mhurhangee/ep-ind-claims huggingface dataset:
A system for on-ground collision alerting comprising: a first smart sensor attachable to a front portion of an aircraft along a longitudinal axis of the aircraft, the first smart sensor configured to sense light in a forward direction when attached to the aircraft and to capture a first image during a first time period; a second smart sensor attachable to a rear portion of an aircraft along the longitudinal axis of the aircraft, the second smart sensor configured to sense light in the forward direction and to capture a second image during the first time period; and at least one image processor (30, 36) configured to identify at least one object in the first and second images to determine a first size of the at least one object in the first image and a second size of the at least one object in the second image; and characterized by: the at least one image processor (30, 36) being further configured to determine a distance of the at least one object from the aircraft based upon the first size and the second size. a first smart sensor attachable to a front portion of an aircraft along a longitudinal axis of the aircraft, the first smart sensor configured to sense light in a forward direction when attached to the aircraft and to capture a first image during a first time period; a second smart sensor attachable to a rear portion of an aircraft along the longitudinal axis of the aircraft, the second smart sensor configured to sense light in the forward direction and to capture a second image during the first time period; and at least one image processor (30, 36) configured to identify at least one object in the first and second images to determine a first size of the at least one object in the first image and a second size of the at least one object in the second image; and
Stencil for etched surface structurings, with an etch-resistant stencil layer wherein the stencil layer can be transferred to the structuring surface by rubbing and wherein the stencil layer, after etching treatment of the surface to be structured, is at least partially removable, characterised in that the stencil layer comprises at least two partial sections (4, 5) and in that at least two partial sections (4, 5) have stencil materials that are removable independently of each other from the surface to be structured.
Seal gasket (40, 40') of elongated shape, for a transport vehicle, said seal gasket having in cross section at least two adjacent closed cavities (42, 44, 45, 84, 86, 88) separated from each other by at least one inner partition (46, 76, 78, 82), said at least one inner partition being connected to at least two outer walls (48, 50, 80, 90a, 90b, 90c) defining respectively at least partially said cavities, said seal having vent holes (70, 70') for air communication between the cavities and the outside of the seal gasket, wherein at least one of said vent holes is of elongated and continuous shape, characterized in that said at least one of said vent holes extends through and between said outer walls by also crossing said at least one inner partition.
A monoclonal antigen binding polypeptide comprising a VH domain and a VL domain, wherein each of the hypervariable loops in both the VH domain and the VL domain is obtained from a VH or VL domain of a species in the family Camelidae, wherein hypervariable loop H1 and hypervariable loop H2 in the VH domain each exhibit a predicted or actual canonical fold structure which is identical to a canonical fold structure which occurs in human antibodies, and wherein hypervariable loop H1 and hypervariable loop H2 in the VH domain form a combination of predicted or actual canonical fold structures which is identical to a combination of canonical fold structures known to occur in a human germline VH domain.
A semiconductor chip for a transponder (3, 93), the chip comprising: a chip substrate with a surface; chip terminals (6, 7) arranged on said surface; characterised in that the chip further comprises a passivation layer covering said surface and completely covering said chip terminals (6, 7), so that an antenna (2, 30) with antenna terminals (24, 25) can be attached to said chip (1, 91) above said chip terminals (6, 7), so that said chip terminals (6, 7), said passivation layer and said antenna terminals (24, 25) form first capacitors. a chip substrate with a surface; chip terminals (6, 7) arranged on said surface; characterised in that the chip further comprises a passivation layer covering said surface and completely covering said chip terminals (6, 7), so that an antenna (2, 30) with antenna terminals (24, 25) can be attached to said chip (1, 91) above said chip terminals (6, 7), so that said chip terminals (6, 7), said passivation layer and said antenna terminals (24, 25) form first capacitors.
A deployable applique assembly for a motor vehicle, comprising: a housing having a wall with an external surface and at least one through opening extending through the wall; a panel configured to overlie at least a portion of the external surface of the wall when in a stowed position; a drive link extending through the at least one through opening and having a first end operatively coupled to the inner surface of the panel and a second end pivotally coupled to a flange on an inner surface of the wall; and an actuator within the housing and connected to the second end of the drive link, the actuator selectively moves the drive link within the through opening to move the panel between the stowed position and a deployed position spaced from the stowed position. a housing having a wall with an external surface and at least one through opening extending through the wall; a panel configured to overlie at least a portion of the external surface of the wall when in a stowed position; a drive link extending through the at least one through opening and having a first end operatively coupled to the inner surface of the panel and a second end pivotally coupled to a flange on an inner surface of the wall; and an actuator within the housing and connected to the second end of the drive link, the actuator selectively moves the drive link within the through opening to move the panel between the stowed position and a deployed position spaced from the stowed position.
