a first mixing port (320_1) and a second mixing port (322_1); and a second mixing device (130_2) having another first mixing port (320_2) and another second mixing port (322_2), the first and second mixing devices (130_1, 130_2) being superconducting nondegenerate three-wave mixing devices (130_1, 130_2) configured to be operated in unitary frequency conversion mode, wherein the first mixing port (320_1) and the another first mixing port (320_2) are configured to couple to a first coupler, wherein the second mixing port (322_1) and the another second mixing port (322_2) are configured to couple to a second coupler, wherein one of the first and second couplers (305A, 305B) is a 90 degree hybrid coupler and the other one of the first and second couplers (305B, 305A) is a 180 degree hybrid coupler, and wherein the first mixing device (130_1) has a third mixing port (324_1) and the second mixing device (130_2) has another third mixing port (324_2), wherein the third mixing ports (324_1, 324_2) are connected to pump drives, wherein a phase of the pump signal for the second mixing device (130_2) is shifted by 90 degrees from the one for the first mixing device (130_1).
A test kit (1A, 1B) for detecting a substance to be detected contained in a liquid sample by allowing the liquid sample to develop in a developing direction, the test kit comprising: a dropping pad (11, 171), which contains a portion onto which the liquid sample drops; a labeling substance holding pad (13, 172), which is arranged downstream of the dropping pad (11, 171) in the developing direction such that at least a portion of the labeling substance holding pad (13, 172) is in contact with the dropping pad (11, 171), and in which a labeling substance with a label immobilized on a substance that specifically binds with the substance to be detected is held; and a developing region, which has a detection zone where the labeling substance is captured through the substance to be detected, wherein the developing region is arranged downstream of the labeling substance holding pad (13, 172) in the developing direction, such that at least a portion of the developing region (13, 172) is in contact with the labeling substance holding pad (11, 171) and which allows the labeling substance having been made to flow out from the labeling substance holding pad (13, 172) by the liquid sample, to develop into the detection zone, wherein the test kit (1A, 1B) is characterized in that the absorbency of the labeling substance holding pad (13, 172) is set higher than the absorbency of the dropping pad (11, 171), and a non-containing portion that does not contain the labeling substance is provided in a furthermost upstream portion of the labeling substance holding pad (13, 172). a dropping pad (11, 171), which contains a portion onto which the liquid sample drops; a labeling substance holding pad (13, 172), which is arranged downstream of the dropping pad (11, 171) in the developing direction such that at least a portion of the labeling substance holding pad (13, 172) is in contact with the dropping pad (11, 171), and in which a labeling substance with a label immobilized on a substance that specifically binds with the substance to be detected is held; and a developing region, which has a detection zone where the labeling substance is captured through the substance to be detected, wherein the developing region is arranged downstream of the labeling substance holding pad (13, 172) in the developing direction, such that at least a portion of the developing region (13, 172) is in contact with the labeling substance holding pad (11, 171) and which allows the labeling substance having been made to flow out from the labeling substance holding pad (13, 172) by the liquid sample, to develop into the detection zone, wherein the test kit (1A, 1B) is characterized in that the absorbency of the labeling substance holding pad (13, 172) is set higher than the absorbency of the dropping pad (11, 171), and a non-containing portion that does not contain the labeling substance is provided in a furthermost upstream portion of the labeling substance holding pad (13, 172).
Multiple reactive, interconnected gabions/geocomposite articles for treating contaminants in soil, sediment or water, comprising a water-pervious, reactive geotextile mat, containing a powdered or granular reactive material disposed throughout the thickness or throughout an upper or lower portion of the thickness of the mat within a gabion cage structure, surrounding the reactive geotextile mat, said gabion cage structure having an integral or added weighting material to hold the reactive geotextile mat in place on a contaminated underwater sediment or above-water soil location.
A method comprising: storing in a registry service one or more call details of a call received over a Public Switched Telephone Network, PSTN, at a first Voice over Internet Protocol, VoIP, adapter, wherein the one or more call details of the call include a start time of the call, an end time of the call, caller ID information, or any combination thereof, the one or more call details of the call being associated in the registry service with a node identifier of the first VoIP adapter, wherein the registry service is accessible by a plurality of VoIP adapters over a network for storage and retrieval of values by the VoIP adapters, the VoIP adapters including the first VoIP adapter that received the call over the PSTN and a second VoIP adapter that initiated the call over the PSTN; determining, by the first VoIP adapter, the dial sequence at which the first VoIP adapter was reached in the call received over the PSTN based on a match of the one or more call details stored in the registry service with a corresponding one or more call details generated by the second VoIP adapter that generated the call, wherein the dial sequence includes digits dialed to initiate the call over the PSTN; and advertising the first VoIP adapter as reachable over VoIP at the dial sequence in response to the determination of the dial sequence at which the first VoIP adapter was reached in the call over the PSTN. storing in a registry service one or more call details of a call received over a Public Switched Telephone Network, PSTN, at a first Voice over Internet Protocol, VoIP, adapter, wherein the one or more call details of the call include a start time of the call, an end time of the call, caller ID information, or any combination thereof, the one or more call details of the call being associated in the registry service with a node identifier of the first VoIP adapter, wherein the registry service is accessible by a plurality of VoIP adapters over a network for storage and retrieval of values by the VoIP adapters, the VoIP adapters including the first VoIP adapter that received the call over the PSTN and a second VoIP adapter that initiated the call over the PSTN; determining, by the first VoIP adapter, the dial sequence at which the first VoIP adapter was reached in the call received over the PSTN based on a match of the one or more call details stored in the registry service with a corresponding one or more call details generated by the second VoIP adapter that generated the call, wherein the dial sequence includes digits dialed to initiate the call over the PSTN; and advertising the first VoIP adapter as reachable over VoIP at the dial sequence in response to the determination of the dial sequence at which the first VoIP adapter was reached in the call over the PSTN.
