mhurhangee/ep-ind-claims huggingface dataset:
Climb-over protection device for a coupling section of a rail vehicle, in particular, a tram, in which two car bodies (102, 103) are coupled, in particular via an Albert coupling, by means of a first coupling device of a first car body and a second coupling device of a second car body, wherein - the climb-over protection device is designed to be detachably connected to the coupling section, - the climb-over protection device comprises at least one component to which a further component of the climb-over protection device can be fastened, - a first end portion (107.1) of the component is designed to be detachably connected to the first coupling device in an assembled state of the climb-over protection device by inserting the first end portion (107.1) into a first receiving device (109.1) of the first coupling device, and, - a second end portion (107.2) of the component is designed to be detachably connected to the second coupling device in the assembled state of the climb-over protection device by inserting the second end portion (107.2) into a second receiving device (110.1) on the second coupling device. characterized in that - a quick-release snap fastener connection is provided, which is arranged and interacts with the component and the further component in such a way that it releasably connects the components (106, 107) to one another. - the climb-over protection device is designed to be detachably connected to the coupling section, - the climb-over protection device comprises at least one component to which a further component of the climb-over protection device can be fastened, - a first end portion (107.1) of the component is designed to be detachably connected to the first coupling device in an assembled state of the climb-over protection device by inserting the first end portion (107.1) into a first receiving device (109.1) of the first coupling device, and, - a second end portion (107.2) of the component is designed to be detachably connected to the second coupling device in the assembled state of the climb-over protection device by inserting the second end portion (107.2) into a second receiving device (110.1) on the second coupling device. characterized in that - a quick-release snap fastener connection is provided, which is arranged and interacts with the component and the further component in such a way that it releasably connects the components (106, 107) to one another.
A kit-of-parts tinting system for adjusting the colour of coating and/or plaster systems, comprising a) at least one basic tinting composition, containing at least one NIR-reflective black pigment and/or at least one NIR-transparent black pigment or a NIR-reflective and/or NIR-transparent black pigment mixture, and a basic composition, containing at least one binding agent, as well as b) at least one hue composition, containing at least one coloured and/or uncoloured pigment, at least one second additive and at least one second solvent. a) at least one basic tinting composition, containing at least one NIR-reflective black pigment and/or at least one NIR-transparent black pigment or a NIR-reflective and/or NIR-transparent black pigment mixture, and a basic composition, containing at least one binding agent, as well as b) at least one hue composition, containing at least one coloured and/or uncoloured pigment, at least one second additive and at least one second solvent.
A mattress with ventilation system for the prevention and the treatment of decubitus ulcers or bedsores on immobile patients, the mattress with ventilation system comprising a rectangular mattress body being defined by a plurality of rectangular segments attached to each other at least at longitudinal ends thereof, each of said rectangular segments of the mattress body provided with spaced ventilating through holes traversing the top and bottom surfaces thereof, a temperature sensor and a moisture detector provided proximate said mattress body, characterized in that, said bed mattress with ventilation system further includes a programmable controller in electrical communication with the temperature sensor and the moisture detector, and at least one blower fan arranged below the mattress body, said at least one blower fan in electrical communication with the programmable controller, wherein both the temperature sensor and the moisture detector serve to provide input parameters to said programmable controller for the activation of said blower fan, such that when heat and moisture are detected, the controller is programmed to activate the blower fan to deliver ventilating air through the spaced ventilating through holes of the mattress body.