An isolator comprising: a first mounting structure; a second mounting structure; and a zigzag structure connecting the first mounting structure and the second mounting structure, the zigzag structure comprising a series of plates parallel to the first mounting structure, wherein the first mounting structure is connected to a first plate of the series of plates by two vertical structures in the middle of the plates, the first plate is connected to a second plate in the series of plates by two vertical structures at the edges of the plates, and wherein the remaining plates of the series of plates are connected in an alternating manner between the vertical structures in the middle of the plates and the vertical structures at the edges of the plates; and the second mounting structure is connected to the last plate in the series of plates, wherein the series of plates and vertical structures (22, 24) provide a path between first and second mounting structures (12, 14), said path having a series of zigzag patterns comprising ninety-degree bends adapted to attenuate shock and/or vibration energy, wherein said zigzag pattern forms a plurality of slots between the plates, characterised in that said isolator is made from metal or from a composite material and further includes a high damping material disposed within one or more of said slots. a first mounting structure; a second mounting structure; and a zigzag structure connecting the first mounting structure and the second mounting structure, the zigzag structure comprising a series of plates parallel to the first mounting structure,
A communication relay comprising: a transmitter for transmitting data packets, which comprise user data to be transmitted to a mobile communication terminal, to a first network component of a mobile communication network; a receiver configured to receive a data packet from the first network component, wherein the data packet comprises user data to be transmitted to the mobile communication terminal and an indication that the user data of the data packet is to be forwarded to a second network component for a handover of the mobile communication terminal from the first network component to the second network component; and a controller configured to, in response to the reception of the data packet from the first network component, stop the transmitter from transmitting data packets, which comprise user data to be transmitted to the mobile communication terminal, to the first network component; and to control the transmitter to forward the user data of the data packet received from the first network component to the second network component; and to control the transmitter to start transmitting data packets, which comprise user data to be transmitted to the mobile communication terminal, to the second network component wherein the communication relay is a user plane function and wherein the indication is a tunnel endpoint identifier. a transmitter for transmitting data packets, which comprise user data to be transmitted to a mobile communication terminal, to a first network component of a mobile communication network; a receiver configured to receive a data packet from the first network component, wherein the data packet comprises user data to be transmitted to the mobile communication terminal and an indication that the user data of the data packet is to be forwarded to a second network component for a handover of the mobile communication terminal from the first network component to the second network component; and a controller configured to, in response to the reception of the data packet from the first network component, stop the transmitter from transmitting data packets, which comprise user data to be transmitted to the mobile communication terminal, to the first network component; and to control the transmitter to forward the user data of the data packet received from the first network component to the second network component; and to control the transmitter to start transmitting data packets, which comprise user data to be transmitted to the mobile communication terminal, to the second network component stop the transmitter from transmitting data packets, which comprise user data to be transmitted to the mobile communication terminal, to the first network component; and to control the transmitter to forward the user data of the data packet received from the first network component to the second network component; and to control the transmitter to start transmitting data packets, which comprise user data to be transmitted to the mobile communication terminal, to the second network component wherein the communication relay is a user plane function and wherein the indication is a tunnel endpoint identifier.
