mhurhangee/ep-ind-claims huggingface dataset:
A covering device for a trunk of a motor vehicle; the covering device comprising: - a panel comprising a front portion; - a support structure; - a hinge coupling said front portion to said support structure and allowing said panel to rotate about a horizontal hinge axis between a lowered position, where said panel is substantially horizontal, and a raised position, where said panel is tilted upward; - a retention and angular positioning system to hold said panel in at least one of the lowered and raised positions; said hinge comprising at least one hinge pin and at least one hinge seat rotatably engaged by said hinge pin about said hinge axis; said retention and angular positioning system being associated to said hinge and comprising: - at least one spring (31,32), which exerts an elastic force to hold said panel in said at least one of the lowered and raised positions - at least one shaped portion (35, 36) forming part of said hinge pin and having an area with a cross-section other than circular; characterized in that said spring (31,32) defines at least part of said hinge seat and allows said panel to rotate when a rotational torque greater than a given threshold is exerted on said panel; wherein the spring comprises a retention portion, which has, in a rest configuration, an inner profile with a shape complementary to the one of said area; said inner profile being coupled to said shaped portion (35,36). - a panel comprising a front portion; - a support structure; - a hinge coupling said front portion to said support structure and allowing said panel to rotate about a horizontal hinge axis between a lowered position, where said panel is substantially horizontal, and a raised position, where said panel is tilted upward; - a retention and angular positioning system to hold said panel in at least one of the lowered and raised positions; - at least one spring (31,32), which exerts an elastic force to hold said panel in said at least one of the lowered and raised positions - at least one shaped portion (35, 36) forming part of said hinge pin and having an area with a cross-section other than circular;
Rotor blade comprising a chord having a plurality of pultruded layers (21, 21a, 22, 23) each having a length and a width, a tip and a rotor blade root, characterised in that in a longitudinal direction narrower pultruded layers (22, 23) extend closer to the tip than wider pultruded layers (21, 21a), and cores of sandwich components are applied to inner surfaces of pultrudates (211a, 221) on the rotor blade inner side, and the cores have a thickness such that they continuously bring a thickness of the chord to a thickness of the sandwich core of a rotor blade shell surrounding the chord.
Unit through which a fluid can flow, having the function of a heat exchanger, a filter, or a combination of the two, comprising: - an external housing provided with external entries for a fluid; - an internal unit through which a fluid can flow and which is placed within the housing; wherein the internal unit comprises a number of stacked base modules which can be flowed through, wherein each base module is planar and comprises: - a planar cover composed of two superposed film layers which are connected to one another at the edges, so that these edges delimit an enclosed interior space, - a planar interior structure which can be flowed through and is arranged in the enclosed interior space of the cover; and wherein the planar cover is configured as a planar basic form, which is provided with planar extensions extending from the basic form, wherein the extensions are provided at opposite sides of the basic form, and the interior space extends into the extensions, wherein the extensions of the stacked base modules extend through external entries of the external housing, and wherein the extensions have an opened status, in order to form entries into the base modules as a result of which the interior spaces of the base modules can be flowed through via the external entries, wherein a planar intermediate structure which can be flowed through is placed between at least one pair of adjacent base modules, and wherein the stacked base modules and intermediate structures are joined in a fixed connection to form the internal unit within the external housing. - an external housing provided with external entries for a fluid; - an internal unit through which a fluid can flow and which is placed within the housing; - a planar cover composed of two superposed film layers which are connected to one another at the edges, so that these edges delimit an enclosed interior space, - a planar interior structure which can be flowed through and is arranged in the enclosed interior space of the cover; and wherein the planar cover is configured as a planar basic form, which is provided with planar extensions extending from the basic form, wherein the extensions are provided at opposite sides of the basic form, and the interior space extends into the extensions, wherein the extensions of the stacked base modules extend through external entries of the external housing, and wherein the extensions have an opened status, in order to form entries into the base modules as a result of which the interior spaces of the base modules can be flowed through via the external entries, wherein a planar intermediate structure which can be flowed through is placed between at least one pair of adjacent base modules, and wherein the stacked base modules and intermediate structures are joined in a fixed connection to form the internal unit within the external housing.