A recombinase polymerase amplification composition comprising: a crowding agent; an oligonucleotide probe with a dual-hapten leaving group; and a nuclease enzyme, optionally wherein the nuclease is formamidopyrimidine DNA glycosylase; wherein the dual-hapten leaving group comprises: (i) or (ii) wherein R is OH or -NH 6 OH. a crowding agent; an oligonucleotide probe with a dual-hapten leaving group; and a nuclease enzyme, optionally wherein the nuclease is formamidopyrimidine DNA glycosylase; wherein the dual-hapten leaving group comprises: (i) or (ii) (i) or (ii)
A wireless communication method, comprising the following steps: receiving, by an access network device, a first downlink data flow sent by a core network device in a form of a flow; sending, by the access network device, information to user equipment, wherein the information comprises a mapping relationship between the first downlink data flow and a downlink bearer; sending, by the access network device, the first downlink data flow to the user equipment by using the downlink bearer; and receiving, by the access network device, a first uplink data flow sent by the user equipment by using an uplink bearer, wherein if the first uplink data flow is corresponding to the first downlink data flow, the uplink bearer is determined based on the downlink bearer, characterised in that the first downlink data flow received by the access network device comprises a reflective quality of service identifier, RQI, but the first downlink data flow sent by the access network device does not comprise the RQI. receiving, by an access network device, a first downlink data flow sent by a core network device in a form of a flow; sending, by the access network device, information to user equipment, wherein the information comprises a mapping relationship between the first downlink data flow and a downlink bearer; sending, by the access network device, the first downlink data flow to the user equipment by using the downlink bearer; and receiving, by the access network device, a first uplink data flow sent by the user equipment by using an uplink bearer, wherein if the first uplink data flow is corresponding to the first downlink data flow, the uplink bearer is determined based on the downlink bearer, characterised in that the first downlink data flow received by the access network device comprises a reflective quality of service identifier, RQI, but the first downlink data flow sent by the access network device does not comprise the RQI.
A laminated material for forming a flexible container, the laminated material comprising an inner layer, an outer layer and an intermediate barrier layer, the barrier layer comprising a SiOx barrier and a carrier layer carrying said SiOx barrier, said carrier layer being made of polymer suitable for lamination process, the inner layer and the outer layer both comprising PE, a percentage in mass of PE within the laminated material being set above a given threshold to adjust the permeability of the laminated material, said threshold being 80%.
Pump device for delivering a medium, the pump device having: a rotor housing; a pump rotor which is guided in the rotor housing; a pump shaft which is coupled to the pump rotor and serves for driving the pump rotor in the rotor housing; an electric motor which has a drive stator and has a stator winding for driving the pump shaft; a housing part which has the drive stator with the stator winding and has a passage channel for mounting the pump shaft; wherein the rotor housing is fastened directly to an axial end of the housing part; wherein a closure cover, situated opposite the rotor housing, and the housing part are formed in one piece, wherein the drive stator comprises a lamination stack having stator teeth at which the stator winding is provided, characterized in that a material is provided between the stator teeth and at end sides (128, 130) of the lamination stack of the housing part, said material also forming the closure cover, wherein the material comprises plastic. a rotor housing; a pump rotor which is guided in the rotor housing; a pump shaft which is coupled to the pump rotor and serves for driving the pump rotor in the rotor housing; an electric motor which has a drive stator and has a stator winding for driving the pump shaft; a housing part which has the drive stator with the stator winding and has a passage channel for mounting the pump shaft; wherein the rotor housing is fastened directly to an axial end of the housing part; wherein a closure cover, situated opposite the rotor housing, and the housing part are formed in one piece, wherein the drive stator comprises a lamination stack having stator teeth at which the stator winding is provided, characterized in that a material is provided between the stator teeth and at end sides (128, 130) of the lamination stack of the housing part, said material also forming the closure cover, wherein the material comprises plastic.
Work bench for a machine, to support, block and move a workpiece, wherein said work bench extends longitudinally along a first direction, and transversely along a second direction, orthogonal to said first direction, comprising at least two supporting and blocking members, for supporting and blocking said workpiece, arranged for forming a workpiece supporting bench, at least one conveyor group, for moving said workpiece along said first direction, wherein said at least one conveyor group is at least partially interposed between said at least two supporting and blocking members, at least when it does not move said workpiece, wherein said at least two supporting and blocking members are movable along said first direction, wherein each one of said supporting and blocking members comprises a sucking cup for blocking said panel and supporting means, other than said sucking cup, for supporting said panel, wherein said supporting means comprise at least two supporting strips arranged near said sucking cup, said work bench being characterised in that said at least one sucking cup is movable along a third direction, orthogonal to said first direction and said second direction, with respect to said at least two supporting strips, from a rest position, to a working position, wherein said panel is blocked. at least two supporting and blocking members, for supporting and blocking said workpiece, arranged for forming a workpiece supporting bench, at least one conveyor group, for moving said workpiece along said first direction, wherein said at least one conveyor group is at least partially interposed between said at least two supporting and blocking members, at least when it does not move said workpiece, wherein said at least two supporting and blocking members are movable along said first direction, wherein each one of said supporting and blocking members comprises a sucking cup for blocking said panel and supporting means, other than said sucking cup, for supporting said panel, wherein said supporting means comprise at least two supporting strips arranged near said sucking cup, said work bench being characterised in that said at least one sucking cup is movable along a third direction, orthogonal to said first direction and said second direction, with respect to said at least two supporting strips, from a rest position, to a working position, wherein said panel is blocked.