A system for receiving transportation system status information, comprising: a transaction card; a card reader; a display device comprising: a display screen, a driving circuit, an antenna, and a inductive coil; characterised in that in response to the transaction card sending an informational signal to the card reader indicating that a user is located at a transportation stop, when the inductive coil is in the presence of a proximate electromagnetic field generated by the card reader and the antenna receives a data signal from the card reader generated in response to the informational signal, the data signal containing data that is representative of transportation system status information: the inductive coil delivers power to the driving circuit, in response to the data signal, the driving circuit causes the display screen to display the data that is representative of transportation system status information. a transaction card; a card reader; a display device comprising: a display screen, a driving circuit, an antenna, and a inductive coil; characterised in that in response to the transaction card sending an informational signal to the card reader indicating that a user is located at a transportation stop, when the inductive coil is in the presence of a proximate electromagnetic field generated by the card reader and the antenna receives a data signal from the card reader generated in response to the informational signal, the data signal containing data that is representative of transportation system status information: the inductive coil delivers power to the driving circuit, in response to the data signal, the driving circuit causes the display screen to display the data that is representative of transportation system status information. a display screen, a driving circuit, an antenna, and a inductive coil; characterised in that in response to the transaction card sending an informational signal to the card reader indicating that a user is located at a transportation stop, when the inductive coil is in the presence of a proximate electromagnetic field generated by the card reader and the antenna receives a data signal from the card reader generated in response to the informational signal, the data signal containing data that is representative of transportation system status information: the inductive coil delivers power to the driving circuit, in response to the data signal, the driving circuit causes the display screen to display the data that is representative of transportation system status information.
A packaging material, comprising a core material layer and at least one polymer layer (142, 145, 147) being laminated thereto, wherein the core material layer is provided with at least one area (C1-C4) being configured to assist in folding the packaging material into a bottom end corner (PC1, PC2, PC3, PC4) of a package to be formed, wherein the packaging material comprises a first set of crease lines being designed to form a bottom end of the package, and a second set of crease lines being designed to form a main body of the package, characterized in that said at least one area (C1, C2, C3, C4) comprises an intersection of a plurality of crease lines (BC, LCB), each having a triangular cross-section, while a plurality of crease lines (LCC, DC, BC') of the first set of crease lines, each having a triangular cross-section and having a virtual extension through said intersection, are terminated such that they end at a distance from said intersection, in that the virtual extension of a terminated crease line of the first set of crease lines substantially coincides with one intersecting crease line of the second set of crease lines, in that the terminated crease lines (LCC, DC, BC') of the at least one area (C1, C2, C3, C4) comprise one transversal crease line (BC'), one longitudinal crease line, and one diagonal crease line, and in that the intersecting crease lines (BC, LCB) are arranged perpendicular to each other. wherein the core material layer is provided with at least one area (C1-C4) being configured to assist in folding the packaging material into a bottom end corner (PC1, PC2, PC3, PC4) of a package to be formed, wherein the packaging material comprises a first set of crease lines being designed to form a bottom end of the package, and a second set of crease lines being designed to form a main body of the package, characterized in that said at least one area (C1, C2, C3, C4) comprises an intersection of a plurality of crease lines (BC, LCB), each having a triangular cross-section, while a plurality of crease lines (LCC, DC, BC') of the first set of crease lines, each having a triangular cross-section and having a virtual extension through said intersection, are terminated such that they end at a distance from said intersection, in that the virtual extension of a terminated crease line of the first set of crease lines substantially coincides with one intersecting crease line of the second set of crease lines, in that the terminated crease lines (LCC, DC, BC') of the at least one area (C1, C2, C3, C4) comprise one transversal crease line (BC'), one longitudinal crease line, and one diagonal crease line, and in that the intersecting crease lines (BC, LCB) are arranged perpendicular to each other.
Acoustic baffle to be arranged in a building for the absorption of sound propagating there through, the acoustic baffle comprising at least one panel of a sound absorbing material, wherein the baffle comprises at least one edge portion having a recess arranged therein of a size and shape so as to be capable of accommodating a suspension profile in form-fit therein characterized in that the recess extends continuously along the at least one edge portion between a first side surface and a second side surface so that the suspension profile is slidable along the recess.
A device (201, 301) which is configured to operate in a first operating mode comprising an in vivo microscopic analysis of the skin and in a second operating mode comprising ex vivo microscopic analysis of a sample, the device comprising: - a microscope lens comprising an optical axis (Δ); - a mounting comprising a distal portion, in which the microscope lens is arranged, and a proximal portion which is fixedly joined to the distal portion, the distal portion comprising at one end a first transmission window; - a first end piece which comprises at one end a second transmission window and which is configured to be fixed in a removable manner, in the first operating mode, to the distal portion of the mounting; - a second end piece which is configured to be fixed in a removable manner, in the second operating mode, to the distal portion of the mounting; - a sample carrier comprising a receiving surface which is configured to receive a sample in the second operating mode; - a support which is configured to cooperate with the second end piece in the second operating mode so as to receive the mounting so that the optical axis of the microscope lens is substantially aligned in a predetermined direction with respect to the receiving surface. - a microscope lens comprising an optical axis (Δ); - a mounting comprising a distal portion, in which the microscope lens is arranged, and a proximal portion which is fixedly joined to the distal portion, the distal portion comprising at one end a first transmission window; - a first end piece which comprises at one end a second transmission window and which is configured to be fixed in a removable manner, in the first operating mode, to the distal portion of the mounting; - a second end piece which is configured to be fixed in a removable manner, in the second operating mode, to the distal portion of the mounting; - a sample carrier comprising a receiving surface which is configured to receive a sample in the second operating mode; - a support which is configured to cooperate with the second end piece in the second operating mode so as to receive the mounting so that the optical axis of the microscope lens is substantially aligned in a predetermined direction with respect to the receiving surface.