System which comprises an on-board unit (UOBU) which is embodied as a digital tachograph (DTCO) for monitoring driving times and rest times as well as permissible maximum speeds, the tachograph (DTCO) being designed for safe and reliable storage and coupled to a sensor (SENS1) for securely storing measured values and which comprises at least one position-determining device and/or at least one radio communication device which, for the purpose of use by the on-board unit (UOBU), can be coupled to the on-board unit (UOBU) or included in the latter, and the on-board unit (UOBU) has in each case at least one function of at least two of the following vehicle devices, which make joint use of the at least one position-determining device and/or of the at least one radio communication device, and the on-board unit (UOBU) is designed to replace the respective vehicle device in terms of this at least one function: toll collection unit (MOBU), events data capture device, emergency call device (ECALL), transport monitoring device (TRANS), vehicle course monitoring device (POSTRACK), fleet management device (FLOT).
Method for joining dense planar components made from SiSiC comprising a silicon content of < 20 vol.% by means of diffusion bonding, characterized in that: the components may have cambers of up to 5 μm per 100 mm of component length, preferably 1 μm per 100 mm of component length, 1330-1360°C being selected as the joining temperature and 0.1-5.0 MPa being selected as the contact pressure, and the SiSiC containing silicon as a continuous metal material phase.
An implantable prosthesis intended to repair the abdominal wall in the inguinal region, in particular for Totally Extra-Peritoneal (T.E.P) surgery and/or Trans-Abdominal Pre-Peritoneal (T.A.P.P) surgery, comprising a knitted base structure comprising at least one polypropylene monofilament yarn and having first and second opposite faces as well as openings having at least one dimension greater than or equal to 1 mm, and, seen according to said first face, at least one convex part having a determined anatomical shape, characterized in that the base structure comprises at least one polylactic acid monofilament yarn and in that the knitted base structure is knitted using a first guide bar supporting at least one polypropylene monofilament yarn and one polylactic acid monofilament yarn forming a first composite yarn (10,25), and a second guide bar supporting a polylactic acid monofilament yarn.
Process for the synthesis of pyrazole carboxamide of the formula wherein R is selected from the list of 2-isopropylphenyl, 2-cyclopropylphenyl, 2-tert-butylphenyl, 5-chloro-2-ethylphenyl, 5-chloro-2-isopropylphenyl, 2-ethyl-5-fluorophenyl, 5-fluoro-2-isopropylphenyl, 2-cyclopropyl-5-fluorophenyl, 2-cyclopentyl-5-fluorophenyl, 2-fluoro-6-isopropylphenyl, 2-ethyl-5-methylphenyl, 2-isopropyl-5-methylphenyl, 2-cyclopropyl-5-methylphenyl, 2-tert-butyl-5-methylphenyl, 5-chloro-2-(trifluoromethyl)phenyl, 5-methyl-2-(trifluoromethyl)phenyl, 2-chloro-6-(trifluoromethyl)phenyl, 3-chloro-2-fluoro-6-(trifluoromethyl)phenyl and 2-ethyl-4,5-dimethylphenyl, by reaction of 3-(difluoromethyl)-5-fluoro-1-methyl-1H-pyrazole-4-carbaldehyde of the general formula with an amine of the general formula (IIIa) or its salt of the general formula (IIIb) wherein HX is selected from the list of HF, HCl, HBr, HJ; H 2 SO 4, HBF 4, CH 3 SO 3 H, CF 3 SO 3 H, CF 3 CO 2 H and R is as defined above, in presence of an oxidant and with a catalyst.
Process for producing MMA where in a first reaction stage in a reactor I methacrolein is produced and in a second reaction stage in a reactor II said methacrolein is oxidatively esterified with an alcohol to afford an alkyl methacrylate, characterized in that a low-boiling fraction comprising mainly alcohol is obtained from a mixture comprising water, the alcohol, at least one alkali metal salt, methacrylic acid and a strong acid in a distillation column IV, and this alcohol is reused for producing alkyl methacrylates.
