mhurhangee/ep-ind-claims huggingface dataset:
A passenger detection system for controlling a movable door associated with a passenger compartment, comprising: a door moveable between an open position and a closed position and configured to provide access to, or egress from, the passenger compartment; at least one sensor monitoring an area (140, 142) in proximity to the door; and a controller in operative communication with the at least one sensor and the door, the controller determining a level of urgency of an approaching passenger based on the information from the at least one sensor, and if the level of urgency exceeds a first predetermined threshold, modifying a closing of the door based on the level of urgency; and characterized by: modifying a closing speed of the door if the level of urgency exceeds a second predetermined threshold; and/or reversing a closing movement of the door if the level of urgency exceeds a third predetermined threshold. a door moveable between an open position and a closed position and configured to provide access to, or egress from, the passenger compartment; at least one sensor monitoring an area (140, 142) in proximity to the door; and a controller in operative communication with the at least one sensor and the door, the controller determining a level of urgency of an approaching passenger based on the information from the at least one sensor, and if the level of urgency exceeds a first predetermined threshold, modifying a closing of the door based on the level of urgency; and characterized by: modifying a closing speed of the door if the level of urgency exceeds a second predetermined threshold; and/or reversing a closing movement of the door if the level of urgency exceeds a third predetermined threshold. modifying a closing speed of the door if the level of urgency exceeds a second predetermined threshold; and/or reversing a closing movement of the door if the level of urgency exceeds a third predetermined threshold.
Plant pot made of plastics material, comprising a base which is provided with holes (18, 22, 24, 27) and comprises an in particular multi-piece stand region, which forms a first plane, for placing the plant pot on a contact surface, the stand region being broken up by at least one channel (9, 11) that leads out at the edge, and, in surfaces that adjoin the stand region, the plant pot comprising holes which are at a spacing from a channel (9, 11) and are used to drain a lowermost plant pot region, the outer rim of the holes being at a lower level than the inner rim thereof, characterised in that the difference in level is less than 1 mm, and therefore slow drainage of the lowermost plant pot region can be achieved.
Steering column for a motor vehicle, which comprises a mounting support with at least one open elongated hole and at least one sliding capsule arranged in the open elongated hole and able to be secured on the chassis of the motor vehicle for the retaining of the mounting support, wherein the mounting support in event of a crash can move relative to the sliding capsule secured on the chassis of the motor vehicle and wherein the sliding capsule has a cylindrical section, which extends through the open elongated hole, characterized in that the mounting support is retained on the sliding capsule by means of a retaining ring pressed onto the cylindrical section.
A method comprising: establishing a first control connection between a two-way active measurement protocol (TWAMP) control client on a centralized controller device of a network and a TWAMP server on a first network device in the network; establishing a second control connection between the TWAMP control client and a TWAMP session initiator on a second network device in the network; sending, by the TWAMP control client to the TWAMP server over the first control connection, a first set of TWAMP control messages to negotiate a data session for a given service supported at the TWAMP server, the negotiation including selecting one or more service key performance indicators (KPIs) to be measured for the given service; sending, following the negotiation, by the TWAMP control client to the TWAMP session initiator over the second control connection, a second set of TWAMP control messages instructing the TWAMP session initiator to establish the data session for the given service with the TWAMP server; and receiving, by the TWAMP control client from the TWAMP session initiator over the second control connection, service data measurements for the selected service KPIs associated with the data session for the given service, wherein the service data measurements are collected by the TWAMP session initiator from the TWAMP server over the data session. establishing a first control connection between a two-way active measurement protocol (TWAMP) control client on a centralized controller device of a network and a TWAMP server on a first network device in the network; establishing a second control connection between the TWAMP control client and a TWAMP session initiator on a second network device in the network; sending, by the TWAMP control client to the TWAMP server over the first control connection, a first set of TWAMP control messages to negotiate a data session for a given service supported at the TWAMP server, the negotiation including selecting one or more service key performance indicators (KPIs) to be measured for the given service; sending, following the negotiation, by the TWAMP control client to the TWAMP session initiator over the second control connection, a second set of TWAMP control messages instructing the TWAMP session initiator to establish the data session for the given service with the TWAMP server; and receiving, by the TWAMP control client from the TWAMP session initiator over the second control connection, service data measurements for the selected service KPIs associated with the data session for the given service, wherein the service data measurements are collected by the TWAMP session initiator from the TWAMP server over the data session.
