mhurhangee/ep-ind-claims huggingface dataset:
A composition for powder coating material comprising polymer composed of at least one member selected from the following polymer and polyvinylidene fluoride, and the following polymer, Polymer: a fluorinated non-block copolymer having units based on a fluoroolefin and units based on a monomer having a crosslinkable group, Polymer: a fluorinated block copolymer having a segment (α) in which the content of fluorine atoms is at least 20 mass%, and a segment (β) in which the content of fluorine atoms is less than 20 mass%, wherein the difference in the numerical value of the content of fluorine atoms as represented by mass% between in said segment (α) and in said segment (β) is at least 10, and at least one of said segment (α) and said segment (β) has a hydroxy group. Polymer: a fluorinated non-block copolymer having units based on a fluoroolefin and units based on a monomer having a crosslinkable group, Polymer: a fluorinated block copolymer having a segment (α) in which the content of fluorine atoms is at least 20 mass%, and a segment (β) in which the content of fluorine atoms is less than 20 mass%, wherein the difference in the numerical value of the content of fluorine atoms as represented by mass% between in said segment (α) and in said segment (β) is at least 10, and at least one of said segment (α) and said segment (β) has a hydroxy group.
Biocidal mixture comprising penflufen-containing polymer particles, at least one alkanolamine selected from the group consisting of monoalkylmonoamines, monoalkyldiamines, dialkylamines and trialkylamines, substituted by one, two or three hydroxyl groups, and at least one copper compound or copper-alkanolamine complexes thereof.
A container closure system including a container for capsules, dragees, tablets or the like with an inner wall, a container opening and including a screw cap, which may be screwed onto the container, further including a dispensing aid, which has a blocking element with a suspension device (15, 16) fastened to the inner wall of the container, wherein the blocking element is so constructed that the capsules do not pass through the blocking element, and the suspension device has outlet openings for the capsules, dragees, tablets or the like, wherein each outlet opening is smaller than the container opening, wherein the suspension device has a ring, which is connected to the blocking element by webs, the spacing of which from one another limits the outlet openings, wherein the ring is fastened to the inner wall of the container, wherein the blocking element is a desiccant chamber, which is filled with desiccant and wherein the container opening is sealed by a removable film, which is welded or secured by adhesive to the edge of the container opening.
A method, executed by a computing device, to select a credential based on a state of a target device, the method comprising: establishing a near field communication link with the target device; obtaining an identifier and system state of the target device using the near field communication link; processing the system state of the target device according to a rules engine to determine a next action for the target device, the system state comprising a present status of the target device with respect to the computing device, the next action comprising a future state of the target device with respect to the computing device; based on the identifier of the target device, selecting a credential associated with the identifier of the target device; and transmitting the credential and the next action to the target device to perform the next action. establishing a near field communication link with the target device; obtaining an identifier and system state of the target device using the near field communication link; processing the system state of the target device according to a rules engine to determine a next action for the target device, the system state comprising a present status of the target device with respect to the computing device, the next action comprising a future state of the target device with respect to the computing device; based on the identifier of the target device, selecting a credential associated with the identifier of the target device; and transmitting the credential and the next action to the target device to perform the next action.
Tensioning device along a longitudinal direction of a preform made from interlaced fibres with a body and two opposite ends, said device comprising the following coaxial elements: - a longitudinal main body that will support the body of the preform; - first assembly element of the preform, mounted on one of the ends of the main body; - a second assembly element of the preform; the device being characterised in that: the second assembly element of the preform is, mounted by a helical link on a control rod, itself mounted on the other end of the main body free to rotate about its axis; the control rod being able to turn freely relative to at least one of the elements chosen among the main body and the first assembly element; these coaxial elements being designed to be capable of cooperating with each other when the ends of the preform are held on the first and second assembly elements (3, 4), such that rotation of the control rod about its axis will cause translation of the second assembly element about said axis, and consequently separation of the first and second assembly elements (3, 4) from each other along this axis, causing tensioning of the preform along the longitudinal direction. - a longitudinal main body that will support the body of the preform; - first assembly element of the preform, mounted on one of the ends of the main body; - a second assembly element of the preform; the second assembly element of the preform is, mounted by a helical link on a control rod, itself mounted on the other end of the main body free to rotate about its axis; the control rod being able to turn freely relative to at least one of the elements chosen among the main body and the first assembly element; these coaxial elements being designed to be capable of cooperating with each other when the ends of the preform are held on the first and second assembly elements (3, 4), such that rotation of the control rod about its axis will cause translation of the second assembly element about said axis, and consequently separation of the first and second assembly elements (3, 4) from each other along this axis, causing tensioning of the preform along the longitudinal direction.
