mhurhangee/ep-ind-claims huggingface dataset:
A maintenance device for maintaining an offshore wind turbine, the device being suitable for pressing against and traveling along the pylon of the wind turbine, and comprising: - a maintenance platform including a notch, preferably an U-shaped notch defining two branches (2a1, 2a2) suitable for placing on either side of the pylon of the wind turbine so that the pylon of the wind turbine can penetrate into said notch with the vertical longitudinal axis (XX') of the pylon of the wind turbine being perpendicular to a work plane of a top surface of said maintenance platform; and - travel means for causing said maintenance platform to travel along the pylon of the wind turbine in the vertical longitudinal axial direction (XX') of the pylon of the wind turbine, the travel means comprising a plurality of motor-driven crawlers arranged under said maintenance platform so that when the pylon of the wind turbine is placed in said notch with the vertical longitudinal axis of the pylon of the wind turbine perpendicular to the work plane of said maintenance platform, said crawlers having tracks are suitable for pressing against said pylon of the wind turbine and traveling along the pylon of the wind turbine. - a maintenance platform including a notch, preferably an U-shaped notch defining two branches (2a1, 2a2) suitable for placing on either side of the pylon of the wind turbine so that the pylon of the wind turbine can penetrate into said notch with the vertical longitudinal axis (XX') of the pylon of the wind turbine being perpendicular to a work plane of a top surface of said maintenance platform; and - travel means for causing said maintenance platform to travel along the pylon of the wind turbine in the vertical longitudinal axial direction (XX') of the pylon of the wind turbine, the travel means comprising a plurality of motor-driven crawlers arranged under said maintenance platform so that when the pylon of the wind turbine is placed in said notch with the vertical longitudinal axis of the pylon of the wind turbine perpendicular to the work plane of said maintenance platform, said crawlers having tracks are suitable for pressing against said pylon of the wind turbine and traveling along the pylon of the wind turbine.
An encryption apparatus, comprising: an encryption module to perform an encryption algorithm; a control module adapted to transfer, to the encryption module, a charge supplied by an external power source by controlling a current path between the encryption module and the external power source at least in a time period before the encryption algorithm is performed and in a time period during which the encryption algorithm is performed; characterized in that controlling a current path between the encryption module and the external power source comprises disconnecting a ground terminal of the encryption module from a ground terminal of the external power source in the time period during which the encryption algorithm is performed. an encryption module to perform an encryption algorithm; a control module adapted to transfer, to the encryption module, a charge supplied by an external power source by controlling a current path between the encryption module and the external power source at least in a time period before the encryption algorithm is performed and in a time period during which the encryption algorithm is performed; characterized in that controlling a current path between the encryption module and the external power source comprises disconnecting a ground terminal of the encryption module from a ground terminal of the external power source in the time period during which the encryption algorithm is performed.
Device for producing a nonwoven fabric from material, preferably over the course of producing a pressed material mat for the production of material panels, comprising: 1.1 a metering device for metered output of the material into a chute, 1.2 a separation roller for the material, arranged at the other end of the chute and having a wall arranged in the rotational direction of the separation roller and an outlet opening adjoining the same, 1.3 a first scattering space having a guide plate for limiting and at least partially guiding the material of the separation roller exiting at the outlet opening, 1.4 a forming belt, circulating continuously in the transport direction, for receiving the material exiting from the outlet opening on a first side of the forming belt in the first scattering space, 1.5 vacuum boxes on the other side of the forming belt for generating an air flow in the first scattering space facing in the direction of the forming belt, 1.6 characterized in that the vector of the direction of rotation at the smallest distance from the forming belt at the separation roller is oriented opposite to the transport direction of the forming belt. 1.1 a metering device for metered output of the material into a chute, 1.2 a separation roller for the material, arranged at the other end of the chute and having a wall arranged in the rotational direction of the separation roller and an outlet opening adjoining the same, 1.3 a first scattering space having a guide plate for limiting and at least partially guiding the material of the separation roller exiting at the outlet opening, 1.4 a forming belt, circulating continuously in the transport direction, for receiving the material exiting from the outlet opening on a first side of the forming belt in the first scattering space, 1.5 vacuum boxes on the other side of the forming belt for generating an air flow in the first scattering space facing in the direction of the forming belt, 1.6 characterized in that the vector of the direction of rotation at the smallest distance from the forming belt at the separation roller is oriented opposite to the transport direction of the forming belt.
