mhurhangee/ep-ind-claims huggingface dataset:
A data processing method, comprising in a case where an operation state of an audio/video device in a target driving device is determined to be an out of operation state, generating (S 101, S203), by a vehicle system in the target driving device, an out of operation state notification message of the audio/video device; and sending, by the vehicle system in the target driving device, the out of operation state notification message to a push client in the target driving device; generating, by the push client, a communication interruption instruction according to the out of operation state notification message; sending, by the push client, the communication interruption instruction to a push server to make the push server stop a data push between the push client and a push server after the push server verifies a validity of the communication interruption instruction; wherein the operation state of the audio/video device is determined in the following manner: in a case where a state of a power supply switch of the target driving device, used to control power supply by the target driving device to the audio/device video device, is changed to an off state, acquiring, by the vehicle system, an operating parameter of the target driving device; and in a case where the operating parameter of the target driving device satisfies an out of operation condition of the audio/video device, determining that the operation state of the audio/video device in the target driving device is the out of operation state. in a case where an operation state of an audio/video device in a target driving device is determined to be an out of operation state, generating (S 101, S203), by a vehicle system in the target driving device, an out of operation state notification message of the audio/video device; and sending, by the vehicle system in the target driving device, the out of operation state notification message to a push client in the target driving device; generating, by the push client, a communication interruption instruction according to the out of operation state notification message; sending, by the push client, the communication interruption instruction to a push server to make the push server stop a data push between the push client and a push server after the push server verifies a validity of the communication interruption instruction; wherein the operation state of the audio/video device is determined in the following manner: in a case where a state of a power supply switch of the target driving device, used to control power supply by the target driving device to the audio/device video device, is changed to an off state, acquiring, by the vehicle system, an operating parameter of the target driving device; and in a case where the operating parameter of the target driving device satisfies an out of operation condition of the audio/video device, determining that the operation state of the audio/video device in the target driving device is the out of operation state.
A cleaning apparatus for cleaning a rail vehicle, comprising - at least one detection device (10, 10') for detecting soiling on a rail vehicle to be cleaned, - at least one cleaning device (11, 11') for cleaning the rail vehicle having -- at least one cleaning element (32, 32'), and -- at least one multi-axis robot (26, 26') for positioning the at least one cleaning element (32, 32') relative to the rail vehicle, - a control device for controlling the at least one cleaning device (11, 11') in dependence on the detected soiling, characterized by a travel motion control device for controlling the travel motion of the vehicle to be cleaned in dependence on the detected soiling. - at least one detection device (10, 10') for detecting soiling on a rail vehicle to be cleaned, - at least one cleaning device (11, 11') for cleaning the rail vehicle having -- at least one cleaning element (32, 32'), and -- at least one multi-axis robot (26, 26') for positioning the at least one cleaning element (32, 32') relative to the rail vehicle, -- at least one cleaning element (32, 32'), and -- at least one multi-axis robot (26, 26') for positioning the at least one cleaning element (32, 32') relative to the rail vehicle, - a control device for controlling the at least one cleaning device (11, 11') in dependence on the detected soiling,
A modified polyester resin obtained by the reaction of components comprising: a) ≥ 10 wt% of at least one difunctional acid selected from the group consisting of terephthalic acid, terephthalic acid derivative and mixtures thereof; b) 0 to 30 wt% of difunctional acids other than a); c) ≥ 10 wt% of at least one difunctional alcohol containing at least a three substituted carbon atom (C') and another one hydrogen atom ('difunctional asymmetric alcohol'); d) 0 to 30 wt% of at least one difunctional alcohol other than c); e) 8 to 25 wt% of at least one fatty acid and/or fatty acid derivative; f) 0.1 to 10 wt% of at least one polyol and/or a polyacid and/or their corresponding anhydride, having a functionality ≥ 3; g) 0 to 20 wt% of at least one monofunctional component selected from the group consisting of acid, epoxy, alcohol and mixtures thereof, wherein the modified polyester resin has: - a weight average molecular weight as determined by using gel permeation chromatography using polystyrene as standards and THF as solvent, of from 1,000 to 100,000 g/mol; and - a glass transition temperature as determined via Differential Scanning Calorimetry at a heating rate of 5°C/min, of at least -50 and of at most 100 °C. a) ≥ 10 wt% of at least one difunctional acid selected from the group consisting of terephthalic acid, terephthalic acid derivative and mixtures thereof; b) 0 to 30 wt% of difunctional acids other than a); c) ≥ 10 wt% of at least one difunctional alcohol containing at least a three substituted carbon atom (C') and another one hydrogen atom ('difunctional asymmetric alcohol'); d) 0 to 30 wt% of at least one difunctional alcohol other than c); e) 8 to 25 wt% of at least one fatty acid and/or fatty acid derivative; f) 0.1 to 10 wt% of at least one polyol and/or a polyacid and/or their corresponding anhydride, having a functionality ≥ 3; g) 0 to 20 wt% of at least one monofunctional component selected from the group consisting of acid, epoxy, alcohol and mixtures thereof, - a weight average molecular weight as determined by using gel permeation chromatography using polystyrene as standards and THF as solvent, of from 1,000 to 100,000 g/mol; and - a glass transition temperature as determined via Differential Scanning Calorimetry at a heating rate of 5°C/min, of at least -50 and of at most 100 °C.
