mhurhangee/ep-ind-claims huggingface dataset:
An encapsulation film for encapsulating an organic electronic device, comprising: an encapsulating layer comprising a crack barrier layer having a tensile modulus of 0.05 to 500 MPa at room temperature and a moisture barrier layer having a tensile modulus of 500 to 1000 MPa at room temperature, characterized in that the crack barrier layer is formed to be in contact with the organic electronic device upon encapsulation of the organic electronic device, wherein the crack barrier layer comprises an encapsulation resin having a glass transition temperature of 0°C or less. an encapsulating layer comprising a crack barrier layer having a tensile modulus of 0.05 to 500 MPa at room temperature and a moisture barrier layer having a tensile modulus of 500 to 1000 MPa at room temperature, characterized in that the crack barrier layer is formed to be in contact with the organic electronic device upon encapsulation of the organic electronic device, wherein the crack barrier layer comprises an encapsulation resin having a glass transition temperature of 0°C or less.
Multi-storey building with a system for keeping a vertical access of the building free of smoke, comprising at least one vertical shaft with at least two passages and a pressurization system, wherein each passage connects the shaft to the vertical access and has on one hand a shaft opening which opens into the shaft and on the other hand an access opening which is connected to the vertical access, wherein the shaft openings of the passages are arranged at different heights of the shaft and the access openings are arranged at different heights of the vertical access, wherein the vertical access is connected to the shaft via a passage on several floors, wherein the pressurization system has at least one fan unit for each passage with which air can be conveyed from the shaft into the vertical access, characterised in that at least one fan unit is also able to convey air from the access into the shaft and can be controlled to convey the air either in one direction or the other. wherein each passage connects the shaft to the vertical access and has on one hand a shaft opening which opens into the shaft and on the other hand an access opening which is connected to the vertical access, wherein the shaft openings of the passages are arranged at different heights of the shaft and the access openings are arranged at different heights of the vertical access, wherein the vertical access is connected to the shaft via a passage on several floors, wherein the pressurization system has at least one fan unit for each passage with which air can be conveyed from the shaft into the vertical access, characterised in that at least one fan unit is also able to convey air from the access into the shaft and can be controlled to convey the air either in one direction or the other.
A radio frequency filter, comprising: a signal transmission path having an input and an output; a plurality of resonant elements disposed along the signal transmission path between the input and the output; and a plurality of non-resonant elements coupling the resonant elements together to form a stop band having a plurality of transmission zeroes corresponding to respective frequencies of the resonant elements; wherein the filter is characterized in that the stop band further has at least one sub-band between the transmission zeroes, and the non-resonant elements comprise at least one variable non-resonant element for selectively introducing at least one reflection zero within the stop band to create a pass band in one of the at least one sub-bands. a signal transmission path having an input and an output; a plurality of resonant elements disposed along the signal transmission path between the input and the output; and a plurality of non-resonant elements coupling the resonant elements together to form a stop band having a plurality of transmission zeroes corresponding to respective frequencies of the resonant elements; wherein the filter is characterized in that the stop band further has at least one sub-band between the transmission zeroes, and the non-resonant elements comprise at least one variable non-resonant element for selectively introducing at least one reflection zero within the stop band to create a pass band in one of the at least one sub-bands.
A secondary battery, comprising an electrode assembly, a positive terminal, a negative terminal, a top cover plate, a conductive plate and a contact plate, characterized in that, the electrode assembly comprises a positive electrode plate, a negative electrode plate and a separator between the positive electrode plate and the negative electrode plate, the positive electrode plate is electrically connected with the positive terminal, and the negative electrode plate is electrically connected with the negative terminal, the contact plate is attached to the negative terminal, the top cover plate is insulated from the negative terminal and is electrically connected with the positive terminal, the conductive plate is electrically connected with the top cover plate, the contact plate is configured to deform to contact the conductive plate when an internal pressure of the secondary battery exceeds a reference pressure, so as to form an electrical connection path passing through the positive electrode plate, the positive terminal, the top cover plate, the conductive plate, the contact plate, the negative terminal and the negative electrode plate, a resistivity of the conductive plate is greater than or equal to a resistivity of the contact plate, and is less than a resistivity of the top cover plate, and the contact plate and the conductive plate are made of copper, and the top cover plate is made of aluminum. the electrode assembly comprises a positive electrode plate, a negative electrode plate and a separator between the positive electrode plate and the negative electrode plate, the positive electrode plate is electrically connected with the positive terminal, and the negative electrode plate is electrically connected with the negative terminal, the contact plate is attached to the negative terminal, the top cover plate is insulated from the negative terminal and is electrically connected with the positive terminal, the conductive plate is electrically connected with the top cover plate, the contact plate is configured to deform to contact the conductive plate when an internal pressure of the secondary battery exceeds a reference pressure, so as to form an electrical connection path passing through the positive electrode plate, the positive terminal, the top cover plate, the conductive plate, the contact plate, the negative terminal and the negative electrode plate, a resistivity of the conductive plate is greater than or equal to a resistivity of the contact plate, and is less than a resistivity of the top cover plate, and the contact plate and the conductive plate are made of copper, and the top cover plate is made of aluminum.