Nose shutter arrangement (200; 400) for a rail vehicle, comprising: a first shutter (210; 410) and a second shutter (220; 420), each of which is able to pivot about an essentially vertical axis (230; 430) between a first position in which the nose shutter arrangement (200; 400) is opened in an operating position and in which the shutters (210; 410; 220; 420) are separated from one another, and a second position in which the nose shutter arrangement (200; 400) is closed, wherein each shutter (210; 220; 410; 420) exhibits an outer edge (215; 225; 415; 425) at its end pointing at the other shutter, and the first shutter (210; 410) exhibits a step (240; 440) in an outer edge region along its outer edge in order to receive the second shutter (220; 420) with its outer edge (225; 425) in the second position; and a joint (250; 450) which is formed between the first shutter (210; 410) and the second shutter (220; 420) in the second position, characterised in that the outer edge region of the first shutter overlaps an outer edge region of the second shutter in the region of a central plane (260; 460) of the nose shutter arrangement (200; 400) parallel to the vertical axis (230; 430) in the second position so that the joint is arranged offset in relation to the central plane (260; 460) of the nose shutter arrangement (200; 400); and in that the outer edges (215; 225; 415; 425) of the first shutter and the second shutter exhibit an opening width (271; 272) which is largely symmetrical in relation to the central plane (260; 460) in the first position. a first shutter (210; 410) and a second shutter (220; 420), each of which is able to pivot about an essentially vertical axis (230; 430) between a first position in which the nose shutter arrangement (200; 400) is opened in an operating position and in which the shutters (210; 410; 220; 420) are separated from one another, and a second position in which the nose shutter arrangement (200; 400) is closed, wherein each shutter (210; 220; 410; 420) exhibits an outer edge (215; 225; 415; 425) at its end pointing at the other shutter, and the first shutter (210; 410) exhibits a step (240; 440) in an outer edge region along its outer edge in order to receive the second shutter (220; 420) with its outer edge (225; 425) in the second position; and a joint (250; 450) which is formed between the first shutter (210; 410) and the second shutter (220; 420) in the second position, characterised in that the outer edge region of the first shutter overlaps an outer edge region of the second shutter in the region of a central plane (260; 460) of the nose shutter arrangement (200; 400) parallel to the vertical axis (230; 430) in the second position so that the joint is arranged offset in relation to the central plane (260; 460) of the nose shutter arrangement (200; 400); and in that the outer edges (215; 225; 415; 425) of the first shutter and the second shutter exhibit an opening width (271; 272) which is largely symmetrical in relation to the central plane (260; 460) in the first position.
An agent which comprises a fibrinogen binding precursor bound to an insoluble carrier, wherein the fibrinogen binding precursor is a peptide that is covalently bound to the insoluble carrier, wherein the peptide consists of: a carboxy-terminal amino acid residue, or a modified carboxy-terminal amino acid residue, which is covalently bound to the insoluble carrier; a fibrinogen binding peptide of 4 to 30 amino acid residues in length; a blocking peptide of 1 to 30 amino acid residues in length joined to the amino terminal end of the fibrinogen binding peptide that blocks or inhibits binding of fibrinogen to the fibrinogen binding peptide; a cleavage site, that is recognised specifically by thrombin, and which is located between the fibrinogen binding peptide and the blocking peptide; and optionally a spacer sequence of 1 to 20 amino acid residues in length between the carboxy-terminal residue, or the modified carboxy-terminal residue, and the fibrinogen binding peptide; wherein cleavage of the fibrinogen binding precursor peptide by thrombin exposes the fibrinogen binding peptide bound to the carrier, with the amino acid sequence NH 2 -G(P,H)RX- (SEQ ID NO: 16) at its amino terminal end, wherein X is any amino acid and wherein the fibrinogen binding peptide has increased ability, compared to the fibrinogen binding precursor peptide, to bind fibrinogen. a carboxy-terminal amino acid residue, or a modified carboxy-terminal amino acid residue, which is covalently bound to the insoluble carrier; a fibrinogen binding peptide of 4 to 30 amino acid residues in length; a blocking peptide of 1 to 30 amino acid residues in length joined to the amino terminal end of the fibrinogen binding peptide that blocks or inhibits binding of fibrinogen to the fibrinogen binding peptide; a cleavage site, that is recognised specifically by thrombin, and which is located between the fibrinogen binding peptide and the blocking peptide; and optionally a spacer sequence of 1 to 20 amino acid residues in length between the carboxy-terminal residue, or the modified carboxy-terminal residue, and the fibrinogen binding peptide; wherein cleavage of the fibrinogen binding precursor peptide by thrombin exposes the fibrinogen binding peptide bound to the carrier, with the amino acid sequence NH 2 -G(P,H)RX- (SEQ ID NO: 16) at its amino terminal end, wherein X is any amino acid and wherein the fibrinogen binding peptide has increased ability, compared to the fibrinogen binding precursor peptide, to bind fibrinogen.
