mhurhangee/ep-ind-claims huggingface dataset:
An operation control method for a train, comprising: determining whether the train meets an automatic operation condition, and outputting prompt information for indicating that the train is allowed to operate in an automatic operation mode if the train meets the automatic operation condition; controlling the train to operate in the automatic operation mode in a case that an ATO starting button on a driver operation platform is triggerec the operation control method characterised by further comprising; determining whether the train is located at an intermediate station and is not departed, and determining whether the train operates in the automatic operation mode if the train is not departed at the intermediate station, wherein the intermediate station is a station in a train traveling route other than a starting station and a terminal station; and if the train is not departed at the intermediate station and operates in the automatic operation mode and if the ATO starting button is triggered by the driver, controlling the train in the automatic operation mode to perform station automatic departure, section automatic operation, station automatic parking, door opening protection, and train door and platform door linkage control. determining whether the train meets an automatic operation condition, and outputting prompt information for indicating that the train is allowed to operate in an automatic operation mode if the train meets the automatic operation condition; controlling the train to operate in the automatic operation mode in a case that an ATO starting button on a driver operation platform is triggerec the operation control method characterised by further comprising; determining whether the train is located at an intermediate station and is not departed, and determining whether the train operates in the automatic operation mode if the train is not departed at the intermediate station, wherein the intermediate station is a station in a train traveling route other than a starting station and a terminal station; and if the train is not departed at the intermediate station and operates in the automatic operation mode and if the ATO starting button is triggered by the driver, controlling the train in the automatic operation mode to perform station automatic departure, section automatic operation, station automatic parking, door opening protection, and train door and platform door linkage control.
A slide chair for railway points, comprising a base plate by means of which the slide chair is or can be fastened; a slide chair plate which is or can be firmly connected to the base plate; at least one electrical heating device (20, 40); wherein the slide chair has a heater receptacle (18, 36) for receiving the at least one electrical heating device (20, 40) and wherein the electrical heating device (20, 40) comprises at least one heating cable, characterised in that the electrical heating device (20, 40) is accommodated in the base plate and the slide chair plate.
Device for absorbing electrical noise on cables, having - a housing which contains two part-shells (1, 2) for each receiving an element consisting of a noise-reducing or noise-absorbing material and which - in the closed state has in both end sides (5, 6) a respective opening for a cable to be guided through, and having - at least one fixing means for fixing the housing to the cable, wherein - the at least one fixing means is arranged on at least one end side (5, 6) of the housing in the region of the opening on one of the two part-shells and - has in each case two bows whose mutually facing legs, which are deformable transversely with respect to the cable, form between them a slot for receiving the cable in a clamping manner, wherein the mutually facing legs of the two bows extend parallel to one another, characterized in that means are provided for stabilizing the bows with respect to axial tension on the cable in the closed state of the housing, wherein the means for stabilizing the bows have pegs which are mounted on that part-shell which has no bows and which, in the closed state of the housing, fill an interspace between the legs, which contact the inserted cable, and the adjacent end wall (5, 6) of the part-shell having the bows. - a housing which contains two part-shells (1, 2) for each receiving an element consisting of a noise-reducing or noise-absorbing material and which - in the closed state has in both end sides (5, 6) a respective opening for a cable to be guided through, and having - at least one fixing means for fixing the housing to the cable, wherein - the at least one fixing means is arranged on at least one end side (5, 6) of the housing in the region of the opening on one of the two part-shells and - has in each case two bows whose mutually facing legs, which are deformable transversely with respect to the cable, form between them a slot for receiving the cable in a clamping manner, wherein the mutually facing legs of the two bows extend parallel to one another, characterized in that means are provided for stabilizing the bows with respect to axial tension on the cable in the closed state of the housing, wherein the means for stabilizing the bows have pegs which are mounted on that part-shell which has no bows and which, in the closed state of the housing, fill an interspace between the legs, which contact the inserted cable, and the adjacent end wall (5, 6) of the part-shell having the bows.
Pressure regulating valve for a cryotank, the pressure regulating valve comprising three connection pieces (I, II, III) and two valve seats (14, 29), a first valve seat being arranged between a first connection piece and a second connection piece and cooperating with a first valve body which is prestressed in the opening direction of the first valve seat by control spring means, a second valve seat being arranged between the first connection piece and a third connection piece and cooperating with a second valve body, and the second valve body being pressed into the second valve seat by second spring means, characterized in that a pressure worksurface connected to the first connection piece tensions the control spring means, and a mechanical traction connection is connected to the pressure worksurface and to the second valve body by idle-travel coupling, so that, beyond a specific compression of the control spring means, the second valve body is lifted out of the second valve seat.