An interconnect member for a razor, comprising a housing and support arms extending upwards from left and right sides of the housing respectively, the housing being provided with a receiving cavity therein, the receiving cavity penetrating through an upper end surface to a lower end surface of the housing, the interconnect member is characterized in that the interconnect member further comprises a resilient engaging arm extending upwards from a front side of the housing and a resilient biasing arm extending upwards from a rear side of the housing, a free end of the resilient engaging arm is bent towards the rear side of the housing and located in the receiving cavity, and a free end of the resilient biasing arm is bent towards the front side of the housing to form an abutment portion for a razor head and located above the free end of the resilient engaging arm.
Arrangement for cooling objects, in particular cast parts, comprising a tank containing fluid with an inflow and outflow (29, 31), filling level sensor (17, 18), temperature sensor (20, 22) and a first device for controlling the temperature of the fluid and a second device (26, 28) for supplying fluid into the tank, characterised in that the arrangement is operated self-sufficiently, in that the first device is used for controlling the temperature of the fluid and the second device (26, 28) is used for supplying fluid into the tank and for controlling the level of fluid in the tank which operate purely mechanically.
An arrangement for a roof of a motor vehicle, comprising at least one sensor device, in particular an image recording device, for detecting an environment of the motor vehicle, in particular for imaging this environment, as well as at least one display device, in particular image display device, which is at least arranged at an inner surface of the roof, in particular in a position of a sliding and / or panoramic roof, to display a virtual representation, in particular a virtual pictorial representation, of at least the environment recorded by the at least one sensor device, wherein the virtual representation is essentially equal to a perception, in particular view, of the environment of the motor vehicle, wherein the roof is configured with an, in particular foldable and/or integrable roof box, and wherein at least one of the at least one sensor device is arranged at the roof box, in particular in, at and / or on a lid of the roof box.
Method for the riveted fastening of an accessory to a plastics fuel tank, the riveted fastening taking place at the time of the production of the tank by extrusion blow-moulding of a split tubular preform or two web-like extruded preforms made of thermoplastic material by using a multi-part extrusion die after or during the moulding of two complementary shells, and the accessory having been or being provided with at least one opening, characterized in that the riveted fastening takes place by means of at least one prefabricated rivet pin made of thermoplastic material which has been obtained in a separate production process and which is welded to the tank wall passing through the opening of the accessory, wherein the shells are moulded by utilizing the extrusion heat of the preforms, the rivet pin being welded to the still hot melt material of the wall of the shells.
A cover assembly for an interior of a vehicle, the cover assembly comprising: a cover member comprising one or more mounting device; and a panel comprising one or more slot to receive a portion of the one or more mounting device to enable fixing of the cover member with the panel; wherein each mounting device comprises: a connecting link coupled to or extended from the cover member; one or more first protrusion coupled to or extended from respective first side face of a free end portion of the connecting link, the one or more first protrusion being extended substantially perpendicularly or obliquely from the free end portion of the connecting link; and one or more second protrusion coupled to or extended from a second side face of the free end portion of the connecting link such that the one or more second protrusion is extended in a direction substantially perpendicularly or oblique from the free end portion of the connecting link and the one or more first protrusion, wherein the connecting link, the one or more first protrusion, and the one or more second protrusion are adapted to be received in the corresponding one or more slot of the panel such that at least one of the one or more first protrusion and the one or more second protrusion is abutted with the panel for preventing the detachment of the cover member from the panel during an event of collision/impact of the vehicle, characterized in that each of the one or more slot of the panel is a plus-shaped slot. a cover member comprising one or more mounting device; and a panel comprising one or more slot to receive a portion of the one or more mounting device to enable fixing of the cover member with the panel; a connecting link coupled to or extended from the cover member; one or more first protrusion coupled to or extended from respective first side face of a free end portion of the connecting link, the one or more first protrusion being extended substantially perpendicularly or obliquely from the free end portion of the connecting link; and one or more second protrusion coupled to or extended from a second side face of the free end portion of the connecting link such that the one or more second protrusion is extended in a direction substantially perpendicularly or oblique from the free end portion of the connecting link and the one or more first protrusion, wherein the connecting link, the one or more first protrusion, and the one or more second protrusion are adapted to be received in the corresponding one or more slot of the panel such that at least one of the one or more first protrusion and the one or more second protrusion is abutted with the panel for preventing the detachment of the cover member from the panel during an event of collision/impact of the vehicle, characterized in that each of the one or more slot of the panel is a plus-shaped slot.