A display device comprising: a thin film transistor in a pixel portion formed over a first substrate having an insulating surface, said thin film transistor comprising at least a channel forming region, a source region, and a drain region, a wiring electrically connected to the thin film transistor; an interlayer insulating film over said thin film transistor and the wiring, the interlayer insulating film having an opening to reach the wiring; a pixel electrode formed over the interlayer insulating film and connected to the wiring through the opening of the interlayer insulating film; a shielding film formed on the interlayer insulating film; and an oxide formed on the surface of the shielding film; wherein the pixel electrode and the shielding film overlap with each other through the oxide so that a holding capacitor is formed; and wherein the display device further comprises: a column-like spacer over the pixel electrode where the column-like spacer overlaps the opening of the interlayer insulating film, is provided on the contact of the pixel electrode and is made not to overlap with the holding capacitor; and a second substrate opposed to the first substrate with said column-like spacer interposed therebetween. a thin film transistor in a pixel portion formed over a first substrate having an insulating surface, said thin film transistor comprising at least a channel forming region, a source region, and a drain region, a wiring electrically connected to the thin film transistor; an interlayer insulating film over said thin film transistor and the wiring, the interlayer insulating film having an opening to reach the wiring; a pixel electrode formed over the interlayer insulating film and connected to the wiring through the opening of the interlayer insulating film; a shielding film formed on the interlayer insulating film; and an oxide formed on the surface of the shielding film; wherein the pixel electrode and the shielding film overlap with each other through the oxide so that a holding capacitor is formed; and wherein the display device further comprises: a column-like spacer over the pixel electrode where the column-like spacer overlaps the opening of the interlayer insulating film, is provided on the contact of the pixel electrode and is made not to overlap with the holding capacitor; and a second substrate opposed to the first substrate with said column-like spacer interposed therebetween. a column-like spacer over the pixel electrode where the column-like spacer overlaps the opening of the interlayer insulating film, is provided on the contact of the pixel electrode and is made not to overlap with the holding capacitor; and a second substrate opposed to the first substrate with said column-like spacer interposed therebetween.
A method for controlling supply of cylinder oil containing a base to a cylinder of a running large two-stroke crosshead engine, said large two-stroke crosshead engine having cylinders comprising a cylinder liner with a reciprocating piston therein, said method comprising: - feeding said cylinder oil to said cylinder at a variable and controllable cylinder oil feed rate and with a variable and controllable basicity, - a capacity to neutralize acidic combustion products in said cylinder resulting from the actual cylinder oil feed rate and basicity, - determining an actual lubrication need of the inner surface of the cylinder liner, - adjusting said variable cylinder oil feed rate to the actual lubrication need of the inner surface of the cylinder liner, and - adjusting said capacity to neutralize acidic combustion products in said cylinder by adjusting the basicity of said cylinder oil to the actual need of the inner surface of said cylinder liner for protection against acidic combustion products in said cylinder liner. - feeding said cylinder oil to said cylinder at a variable and controllable cylinder oil feed rate and with a variable and controllable basicity, - a capacity to neutralize acidic combustion products in said cylinder resulting from the actual cylinder oil feed rate and basicity, - determining an actual lubrication need of the inner surface of the cylinder liner, - adjusting said variable cylinder oil feed rate to the actual lubrication need of the inner surface of the cylinder liner, and - adjusting said capacity to neutralize acidic combustion products in said cylinder by adjusting the basicity of said cylinder oil to the actual need of the inner surface of said cylinder liner for protection against acidic combustion products in said cylinder liner.
A memory for machine learning, comprising: a bias circuit, wherein the bias circuit includes a charge pump capacitor (CchargeP); a bit line; and a neuron including: an output transistor having a drain connected to the bit line; a filter weight capacitor (Cweight) including a first plate and a second plate; a digital-to-analog converter; a first switch coupled between an output node of the bias circuit and the second plate of the filter weight capacitor; a second switch coupled between an output of the digital-to-analog converter and the first plate of the filter weight capacitor; a third switch coupled between the first plate of the filter weight capacitor and a gate of the output transistor; a fourth switch coupled between ground and the second plate of the filter weight capacitor; and a fifth switch coupled between ground and the gate of the output transistor. a bias circuit, wherein the bias circuit includes a charge pump capacitor (CchargeP); a bit line; and a neuron including: an output transistor having a drain connected to the bit line; a filter weight capacitor (Cweight) including a first plate and a second plate; a digital-to-analog converter; a first switch coupled between an output node of the bias circuit and the second plate of the filter weight capacitor; a second switch coupled between an output of the digital-to-analog converter and the first plate of the filter weight capacitor; a third switch coupled between the first plate of the filter weight capacitor and a gate of the output transistor; a fourth switch coupled between ground and the second plate of the filter weight capacitor; and a fifth switch coupled between ground and the gate of the output transistor. an output transistor having a drain connected to the bit line; a filter weight capacitor (Cweight) including a first plate and a second plate; a digital-to-analog converter; a first switch coupled between an output node of the bias circuit and the second plate of the filter weight capacitor; a second switch coupled between an output of the digital-to-analog converter and the first plate of the filter weight capacitor; a third switch coupled between the first plate of the filter weight capacitor and a gate of the output transistor; a fourth switch coupled between ground and the second plate of the filter weight capacitor; and a fifth switch coupled between ground and the gate of the output transistor.