Vehicle add-on part having an integrated camera module, which is a front window, a rear window, a side window, a roof panel, a trim strip, a bumper, a sill, a spoiler, a lamp cover, or a panel, comprising: - a cover with an outer side and an inner side, wherein the cover consists, at least in sections, of a transparent thermoplastic material (1.1); - a carrier part that is arranged on the inner side of the cover and in which a camera module is arranged; wherein the cover has, on the inner side, a local thickening and/or a local thinning of the transparent thermoplastic material (1.1); and wherein the camera module includes at least one camera lens and is arranged in the carrier part such that the at least one camera lens is arranged directly opposite the local thickening and/or the local thinning, wherein i) the transparent thermoplastic material (1.1) of the cover reaches all the way to the camera lens in the region of the local thickening and/or thinning such that the inner side of the cover is connected almost flush with the camera lens, or ii) the transparent thermoplastic material (1.1) is connected in a materially integral manner to the at least one camera lens in the region of the local thickening and/or the local thinning. - a cover with an outer side and an inner side, wherein the cover consists, at least in sections, of a transparent thermoplastic material (1.1); - a carrier part that is arranged on the inner side of the cover and in which a camera module is arranged; i) the transparent thermoplastic material (1.1) of the cover reaches all the way to the camera lens in the region of the local thickening and/or thinning such that the inner side of the cover is connected almost flush with the camera lens, or ii) the transparent thermoplastic material (1.1) is connected in a materially integral manner to the at least one camera lens in the region of the local thickening and/or the local thinning.
A method of communication channel setting, performing a plurality of measurements of the method of communication channel setting based on an electronic device, the electronic device supporting a first communication protocol and a second communication protocol, a frequency band of the first communication protocol (210, 310) being divided into a plurality of first channels, a frequency band of the second communication protocol (220, 320) being divided into a plurality of second channels, the method of communication channel setting comprising: for each combination of each of the first channels and each output power level of the electronic device on the first channel, measuring a usable channel quantity corresponding to the combination; wherein the usable channel quantity is a quantity of the second channels not interfered by signal transmission from the first channel and not interfering with signal reception of the first channel in the combination; building a look-up table according to the usable channel quantity corresponding to each of the combinations; and storing the look-up table in the electronic device; for each of the first channels, measuring a threshold value corresponding to the first channel, wherein when the output power of the electronic device on the first channel is smaller than the threshold value, then signal reception of the electronic device on each of the second channels is not interfered; otherwise, signal reception of the electronic device on the second channels is interfered; and storing the threshold value corresponding to each of the first channels in the electronic device, wherein the electronic device determines a quantity of the second channels for concurrent use with the first communication protocol according to the look-up table and the threshold values. for each combination of each of the first channels and each output power level of the electronic device on the first channel, measuring a usable channel quantity corresponding to the combination; wherein the usable channel quantity is a quantity of the second channels not interfered by signal transmission from the first channel and not interfering with signal reception of the first channel in the combination; building a look-up table according to the usable channel quantity corresponding to each of the combinations; and storing the look-up table in the electronic device; for each of the first channels, measuring a threshold value corresponding to the first channel, wherein when the output power of the electronic device on the first channel is smaller than the threshold value, then signal reception of the electronic device on each of the second channels is not interfered; otherwise, signal reception of the electronic device on the second channels is interfered; and storing the threshold value corresponding to each of the first channels in the electronic device, wherein the electronic device determines a quantity of the second channels for concurrent use with the first communication protocol according to the look-up table and the threshold values.