A system (101, 201, 301) comprising: an encoding circuit (112, 320) configured to generate a first data signal (E1-E4) indicating encoded data using a first forward error correction code; a line quality monitor circuit configured to generate an indication of a line quality using an eye monitor circuit; and a controller circuit is configured to cause the encoding circuit (112, 320) to generate encoded data in the first data signal (E1-E4) using a second forward error correction code; characterized in that the line quality monitor circuit is configured to generate the indication of the line quality based on a second data signal (L1-L4; S5-S8) using said eye monitor circuit which is configured to monitor the second data signal (L1-L4; S5-S8); said controller circuit is configured to cause the encoding circuit (112, 320) to generate said encoded data in the first data signal (E1-E4) using the second forward error correction code in response to a change in the indication of the line quality of the second data signal (L1-L4; S5-S8); the encoding circuit (112, 320) and the controller circuit are provided in an electronic integrated circuit die, and the line quality monitor circuit is provided in a photonic integrated circuit die; wherein the electronic integrated circuit die and the photonic integrated circuit die are housed in a same package. an encoding circuit (112, 320) configured to generate a first data signal (E1-E4) indicating encoded data using a first forward error correction code; a line quality monitor circuit configured to generate an indication of a line quality using an eye monitor circuit; and a controller circuit is configured to cause the encoding circuit (112, 320) to generate encoded data in the first data signal (E1-E4) using a second forward error correction code; characterized in that the line quality monitor circuit is configured to generate the indication of the line quality based on a second data signal (L1-L4; S5-S8) using said eye monitor circuit which is configured to monitor the second data signal (L1-L4; S5-S8); said controller circuit is configured to cause the encoding circuit (112, 320) to generate said encoded data in the first data signal (E1-E4) using the second forward error correction code in response to a change in the indication of the line quality of the second data signal (L1-L4; S5-S8); the encoding circuit (112, 320) and the controller circuit are provided in an electronic integrated circuit die, and the line quality monitor circuit is provided in a photonic integrated circuit die; wherein the electronic integrated circuit die and the photonic integrated circuit die are housed in a same package.
An isolated anti-HER2 antibody comprising a HER2 binding domain comprising a light chain variable domain comprising the amino acid sequence of SEQ ID NO: 10 and a heavy chain variable domain comprising the amino acid sequence of SEQ ID NO: 11.
