mhurhangee/ep-ind-claims huggingface dataset:
Chassis frame of a camper van or of similar vehicles having a driving cab and a thereto connected chassis on which, in the case of the finished vehicle, a body is constructed, wherein the chassis, as a carrying structure, forms a carrying tank with an underfloor and a surrounding side wall and the interior of the carrying tank is formed as a storage space for the arrangement of supply components such as water tanks, batteries, etc., and the carrying tank is spanned by a base plate for forming a base, characterised in that, in its interior, the carrying tank has two integrated longitudinal columns made from fibre composite material, wherein each of the longitudinal columns forms a bulkhead wall and delimits a centre region from two exterior edge regions.
An immunostimulatory CpG oligonucleotide, for use as a mucosal adjuvant for inducing an immune response against an antigen administered to mucosal tissue.
A battery pack, which includes a plurality of battery modules and a pack case for fixedly installing the battery modules therein, the battery pack comprising: the pack case having a pack tray configured to support a lower portion of the battery modules and a pack cover configured to cover the battery modules and contact a top surface of the battery modules, characterized by a heatsink installed at an upper portion of the pack cover, wherein the pack cover includes a terminal connection unit provided to an inner surface of a top thereof to electrically connect electrode terminals of the battery modules. the pack case having a pack tray configured to support a lower portion of the battery modules and a pack cover configured to cover the battery modules and contact a top surface of the battery modules, characterized by a heatsink installed at an upper portion of the pack cover, wherein the pack cover includes a terminal connection unit provided to an inner surface of a top thereof to electrically connect electrode terminals of the battery modules.
A device for sensing pressure fluctuations, which comprises a flexible liquid-filled tube and a transducer of pressure fluctuations, wherein the tube is hermetically closed at both its ends (2, 3), wherein the pressure acting from outside at any point between both ends (2,3) is sensed by means of the transducer of pressure fluctuations and wherein the transducer contains a strain gauge, the deformation of which is converted, via a dilation and/or bending due to a pressure increase in the tube with respect to the pressure initially present in the tube, into an electric signal, the intensity of which represents a measure of pressure present at any point of the flexible tube, characterized in that both ends (2 or 3) of tube are positioned at the same location, and that the transducer of pressure fluctuations is correspondingly arranged over both ends (2 or 3) of tube, so that the measurement of fluctuations takes place at both end portions of the tube.
A method of transmitting notifications from a base station in a communication system, comprising: determining a plurality of notification indicators for a plurality of Multimedia Broadcast and Multicast services, MBMS; mapping the plurality of notification indicators to a plurality of locations in a frame; and transmitting the plurality of notification indicators using On/Off keying; characterized in that the location within a frame for a notification indicator is based on the following equation: q = ⌊ r × Nn G ⌋ wherein G is a constant; Nn is the number of available locations in the frame; r is an intermediate K-bit binary number generated with a PN generator; └ x ┘is a floor operator that provides the next lower integer value for x; and q is the location for the notification indicator within the frame; wherein each bit i of the number r is determined by the following steps: clock the PN generator once to update the content of a linear feedback shift register, LSFR; perform a bitwise AND operation between the updated content of the LSFR and a value NI determined by the identifier for the service to generate a K-bit number s; perform a modulo-2 summation over all K bits of the number s to obtain a binary value for bit i of the number r. determining a plurality of notification indicators for a plurality of Multimedia Broadcast and Multicast services, MBMS; mapping the plurality of notification indicators to a plurality of locations in a frame; and transmitting the plurality of notification indicators using On/Off keying; characterized in that the location within a frame for a notification indicator is based on the following equation: q = ⌊ r × Nn G ⌋ wherein G is a constant; Nn is the number of available locations in the frame; r is an intermediate K-bit binary number generated with a PN generator; └ x ┘is a floor operator that provides the next lower integer value for x; and q is the location for the notification indicator within the frame; wherein G is a constant; Nn is the number of available locations in the frame; r is an intermediate K-bit binary number generated with a PN generator; └ x ┘is a floor operator that provides the next lower integer value for x; and q is the location for the notification indicator within the frame; wherein each bit i of the number r is determined by the following steps: clock the PN generator once to update the content of a linear feedback shift register, LSFR; perform a bitwise AND operation between the updated content of the LSFR and a value NI determined by the identifier for the service to generate a K-bit number s; perform a modulo-2 summation over all K bits of the number s to obtain a binary value for bit i of the number r. clock the PN generator once to update the content of a linear feedback shift register, LSFR; perform a bitwise AND operation between the updated content of the LSFR and a value NI determined by the identifier for the service to generate a K-bit number s; perform a modulo-2 summation over all K bits of the number s to obtain a binary value for bit i of the number r.