Animal keeping floor structure, such as for example a stable floor structure, for animals such as cattle, comprising a base structure (10, 12) and a top layer, wherein the top layer is permeable to fluid portions of animal faeces and/or animal urine, but impermeable to solid parts of the animal faeces, wherein the base structure (10, 12) comprises voids for receiving said fluid portions and/or urine passing through the top layer, the animal keeping floor structure being characterized in that the base structure (10, 12) comprises an array base elements forming a substantially continuous deck supporting the top layer, wherein the deck is arranged for passing said fluids into internal volumes of the base elements forming said voids, the internal volumes of at least a number of said base elements being in fluid communication with each other, such that fluids received in said internal volumes can be removed from the base elements by flow through said internal volumes.
Radar sensor for motor vehicles, comprising a plurality of transmitting and receiving antennas (10, 10'), which differ in their azimuthal directional characteristic and to which a respective mixer (12, 12') is assigned which mixes a transmission signal with a received signal, wherein at least one of the mixers is a transfer mixer and at least another of the mixers has a lower transfer power, wherein the assignment of the transmitting and receiving antennas (10, 10') to the mixers (12, 12') that differ in their transfer power is asymmetrical in relation to the optical axis, characterized in that the radar sensor comprises an even number of transmitting and receiving antennas (10, 10'), and in that two of the mixers for one half of the transmitting and receiving antennas are configured as transfer mixers, that is to say as antennas having strong transmission power on one side of the optical axis, while the two mixers for the other half of the transmitting and receiving antennas, that is to say on the other side of the optical axis, are configured as isolation mixers, as antennas having weak transmission power or without any transmission power, and have a lower transfer power than the antennas configured as transfer mixers.
An additive manufacturing system for fabricating a hybrid component, the system comprising: a build platform comprising a platform surface located at a first elevation; a first preform structure secured proximate to the build platform, the first preform structure comprising a first preform surface located at a second elevation, and a second preform surface, wherein the first preform surface is an uppermost, outer surface of the first preform structure; and a powder deposition device disposed above the build platform at a third elevation, wherein the third elevation is greater than the first and second elevations, characterised in that: the system further comprises a second preform structure secured proximate to the build platform, the second preform structure comprising an outer surface and a downward-facing surface, wherein the outer surface is an uppermost surface of the second preform structure, the second preform surface is an internal surface, and the powder deposition device is configured to deposit a metallic powder onto the platform surface, the first preform surface and the outer surface but not onto the second preform surface or the downward-facing surface; and wherein the powder deposition device comprises a retractable conveyor belt. a build platform comprising a platform surface located at a first elevation; a first preform structure secured proximate to the build platform, the first preform structure comprising a first preform surface located at a second elevation, and a second preform surface, wherein the first preform surface is an uppermost, outer surface of the first preform structure; and a powder deposition device disposed above the build platform at a third elevation, wherein the third elevation is greater than the first and second elevations, characterised in that: the system further comprises a second preform structure secured proximate to the build platform, the second preform structure comprising an outer surface and a downward-facing surface, wherein the outer surface is an uppermost surface of the second preform structure, the second preform surface is an internal surface, and the powder deposition device is configured to deposit a metallic powder onto the platform surface, the first preform surface and the outer surface but not onto the second preform surface or the downward-facing surface; and wherein the powder deposition device comprises a retractable conveyor belt. the system further comprises a second preform structure secured proximate to the build platform, the second preform structure comprising an outer surface and a downward-facing surface, wherein the outer surface is an uppermost surface of the second preform structure, the second preform surface is an internal surface, and the powder deposition device is configured to deposit a metallic powder onto the platform surface, the first preform surface and the outer surface but not onto the second preform surface or the downward-facing surface; and wherein the powder deposition device comprises a retractable conveyor belt.
A Wnt7a polypeptide or an active variant thereof capable of binding to a Wnt-binding domain of Fzd7 and activating Fzd7, for use in a method of treating a disease affecting muscle, wherein a variant is a polypeptide having a sequence that is at least 70% identical to a Wnt7a polypeptide of SEQ ID NO: 2 or SEQ ID NO: 4 over at least 50 contiguous amino acids thereof, the use comprising administering a therapeutically effective amount of a Wnt7a polypeptide or an active variant thereof for increasing the number of satellite stem cells in a muscle tissue to thereby promote muscle tissue formation, regeneration, maintenance or repair in the tissue.