An ultraviolet absorbing agent comprising a triazine-based compound represented by Formula, wherein, R 5 represents a linear or branched alkyl group having 1 to 12 carbon atoms, and R 6, R 7, and R 8 may be identical to or different from each other, and each represent a hydrogen atom or a linear or branched alkyl group having 1 to 4 carbon atoms. wherein, R 5 represents a linear or branched alkyl group having 1 to 12 carbon atoms, and R 6, R 7, and R 8 may be identical to or different from each other, and each represent a hydrogen atom or a linear or branched alkyl group having 1 to 4 carbon atoms.
Modified polymer obtained by grafting of at least one compound of formula onto at least one unsaturation of the initial polymer chain in which: - Q represents a dipole comprising at least one nitrogen atom; - A represents a divalent heteroaromatic ring optionally substituted with one or more identical or different linear or branched aliphatic hydrocarbon-based chains, optionally substituted or interrupted with one or more heteroatoms; - E represents a divalent hydrocarbon-based group which may optionally contain one or more heteroatoms; - R 1 represents a hydrogen atom or a C 1 -C 20 alkyl group; and - Y and Z, which may be identical or different, each represent a hydrogen atom or a hydrocarbon-based chain, Y and Z together also possibly forming a ring, notably an aromatic ring, with the carbon atoms of the imidazole ring to which they are attached. - Q represents a dipole comprising at least one nitrogen atom; - A represents a divalent heteroaromatic ring optionally substituted with one or more identical or different linear or branched aliphatic hydrocarbon-based chains, optionally substituted or interrupted with one or more heteroatoms; - E represents a divalent hydrocarbon-based group which may optionally contain one or more heteroatoms; - R 1 represents a hydrogen atom or a C 1 -C 20 alkyl group; and - Y and Z, which may be identical or different, each represent a hydrogen atom or a hydrocarbon-based chain, Y and Z together also possibly forming a ring, notably an aromatic ring, with the carbon atoms of the imidazole ring to which they are attached.
A luminaire unit comprising a functionally connected control logic entity (108, 220) with a wireless transceiver to cooperate with at least one dedicated light source to illuminate an environment, said luminaire unit being configured to communicate with one or more other luminaire units via a mesh network established utilizing the wireless transceivers thereof, wherein said luminaire unit is at least electrically connected to a user-operable control switch device for controlling the luminaire unit, wherein the control switch device is preferably a power switch, such as a wall-mounted on/off power switch, providing at least two positions, and the control logic entity (108, 220) being configured to, upon detection of a predetermined switch signal responsive to the operation of the control switch device, transmit a predetermined message via the wireless transceiver to enable the one or more other luminaire units in the mesh network to execute a responsive light source control action as configured in the control logic entities thereof relative to the captured message, wherein the control logic entity (108, 220) of said luminaire unit is further configured to, in response to said detection of the predetermined switch signal, determine and trigger at the luminaire unit a first control action of the at least one dedicated light source, wherein preferably the first control action includes adapting at least one feature selected from the group consisting of: brightness, colour, colour tone, alignment, illumination pattern, and blinking or strobing sequence, and wherein the control logic entity (108, 220) of the luminaire unit is, in response to a subsequent detection of the same predetermined switch signal, configured to trigger a second, different control action of the at least one dedicated light source and optionally transmit a further message, different from said predetermined message, towards the one or more other luminaire units.
Method for operating a switching hump yard, wherein, for the respective cuts (100,101) in the form of rolling cars or car groups, - at least one value for an entry speed into a first retarder is ascertained for the first retarder on the basis of a target release speed from the first retarder and taking into account the retarding ability of the first retarder and taking into account properties of the respective cut (100,101), - at least one value for a release speed from a second retarder that lies uphill relative to the first retarder is determined for the second retarder on the basis of the ascertained at least one value for the entry speed into the first retarder, and - the second retarder is controlled taking into account the determined at least one value for the release speed. - at least one value for an entry speed into a first retarder is ascertained for the first retarder on the basis of a target release speed from the first retarder and taking into account the retarding ability of the first retarder and taking into account properties of the respective cut (100,101), - at least one value for a release speed from a second retarder that lies uphill relative to the first retarder is determined for the second retarder on the basis of the ascertained at least one value for the entry speed into the first retarder, and - the second retarder is controlled taking into account the determined at least one value for the release speed.