Bearing, in particular a radial rolling bearing, comprising a bearing ring with a lateral surface formed by at least one undercut, and with at least one sealing element which has an elastomer portion and an elastic retaining lip and is accommodated in the undercut at least in certain portions by way of its elastomer portion, wherein the lateral surface of the undercut has a contour with a contact portion for axially securing the retaining lip, and an axial contact surface on which an axial contact surface of the elastomer portion of the sealing element lies flat, and wherein the contact portion of the contour has a shoulder which engages over the elastic retaining lip of the sealing element to axially secure the latter, characterized in that the contact portion of the undercut merges via an additional radial shoulder directly into an additional radial clearance, with which a gap is formed between the elastomer portion and the contour of the undercut, by means of which gap solid contact between the elastomer portion of the sealing element and the contour of the undercut can be avoided, and which gap is designed as a spring excursion reserve for compensating for roundness errors of both the undercut and the sealing element.
Antenna housing for a motor vehicle, into which a resin to be polymerized can be poured, wherein said antenna housing comprises: - a receptacle suitable for accommodating a primary support plate and a secondary support plate and comprising at least one primary fastening clip; - a cover comprising at least one secondary fastening clip suitable for cooperating with said at least one primary fastening clip, said cover being suitable for closing said antenna housing so as to leave an opening for pouring said resin into said antenna housing; - said primary support plate forming an antenna; and - said secondary support plate suitable for being disposed facing said antenna and comprising electronic components suitable for cooperating with said antenna, characterized in that the receptacle comprises at least one low wall disposed along a border of said receptacle so as to increase the stiffness of the receptacle in the phases of joining the receptacle to the cover and of manipulating the antenna housing during pouring of the resin. - a receptacle suitable for accommodating a primary support plate and a secondary support plate and comprising at least one primary fastening clip; - a cover comprising at least one secondary fastening clip suitable for cooperating with said at least one primary fastening clip, said cover being suitable for closing said antenna housing so as to leave an opening for pouring said resin into said antenna housing; - said primary support plate forming an antenna; and - said secondary support plate suitable for being disposed facing said antenna and comprising electronic components suitable for cooperating with said antenna,
A retaining jig for a rotor core including at least one magnet insertion hole forming a through hole defining openings (4A, 4B) on both end surfaces (2A, 2B) in an axial direction, comprising: a first plate configured to contact against one of the end surfaces (2A, 2B) of the rotor core and including a gate configured to communicate with the corresponding opening of the magnet insertion hole; a second plate configured to oppose another of the end surfaces (2A, 2B) of the rotor core; a closure member coupled to the second plate via a compression spring member and configured to be capable of closing the opening of the magnet insertion hole on the other of the end surfaces; and a coupling member that couples the first plate and the second plate to each other such that the closure member closes the opening and a spring force of the compression spring member becomes a prescribed value, characterized in that the closure member is configured to be aligned with the magnet insertion hole and comprises a surface having an area larger than that of the opening of the magnet insertion hole on the other of the end surfaces of the rotor core and capable of contacting against the other of the end surfaces of the rotor core, and the coupling member comprises a rod portion and a flange portion (30B, 30C) at each end of the rod portion, and the plates (12, 14) comprise cutouts (32, 34) which open at outer edges of the plates and into which the rod portion is inserted such that the flange portions (30B, 30C) contact the surfaces of the plates which are opposite to the surfaces facing the rotor core. a first plate configured to contact against one of the end surfaces (2A, 2B) of the rotor core and including a gate configured to communicate with the corresponding opening of the magnet insertion hole; a second plate configured to oppose another of the end surfaces (2A, 2B) of the rotor core; a closure member coupled to the second plate via a compression spring member and configured to be capable of closing the opening of the magnet insertion hole on the other of the end surfaces; and a coupling member that couples the first plate and the second plate to each other such that the closure member closes the opening and a spring force of the compression spring member becomes a prescribed value, characterized in that the closure member is configured to be aligned with the magnet insertion hole and comprises a surface having an area larger than that of the opening of the magnet insertion hole on the other of the end surfaces of the rotor core and capable of contacting against the other of the end surfaces of the rotor core, and the coupling member comprises a rod portion and a flange portion (30B, 30C) at each end of the rod portion, and the plates (12, 14) comprise cutouts (32, 34) which open at outer edges of the plates and into which the rod portion is inserted such that the flange portions (30B, 30C) contact the surfaces of the plates which are opposite to the surfaces facing the rotor core.