Household refrigeration appliance with a housing, in which is arranged an inner container, which bounds an inner chamber (3, 4) for holding food, and with a machine chamber that is separated from the inner chamber (3, 4) and in which components (6 to 11) of a refrigeration circuit of the household refrigeration appliance are arranged, wherein the machine chamber has a boundary wall, on which a cable/line bushing box is arranged for the passage of at least one cable or line (18a, 18b, 18c) from outside the machine chamber into the machine chamber, and the box has an accommodating receptacle and a cover for closing the accommodating receptacle and the cover is connected as a single piece to the accommodating receptacle, characterised in that the box is configured at least with its accommodating receptacle on an outer face of the boundary wall facing away from the machine chamber and extends outward from the outer face facing away from the machine chamber.
A microfluidic device comprising: a contiguous polymeric medium disposed in at least a portion of a flow path of the microfluidic device, which polymeric medium is a gel suitable for gel electrophoresis, which polymeric medium includes a linker group comprising a benzophenone functional group, wherein the linker group is co-polymerized with the polymeric gel through a co-monomer of the linker group, the polymeric medium comprising: (a) a first analyte detection domain comprising a first covalently bound capture member that specifically binds to a first analyte wherein the first covalently bound capture member is covalently bound to the polymeric medium through the linker group comprising the benzophenone functional group; (b) a second analyte detection domain comprising a second covalently bound capture member that specifically binds to a second analyte, wherein the second covalently bound capture member is covalently bound to the polymeric medium through the linker group comprising the benzophenone functional group; and (c) a spacer domain being a region in the polymeric medium, wherein the spacer domain includes substantially no capture members and is between the first and second analyte detection domains, and the spacer domain is in fluid communication with the first and second analyte detection domains. (a) a first analyte detection domain comprising a first covalently bound capture member that specifically binds to a first analyte wherein the first covalently bound capture member is covalently bound to the polymeric medium through the linker group comprising the benzophenone functional group; (b) a second analyte detection domain comprising a second covalently bound capture member that specifically binds to a second analyte, wherein the second covalently bound capture member is covalently bound to the polymeric medium through the linker group comprising the benzophenone functional group; and (c) a spacer domain being a region in the polymeric medium, wherein the spacer domain includes substantially no capture members and is between the first and second analyte detection domains, and the spacer domain is in fluid communication with the first and second analyte detection domains.
A light module for a lighting device of a motor vehicle, having a plurality of semiconductor light sources arranged in matrixlike fashion, which emit electromagnetic radiation, in which in the beam path of the semiconductor light sources a primary optical system is located which is designed as a lens array with a plurality of optically effective elements arranged in matrixlike fashion and which focuses the beams emitted by the semiconductor light sources, and in the further course of the beam path a secondary optical system is located, which projects the focused beams for achieving a desired light distribution on a roadway ahead of the motor vehicle, and the primary optical system, besides the optically effective elements, additionally has optically acting exit optical systems (28, 30) located in the beam path downstream of the optically effective elements, characterized in that each of the optically effective elements is assigned a plurality of exit optical systems (28, 30), namely one main optical system with light-gathering properties on the optical axis of the optically effective element and, adjacent to the main optical system, at least one auxiliary exit optical system, and a large portion of the beams focused by one of the optically effective elements pass through the main optical system assigned to the optically effective element, and the other beams focused by the optically effective element pass through one or more auxiliary exit optical systems assigned to the optically effective element.
A pulse wave detecting device which includes: a housing which accommodates a pulse wave detection sensor for detecting a pulse wave from a radial artery; and a band which is connected to the housing in order to fix the housing to a wrist of a subject, wherein, the pulse wave detecting device is to be used while being attached to the wrist of the subject so that a part of the housing contacts with a styloid process (Ta) of a radius of the wrist, characterized in that the housing is configured to be woundable in a circumferential direction of the wrist, including a first housing portion (1, 1a, 1b) and a second housing portion which is lower in rigidity than the first housing portion (1, 1a, 1b), the first housing portion (1, 1a, 1b) and the second housing portion being coupled to each other while being juxtaposed in the circumferential direction, the pulse wave detection sensor is accommodated in the first housing portion (1, 1a, 1b), and the part of the housing is configured by at least the second housing portion. a housing which accommodates a pulse wave detection sensor for detecting a pulse wave from a radial artery; and a band which is connected to the housing in order to fix the housing to a wrist of a subject, wherein, the pulse wave detecting device is to be used while being attached to the wrist of the subject so that a part of the housing contacts with a styloid process (Ta) of a radius of the wrist, characterized in that the housing is configured to be woundable in a circumferential direction of the wrist, including a first housing portion (1, 1a, 1b) and a second housing portion which is lower in rigidity than the first housing portion (1, 1a, 1b), the first housing portion (1, 1a, 1b) and the second housing portion being coupled to each other while being juxtaposed in the circumferential direction, the pulse wave detection sensor is accommodated in the first housing portion (1, 1a, 1b), and the part of the housing is configured by at least the second housing portion.
