mhurhangee/ep-ind-claims huggingface dataset:
Crash management system (1, 1', 1") for a front part of a vehicle, oriented in a local referential, having a longitudinal direction X a transverse direction Y perpendicular to the longitudinal direction X and a vertical direction Z perpendicular to the plane defined by said directions X and Y, comprising an assembly (2, 2', 2") of bumper beams with at least a first bumper beam (3, 3', 3") and a second bumper beam (4, 4', 4"), oriented in said transverse direction Y, said first bumper beam (3, 3', 3") and second bumper beam (4, 4', 4") being vertically spaced wherein said first bumper beam (3, 3', 3") is located above said second bumper beam (4, 4', 4"), optionally comprising at least one crash box (5, 6) connected to at least a bumper beam (3, 3', 3", 4, 4', 4"), and comprising at least a connecting element (100, 200,300, 400, 500) whereby said connecting element (100, 200,300, 400, 500) connects said first bumper beam (3, 3', 3") and said second bumper beam (4, 4', 4"), and wherein said connecting element (100, 200, 300, 400, 500) is an extruded hollow profile which extrusion direction is substantially parallel to said vertical direction Z, characterized in that said connecting element (100, 200,300, 400, 500) has at least one integrated screwing channel (101a, 101b, 301a, 301b) parallel to said extrusion direction of said connecting element (100, 200, 300, 400, 500) and wherein said at least one channel (101a, 101b, 301a, 301b) is used to attach said connecting element (100, 200, 300, 400, 500) to said first and said second bumper beam (3, 3', 3", 4, 4', 4").
Method for communication between a plurality of sensor nodes (B, C, D) in a sensor network and a receiving node, wherein a receiving node, by emitting at least one synchronization message, requests other sensor nodes (B, C, D) to transmit sensor data to the receiving node, for which purpose the receiving node changes to reception for a period in order to receive messages from at least one other sensor node (B, C, D), wherein the period is subdivided into a plurality of time segments (0,...,7) and the probability of a sensor node (B, C, D) transmitting a message in a particular time segment (0,...,7) depends on at least one predefined/predefinable parameter, characterized in that the probability differs from a uniform distribution of the probability for all sensor nodes (B, C, D), and an identical probability does not result for two time segments (0,...,7) from the total number of time segments (0,...,7) into which the period has been subdivided, in that a sensor node (B, C, D) transmits its message in these time segments (0,...,7) and statistical accumulations of emitted messages are produced thereby and result in collisions in particular time segments (0,...,7) of the predetermined period, and at least one of the sensor nodes (B, C, D) thus transmits its message to be transmitted, with a probability which is higher than the uniform distribution in the overall consideration, in a time segment (0,...,7) in which none of the other requested sensor nodes (B, C, D) is likewise transmitting a message.
Process for the diagnosis of systemic lupus erythematosus or of chronic lymphoid leukaemia of a subject who may be suffering therefrom, comprising the in vitro detection of the expression of the fraction of the STIM1 protein located at the cell plasma membrane in a biological sample from the subject.
Window or door, comprising a casing frame and a sash which is held pivotably thereon and which has a sash frame which encloses a planar element, wherein, in the closed position of the sash, the sash frame is in abutment with a casing frame projection, and a gap is formed on the opposite side to the casing frame projection between the casing frame and the sash frame, transversely to its pivoting direction, which gap, in the closed position of the sash, is completely or virtually completely covered by a sealing element, wherein the sealing element is formed from at least one sealing strip which is connected in a form-fitting and/or integrally bonded manner to a sash frame member of the sash frame and/or to a casing frame member of the casing frame, characterized in that, with an arrangement of a sealing strip on the sash frame member or on the casing frame member, the sealing strip is dimensioned in its width in such a way that it projects into a groove of the casing frame member or into a longitudinal groove of the sash frame member.
System comprising a partition wall element and a first component which is arranged on a first side of the partition wall element, the first component having at least one conductor and the partition wall element having an associated passage for inserting and passing through the conductor and electrically contacting the conductor on a second side of the partition wall element opposite the first side, the conductor forming a positive connection with the passage and being pressed into the passage, the conductor being provided with an oxide or eloxal layer at least in the region of the passage in the partition wall element.