An ultrasonic sensor comprising: a casing; and a piezoelectric vibrator element, wherein the casing includes first and second units,, the first unit being made of a metal, the second unit being made of a resin, the first unit is formed in a cylindrical shape extending in a first direction, and the second unit is connected to one end of the first unit in the first direction and includes a cylindrical section and a bottom plate, the cylindrical section extending in the first direction, the bottom plate being a disk-like portion which closes an end of the cylindrical section positioned farther away from the first unit in the first direction, the piezoelectric vibrator element being mounted on the bottom plate, characterized in that: the bottom plate includes a bottom-plate first layer and a bottom-plate second layer; the bottom-plate first layer is made of carbon fiber reinforced plastic, CFRP, and is positioned at a side of the bottom plate closer to the first unit in the first direction; and the bottom-plate second layer is made of a resin different from CFRP and is positioned at a side of the bottom plate farther away from the first unit in the first direction. a casing; and a piezoelectric vibrator element, wherein the casing includes first and second units,, the first unit being made of a metal, the second unit being made of a resin, the first unit is formed in a cylindrical shape extending in a first direction, and the second unit is connected to one end of the first unit in the first direction and includes a cylindrical section and a bottom plate, the cylindrical section extending in the first direction, the bottom plate being a disk-like portion which closes an end of the cylindrical section positioned farther away from the first unit in the first direction, the piezoelectric vibrator element being mounted on the bottom plate, characterized in that: the bottom plate includes a bottom-plate first layer and a bottom-plate second layer; the bottom-plate first layer is made of carbon fiber reinforced plastic, CFRP, and is positioned at a side of the bottom plate closer to the first unit in the first direction; and the bottom-plate second layer is made of a resin different from CFRP and is positioned at a side of the bottom plate farther away from the first unit in the first direction. the bottom plate includes a bottom-plate first layer and a bottom-plate second layer; the bottom-plate first layer is made of carbon fiber reinforced plastic, CFRP, and is positioned at a side of the bottom plate closer to the first unit in the first direction; and the bottom-plate second layer is made of a resin different from CFRP and is positioned at a side of the bottom plate farther away from the first unit in the first direction.
Assembly of at least one thermoelectric element capable of generating an electric current under the effect of a temperature gradient exerted between two of its sides, referred to as the contact sides (3a, 3b), and an electrical connection means, said assembly furthermore including a first deformable element electrically connecting the electrical connection means to the thermoelectric element, said first element including a first side linked to the electrical connection means and a second side linked to the thermoelectric element, said first side being deformable independently from said second side and vice versa, the assembly including a second deformable element forming a heat bridge between the first and second sides (51, 52) of the first element, characterized in that the first element is a grid and the first and second sides (51, 52) of the first element are interconnected via two lateral walls in such a way that the first element forms a flat-sided tube (51, 52).
A method for charge time generation for a battery pack configured to be attached to a power tool, the method comprising: detecting, by a processor, a voltage across a plurality of cells of the battery pack using a voltage sensor; converting, by the processor, the voltage across the plurality of cells to a state of charge; determining, by the processor, a bulk charge rate of a charger charging the battery pack; calculating, by the processor, a scalar conversion factor based on a ratio of the bulk charge rate of the charger and a capacity of the battery pack; and generating, by the processor, a time to full charge of the battery pack based on the state of charge and the scalar conversion factor, wherein the processor is included in the battery pack and is configured to communicate with a mobile application on a mobile device over a wireless communication network, the method further comprising: outputting the time to full charge to the mobile application; and displaying, on the mobile device, the time to full charge. detecting, by a processor, a voltage across a plurality of cells of the battery pack using a voltage sensor; converting, by the processor, the voltage across the plurality of cells to a state of charge; determining, by the processor, a bulk charge rate of a charger charging the battery pack; calculating, by the processor, a scalar conversion factor based on a ratio of the bulk charge rate of the charger and a capacity of the battery pack; and generating, by the processor, a time to full charge of the battery pack based on the state of charge and the scalar conversion factor, wherein the processor is included in the battery pack and is configured to communicate with a mobile application on a mobile device over a wireless communication network, the method further comprising: outputting the time to full charge to the mobile application; and displaying, on the mobile device, the time to full charge. outputting the time to full charge to the mobile application; and displaying, on the mobile device, the time to full charge.