A hot-melt adhesive agent comprised of a thermoplastic block copolymer which is a copolymer of vinyl class aromatic hydrocarbons and conjugated diene compounds, wherein the thermoplastic block copolymer comprises a radial type styrene block copolymer having a styrene content of 35 to 45% by weight and a diblock content of 50 to 90% by weight, and having a viscosity at 25°C as a 25% (by weight) toluene solution of not more than 250 mPa·s.
A substrate having a hemocompatible coating comprising: (a) an oligomeric metal ion coordination complex comprising bridging ligands having a dative bond forming atom selected from nitrogen, oxygen, and sulfur, each datively bonded to at least two central metal ions, the oligomeric metal ion coordination complex bonded directly to a surface of the substrate through one or more coordinate bonds formed between the metal ions of the oligomeric metal ion coordination complex and the substrate surface; and (b) a functional heparin layer bonded directly to metal ions of the oligomeric metal ion coordination complex through one or more coordinate bonds, wherein, the oligomeric metal ion coordination complex is a separate layer from and is of a different character to the surface of the substrate, but is bonded to the surface of the substrate. (a) an oligomeric metal ion coordination complex comprising bridging ligands having a dative bond forming atom selected from nitrogen, oxygen, and sulfur, each datively bonded to at least two central metal ions, the oligomeric metal ion coordination complex bonded directly to a surface of the substrate through one or more coordinate bonds formed between the metal ions of the oligomeric metal ion coordination complex and the substrate surface; and (b) a functional heparin layer bonded directly to metal ions of the oligomeric metal ion coordination complex through one or more coordinate bonds,
A mixture of tenvermectin A and tenvermectin B, the structural formula of tenvermectin is: wherein, R is CH 3 or C 2 H 5, when R is CH 3, the compound is tenvermectin A, and when R is C 2 H 5, the compound is tenvermectin B; the mass ratio between tenvermectin A and tenvermectin B is 1:9.
A polyester having a weight average molecular weight of 2,600,000 or greater determined by gel permeation chromatography calibrated with polystyrene standards, wherein the polyester comprises at least a 3-hydroxybutyrate unit and a 4-hydroxybutyrate unit as polymerization units, and a proportion of the 4-hydroxybutyrate unit relative to all monomer units is from 14 mol% to 40 mol%.
A gate system for an overhead rail lifting system, the gate system comprising: a first gate that couples to a first rail, the first rail partially defines a travel path for a lifting carriage, the first gate includes a first ramp having a slope that is angled relative to the travel path of the first rail when coupled thereto; and a second gate that couples to a second rail, the second rail partially defines the travel path for the lifting carriage, the second gate includes a second ramp having a slope that is angled relative to the travel path of the second rail when coupled thereto; wherein the first ramp and the second ramp provide a switch location when coupled to the first rail and the second rail where the lifting carriage translates between the first rail and the second rail. a first gate that couples to a first rail, the first rail partially defines a travel path for a lifting carriage, the first gate includes a first ramp having a slope that is angled relative to the travel path of the first rail when coupled thereto; and a second gate that couples to a second rail, the second rail partially defines the travel path for the lifting carriage, the second gate includes a second ramp having a slope that is angled relative to the travel path of the second rail when coupled thereto; wherein the first ramp and the second ramp provide a switch location when coupled to the first rail and the second rail where the lifting carriage translates between the first rail and the second rail.
A surgical instrument comprising: a shaft having a proximal end and a distal end, a longitudinal axis being defined between the proximal end and the distal end; an articulable wrist coupled to the distal end of the shaft, and configured to articulate in pitch and yaw degrees of freedom, wherein the pitch degree of freedom is defined orthogonal to the longitudinal axis, and wherein the yaw degree of freedom is defined orthogonal to the longitudinal axis and to the pitch degree of freedom; an end effector coupled to the articulable wrist, the end effector comprising a cutting element and jaws configured to grip tissue, the cutting element configured to translate along a longitudinal direction of the jaws to perform a cutting procedure on tissue grasped between the jaws (7a, 7b); a cutting element drive component extending through the articulable wrist and coupled to the cutting element of the end effector, the cutting element being configured to translate along a longitudinal direction of the jaws in response to the cutting element drive component translating along the longitudinal axis of the shaft; and a transmission mechanism configured to transmit force to translate the cutting element drive component, wherein the shaft is mounted to the transmission mechanism. a shaft having a proximal end and a distal end, a longitudinal axis being defined between the proximal end and the distal end; an articulable wrist coupled to the distal end of the shaft, and configured to articulate in pitch and yaw degrees of freedom, wherein the pitch degree of freedom is defined orthogonal to the longitudinal axis, and wherein the yaw degree of freedom is defined orthogonal to the longitudinal axis and to the pitch degree of freedom; an end effector coupled to the articulable wrist, the end effector comprising a cutting element and jaws configured to grip tissue, the cutting element configured to translate along a longitudinal direction of the jaws to perform a cutting procedure on tissue grasped between the jaws (7a, 7b); a cutting element drive component extending through the articulable wrist and coupled to the cutting element of the end effector, the cutting element being configured to translate along a longitudinal direction of the jaws in response to the cutting element drive component translating along the longitudinal axis of the shaft; and a transmission mechanism configured to transmit force to translate the cutting element drive component, wherein the shaft is mounted to the transmission mechanism.