An apparatus comprising a mobile terminal and a touch pen configured for use with the mobile terminal, the touch pen comprising: a pen point; a pen grip extended along a longitudinal axis from one end of the pen point, at least a portion of the pen grip having an outer edge circumference defined with reference to a cross sectional area along the longitudinal axis, wherein the outer edge circumference is not point symmetric; wherein the outer edge circumference of the pen grip is oval and has only a left surface of an upper side protruded by a predetermined extent, wherein a pen receiving groove is formed in the mobile terminal so as to permit an insertion of the touch pen into the pen receiving groove and so as to permit a subsequent withdrawal of the touch pen from the pen receiving groove, and wherein a not point symmetrical inner circumference of a cross-sectional area of an inner wall of the pen receiving groove is formed to mate with the not point symmetrical outer circumference of the pen grip such that the outer circumference of the pen grip is configured to contact the inner circumference of the groove when the touch pen is received in the groove. a pen point; a pen grip extended along a longitudinal axis from one end of the pen point, at least a portion of the pen grip having an outer edge circumference defined with reference to a cross sectional area along the longitudinal axis, wherein the outer edge circumference is not point symmetric; wherein the outer edge circumference of the pen grip is oval and has only a left surface of an upper side protruded by a predetermined extent, wherein a pen receiving groove is formed in the mobile terminal so as to permit an insertion of the touch pen into the pen receiving groove and so as to permit a subsequent withdrawal of the touch pen from the pen receiving groove, and wherein a not point symmetrical inner circumference of a cross-sectional area of an inner wall of the pen receiving groove is formed to mate with the not point symmetrical outer circumference of the pen grip such that the outer circumference of the pen grip is configured to contact the inner circumference of the groove when the touch pen is received in the groove.
A device having - a processor configured to run an operating system and processes (25a, 25b) on the operating system, - at least one hardware resource configured to be invoked while running the processes (25a, 25b) and - an interface configured to couple to a security module, wherein - the operating system has an access control module configured, based on one or more authorizations, to monitor access to the at least one hardware resource through the processes (25a, 25b) and - the operating system is set up to configure the one or more authorizations by means of the security module, characterized in that - the access control module is provided with a discrete access control and a freely configurable access control which provides the interface for coupling the security module, - each process (25a, 25b) is run in one or more containers (27a, 27b) and is assigned thereto, in such a manner that each container (27a, 27b) isolates the assigned process or processes (25a, 25b) and - a container-specific implementation of the interface is provided, wherein the interface has a plurality of modules (38a, 38b) which each provide a container-specific configuration, wherein the container-specific configurations differ from one another and are each assigned to one of the containers (27a, 27b). - a processor configured to run an operating system and processes (25a, 25b) on the operating system, - at least one hardware resource configured to be invoked while running the processes (25a, 25b) and - an interface configured to couple to a security module, wherein - the operating system has an access control module configured, based on one or more authorizations, to monitor access to the at least one hardware resource through the processes (25a, 25b) and - the operating system is set up to configure the one or more authorizations by means of the security module, characterized in that - the access control module is provided with a discrete access control and a freely configurable access control which provides the interface for coupling the security module, - each process (25a, 25b) is run in one or more containers (27a, 27b) and is assigned thereto, in such a manner that each container (27a, 27b) isolates the assigned process or processes (25a, 25b) and - a container-specific implementation of the interface is provided, wherein the interface has a plurality of modules (38a, 38b) which each provide a container-specific configuration, wherein the container-specific configurations differ from one another and are each assigned to one of the containers (27a, 27b).
An automatic and currentless dirt remover for collecting dirt from the area surrounding the dirt remover, comprising a dirt-collecting body and a rolling-action sheath body, which defines a receiving space in which the dirt-collecting body is received, wherein the sheath body has a lattice design and has openings in order to provide external access to the dirt-collecting body, which has a surface which collects the dirt.
An energy extraction device for extracting energy from an energy flow from a renewable energy source, the device comprising a controller and a hydraulic circuit, the hydraulic circuit comprising: at least one hydraulic pump driven by a rotating shaft, the rotating shaft driven by a renewable energy source, at least one hydraulic motor driving a load, a low pressure manifold to route working fluid from the at least one hydraulic motor to the at least one hydraulic pump, and a high pressure manifold to route fluid from the at least one hydraulic pump to the at least one hydraulic motor; wherein the or each hydraulic pump and the or each hydraulic motor each comprise a plurality of working chambers of cyclically varying volume and a plurality of valves for regulating the net displacement of working fluid between each working chamber and the high and low pressure manifolds, at least one valve associated with each working chamber being an electronically controlled valve (214, 220), said electronically controlled valves being operable by the controller to select the volume of working fluid displaced by each said working chamber on each cycle of working chamber volume and thereby regulate the net rate of displacement of working fluid by the at least one hydraulic pump and the at least one hydraulic motor, the device further comprising at least one working fluid receptacle which is in communication with the high pressure manifold, and characterised by comprising an input interface for receiving a control signal from a device coordinator of an energy extraction installation comprising a plurality of said energy extraction devices, an output interface for sending a state of charge signal related to a volume of hydraulic fluid in the working fluid receptacle, the input interface and the output interfaces of said energy extraction devices being In communication with the device coordinator to provide information to the device coordinator, to enable the energy extraction devices to be controlled in concert, and wherein the controller is operable to select the rate of displacement of working fluid by the at least one hydraulic pump and the at least one hydraulic motor such that the relative rate of displacement of working fluid by the at least one hydraulic pump and the at least one hydraulic motor is responsive to the received control signal through the input interface. at least one hydraulic pump driven by a rotating shaft, the rotating shaft driven by a renewable energy source, at least one hydraulic motor driving a load, a low pressure manifold to route working fluid from the at least one hydraulic motor to the at least one hydraulic pump, and a high pressure manifold to route fluid from the at least one hydraulic pump to the at least one hydraulic motor;
A cosmetic component spraying device that has a mixture having a cosmetic component and a matrix, and an air blower that blows air to the cosmetic component, the cosmetic component spraying device comprising: a laser irradiation unit that irradiates the mixture with a laser light, wherein the laser light having a peak wavelength different from an absorption peak wavelength of the cosmetic component. a laser irradiation unit that irradiates the mixture with a laser light, wherein the laser light having a peak wavelength different from an absorption peak wavelength of the cosmetic component.