A method of testing the mechanical integrity of a cartridge comprising a vitreous barrel and containing a medicament and being arranged inside a housing of a drug delivery device, the method comprising the steps of: - bringing a probe of a testing arrangement in indirect contact with the cartridge, wherein the probe is configured to emit acoustic signals, - indirectly acoustically stimulating the cartridge from outside the housing by means of the probe and an indirect coupling, which is configured for sound guiding and sound propagation between the probe and the cartridge, wherein the indirect coupling forms a mount for the cartridge inside the housing, wherein the probe is coupled with a device component (23, 24, 25, 27) of the drug delivery device, wherein the device component (23, 24, 25, 27) is in direct mechanical contact with the cartridge and wherein the cartridge is axially and radially clamped inside the housing by the at least one device component (23, 24, 25, 27), - measuring of the cartridge's acoustic response to the acoustic stimulation, - comparing the acoustic response with a standard response of an intact cartridge, and - determining the mechanical integrity of the cartridge on the basis of the comparison. - bringing a probe of a testing arrangement in indirect contact with the cartridge, wherein the probe is configured to emit acoustic signals, - indirectly acoustically stimulating the cartridge from outside the housing by means of the probe and an indirect coupling, which is configured for sound guiding and sound propagation between the probe and the cartridge, wherein the indirect coupling forms a mount for the cartridge inside the housing, wherein the probe is coupled with a device component (23, 24, 25, 27) of the drug delivery device, wherein the device component (23, 24, 25, 27) is in direct mechanical contact with the cartridge and wherein the cartridge is axially and radially clamped inside the housing by the at least one device component (23, 24, 25, 27), - measuring of the cartridge's acoustic response to the acoustic stimulation, - comparing the acoustic response with a standard response of an intact cartridge, and - determining the mechanical integrity of the cartridge on the basis of the comparison.
A load control system for controlling an electrical load, the load control system comprising: a mobile device configured to store occupant control parameters and to wirelessly receive beacon signals from a beacon transmitting device, said beacon signals comprising a unique identifier identifying a location of the beacon transmitting device; the mobile device further configured to wirelessly transmit the unique identifier and the occupant control parameters to a system controller, wherein the occupant control parameters comprise one or more of the following: predetermined or preset settings, biometric data for the occupant measured by the mobile device, user input data received by the mobile device, and an environmental characteristic measured by the mobile device; a system controller configured to receive from the mobile device the unique identifier; to receive from the mobile device the occupant control parameters; to determine that the mobile device is near the electrical load based on the unique identifier; to determine a command to control the electrical load according to the location of the mobile device and the occupant control parameters; and to transmit a message to a load control device including the command to control the electrical load; and the load control device configured to receive the message including the command from the system controller; and to control a level at which the electrical load is controlled in response to the command. a mobile device configured to store occupant control parameters and to wirelessly receive beacon signals from a beacon transmitting device, said beacon signals comprising a unique identifier identifying a location of the beacon transmitting device; the mobile device further configured to wirelessly transmit the unique identifier and the occupant control parameters to a system controller, wherein the occupant control parameters comprise one or more of the following: predetermined or preset settings, biometric data for the occupant measured by the mobile device, user input data received by the mobile device, and an environmental characteristic measured by the mobile device; a system controller configured to receive from the mobile device the unique identifier; to receive from the mobile device the occupant control parameters; to determine that the mobile device is near the electrical load based on the unique identifier; to determine a command to control the electrical load according to the location of the mobile device and the occupant control parameters; and to transmit a message to a load control device including the command to control the electrical load; and the load control device configured to receive the message including the command from the system controller; and to control a level at which the electrical load is controlled in response to the command.
Light beacon system comprising at least two light beacons, each beacon being provided: - with a module for supplying electrical energy comprising an electrical energy generator and an energy storage means, - a radio communication module, - a processing logic unit comprising a memory and a clock, the beacon system further comprising a means for controlling beacons, said control means comprising: - a radio communication module, - input means, - a processing core unit including a clock and a memory, the system being characterised in that the control means is a user terminal, and the beacon clock is synchronised with the clock by the control means so as to overcome a variation from one clock to another to synchronise cycles and movement sequences for all the beacons. - with a module for supplying electrical energy comprising an electrical energy generator and an energy storage means, - a radio communication module, - a processing logic unit comprising a memory and a clock, - a radio communication module, - input means, - a processing core unit including a clock and a memory,