mhurhangee/ep-ind-claims huggingface dataset:
A secondary profile connector for a suspended ceiling system comprising a secondary profile associated with the secondary profile connector and a primary profile having a web provided with an opening for reception of the secondary profile connector, the secondary profile connector comprising a tongue arrangement insertable into the opening of the web of the primary profile for releasable connection of the secondary profile connector to the primary profile, the tongue arrangement comprising a tab portion which, in a connected state of the secondary profile connector, is configured to abut an insertion side of the web for defining a first insertion depth for the secondary profile connector, wherein the tab portion is configured to be deformed in response to being pressed against the insertion side of the web with a force exceeding a threshold value for defining a second insertion depth while maintaining engagement with the insertion side of the web, the second insertion depth being greater than the first insertion depth, and characterized in that the tongue arrangement comprises a tongue configured for resilient lateral displacement in response to being subjected to a lateral force and comprising a hook member, wherein the hook member, in the connected state of the secondary profile connector, is configured for a hooked engagement with a corresponding hook member of a secondary profile connector inserted into the opening from the opposite side of the web. a tongue arrangement insertable into the opening of the web of the primary profile for releasable connection of the secondary profile connector to the primary profile, the tongue arrangement comprising a tab portion which, in a connected state of the secondary profile connector, is configured to abut an insertion side of the web for defining a first insertion depth for the secondary profile connector, wherein the tab portion is configured to be deformed in response to being pressed against the insertion side of the web with a force exceeding a threshold value for defining a second insertion depth while maintaining engagement with the insertion side of the web, the second insertion depth being greater than the first insertion depth, and characterized in that the tongue arrangement comprises a tongue configured for resilient lateral displacement in response to being subjected to a lateral force and comprising a hook member, wherein the hook member, in the connected state of the secondary profile connector, is configured for a hooked engagement with a corresponding hook member of a secondary profile connector inserted into the opening from the opposite side of the web.
Training device for improving the reaction capability, reflexes, quickness and other related sport-related physical and cognitive capabilities of a training person, comprising at least one response target to be hit that is arranged on at least one elastic holder cord, wherein this holder cord is arranged, in a taut state, between at least one attachment point arranged above the training area of the training person and a floor attachment, characterized in that - at least two mutually spaced-apart holder cords with response targets arranged thereon are connected together in a momentum-coupled manner via at least one common support element (3, 17, 19, 22, 26, 32, 37), - wherein the elastic holder cords are braced between this common support element (3, 17, 19, 22, 26, 32, 37) and the respective floor or ceiling attachments or at least one further support element. - at least two mutually spaced-apart holder cords with response targets arranged thereon are connected together in a momentum-coupled manner via at least one common support element (3, 17, 19, 22, 26, 32, 37), - wherein the elastic holder cords are braced between this common support element (3, 17, 19, 22, 26, 32, 37) and the respective floor or ceiling attachments or at least one further support element.
A method, comprising: receiving, by a device, a network address of a destination device, the network address identifying the destination device based on layer 3 of the Open Systems Interconnection model; storing, by the device, information identifying a last hop for the destination device based on the network address; generating, by the device, an auto-discovery route including a layer 3 label, the layer 3 label permitting network traffic to be routed to the destination device based on multiprotocol label switching, MPLS, and the layer 3 label identifying a lookup table based on which to obtain next-hop information; and providing, by the device, the auto-discovery route including the layer 3 label. receiving, by a device, a network address of a destination device, the network address identifying the destination device based on layer 3 of the Open Systems Interconnection model; storing, by the device, information identifying a last hop for the destination device based on the network address; generating, by the device, an auto-discovery route including a layer 3 label, the layer 3 label permitting network traffic to be routed to the destination device based on multiprotocol label switching, MPLS, and the layer 3 label identifying a lookup table based on which to obtain next-hop information; and the layer 3 label permitting network traffic to be routed to the destination device based on multiprotocol label switching, MPLS, and the layer 3 label identifying a lookup table based on which to obtain next-hop information; and providing, by the device, the auto-discovery route including the layer 3 label.
An arc melting furnace apparatus including a housing having formed therein a melting chamber, a hearth provided within said melting chamber and having a recessed portion, and a heating mechanism for heating and melting a metal material supplied into said recessed portion to generate a raw alloy ingot, said apparatus comprising: a turning member rotatably supported on a supporting member standing within said melting chamber, a perimeter edge of the turning member rotating and moving along an inner surface of said recessed portion to lift the alloy ingot generated in said recessed portion above the hearth and turn it over, and a turn-over assisting member provided above said recessed portion and outside a locus of said turning member, wherein when said alloy ingot abuts the turn-over assisting member, said alloy ingot is dropped into said recessed portion by said turn-over assisting member. a turning member rotatably supported on a supporting member standing within said melting chamber, a perimeter edge of the turning member rotating and moving along an inner surface of said recessed portion to lift the alloy ingot generated in said recessed portion above the hearth and turn it over, and a turn-over assisting member provided above said recessed portion and outside a locus of said turning member, wherein when said alloy ingot abuts the turn-over assisting member, said alloy ingot is dropped into said recessed portion by said turn-over assisting member.