A three-dimensional electrode terminal of a battery having an electrode assembly mounted in a pouch-shaped case, characterized in that a part of the electrode terminal, which is exposed from the battery case, has a perpendicular end surface which is formed by bending the end and the side of a plate-shaped electrode terminal, whereby the electrode terminal is manufactured in a three-dimensional structure and has a predetermined thickness, and (a) the perpendicular end surface of the electrode terminal and/or an end side surface of the electrode terminal is provided with a through-hole or a depression, or (b) the perpendicular end surface or an end side surface of the electrode terminal is provided with a protrusion for facilitating the electrical connection. (a) the perpendicular end surface of the electrode terminal and/or an end side surface of the electrode terminal is provided with a through-hole or a depression, or (b) the perpendicular end surface or an end side surface of the electrode terminal is provided with a protrusion for facilitating the electrical connection.
A method for treating plants in need of control of coffee rust, citrus black spot, citrus scab or banana black sigatoka disease, comprising applying to said plants or parts of said plants, to the seeds from which they grow or to the locus in which they grow, an effective amount for controlling the disease of N-(5-chloro-2-isopropylbenzyl)-N-cyclopropyl-3-(difluoromethyl)-5-fluoro-1-methyl-1H-pyrazole-4-carboxamide or an agrochemically acceptable salt thereof.
Electrical protective arrangement for an electrical installation having - a fault current protection apparatus that has a detection device for sensing a fault current and an evaluation device for comparing the sensed fault current with a threshold value and for outputting a tripping signal if the sensed fault current exceeds the threshold value, and - a power switch that has an electrical sensing device for sensing an overcurrent and/or a short circuit and a tripping device for tripping a switching device if the electrical sensing device senses an overcurrent and/or a short circuit, wherein - the fault current protection apparatus is designed to transmit the tripping signal to the tripping device of the power switch, as a result of which said tripping device trips the switching device and wherein - the fault current protection apparatus is electrically connected to the tripping device of the power switch by means of a cable, characterized in that - the fault current protection apparatus has a first electrical contact element for connecting the cable and the tripping device has a second electrical contact element, which is different from the first electrical contact element, for connecting the cable and - the fault current protection apparatus and/or the tripping device has a monitoring unit for monitoring an electrical connection between the first contact element and the cable and/or an electrical connection between the second contact element and the cable. - a fault current protection apparatus that has a detection device for sensing a fault current and an evaluation device for comparing the sensed fault current with a threshold value and for outputting a tripping signal if the sensed fault current exceeds the threshold value, and - a power switch that has an electrical sensing device for sensing an overcurrent and/or a short circuit and a tripping device for tripping a switching device if the electrical sensing device senses an overcurrent and/or a short circuit, wherein - the fault current protection apparatus is designed to transmit the tripping signal to the tripping device of the power switch, as a result of which said tripping device trips the switching device and wherein - the fault current protection apparatus is electrically connected to the tripping device of the power switch by means of a cable, - the fault current protection apparatus has a first electrical contact element for connecting the cable and the tripping device has a second electrical contact element, which is different from the first electrical contact element, for connecting the cable and - the fault current protection apparatus and/or the tripping device has a monitoring unit for monitoring an electrical connection between the first contact element and the cable and/or an electrical connection between the second contact element and the cable.