A composition for a heat cycle system, which comprises a working fluid for heat cycle containing trifluoroethylene, and a radical scavenger, wherein the radical scavenger is an agent for generating a halogen atom other than fluorine or a perfluoroalkyl radical generator.
Shoulder support for a musical instrument, comprising a holding device, by means of which the shoulder support is fixable or fixed to the musical instrument, at least one arm, which is fixable or fixed to the holding device, and a shoulder abutment element, which is fixable or fixed to the at least one arm and has a pad (88; 418) and a pad holder (86; 416), wherein the pad holder is movably held on an arm connecting part of the shoulder abutment element by means of a pad holder joint device, characterised in that the pad holder joint device has at least three spaced-apart joints (438, 460; 446, 464; 452, 468; 454, 472), and/or in that the pad holder joint device comprises ball-and-socket joints (438, 460; 446, 464; 452, 468; 454, 472).
A habitation module comprising: a gravity chamber comprising: an inner cylindrical structure that encircles a cylindrical core member of the habitation module; outer wall segments that are attachable to one another to form an outer cylindrical wall; and opposing side walls (214, 215) having support members, wherein a first end of the support members connects to the inner cylindrical structure, and a second end of the support members connects to at least one of the outer wall segments; characterised in that the support members are extendable, and in that the gravity chamber has a first diameter when the support members are contracted, and has a larger second diameter when the support members are extended; further characterised in comprising: rotating attachment members arranged to attach the gravity chamber to the cylindrical core member of the habitation module so that the gravity chamber can rotate about an axis in relation to the cylindrical core member to simulate a gravitational force within the gravity chamber; and an inflatable shell that encompasses the gravity chamber. a gravity chamber comprising: an inner cylindrical structure that encircles a cylindrical core member of the habitation module; outer wall segments that are attachable to one another to form an outer cylindrical wall; and opposing side walls (214, 215) having support members, wherein a first end of the support members connects to the inner cylindrical structure, and a second end of the support members connects to at least one of the outer wall segments; an inner cylindrical structure that encircles a cylindrical core member of the habitation module; outer wall segments that are attachable to one another to form an outer cylindrical wall; and opposing side walls (214, 215) having support members, wherein a first end of the support members connects to the inner cylindrical structure, and a second end of the support members connects to at least one of the outer wall segments; characterised in that the support members are extendable, and in that the gravity chamber has a first diameter when the support members are contracted, and has a larger second diameter when the support members are extended; further characterised in comprising: rotating attachment members arranged to attach the gravity chamber to the cylindrical core member of the habitation module so that the gravity chamber can rotate about an axis in relation to the cylindrical core member to simulate a gravitational force within the gravity chamber; and an inflatable shell that encompasses the gravity chamber.