An operating device for a vehicle, comprising: a screen having an operating surface, the screen being configured such that a region of the screen including a portion of the screen to which an operating force is applied is deformed in a direction in which the operating force is applied, in accordance with the operating force applied to the operating surface; a projecting unit configured to project an image onto the screen; a detecting unit configured to detect, as an operating position, the portion of the screen to which the operating force is applied and which is deformed due to the applied operating force; and a processing unit configured to perform predetermined processing associated with a portion of the image projected onto the screen, based on a result of detection performed by the detecting unit, the portion of the image corresponding to the operating position, characterized in that the processing unit is configured to further perform image processing such that a plurality of images around the portion of the screen, to which the operating force is applied and which is deformed due to the applied operating force, move to the portion of the screen. a screen having an operating surface, the screen being configured such that a region of the screen including a portion of the screen to which an operating force is applied is deformed in a direction in which the operating force is applied, in accordance with the operating force applied to the operating surface; a projecting unit configured to project an image onto the screen; a detecting unit configured to detect, as an operating position, the portion of the screen to which the operating force is applied and which is deformed due to the applied operating force; and a processing unit configured to perform predetermined processing associated with a portion of the image projected onto the screen, based on a result of detection performed by the detecting unit, the portion of the image corresponding to the operating position, characterized in that the processing unit is configured to further perform image processing such that a plurality of images around the portion of the screen, to which the operating force is applied and which is deformed due to the applied operating force, move to the portion of the screen.
Optical position measuring device having a measuring standard (1.1, 1.2) and a scanning unit (2.1, 2.2), which is displaceable in a measuring direction relative thereto, wherein - the measuring standard (1.1, 1.2) has a first grating in the form of a periodic incremental graduation, and the scanning unit (2.1, 2.2) has at least one second grating which is arranged at a scanning distance from the first grating, wherein light of a first wavelength (λ1, λ3) is applied to the two gratings (G1, G2) for the position determination and a first scanning signal is obtained therefrom using a first detector arrangement (5.1, 5.2); - the measuring standard (1.1, 1.2) furthermore has an absolute mark (R1, R3), wherein light of a second wavelength (λ2, λ4) is applied to the absolute mark (R1, R3) for the position determination and a second scanning signal is obtained therefrom using a second detector arrangement (6.1, 6.2); - the first wavelength (λ1, λ3) is smaller than the second wavelength (λ2, λ4). - the measuring standard (1.1, 1.2) has a first grating in the form of a periodic incremental graduation, and the scanning unit (2.1, 2.2) has at least one second grating which is arranged at a scanning distance from the first grating, wherein light of a first wavelength (λ1, λ3) is applied to the two gratings (G1, G2) for the position determination and a first scanning signal is obtained therefrom using a first detector arrangement (5.1, 5.2); - the measuring standard (1.1, 1.2) furthermore has an absolute mark (R1, R3), wherein light of a second wavelength (λ2, λ4) is applied to the absolute mark (R1, R3) for the position determination and a second scanning signal is obtained therefrom using a second detector arrangement (6.1, 6.2); - the first wavelength (λ1, λ3) is smaller than the second wavelength (λ2, λ4).
A method for reducing optical transmission impairments, particularly nonlinear effects, of at least one link, comprising the following steps: a) extracting a phase information (Δθ) from an optical signal received via the at least one link, wherein the phase information (Δθ) is based on a residual nonlinear phase difference between received and transmitted symbols or sequences of symbols, b) determining the nonlinear coefficient (γ) associated with the at least one link, based on the phase information (Δθ), c) applying a control mechanism using the nonlinear coefficient (γ), wherein the control mechanism comprises a Digital Backward Propagation algorithm, and wherein: - a cost function is derived based on the extracted phase information (Δθ), and - an optimization algorithm is applied in connection with that cost function to determine the nonlinear coefficient (γ). a) extracting a phase information (Δθ) from an optical signal received via the at least one link, wherein the phase information (Δθ) is based on a residual nonlinear phase difference between received and transmitted symbols or sequences of symbols, b) determining the nonlinear coefficient (γ) associated with the at least one link, based on the phase information (Δθ), c) applying a control mechanism using the nonlinear coefficient (γ), - a cost function is derived based on the extracted phase information (Δθ), and - an optimization algorithm is applied in connection with that cost function to determine the nonlinear coefficient (γ).