A method comprising: transmitting a shear wave ultrasonic signal through a region of a fastener subject to the stress when the fastener experiences an interference fit, the transmitted ultrasonic signal to travel through the region and to be mode-converted thereby in correspondence with a degree of interference fit which the fastener is experiencing; receiving a return ultrasonic signal from the fastener; and characterized by: determining, from the return ultrasonic signal, the degree of interference fit which the fastener is experiencing by comparing the amplitude/energy of longitudinal wave components of the reflected ultrasonic signal and the amplitude/energy of shear components of the reflected ultrasonic signal; and outputting an indication of the degree of the interference fit. transmitting a shear wave ultrasonic signal through a region of a fastener subject to the stress when the fastener experiences an interference fit, the transmitted ultrasonic signal to travel through the region and to be mode-converted thereby in correspondence with a degree of interference fit which the fastener is experiencing; receiving a return ultrasonic signal from the fastener; and characterized by: determining, from the return ultrasonic signal, the degree of interference fit which the fastener is experiencing by comparing the amplitude/energy of longitudinal wave components of the reflected ultrasonic signal and the amplitude/energy of shear components of the reflected ultrasonic signal; and outputting an indication of the degree of the interference fit. determining, from the return ultrasonic signal, the degree of interference fit which the fastener is experiencing by comparing the amplitude/energy of longitudinal wave components of the reflected ultrasonic signal and the amplitude/energy of shear components of the reflected ultrasonic signal; and outputting an indication of the degree of the interference fit.
A tamper-evident closure (10, 110, 210) for a container, the closure comprising a base attachable to a container neck, the base comprising a sidewall having a tamper-evident drop band, the drop band being generally circular and including a band abutment for engaging the container neck to cause the drop band to break away from the sidewall if an attempt is made to remove the closure from the neck once fitted, the drop band further comprising an extension against which the sidewall pushes if the closure is reapplied to push the drop band away from the base, the extension extends only part of the way around the drop band, characterised in that the extension is restricted to a sector of the drop band so as to provide circumferentially asymmetric coverage thereon.
A vehicle tank structure comprising: a pair of left and right rear frames extending in a vehicle front-rear direction; and a floor panel coupling the rear frames, wherein a tank being provided below the floor panel, characterized in that a side face part of the tank comprises a connection port to which an oil feeding pipe is connectable, the side face part being directed toward a vehicle-width-direction outer side, and a mounting face part at which the connection port is provided, and a hit-first face part located on the vehicle-width-direction outer side relative to a distal end of the connection port, at a position corresponding to the mounting face part in the vehicle front-rear direction, are formed at the side face part. a pair of left and right rear frames extending in a vehicle front-rear direction; and a floor panel coupling the rear frames, wherein a tank being provided below the floor panel, characterized in that a side face part of the tank comprises a connection port to which an oil feeding pipe is connectable, the side face part being directed toward a vehicle-width-direction outer side, and a mounting face part at which the connection port is provided, and a hit-first face part located on the vehicle-width-direction outer side relative to a distal end of the connection port, at a position corresponding to the mounting face part in the vehicle front-rear direction, are formed at the side face part.
A method of driving an electro-optic display using a plurality of different drive schemes, the method being characterized in that waveforms of the drive schemes are such that the absolute value of the net impulse applied to a pixel for all homogeneous and heterogeneous irreducible loops divided by the number of transitions in the loop is less than 20 per cent of the characteristic impulse, where the term "net impulse" means the algebraic sum of the impulses in any given loop wherein: a homogeneous irreducible loop is a sequence of gray levels, starting at a first gray level, passing through zero or more gray levels, and ending at the first gray level, wherein all transitions are effected using the same drive scheme, and wherein the loop does not visit any gray level except the first gray level more than once; a heterogeneous irreducible loop is a sequence of gray levels, starting at a first gray level, passing through one or more gray levels and ending at the first gray level, wherein the loop comprises transitions using at least two different drive schemes, the drive scheme used to effect the last transition in the loop is the same as the drive scheme used to effect the transition to the first gray level immediately prior to the start of the loop, and the loop comprises no shorter irreducible loops; and the characteristic impulse is the average of the absolute values of the impulses required to drive a pixel between its two extreme optical states. a homogeneous irreducible loop is a sequence of gray levels, starting at a first gray level, passing through zero or more gray levels, and ending at the first gray level, wherein all transitions are effected using the same drive scheme, and wherein the loop does not visit any gray level except the first gray level more than once; a heterogeneous irreducible loop is a sequence of gray levels, starting at a first gray level, passing through one or more gray levels and ending at the first gray level, wherein the loop comprises transitions using at least two different drive schemes, the drive scheme used to effect the last transition in the loop is the same as the drive scheme used to effect the transition to the first gray level immediately prior to the start of the loop, and the loop comprises no shorter irreducible loops; and the characteristic impulse is the average of the absolute values of the impulses required to drive a pixel between its two extreme optical states.