An industrial roll, comprising: a substantially cylindrical shell having an outer surface and an internal lumen; a polymeric cover circumferentially overlying the shell outer surface, wherein the shell and cover have a plurality of through holes that provide fluid communication between the lumen and the atmosphere, the through holes being arranged in an array of rows and columns; and a sensing system comprising: a plurality of sensors embedded in the cover, the sensors configured to sense an operating parameter of the roll and provide signals related to the operating parameter, wherein at least some of the sensors include an aperture, and wherein some of the through holes of the cover extend through respective apertures of the sensors; a processor operatively associated with the sensors that processes signals provided by the sensors; and at least one signal-carrying member (28a, 28b) connected with at least one of the sensors, characterized in that the signal-carrying member (28a, 28b) comprises a first segment that is routed between two columns of through holes and a second segment that is routed between two rows of through holes and merging with the first segment. a substantially cylindrical shell having an outer surface and an internal lumen; a polymeric cover circumferentially overlying the shell outer surface, wherein the shell and cover have a plurality of through holes that provide fluid communication between the lumen and the atmosphere, the through holes being arranged in an array of rows and columns; and a sensing system comprising: a plurality of sensors embedded in the cover, the sensors configured to sense an operating parameter of the roll and provide signals related to the operating parameter, wherein at least some of the sensors include an aperture, and wherein some of the through holes of the cover extend through respective apertures of the sensors; a processor operatively associated with the sensors that processes signals provided by the sensors; and at least one signal-carrying member (28a, 28b) connected with at least one of the sensors, characterized in that the signal-carrying member (28a, 28b) comprises a first segment that is routed between two columns of through holes and a second segment that is routed between two rows of through holes and merging with the first segment. a plurality of sensors embedded in the cover, the sensors configured to sense an operating parameter of the roll and provide signals related to the operating parameter, wherein at least some of the sensors include an aperture, and wherein some of the through holes of the cover extend through respective apertures of the sensors; a processor operatively associated with the sensors that processes signals provided by the sensors; and at least one signal-carrying member (28a, 28b) connected with at least one of the sensors, characterized in that the signal-carrying member (28a, 28b) comprises a first segment that is routed between two columns of through holes and a second segment that is routed between two rows of through holes and merging with the first segment.
An apparatus comprising: a polymeric housing (110,115) to enclose electrical and optical components (120,125) of a lighting fixture, wherein the optical components comprise at least one optical lens to distribute light emitted from a solid state light source within the housing in a predetermined pattern; and an outer frame affixed to the polymeric housing (110,115), the outer frame including a coupler to mechanically attach the apparatus to another device, wherein the outer frame is constructed of at least one of metal, a metal alloy, and a composite material, and wherein the outer frame further comprises a central spine bridging and connecting opposing sides of outer frame. a polymeric housing (110,115) to enclose electrical and optical components (120,125) of a lighting fixture, wherein the optical components comprise at least one optical lens to distribute light emitted from a solid state light source within the housing in a predetermined pattern; and an outer frame affixed to the polymeric housing (110,115), the outer frame including a coupler to mechanically attach the apparatus to another device, wherein the outer frame is constructed of at least one of metal, a metal alloy, and a composite material, and wherein the outer frame further comprises a central spine bridging and connecting opposing sides of outer frame.
A method of manufacturing a permanent magnet expressed by a composition formula: R p Fe q M r Cu t Co 100 - p - q - r - t where R represents at least one element selected from the group consisting of rare earth elements, M represents at least one element selected from a group consisting of Zr, Ti, and Hf, p is a number satisfying 10.5 ≤ p ≤ 12.4 atomic percent, q is a number satisfying 28 ≤ q ≤ 40 atomic percent, r is a number satisfying 0.88 ≤ r ≤ 4.3 atomic percent, and t is a number satisfying 3.5 ≤ t ≤ 13.5 atomic percent, the magnet comprising: a metallic structure including crystal grains which constitutes a main phase having a Th 2 Zn 17 crystal phase, wherein an average value of Fe concentrations in the crystal grains of 20 or more grains is 28 atomic percent or more and an average value of R element concentrations in the crystal grains of 20 or more grains is 10 atomic percent or more, the method is characterised by sintering a green compact corresponding in composition to the composition formula defined above by performing a heat treatment by holding the green compact at a temperature of not lower than 1180°C nor higher than 1220°C under an inert gas atmosphere for not less than 3 hours nor more than 15 hours, wherein the pressure is first held at a value of not less than 10 kPa nor more than 80 kPa for not less than 1 hour nor more than 8 hours, followed by holding the pressure at a value of not less than 110 kPa nor more than 250 kPa for the remaining time. a metallic structure including crystal grains which constitutes a main phase having a Th 2 Zn 17 crystal phase, wherein an average value of Fe concentrations in the crystal grains of 20 or more grains is 28 atomic percent or more and an average value of R element concentrations in the crystal grains of 20 or more grains is 10 atomic percent or more, the method is characterised by sintering a green compact corresponding in composition to the composition formula defined above by performing a heat treatment by holding the green compact at a temperature of not lower than 1180°C nor higher than 1220°C under an inert gas atmosphere for not less than 3 hours nor more than 15 hours, wherein the pressure is first held at a value of not less than 10 kPa nor more than 80 kPa for not less than 1 hour nor more than 8 hours, followed by holding the pressure at a value of not less than 110 kPa nor more than 250 kPa for the remaining time.