Electrical drive system of a rail vehicle, wherein the drive system comprises an electrical energy store and an electrochemical energy store, which are connected in parallel and are connected to a voltage intermediate circuit of a converter, wherein the electrochemical energy store is connected to a charging device, wherein an inductor and components (5a, 5b) which can be switched off are arranged in the line circuit of the electrical energy store and of the electrochemical energy store, in order to form a step-up/step-down converter, in order to adapt the voltage levels of the electrical energy store and of the electrochemical energy store to the voltage of the voltage intermediate circuit, wherein one of the components which can be switched off is connected in parallel with the electrical energy store and the electrochemical energy store, characterized in that a component with a forward direction away from the electrochemical energy store is arranged in a connecting line between the electrical energy store and the electrochemical energy store and prevents charging of the electrochemical energy store from the electrical energy store, wherein the other component which can be switched off is connected to the charging device, and wherein the component with a forward direction away from the electrochemical energy store is a diode.
A flocculation method, comprising intermixing a silicon-containing polymer flocculant with a process stream in a process for digesting bauxite ore in an amount effective to flocculate at least a portion of solids suspended therein, wherein the suspended solids comprise at least one selected from the group consisting of calcium aluminosilicate, calcium silicate, calcium titanate and titanium dioxide, and mixtures thereof.
Hot beverage preparation apparatus, in particular a capsule machine, having a controller, an actuator which generates sound emissions and/or vibrations and/or electromagnetic emissions and which can be operated in a normal operating mode for the purpose of preparing hot beverages, and a receiving device, the hot beverage preparation apparatus being designed to transmit data to the receiving device, characterised in that the actuator is configured as a pump for conveying fluid, in particular water, and operated by the controller at least in one data transmission mode such that sound emissions and/or vibrations and/or electromagnetic emissions for the purpose of transmitting data to a receiving device are generated.
A method of establishing a communication through an instant messaging IM service, between a first device and a second device, the method comprising, at a server: receiving from the first device a first request (REQ_1) for establishing an IM conversation with the second device, the request comprising an identifier associated with the second device, verifying, on the basis of the identifier, whether a virtual account to the IM service (VA_ID) exists for the identifier, and if not, generating the virtual account (VA_ID) for the identifier, generating a uniform resource locator, URL, including information corresponding to the identifier, the URL being associated with a webpage comprising an IM interface displayable by a browser of the second device, receiving a second request (REQ_2) from the browser to access the URL, providing access to the virtual account for the second device, and upon receiving conversation messages from the first and the second devices, and once access to the virtual account (VA_ID) has been granted, pushing these conversation messages through the IM service. receiving from the first device a first request (REQ_1) for establishing an IM conversation with the second device, the request comprising an identifier associated with the second device, verifying, on the basis of the identifier, whether a virtual account to the IM service (VA_ID) exists for the identifier, and if not, generating the virtual account (VA_ID) for the identifier, generating a uniform resource locator, URL, including information corresponding to the identifier, the URL being associated with a webpage comprising an IM interface displayable by a browser of the second device, receiving a second request (REQ_2) from the browser to access the URL, providing access to the virtual account for the second device, and upon receiving conversation messages from the first and the second devices, and once access to the virtual account (VA_ID) has been granted, pushing these conversation messages through the IM service.
Computer-implemented method for providing an adaptive dialogue system, including the steps of: automatically capturing at least one dialogue segment from a dialogue participant communicating with the dialogue system; automatically comparing the captured dialogue segment with dialogue segments of a stored dialogue segment model; automatically assigning (S3a) at least one corresponding dialogue segment to the captured dialogue segment according to the dialogue segment model if the captured dialogue segment is contained in the dialogue segment model or automatically adding (S3b) the captured dialogue segment to a dialogue segment group if the captured dialogue segment is not contained in the dialogue segment model; wherein the dialogue segments of the dialogue segment group are categorized, and wherein the categorized dialogue segments are weighted according to the frequency of their occurrence within the respective category, whereby sorting within the category is implemented; generating a dialogue segment depending on the dialogue segments of the dialogue segment group, wherein dialogue segments with the highest priority according to the sorting are processed first; storing the generated dialogue segment in the dialogue segment model. automatically capturing at least one dialogue segment from a dialogue participant communicating with the dialogue system; automatically comparing the captured dialogue segment with dialogue segments of a stored dialogue segment model; automatically assigning (S3a) at least one corresponding dialogue segment to the captured dialogue segment according to the dialogue segment model if the captured dialogue segment is contained in the dialogue segment model or automatically adding (S3b) the captured dialogue segment to a dialogue segment group if the captured dialogue segment is not contained in the dialogue segment model; wherein the dialogue segments of the dialogue segment group are categorized, and wherein the categorized dialogue segments are weighted according to the frequency of their occurrence within the respective category, whereby sorting within the category is implemented; generating a dialogue segment depending on the dialogue segments of the dialogue segment group, wherein dialogue segments with the highest priority according to the sorting are processed first; storing the generated dialogue segment in the dialogue segment model.