A device for ground compaction, comprising a) a frame and a drive motor supported by the frame, b) a vibration exciter driven by the drive motor, and c) a ground compaction apparatus, in particular a base plate or a roller drum, which is connected to the vibration exciter, wherein the vibration exciter causes the ground compaction apparatus to vibrate at a fixed vibration frequency or within a vibration frequency range during a compaction operation, and wherein a conversion device for the conversion of vibrations into electric energy is provided characterized in which converts vibrations of the device for ground compaction into electric energy, characterized in that the conversion device comprises at least two spring-mass systems (10, 11) with different resonance frequencies, and in that a control unit is provided which ascertains the degree of compaction of the ground from the electric energy obtained by the individual spring-mass systems (10, 11), in particular the respective voltages. a) a frame and a drive motor supported by the frame, b) a vibration exciter driven by the drive motor, and c) a ground compaction apparatus, in particular a base plate or a roller drum, which is connected to the vibration exciter,
A rotor vane for a turbomachine, in particular of an aircraft, comprising a blade comprising a pressure face and a suction face extending from a leading edge to a trailing edge, the blade comprising an elongation axis extending substantially along the leading and trailing edges, the blade comprising a radially inner end for connection to a rotor and a radially outer free end, the vane further comprising at least one series of fins located on said free end, each of these fins comprising a pressure face located on the side of the suction face of the blade, and a suction face located on the side of the pressure face of the blade, characterized in that each of the fins is twisted around this elongation axis.
An air inductor comprising an inner sleeve having a water inlet and a water outlet, the inner sleeve being arranged to form a venturi and having a side air inlet, and an outer sleeve having first and second different attachment means (9, 11) at opposite ends thereof, characterised in that said attachment means are for attachment to different plumbing fixtures, the inner sleeve being insertable into the outer sleeve from either end thereof so as to selectably locate the first and second attachment means (9, 11) at the water inlet and water outlet respectively and vice versa.
A phased-array RF pulse generator, comprising: at least one video-pulse generator arranged to generate video pulses each having a leading edge; an array of nonlinear and dispersive transmission lines (130a-130c), arranged to generate RF pulses from the video pulses; at least one sensor (165a-165c) arranged to detect the leading edge of the video pulses after they have passed along the transmission lines; a phase controller arranged to set the velocity of the video pulses in each transmission line to put the detected leading edges, and hence the generated RF pulses, into a desired phase relationship; a further sensor arranged to detect the leading edge of the video pulses at an earlier point in their propagation than the detection used in the setting of the phase of the pulses; characterized in that the RF pulse generator comprises a frequency controller configured to calculate time of flight of the video pulses from the detections of the leading edges by the sensor and the further sensor and to adjust the velocities of the video pulses so that RF pulses of a desired RF frequency are generated in the transmission lines. at least one video-pulse generator arranged to generate video pulses each having a leading edge; an array of nonlinear and dispersive transmission lines (130a-130c), arranged to generate RF pulses from the video pulses; at least one sensor (165a-165c) arranged to detect the leading edge of the video pulses after they have passed along the transmission lines; a phase controller arranged to set the velocity of the video pulses in each transmission line to put the detected leading edges, and hence the generated RF pulses, into a desired phase relationship; a further sensor arranged to detect the leading edge of the video pulses at an earlier point in their propagation than the detection used in the setting of the phase of the pulses; characterized in that the RF pulse generator comprises a frequency controller configured to calculate time of flight of the video pulses from the detections of the leading edges by the sensor and the further sensor and to adjust the velocities of the video pulses so that RF pulses of a desired RF frequency are generated in the transmission lines.
A zoned moisture management garment comprising: a first fabric layer comprising a first non-dissolvable yarn of a first tex per filament between 0.056 and 0.116 (0.50 and 1.04 denier); a second fabric layer adjacent the first fabric layer comprising a second non-dissolvable yarn of a second tex per filament greater than the first tex per filament, wherein the second tex per filament is between 0.116 and 0,389 (1.04 and 3.50 denier) and a tex differential between the first tex per filament and the second tex per filament is at least 0.06 (0.54 denier), and wherein the second fabric layer is the inner most layer of the garment when the garment is worn; and at least one of the first fabric layer, the second fabric layer, or both further comprises a first dissolvable yarn, wherein at least one zone of the at least one of the first fabric layer, the second fabric layer, or both further comprising the first dissolvable yarn has the first dissolvable yarn dissolved, wherein a dissolvable yarn is dissolvable in a particular solvent and and a non dissolvable yarn is not dissolvable in the solvent.