A method comprising: accessing a database to determine that an attempt was made to route an emergency call to a second public-safety access point, PSAP, because a first PSAP is overloaded or unavailable; presenting on an electronic display: a first icon representing the first PSAP, wherein a format of the first icon indicates a current status of the first PSAP, a second icon representing the second PSAP, wherein a format of the second icon indicates a current status of the second PSAP; and a path between the first PSAP and the second PSAP, wherein a format of the path indicates a status of whether or not the emergency call was successfully routed to the second PSAP. accessing a database to determine that an attempt was made to route an emergency call to a second public-safety access point, PSAP, because a first PSAP is overloaded or unavailable; presenting on an electronic display: a first icon representing the first PSAP, wherein a format of the first icon indicates a current status of the first PSAP, a second icon representing the second PSAP, wherein a format of the second icon indicates a current status of the second PSAP; and a path between the first PSAP and the second PSAP, wherein a format of the path indicates a status of whether or not the emergency call was successfully routed to the second PSAP. a first icon representing the first PSAP, wherein a format of the first icon indicates a current status of the first PSAP, a second icon representing the second PSAP, wherein a format of the second icon indicates a current status of the second PSAP; and a path between the first PSAP and the second PSAP, wherein a format of the path indicates a status of whether or not the emergency call was successfully routed to the second PSAP.
A method (100, 110) for supplying electricity to an electric vehicle with handlebars from a battery placed in a backpack, the method comprising: - transmitting, by the electric vehicle, input data; - controlling the battery with a battery control system; - controlling the electric vehicle with a vehicle control system; - wirelessly transmitting data via a network gateway, placed in the backpack, to a portable terminal; and - transmitting electricity by cable to the electric vehicle from the battery, battery control commands being determined by interpretation of the input data; - the method being characterized by receiving the input data via the network gateway by cable. - transmitting, by the electric vehicle, input data; - controlling the battery with a battery control system; - controlling the electric vehicle with a vehicle control system; - wirelessly transmitting data via a network gateway, placed in the backpack, to a portable terminal; and - transmitting electricity by cable to the electric vehicle from the battery, battery control commands being determined by interpretation of the input data; - the method being characterized by receiving the input data via the network gateway by cable.
An apparatus, comprising: means for estimating a mobility state of a user equipment associated with a network, wherein the estimating is based on a number of cell changes of the user equipment; and characterized in that said estimating uses a scaling factor dependent on a discontinuous reception configuration of the user equipment during an estimation period, which scaling factor is determined from an estimate of the impact of the discontinuous reception cycle on the number of cell changes per time of the user equipment relative to no discontinuous reception case.
A PN code generation method for generating a PN code using a plurality of shift registers, comprising the steps of: turning off a PN code generation during a non-reception period of a PN code; characterized in that obtaining a code state M(x) representing content of the shift registers, at a first time which is the time the PN code generation is turned off; obtaining a length i of a period from the first time to a second time that differs from the first time, wherein i is the number of shift-times at which the shift registers should be shifted during a certain period from the first time to the second time; calculating a mask value S(x)=x i modG(x) using the length i from the first time to the second time and primitive polynomial G(x) of the shift registers; obtaining a code state at the second time based on the code state M(x) and the mask value S(x) at the first time; and generating a PN code based on the code state at the second time. turning off a PN code generation during a non-reception period of a PN code; characterized in that obtaining a code state M(x) representing content of the shift registers, at a first time which is the time the PN code generation is turned off; obtaining a length i of a period from the first time to a second time that differs from the first time, wherein i is the number of shift-times at which the shift registers should be shifted during a certain period from the first time to the second time; calculating a mask value S(x)=x i modG(x) using the length i from the first time to the second time and primitive polynomial G(x) of the shift registers; obtaining a code state at the second time based on the code state M(x) and the mask value S(x) at the first time; and generating a PN code based on the code state at the second time.