A vehicle unit (110, 120) comprising a vehicle control unit, VCU, (130, 140) an electrical energy storage system, EESS, (135, 150), and at least one electric machine (136, 160, 170, 180) arranged for regenerative braking, wherein the electric machine is arranged to generate an electrical output current during regenerative braking of the vehicle unit, wherein the control unit (130, 140) is arranged to obtain a desired energy absorption capability value of the vehicle unit (110, 120) and to control an energy dissipation from the EESS (135, 150) to maintain an energy absorption capability of the EESS (135, 150) above the desired energy absorption capability value, characterized in that the control unit (130, 140) is arranged to control the energy dissipation from the EESS (135, 150) by feeding electrical current to a brake resistance device.
A starting system for a hybrid vehicle including an internal combustion engine having a crankshaft rotatably supported within an engine block, the starting system comprising: a starter motor; a pinion gear driven by the starter motor; a drive plate (38, 908, 1102) having a set of teeth in constant meshed engagement with the pinion gear; and a one-way clutch assembly adapted to drivingly interconnect the drive plate (38, 908, 1102) and the crankshaft, the clutch assembly including an inner race (48, 906, 1008, 1106) adapted to be fixed for rotation with the crankshaft, an outer race (46, 904, 1004, 1104) fixed for rotation with the drive plate (38, 908, 1102) and having circumferentially spaced apart cam surfaces, and a plurality of rollers (50, 945, 1142) positioned radially therebetween, the clutch assembly also including a cage (52, 944, 1012, 1122) for positioning the rollers (50, 945, 1142) in circumferentially spaced apart alignment with the cam surfaces and a split ring (60, 902, 1006, 1110) being positioned within grooves (914, 920, 1163) formed on each of the inner race (906, 1008,1106) and the outer race (904, 1004, 1104), wherein the split ring (60, 902, 1006, 1110) is closely fitted within one (920, 1163) of the grooves at a first clearance and fitted within the other of the grooves (82, 84, 190, 192) at a predetermined second clearance at least ten times the first clearance to isolate the outer race (904, 1004, 1104) from vibrations of the inner race (906, 1008, 1106). a starter motor; a pinion gear driven by the starter motor; a drive plate (38, 908, 1102) having a set of teeth in constant meshed engagement with the pinion gear; and a one-way clutch assembly adapted to drivingly interconnect the drive plate (38, 908, 1102) and the crankshaft, the clutch assembly including an inner race (48, 906, 1008, 1106) adapted to be fixed for rotation with the crankshaft, an outer race (46, 904, 1004, 1104) fixed for rotation with the drive plate (38, 908, 1102) and having circumferentially spaced apart cam surfaces, and a plurality of rollers (50, 945, 1142) positioned radially therebetween, the clutch assembly also including a cage (52, 944, 1012, 1122) for positioning the rollers (50, 945, 1142) in circumferentially spaced apart alignment with the cam surfaces and a split ring (60, 902, 1006, 1110) being positioned within grooves (914, 920, 1163) formed on each of the inner race (906, 1008,1106) and the outer race (904, 1004, 1104), wherein the split ring (60, 902, 1006, 1110) is closely fitted within one (920, 1163) of the grooves at a first clearance and fitted within the other of the grooves (82, 84, 190, 192) at a predetermined second clearance at least ten times the first clearance to isolate the outer race (904, 1004, 1104) from vibrations of the inner race (906, 1008, 1106).
Apoaequorin for use in preconditioning neurons to reduce neuronal injury due to brain ischemia in a subject by administering the apoaequorin to the subject by injection into area CA1 of dorsal hippocampus 48 hours before the brain ischemia occurs.