A portable biometric monitor comprising a biometric sensor, such as an optical sensor, and a housing wherein the housing of said portable biometric monitor is connected to a wrist strap for attaching the portable biometric monitor to a user, the strap comprising a first end and a second end, wherein - the strap comprises spacer elements (12, 13, 14, 15) at the first end of the strap and at the second end of the strap, the spacer elements having a first end and a second end, the spacer elements at the first end of the strap including a first spacer element on a first side of the strap and a second spacer element on a second side of the strap; and the spacer elements at the second end of the strap including a first spacer element on a first side of the strap and a second spacer element on a second side of the strap, wherein the spacer elements (12, 13, 14, 15) are separate spacer elements, - the strap being connected from its two sides at the first end and from its two sides at the second end to two sides at the first end of the housing and to two sides at the second end of the housing via pivots (16, 17, 18, 19) connected to said spacer elements (12, 13, 14, 15) at the sides of the housing to allow pivoted movement of the housing, wherein - the distance (a) of the pivot locations between the first end of the housing and the second end of the housing is in the range of 10-30 mm, such as in the range of 20-30 mm. - the strap comprises spacer elements (12, 13, 14, 15) at the first end of the strap and at the second end of the strap, the spacer elements having a first end and a second end, the spacer elements at the first end of the strap including a first spacer element on a first side of the strap and a second spacer element on a second side of the strap; and the spacer elements at the second end of the strap including a first spacer element on a first side of the strap and a second spacer element on a second side of the strap, wherein the spacer elements (12, 13, 14, 15) are separate spacer elements, - the strap being connected from its two sides at the first end and from its two sides at the second end to two sides at the first end of the housing and to two sides at the second end of the housing via pivots (16, 17, 18, 19) connected to said spacer elements (12, 13, 14, 15) at the sides of the housing to allow pivoted movement of the housing, wherein - the distance (a) of the pivot locations between the first end of the housing and the second end of the housing is in the range of 10-30 mm, such as in the range of 20-30 mm.
A digital pathology device configured to process a slide rack in which glass slides are positioned before and after scanning, the digital pathology device comprising: a stage upon which a glass slide is positioned during scanning; a slide conveyor system configured to move glass slides between a position in the slide rack and a position on the stage; a power switch configured to control the flow of electrical power between an external power source and the digital pathology device; a processor configured to detect a signal from the power switch indicating that the flow of electrical power from the external power source to the digital pathology device is to be switched off, wherein in response to detecting the signal from the power switch indicating that the flow of electrical power from the external power source to the digital pathology device is to be switched off, the processor is further configured to control the stage and the slide rack and the slide conveyor system to position all glass slides in the slide rack prior to termination of the flow of electrical power from the external power source to the digital pathology device. a stage upon which a glass slide is positioned during scanning; a slide conveyor system configured to move glass slides between a position in the slide rack and a position on the stage; a power switch configured to control the flow of electrical power between an external power source and the digital pathology device; a processor configured to detect a signal from the power switch indicating that the flow of electrical power from the external power source to the digital pathology device is to be switched off, wherein in response to detecting the signal from the power switch indicating that the flow of electrical power from the external power source to the digital pathology device is to be switched off, the processor is further configured to control the stage and the slide rack and the slide conveyor system to position all glass slides in the slide rack prior to termination of the flow of electrical power from the external power source to the digital pathology device.
A method for interworking between a wireless local area network and another network with different technology, comprising: receiving in an end user access device a signal indicating that an extended set of information about a wireless local area network is available before the end user access device actually authenticates and associates to a wireless point of attachment in the wireless local area network; sending from the end user access device an information request signal containing a request for available information from the extended set of information; receiving in the end user access device an information response signal containing the available information requested from the extended set of information; and deciding in the end user access device whether to authenticate and associate to the wireless point of attachment in the wireless local area network based at least partly on the available information received in the information response signal, wherein the available information comprises at least one of internet connectivity and internet protocol address type support, and wherein the information request signal is an extended probe request or a new control/action frame. receiving in an end user access device a signal indicating that an extended set of information about a wireless local area network is available before the end user access device actually authenticates and associates to a wireless point of attachment in the wireless local area network; sending from the end user access device an information request signal containing a request for available information from the extended set of information; receiving in the end user access device an information response signal containing the available information requested from the extended set of information; and deciding in the end user access device whether to authenticate and associate to the wireless point of attachment in the wireless local area network based at least partly on the available information received in the information response signal, wherein the available information comprises at least one of internet connectivity and internet protocol address type support, and wherein the information request signal is an extended probe request or a new control/action frame.