An organic light-emitting diode display, comprising: a substrate on which an emission area and a non-emission area are defined; a driving thin film transistor disposed in the non-emission area; a passivation layer disposed on the driving thin film transistor; a storage capacitor having a first storage capacitor electrode and a second storage capacitor electrode in the emission area, wherein the second storage capacitor electrode is superposed on the first storage capacitor electrode, and wherein the first and second storage capacitor electrodes (SG1; SG2) are formed of a transparent conductive material and have the passivation layer interposed therebetween; an overcoat layer disposed on the storage capacitor; and an organic light-emitting diode (OLED) including an anode, a cathode superposed on the anode and an organic light-emission layer interposed between the anode and the cathode, the organic light-emitting diode (OLED) being disposed in the emission area, wherein the anode is disposed on the overcoat layer; wherein the anode and the second storage capacitor electrode are electrically connected to each other and to the driving thin film transistor, characterized in that the anode is in direct contact with the second storage capacitor electrode through an overcoat layer contact hole penetrating the overcoat layer and in direct contact with the driving thin film transistor through a passivation layer contact hole penetrating the passivation layer, the passivation layer contact hole being disposed in the overcoat layer contact hole. a substrate on which an emission area and a non-emission area are defined; a driving thin film transistor disposed in the non-emission area; a passivation layer disposed on the driving thin film transistor; a storage capacitor having a first storage capacitor electrode and a second storage capacitor electrode in the emission area, wherein the second storage capacitor electrode is superposed on the first storage capacitor electrode, and wherein the first and second storage capacitor electrodes (SG1; SG2) are formed of a transparent conductive material and have the passivation layer interposed therebetween; an overcoat layer disposed on the storage capacitor; and an organic light-emitting diode (OLED) including an anode, a cathode superposed on the anode and an organic light-emission layer interposed between the anode and the cathode, the organic light-emitting diode (OLED) being disposed in the emission area, wherein the anode is disposed on the overcoat layer; wherein the anode and the second storage capacitor electrode are electrically connected to each other and to the driving thin film transistor, characterized in that the anode is in direct contact with the second storage capacitor electrode through an overcoat layer contact hole penetrating the overcoat layer and in direct contact with the driving thin film transistor through a passivation layer contact hole penetrating the passivation layer, the passivation layer contact hole being disposed in the overcoat layer contact hole.
Semi-finished product of a multiple solar cell, comprising - a semiconductor body, which is formed as a first part solar cell, with a first band spacing, - a semiconductor body, which is formed as a second part solar cell, with a second band spacing, wherein the first semiconductor body and the second semiconductor body form a connection by material couple with a tunnel diode and the first band spacing is formed to be different from the second band spacing, - a first carrier material formed as a substrate layer and - a sacrificial layer formed between the first carrier material and the first part solar cell, wherein the substrate layer is formed as a GaAs or InP or Ge substrate and the sacrificial layer has a third band spacing, characterised in that the third band spacing is smaller than the first band spacing and smaller than the second band spacing, the third band spacing is smaller than 1.2 eV, the stack consisting of the first semiconductor body and the second semiconductor body is formed to be transparent to electromagnetic radiation radiated-in in the infrared wavelength range and the sacrificial layer has an absorption band in the infrared spectral range so that the electromagnetic radiation radiated-in through the stack is absorbed only in the sacrificial layer so as to distance the first carrier material from the first semiconductor body under destruction of the sacrificial layer. - a semiconductor body, which is formed as a first part solar cell, with a first band spacing, - a semiconductor body, which is formed as a second part solar cell, with a second band spacing, wherein the first semiconductor body and the second semiconductor body form a connection by material couple with a tunnel diode and the first band spacing is formed to be different from the second band spacing, - a first carrier material formed as a substrate layer and - a sacrificial layer formed between the first carrier material and the first part solar cell,