A component (80,102) of a gas turbine system having an independent cooling circuit for selectively delivering cooling fluid (82,108,128) to the component to reduce spallation-related damage to the component, wherein the independent cooling circuit comprises: a plurality of circuits of cooling channels embedded within an exterior wall of the component, wherein the plurality of circuits of cooling channels are interwoven together; an impingement plate; and a plurality of feed tubes connecting the impingement plate to the exterior wall of the component and fluidly coupling each of the plurality of circuits of cooling channels to at least one supply of cooling fluid, wherein, in each of the plurality of circuits of cooling channels, the cooling fluid flows through the plurality of feed tubes into the circuit of cooling channels only in response to a formation of a breach in the exterior wall of the component that exposes at least one of the cooling channels of the circuit of cooling channels. a plurality of circuits of cooling channels embedded within an exterior wall of the component, wherein the plurality of circuits of cooling channels are interwoven together; an impingement plate; and a plurality of feed tubes connecting the impingement plate to the exterior wall of the component and fluidly coupling each of the plurality of circuits of cooling channels to at least one supply of cooling fluid, wherein, in each of the plurality of circuits of cooling channels, the cooling fluid flows through the plurality of feed tubes into the circuit of cooling channels only in response to a formation of a breach in the exterior wall of the component that exposes at least one of the cooling channels of the circuit of cooling channels.
A secondary battery comprising a cathode, an anode, a separator, and an electrolyte, wherein the electrolyte comprises a ternary eutectic mixture having a viscosity of 1 to 80 mPa.s (1 to 80 cP) at 25°C prepared by adding a carbonate-based compound to a eutectic mixture containing an amide group-containing compound and an ionizable lithium salt, the molar ratio of the amide group-containing compound to the ionizable lithium salt being 2-6:1, the electrolyte further comprising (a) a first compound capable of forming a passivation layer by being reduced upon a first charge at a higher potential vs. lithium potential (vs. Li/Li +) than the lowest limit of the electrochemical window of the ternary eutectic mixture and/or (b) a second compound for consuming an overcharged current by having a higher oxidation potential vs. lithium potential (Li/Li +) than the cathode potential; the electrolyte comprising 0.001 to 40 parts by weight of the carbonate-based compound based on 100 parts by weight of the electrolyte; and the electrolyte is (i) a liquid type electrolyte, (ii) a gel polymer type electrolyte formed by carrying out polymerization of an electrolyte precursor solution, the electrolyte precursor solution containing the ternary eutectic mixture, and monomers capable of forming a gel polymer via polymerization, or (iii) a polymer or gel polymer impregnated with the ternary eutectic mixture.
Method for operating a base station of a cellular network for serving at least one user equipment camping on said base station, said base station having agreed with the user equipment on a periodic dedicated prescheduled uplink transmission schedule, in case one or more uplink occasion of the dedicated prescheduled uplink transmission schedule is missed by the user equipment, the method comprising for the base station the step of determining if the user equipment is considered as unavailable for communicating at said uplink occasion in relation with the base station, - if so, maintaining presently active dedicated prescheduled uplink transmission schedule, - otherwise cancelling the presently active dedicated prescheduled uplink transmission schedule, said method further comprising the step of cancelling the presently active dedicated prescheduled uplink transmission schedule in case a predetermined consecutive number of missed uplink occasions is detected where the user equipment is determined to be unavailable. in case one or more uplink occasion of the dedicated prescheduled uplink transmission schedule is missed by the user equipment, the method comprising for the base station the step of determining if the user equipment is considered as unavailable for communicating at said uplink occasion in relation with the base station, - if so, maintaining presently active dedicated prescheduled uplink transmission schedule, - otherwise cancelling the presently active dedicated prescheduled uplink transmission schedule, - if so, maintaining presently active dedicated prescheduled uplink transmission schedule, - otherwise cancelling the presently active dedicated prescheduled uplink transmission schedule, said method further comprising the step of cancelling the presently active dedicated prescheduled uplink transmission schedule in case a predetermined consecutive number of missed uplink occasions is detected where the user equipment is determined to be unavailable.