A thermal shield for silicon production reactors suitable for the arrangement inside a reactor for producing silicon by chemical vapor deposition or CVD, wherein said shield is formed by a body having a surface enveloping an inner reaction space (2.1), characterized in that the body giving rise to the enveloping surface is made of silicon.
Device for the passive reduction of the sound vibrations in a liquid resulting from pile driving of a pile element arranged below the liquid level of a body of water, the device comprising an elongate tube which can be arranged over the pile element, the tube comprising; - an outer wall and an inner wall and an intermediate space in between, extending in the longitudinal direction of the tube, and - sealing means (9, 10) for sealing the intermediate space with respect to the environment, wherein the sealing means are provided near both ends of the double-walled tube, and in which the sealing means are of flexible, in particular elastic, design, with the contents of the intermediate space between the inner and outer wall being formed completely by gaseous matter for reducing vibration transmission via the intermediate space to the body of water. - an outer wall and an inner wall and an intermediate space in between, extending in the longitudinal direction of the tube, and - sealing means (9, 10) for sealing the intermediate space with respect to the environment, wherein the sealing means are provided near both ends of the double-walled tube, and in which the sealing means are of flexible, in particular elastic, design,
Electrical connector having a plastic moulded body defining a central main member for engaging a complementary connector and, two lateral mounting bush each being provided with a hole for engaging a fixation screw tightened in a face of a fuel injector and wherein, a knock sensor adapted to deliver data representative of the operation of said fuel injector is integrally overmoulded in one of the mounting bush, said knock sensor comprising a piezoelectric member arranged between a base member and a seismic member and, wherein said piezoelectric, base and seismic members have a washer-like shape defining a hole extending throughout the sensor and arranged aligned with the bush hole so that, in use, the fixation screw extends through the sensor and, wherein, when tightened, the fixation screw generates a compression force in the piezoelectric member.
Tool for holding and axially fixing the hollow high-pressure shaft of an aircraft engine, with the high-pressure turbine stage demounted, comprising - a shaft end cap element having an inner radius, which is adapted to a predetermined shaft diameter, for plugging onto the turbine-side end of the high-pressure shaft, characterized in that the tool furthermore comprises - a shaft end cap receptacle for receiving the shaft end cap element in a radially movable manner and in an axially limited manner in a first direction, and - a connector element which can be fastened to the shaft end cap receptacle and which has a shank, which can be inserted into the high-pressure shaft, comprising a fixing element for axially securing the shaft end cap receptacle, wherein a spring element, which is positionally fixed with respect to the shaft end cap receptacle, for applying a predetermined spring force to the shaft end cap element in the radial direction is provided. - a shaft end cap element having an inner radius, which is adapted to a predetermined shaft diameter, for plugging onto the turbine-side end of the high-pressure shaft, characterized in that the tool furthermore comprises - a shaft end cap receptacle for receiving the shaft end cap element in a radially movable manner and in an axially limited manner in a first direction, and - a connector element which can be fastened to the shaft end cap receptacle and which has a shank, which can be inserted into the high-pressure shaft, comprising a fixing element for axially securing the shaft end cap receptacle, wherein
A forced-induction device comprising: a turbine; a nozzle vane; a link mechanism coupled to the nozzle vane; a housing having a turbine chamber, in which the turbine is located, a scroll chamber, in which the nozzle vane is located, and a link chamber, in which the link mechanism is located, wherein the scroll chamber has a passage area that reduces from an upstream side to a downstream side in a flowing direction of exhaust gas in the scroll chamber; and a communication passage (200; 310, 320), which connects the scroll chamber and the link chamber to each other, wherein the communication passage (200; 310, 320) has a first opening, which faces the scroll chamber, and a second opening, which faces the link chamber, wherein the first opening has a larger passage area than the second opening, the forced induction device being characterized in that a wall surface that forms the communication passage (200; 310, 320) is inclined continuously over the entire area from the first opening to the second opening with respect to a central axis of the turbine such that the first opening has said larger passage area than the second opening. a turbine; a nozzle vane; a link mechanism coupled to the nozzle vane; a housing having a turbine chamber, in which the turbine is located, a scroll chamber, in which the nozzle vane is located, and a link chamber, in which the link mechanism is located, wherein the scroll chamber has a passage area that reduces from an upstream side to a downstream side in a flowing direction of exhaust gas in the scroll chamber; and a communication passage (200; 310, 320), which connects the scroll chamber and the link chamber to each other, wherein the communication passage (200; 310, 320) has a first opening, which faces the scroll chamber, and a second opening, which faces the link chamber, wherein the first opening has a larger passage area than the second opening, the forced induction device being characterized in that a wall surface that forms the communication passage (200; 310, 320) is inclined continuously over the entire area from the first opening to the second opening with respect to a central axis of the turbine such that the first opening has said larger passage area than the second opening.