Blind assembly, comprising: a first and a second rotating shaft (4, 5) substantially parallel to each other; a first and a second box-shaped rigid casing (12, 13) in which said first and said second rotating shaft (4, 5) are respectively housed; motion transmission means for the integral coupling of said rotating shafts (4, 5) in rotation, wherein said motion transmission means comprise a first and a second bevel gear (9, 10) respectively associated to said first and said second rotating shaft (4, 5); a first and a second angular body (14, 15) in which said first and said second bevel gear (9, 10) are respectively accommodated, said angular bodies (14, 15) each being associated to one of said first and second box-shaped rigid casing (12, 13); a blind comprised between said first and said second rotating shaft (4, 5), wherein said blind is associated through at least one respective movement cord to said first rotating shaft; and control means for the movement of said blind; said motion transmission means further comprising a third rotating shaft cooperating with, and interposed between, said first and said second bevel gear (9, 10); the blind assembly further comprising a spacing duct in which said third rotating shaft is housed, said spacing duct being associated at the respective ends to said first and to said second angular body (14, 15) characterized in that said control means are associated to said second rotating shaft thereby allowing to control the blind assembly through a bottom operation of the blind.
A longneck bottle of one-piece integrally formed glass or metal construction having a body with a closed base and a shoulder at an end of said body remote from said base, and a neck (43, 54) extending from said shoulder along an axis and terminating in a neck finish for attachment of a closure, wherein said neck includes internal embossments, characterized in that said internal embossments include a plurality of elliptical ribs disposed in parallel planes that are spaced from each other along said axis and at angle to said axis, or at least a pair of internal annular ribs, spaced from each other axially of said neck (43, 54), for affecting flow of liquid from said body through said neck, wherein said neck (43, 54) is conical or of bulged geometry between said finish and said shoulder, and said plurality of elliptical ribs or said pair of internal annular ribs are disposed within said neck (43, 54) where said neck is conical or of bulged geometry and at positions spaced from an internal surface of said finish, and wherein said plurality of elliptical ribs or said pair of internal annular ribs are confined to the neck (43, 54) and do not extend onto said shoulder or said body.
A location registration method of performing location registration processing on the basis of a location registration signal transmitted by a mobile station, the location registration method comprising the steps of: transmitting, at the mobile station, the location registration signal, when detecting that the mobile station has moved out of a location registration area list with which the mobile station is already registered by location registration processing, wherein the location registration area list is an area including one or more location registration areas; and transferring, from a radio base station to an exchange identified by an exchange ID included in the location registration signal, the received location registration signal; wherein an exchange ID assigned to a first mobile station is different from an exchange ID assigned to a second mobile station, even though the same exchange is identified by the exchange IDs; a location registration area list set for the first mobile station is different from a location registration area list set for the second mobile station; wherein a plurality of pool areas are set, each pool area being controlled by one exchange; characterized by a pool area set for the first mobile station is different from a pool area set for the second mobile station, the boundaries of the pool area set for the first mobile station being set differently from the boundaries of the pool area set for the second mobile station; wherein adjacent pool areas overlap with each other, and wherein the pool area set for the first mobile station consists of one or more entire location registration area lists for the first mobile station, and the pool area set for the second mobile station consists of one or more entire location registration area lists for the second mobile station, wherein the pool area set for the first mobile station differs from the pool area set for the second mobile station in that a boundary of the pool area set for the first mobile station is shifted of at least one location registration area with respect to a boundary of the pool area set for the second mobile station. transmitting, at the mobile station, the location registration signal, when detecting that the mobile station has moved out of a location registration area list with which the mobile station is already registered by location registration processing, wherein the location registration area list is an area including one or more location registration areas; and transferring, from a radio base station to an exchange identified by an exchange ID included in the location registration signal, the received location registration signal; wherein
Device for producing a liquid jet for machining workpieces, especially for cutting, comprising a high-pressure pump, means for supplying a liquid into the high-pressure pump, a jet nozzle and means for supplying the liquid from the high-pressure pump to the jet nozzle, characterized in that the device is designed as a tool head, which is equipped with coupling means (7, 12) for coupling to a machine tool, in which tool head a drivable high-pressure pump is inserted, by means of which the supplied liquid is pumpable into jet nozzle installed in the tool head and emerges from this as a machining jet.
An aircraft landing gear comprising a leg comprising two arms forming a pivot for retracting the landing gear, a rotary tube mounted so that it can turn inside said leg about a pivot axis and extending beyond the retraction pivot with respect to the position of said wheel(s), and a sliding rod capable of translational movement inside said rotary tube along said pivot axis and bearing at one of its ends the wheel or wheels of said landing gear, said landing gear being further fitted with at least one means (12a, 12b) for rotating the leg about the retraction pivot through collaboration, on the one hand, with the structure of the aircraft and, on the other hand, with a fulcrum (11 a, 11 b) positioned on one of the elements of said landing gear distant from the retraction pivot, characterized in that said fulcrum consists of a lateral extension (11 a, 11 b) of the upper end of the rotary tube, on the opposite side of said wheel or wheels with respect to the retraction pivot.