Method for controlling a drive of an electric vehicle that is driven by at least one electric drive motor, wherein, in a first operating state, the drive motor is subjected to torque control, in which a setpoint torque of the drive motor is assigned to a position of a driving signal generator and, in a second operating state, the drive motor is subjected to speed control, in which a setpoint speed (N setpoint) of the drive motor is assigned to a position of the driving signal generator, characterized in that, in the first operating state, in which a deviation between the setpoint speed (N setpoint) and an actual speed (N actual) of the drive motor is large, non-linear control is active as torque control of the drive motor in order to uniformly accelerate and brake the drive motor and, in the second operating state in which the setpoint speed (N setpoint) is close to the actual speed (N actual) for the drive motor, speed control of the drive motor with a completely aperiodic profile is active in order to approach the desired end speed of the drive motor without overshooting it, and in that the drive motor is subjected to torque control in the first operating state when a deviation between the setpoint speed (N setpoint), assigned to the position of the driving signal generator, of the drive motor with respect to the actual speed (N actual) of the drive motor is greater than a speed threshold value (Ns) of the drive motor that avoids unsteadiness when deriving the speed curve of the drive motor in the transition between the first and second operating states, and otherwise is controlled in the second operating state of the drive motor.
A system for deicing an external evaporator of a heat pump system, said heat pump system comprising at least one compressor, at least one internal condenser, at least one external evaporator, at least one liquid separator, and a system of ducts for a cooling fluid, wherein said deicing system comprises: - a secondary refrigeration circuit, connectable in input and in output to said heat pump system and adapted to convey said cooling fluid, comprising a tank for storing a heat transfer fluid, and a first heat exchanger configured to be immersed in said heat transfer fluid and adapted to transfer heat to said heat transfer fluid by cooling said cooling fluid; said secondary refrigeration circuit being connectable in input downstream of said compressor and in output downstream of said internal condenser; - a bypass refrigeration circuit, connectable in input and in output to said heat pump system and adapted to convey said cooling fluid, comprising said tank, and a second heat exchanger configured to be immersed in said heat transfer fluid and adapted to absorb heat from said heat transfer fluid by heating said cooling fluid; and - a deicing circuit connectable in input (14, 44) and in output to said heat pump system and adapted to convey said cooling fluid. - a secondary refrigeration circuit, connectable in input and in output to said heat pump system and adapted to convey said cooling fluid, comprising a tank for storing a heat transfer fluid, and a first heat exchanger configured to be immersed in said heat transfer fluid and adapted to transfer heat to said heat transfer fluid by cooling said cooling fluid; said secondary refrigeration circuit being connectable in input downstream of said compressor and in output downstream of said internal condenser; - a bypass refrigeration circuit, connectable in input and in output to said heat pump system and adapted to convey said cooling fluid, comprising said tank, and a second heat exchanger configured to be immersed in said heat transfer fluid and adapted to absorb heat from said heat transfer fluid by heating said cooling fluid; and - a deicing circuit connectable in input (14, 44) and in output to said heat pump system and adapted to convey said cooling fluid.
A side support for a dashboard cross-member for a motor vehicle, intended to be secured on the one hand to an end of the cross-member and on the other hand to the body of the vehicle, said support made of composite plastic material comprising a ring-shaped portion able to engage on the end of the cross-member and a portion intended to be secured to the body of the vehicle, characterized in that said composite plastic material is reinforced by one or more metal plates (15, 16, 17, 18) linked to this plastic material by overmoulding or bonding.
Method for operating an internal combustion engine comprising at least one exhaust turbocharger, at least one catalytic converter and a variable valve train, wherein in at least one operating mode of the internal combustion engine a valve overlap parameter is determined and adjusted to the valve train, wherein the valve overlap parameter is adjusted prior to adjustment to the valve train on the basis of at least one catalyst state parameter, characterised in that an oxygen fill level of the catalyst and a total operation time of the catalyst are used as the catalyst state parameters.