AV alloy target comprising: V and W, wherein an average value of Vickers hardness on an erosion surface is in a range of 340 to 750 HV, and a variation in Vickers hardness measured at 5 measurement points is 20% or less, wherein the V alloy target contains 10 to 50 at% of W with a remainder including V and inevitable impurities, the V alloy target is obtained by pressure-sintering a powder mixture of pure metal powders or alloy powders mixed together or a single type of powder in which a final composition is adjusted such that the aforementioned constituent composition is obtained, and the variation is determined by the following formula: a maximum value of the measurement points − a minimum value of the measurement points / the maximum value of the measurement points + the minimum value of the measurement points × 100 %. wherein the V alloy target contains 10 to 50 at% of W with a remainder including V and inevitable impurities, the V alloy target is obtained by pressure-sintering a powder mixture of pure metal powders or alloy powders mixed together or a single type of powder in which a final composition is adjusted such that the aforementioned constituent composition is obtained, and the variation is determined by the following formula: a maximum value of the measurement points − a minimum value of the measurement points / the maximum value of the measurement points + the minimum value of the measurement points × 100 %.
An elastic warp knitted fabric composed of two sets of warp fibers (A, C), wherein the one set of warp fibers consists of elastic fibers and the other set of warp fibers consists of inelastic fibers, wherein the texture of the inelastic fibers is a texture such that the inelastic fibers are knitted course by course, by reciprocating in Atlas knitting over 5 wales by two wales, both an extension force in the warp direction and that in the weft direction are 100 cN/2.5 cm to 600 cN/2.5 cm, in extension by 80 % of the said knitted fabric as measured by the method headed "Extension force and ratio of extension force" described in the description, and the ratio of the extension force in the warp direction to that in the weft direction is 0.8 to 1.8 as measured by the method headed "Extension force and ratio of extension force" described in the description; characterized in that the texture of the elastic fibers is a texture such that the elastic fibers are knitted course by course, by reciprocating in Atlas knitting over 3 wales by one wale, and that both extension recovery percentage in the warp direction and that in the weft direction, after extension by 80 % and recovery are repeated three times, are 85 % or more.
A bicycle rental station, comprising: a bicycle module comprising a bicycle dock adapted to secure a bicycle, wherein the bicycle dock comprises a sensor to obtain status information related to the bicycle; an input/output control module in communication with the bicycle module and a meter; wherein the input/output control module is configured to communicate the status information to the meter and receive electronic commands from the meter; wherein the bicycle dock comprises an actuator to hold or release the bicycle in response to the electronic commands, characterised by an electronic element of the bicycle dock operable in a low-power consumption mode and in a higher-power consumption mode; and a trigger mechanism, wherein the bicycle rental station is configured to, in response to activation of the trigger mechanism, place the electronic element in the higher-power consumption mode from the low-power consumption mode, wherein the trigger mechanism is a mechanical device configured for activation by a user placing the bicycle in the bicycle dock. a bicycle module comprising a bicycle dock adapted to secure a bicycle, wherein the bicycle dock comprises a sensor to obtain status information related to the bicycle; an input/output control module in communication with the bicycle module and a meter; wherein the input/output control module is configured to communicate the status information to the meter and receive electronic commands from the meter; wherein the bicycle dock comprises an actuator to hold or release the bicycle in response to the electronic commands, characterised by an electronic element of the bicycle dock operable in a low-power consumption mode and in a higher-power consumption mode; and a trigger mechanism,