An internal combustion engine which includes: an intake passage fuel injection valve for injecting fuel into an intake passage; and a cylinder inside fuel injection valve for injecting fuel into a combustion chamber, the internal combustion engine comprising: a fuel pump which is configured to pressurize and feed fuel, which is fed from a fuel tank, to the cylinder inside fuel injection valve; a securing part which is provided on a cylinder head member of the internal combustion engine to secure the fuel pump; an introducing member having heat conductivity, the introducing member which is connected to the fuel pump, and which is formed with: a first introducing path for introducing fuel from the fuel tank to the fuel pump; characterized in that the introducing member is further formed with a second introducing path for introducing fuel from the fuel tank to the intake passage fuel injection valve; wherein the internal combustion engine further includes a heat transmitting member which is configured to transmit heat between the second introducing path of the introducing member and the securing part, wherein a part of the second introducing path is projected to form the heat transmitting member; the securing part is cooled with the fuel which passes through the second introducing path; the securing part has a face portion; and the heat transmitting member is formed by extending the part of the introducing member toward the face portion, and the heat transmitting member is in face contact with the face portion of the securing part to transmit heat between the introducing member and the securing part. a fuel pump which is configured to pressurize and feed fuel, which is fed from a fuel tank, to the cylinder inside fuel injection valve; a securing part which is provided on a cylinder head member of the internal combustion engine to secure the fuel pump; an introducing member having heat conductivity, the introducing member which is connected to the fuel pump, and which is formed with: a first introducing path for introducing fuel from the fuel tank to the fuel pump; characterized in that the introducing member is further formed with a second introducing path for introducing fuel from the fuel tank to the intake passage fuel injection valve; wherein the internal combustion engine further includes a heat transmitting member which is configured to transmit heat between the second introducing path of the introducing member and the securing part, wherein a part of the second introducing path is projected to form the heat transmitting member; the securing part is cooled with the fuel which passes through the second introducing path; the securing part has a face portion; and the heat transmitting member is formed by extending the part of the introducing member toward the face portion, and the heat transmitting member is in face contact with the face portion of the securing part to transmit heat between the introducing member and the securing part.
A method of suppressing voltage fluctuations across a relay coil having a coil voltage rating, the method comprising: monitoring a voltage drop across the relay coil by a difference amplifier; providing an output of a reference source and an output of the difference amplifier to an integrator amplifier; providing an output of the integrator amplifier to a transistor; and driving the relay coil by controlling an output of the transistor based on the output of the integrator amplifier, wherein the output of the reference source is selectively applied to the integrator amplifier in response to a monitored undesired voltage fluctuations across the relay coil to suppress voltage fluctuations across the relay coil and thereby ensure that said coil voltage rating is not exceeded by dissipating any excess voltage across the transistor. monitoring a voltage drop across the relay coil by a difference amplifier; providing an output of a reference source and an output of the difference amplifier to an integrator amplifier; providing an output of the integrator amplifier to a transistor; and driving the relay coil by controlling an output of the transistor based on the output of the integrator amplifier, wherein the output of the reference source is selectively applied to the integrator amplifier in response to a monitored undesired voltage fluctuations across the relay coil to suppress voltage fluctuations across the relay coil and thereby ensure that said coil voltage rating is not exceeded by dissipating any excess voltage across the transistor.
A moving part coaxial cable connector comprising: a connector body with first and second ends; an aperture at the connector body first end; a nose urged to project from the aperture by a nose projecting spring; the nose movable in the aperture according to external forces; a conductive center pin and an adjoining pin mouth end for receiving a centre conductor of a mating connector; an electromagnetic shield incorporated with the nose; characterized in that: the nose is moveable with respect to the conductive center pin so that at least the conductive center pin is shielded when the connector is unmated and the nose is free to project from the aperture. a connector body with first and second ends; an aperture at the connector body first end; a nose urged to project from the aperture by a nose projecting spring; the nose movable in the aperture according to external forces; a conductive center pin and an adjoining pin mouth end for receiving a centre conductor of a mating connector; an electromagnetic shield incorporated with the nose; characterized in that: the nose is moveable with respect to the conductive center pin so that at least the conductive center pin is shielded when the connector is unmated and the nose is free to project from the aperture. the nose is moveable with respect to the conductive center pin so that at least the conductive center pin is shielded when the connector is unmated and the nose is free to project from the aperture.
A method for operating a road paver that is self-propelled and may be controlled via a machine controller and in said method an internal combustion engine provides engine power for drives of a hydraulic system and for a generator so as to generate a generator power for supplying at least one electrical screed plate heating system with electrical energy, and the engine and generator power are changed via an engine controller and also a generator controller, characterized in that prior to and/or during the paving procedure current measurements are performed on the current that is flowing between an electrical screed plate heating system, which is dimensioned in a frequency-independent manner, and the generator in order to determine and ascertain a prevailing generator power that is drawn off at least by the electrical screed plate heating system.