Medical instrumentation, comprising a hand-held, integrated, medical navigation system which comprises an optical detection unit having a camera, a data processing unit and an optical display unit, the data processing unit being coupled to the detection unit and the display unit, it being possible for location and/or orientation data of a medical marking device (38, 40) which is detectable with the detection unit to be processed by the data processing unit and information relating thereto to be represented on the display unit, the instrumentation comprising an illumination unit with which light is emittable in the direction of the marking device (38, 40) detectable with the detection unit, wherein the instrumentation comprises two or more medical marking devices (38, 40) which each have a plurality of marking elements which are configured for retroflection of the light of the illumination unit, wherein a space vector between reference points referenced by the marking devices (38, 40) is determinable with the data processing unit, with one of the marking devices (38, 40) being usable as reference marking device (38, 40) for defining a reference coordinate system, wherein the navigation system comprises a sensor unit for providing a signal relating to the inclination of the navigation system in at least one direction in space of an absolute reference system, and wherein the orientation of the space vector is determinable with the data processing unit in the absolute reference system, and wherein on the basis of the orientations of a plurality of two or more space vectors, an inclination of a plane defined by these relative to a reference plane, in particular, a horizontal plane, is determinable in the absolute reference system.
A trolley-wire wear estimation method of estimating wear of a trolley wire, the trolley-wire wear estimation method comprising: based on a measured value W [ k] of remaining diameter of the trolley wire measured on a k-th measurement day, calculating an estimated value E [ k] of the remaining diameter by solving an optimization problem that minimizes the objective function T in equation under the following constraints; and estimating a wear rate by using equation, wherein the objective function is: T = ∑ k = 3 n R k − R k − 1 2 + α ∑ k = 1 n E k − L k; and the constraints are: R [ k] ≥ 0 E [ k] ≥ L [ k] where R k = − C E k − E k − 1 D k − D k − 1, k = 2, ⋯, n is the wear rate in the k-th measurement; α is a weighting parameter; E [ k] is the estimated value of the remaining diameter in the k-th measurement; L [ k] = W [ k] - ε is a lower limit value of the remaining diameter in the k-th measurement; ε is an error value assumed to be contained in the measured value; C is a coefficient converting the wear rate such as C = 365.25 in the case of conversion into an annualized rate; and D [ k] is the calendar date of the measurement day of the k-th measurement such that the difference D [ k] -D [ k -1] is the number of days in a measurement interval. based on a measured value W [ k] of remaining diameter of the trolley wire measured on a k-th measurement day, calculating an estimated value E [ k] of the remaining diameter by solving an optimization problem that minimizes the objective function T in equation under the following constraints; and estimating a wear rate by using equation, R [ k] ≥ 0 E [ k] ≥ L [ k] α is a weighting parameter; E [ k] is the estimated value of the remaining diameter in the k-th measurement; L [ k] = W [ k] - ε is a lower limit value of the remaining diameter in the k-th measurement; ε is an error value assumed to be contained in the measured value; C is a coefficient converting the wear rate such as C = 365.25 in the case of conversion into an annualized rate; and D [ k] is the calendar date of the measurement day of the k-th measurement such that the difference D [ k] -D [ k -1] is the number of days in a measurement interval.
A measurement assembly for a load cell comprising a bar having a supported end, an unsupported end and a sensor holding portion disposed between the supported end and the unsupported end, the measurement assembly comprising: a plurality of electronic sensors including a first strain gauge pair (210, 212) and a second strain gauge pair (220, 222) configured to be disposed along the sensor holding portion of the bar; and an interface member directly connecting the electronic sensors for weight calculation responsive to application of a load to the unsupported end, wherein the interface member comprises a flex circuit, and wherein the electronic sensors are operably coupled to a hub portion of the interface member via conductive traces on the interface member and without wires, wherein the first strain gauge pair (210, 212) is configured to be disposed along one side of the bar at which a maximum compression force is experienced, and the second strain gauge pair (220, 222) is configured to be disposed along an opposite side of the bar at which a maximum tension force is experienced, characterized in that the hub portion is disposed at a neutral axis between an axis along which the first strain gauge pair (210, 212) is positioned and an axis along which the second strain gauge pair (220, 222) is positioned. a plurality of electronic sensors including a first strain gauge pair (210, 212) and a second strain gauge pair (220, 222) configured to be disposed along the sensor holding portion of the bar; and an interface member directly connecting the electronic sensors for weight calculation responsive to application of a load to the unsupported end, wherein the interface member comprises a flex circuit, and wherein the electronic sensors are operably coupled to a hub portion of the interface member via conductive traces on the interface member and without wires, wherein the first strain gauge pair (210, 212) is configured to be disposed along one side of the bar at which a maximum compression force is experienced, and the second strain gauge pair (220, 222) is configured to be disposed along an opposite side of the bar at which a maximum tension force is experienced, characterized in that the hub portion is disposed at a neutral axis between an axis along which the first strain gauge pair (210, 212) is positioned and an axis along which the second strain gauge pair (220, 222) is positioned.