Flexible sterile protection for a medical probe of the transrectal type, the protection comprising a fine latex cap which has a shape capable of completely protecting the medical probe during use, characterised in that at least one optical fibre (3, 32, 33) is included in the cover, the optical fibre comprising an optical coupling means (4, 5) at the free end of the cap and being arranged so as to bring or acquire light in the measuring zone of the medical probe.
A method comprising: determining that a first portable device and a second portable device have been at a same current location for longer than a predetermined duration; and creating a database entry associated with the first portable device, if it is determined that the first and second portable devices have been at the same current location for longer than the predetermined duration, wherein the database entry includes information identifying the second portable device. determining that a first portable device and a second portable device have been at a same current location for longer than a predetermined duration; and creating a database entry associated with the first portable device, if it is determined that the first and second portable devices have been at the same current location for longer than the predetermined duration, wherein the database entry includes information identifying the second portable device.
A Lidar system comprising a laser system and a scanner, wherein the scanner comprises a positional sensor (123, 410); wherein the laser system comprises: - a seed laser (505, 803, 903, 1003) configured to produce a sequence of seed light pulses, wherein the sequence of seed light pulses are produced with variable time intervals in a sweep cycle, - a pump laser (503, 801, 901, 1001) configured to produce pump light having variable amplitude in the sweep cycle, - a fiber amplifier coupled to the seed laser (505, 803, 903, 1003) and the pump laser (503, 801, 901, 1001), and - a control unit (121, 501, 1009) configured to generate a command to the pump laser (503, 801, 901, 1001) to synchronize the pump light with the sequence of seed light pulses; and wherein the command is generated in response to receiving a positional signal generated by the positional sensor (123, 410). wherein the scanner comprises a positional sensor (123, 410); wherein the laser system comprises: - a seed laser (505, 803, 903, 1003) configured to produce a sequence of seed light pulses, wherein the sequence of seed light pulses are produced with variable time intervals in a sweep cycle, - a pump laser (503, 801, 901, 1001) configured to produce pump light having variable amplitude in the sweep cycle, - a fiber amplifier coupled to the seed laser (505, 803, 903, 1003) and the pump laser (503, 801, 901, 1001), and - a control unit (121, 501, 1009) configured to generate a command to the pump laser (503, 801, 901, 1001) to synchronize the pump light with the sequence of seed light pulses; and - a seed laser (505, 803, 903, 1003) configured to produce a sequence of seed light pulses, wherein the sequence of seed light pulses are produced with variable time intervals in a sweep cycle, - a pump laser (503, 801, 901, 1001) configured to produce pump light having variable amplitude in the sweep cycle, - a fiber amplifier coupled to the seed laser (505, 803, 903, 1003) and the pump laser (503, 801, 901, 1001), and - a control unit (121, 501, 1009) configured to generate a command to the pump laser (503, 801, 901, 1001) to synchronize the pump light with the sequence of seed light pulses; and wherein the command is generated in response to receiving a positional signal generated by the positional sensor (123, 410).
A filtering device for diesel engines exhaust gas, comprising a metal shell having a longitudinal axis and defining a cavity with an intake pipe and an outlet pipe, and a filtering device body, made up of at least one primary, and secondary filtering segments (8, 13), which are arranged about said longitudinal axis of the shell in such a way as to define, inside the shell, an outer chamber and an inner chamber, the said chambers communicating with said intake pipe and said outlet pipe in such a way that during use, the flow of the engine exhaust gases is forced from the outer chamber to the inner chamber -or vice versa- and wherein the flow of the engine exhaust gases is forced from a central chamber and from the outer chamber to said inner chamber -or vice versa-, thus assuming a radial component of velocity with respect to the longitudinal axis of the shell, wherein said filtering segments (8; 13) are composed of a plurality of layers of metal foam sheets set in the path of communication between said intake pipe and outlet pipe, characterized in that the porosity of said metal foam layers is variable, wherein the layers near the flow entrance have larger pores than the layers near the flow exit which have smaller pores.
A method for making a tack-free gel, comprising the steps of: providing a mold; applying a fluorinated ultrahigh molecular weight polyethylene to the mold; heating a gel slurry beyond its curing temperature to a molten state, to thereby produce a molten gel; injecting the molten gel into the mold; and cooling the mold until the gel is set to thereby produce a tack-free gel. providing a mold; applying a fluorinated ultrahigh molecular weight polyethylene to the mold; heating a gel slurry beyond its curing temperature to a molten state, to thereby produce a molten gel; injecting the molten gel into the mold; and cooling the mold until the gel is set to thereby produce a tack-free gel.