An optical filter disposed on an image sensor including a plurality of sensor pixels aligned, comprising: an elongated translucent substrate; a first optical filter layer laminated on the translucent substrate; and a second optical filter layer laminated on the first optical filter layer, wherein the translucent substrate includes: a photodetecting part which is long in the alignment direction of the plurality of sensor pixels and positioned immediately above the image sensor; and a frame part surrounding the photodetecting part, the photodetecting part includes: a light transmitting region (41 a) positioned on one side in the longitudinal direction of the photodetecting part; a first filter region adjacent to the light transmitting region in the longitudinal direction of the photodetecting part; and a second filter region which is adjacent to the first filter region in the longitudinal direction of the photodetecting part and positioned on the side opposite to the light transmitting region across the first filter region, the first optical filter layer is laminated so as to cover the first filter region, the second filter region, and the frame part, and the second optical filter layer is laminated on the first optical filter layer so as to cover the second filter region and the frame part. an elongated translucent substrate; a first optical filter layer laminated on the translucent substrate; and a second optical filter layer laminated on the first optical filter layer, wherein the translucent substrate includes: a photodetecting part which is long in the alignment direction of the plurality of sensor pixels and positioned immediately above the image sensor; and a frame part surrounding the photodetecting part, the photodetecting part includes: a light transmitting region (41 a) positioned on one side in the longitudinal direction of the photodetecting part; a first filter region adjacent to the light transmitting region in the longitudinal direction of the photodetecting part; and a second filter region which is adjacent to the first filter region in the longitudinal direction of the photodetecting part and positioned on the side opposite to the light transmitting region across the first filter region, a light transmitting region (41 a) positioned on one side in the longitudinal direction of the photodetecting part; a first filter region adjacent to the light transmitting region in the longitudinal direction of the photodetecting part; and a second filter region which is adjacent to the first filter region in the longitudinal direction of the photodetecting part and positioned on the side opposite to the light transmitting region across the first filter region, the first optical filter layer is laminated so as to cover the first filter region, the second filter region, and the frame part, and the second optical filter layer is laminated on the first optical filter layer so as to cover the second filter region and the frame part.
Extension (6; 20) for bone levers or retractors, comprising a handle portion (7; 21) and a coupling portion for connecting the extension to the handle portion of a bone lever or retractor, the coupling part having a C-shaped cross-section that is intended to partly enclose the handle portion of a bone lever or retractor, characterised in that the coupling portion is forkshaped and has two fork shanks.
An elastic sheet with a function of re-activating an endometrial basal layer in a uterine cavity, comprising: a silicone rubber; and a drug; wherein the drug is encased inside the silicone rubber in the manner of a drug storage zone, or uniformly dispersed inside the silicone rubber, or carried by an outer surface of the silicone rubber as a coating, and the drug comprises an estrogen and wherein the elastic sheet has an intervening removal wire and/or an intervening implant wire, characterized in that the removal wire is sheathed with a thin tube and/or the implant wire is sheathed with a thin tube. a silicone rubber; and a drug; wherein the drug is encased inside the silicone rubber in the manner of a drug storage zone, or uniformly dispersed inside the silicone rubber, or carried by an outer surface of the silicone rubber as a coating, and the drug comprises an estrogen and wherein the elastic sheet has an intervening removal wire and/or an intervening implant wire, characterized in that the removal wire is sheathed with a thin tube and/or the implant wire is sheathed with a thin tube.
A method for producing a composition having greater than 20% by volume of a disperse phase dispersed in a continuous phase, the method comprising a permeation step at which a continuous phase liquid and a disperse phase liquid are caused to simultaneously permeate a porous membrane having an average pore size of not smaller than 5 μm at a membrane permeation rate of not lower than 50 m 3 /m 2 h, characterized in that the permeation step is carried out using a production device comprising: a cylinder having a circumferential surface partially or wholly composed of a porous membrane, the cylinder being provided, in the cross sections of both ends thereof, with outlets for the composition having the disperse phase finely dispersed in the continuous phase, a storage portion for storing the continuous phase liquid and the disperse phase fluid, the storage portion being provided on an outer periphery of the circumferential surface of the cylinder, and a supplying means for simultaneously supplying the continuous phase liquid and the disperse phase fluid from the storage portion into the cylinder. a cylinder having a circumferential surface partially or wholly composed of a porous membrane, the cylinder being provided, in the cross sections of both ends thereof, with outlets for the composition having the disperse phase finely dispersed in the continuous phase, a storage portion for storing the continuous phase liquid and the disperse phase fluid, the storage portion being provided on an outer periphery of the circumferential surface of the cylinder, and a supplying means for simultaneously supplying the continuous phase liquid and the disperse phase fluid from the storage portion into the cylinder.