mhurhangee/ep-ind-claims huggingface dataset:
A turf system comprising: - a base member having a predetermined thickness (s) and constituted by natural fibres of vegetable origin having a determined length (l); - a turf arranged to be positioned upon said base member, said turf comprising: - a mat provided with a first face and a second face opposite to the first face, said mat being configured to be water-permeable in such a way to allow rain or irrigation water to flow from said second face to said first face and to reach said base member; - a plurality of blades made of synthetic material fixed to said mat, said plurality of blades made of synthetic material being configured to protrude from said second face in such a way to form an artificial turf; said turf system being characterized in that said base member is, furthermore, constituted by an adhesive based on natural latex arranged to keep said natural fibres of vegetable origin together and in that said predetermined thickness (s) is greater than 5 mm. - a base member having a predetermined thickness (s) and constituted by natural fibres of vegetable origin having a determined length (l); - a turf arranged to be positioned upon said base member, said turf comprising: - a mat provided with a first face and a second face opposite to the first face, said mat being configured to be water-permeable in such a way to allow rain or irrigation water to flow from said second face to said first face and to reach said base member; - a plurality of blades made of synthetic material fixed to said mat, said plurality of blades made of synthetic material being configured to protrude from said second face in such a way to form an artificial turf; - a mat provided with a first face and a second face opposite to the first face, said mat being configured to be water-permeable in such a way to allow rain or irrigation water to flow from said second face to said first face and to reach said base member; - a plurality of blades made of synthetic material fixed to said mat, said plurality of blades made of synthetic material being configured to protrude from said second face in such a way to form an artificial turf;
A curable fluoropolymer composition comprising: an amorphous perfluoropolymer; and nanoparticles of zirconium oxide. an amorphous perfluoropolymer; and nanoparticles of zirconium oxide.
A device for cleaning a belt, comprising a cleaning head being movable transversely relative to the belt and comprising an outlet opening from which the dirt particles and waste water emerge, and an air-water separation container including an inlet opening for the dirt particles and waste water from the cleaning head, an air outlet, and a wastewater outlet, wherein the air-water separation container is connected to the cleaning head so as to be movable transversely to the belt together with the cleaning head, and the cleaning head and the air-water separation container are connected to one another in an airtight manner at the outlet opening of the cleaning head and the inlet opening of the air-water separation container, or the cleaning head and the air-water separation container are connected via a tubular body.
An information processing apparatus comprising: a controller configured to control functional extension of an external application, wherein the controller is configured to cause an extended menu icon whose display position is adjustable to be superimposed and displayed on a display window of the external application, wherein the display position of the extended menu icon is adjustable to any position on the display window, and control a display position of an extended menu according to the display position of the extended menu icon when selecting the extended menu icon, the extended menu comprising a menu of extension functions, and cause an extension function icon to be superimposed and displayed on the display window with a display position of the extension function icon being adjustable to any position on the display window, the extension function icon being associated with an extension function selected on the extended menu, and control a display position of a plurality of sub-icons accompanying the extension function icon, according to the display position of the extension function icon. a controller configured to control functional extension of an external application, wherein the controller is configured to cause an extended menu icon whose display position is adjustable to be superimposed and displayed on a display window of the external application, wherein the display position of the extended menu icon is adjustable to any position on the display window, and control a display position of an extended menu according to the display position of the extended menu icon when selecting the extended menu icon, the extended menu comprising a menu of extension functions, and cause an extension function icon to be superimposed and displayed on the display window with a display position of the extension function icon being adjustable to any position on the display window, the extension function icon being associated with an extension function selected on the extended menu, and control a display position of a plurality of sub-icons accompanying the extension function icon, according to the display position of the extension function icon. cause an extended menu icon whose display position is adjustable to be superimposed and displayed on a display window of the external application, wherein the display position of the extended menu icon is adjustable to any position on the display window, and control a display position of an extended menu according to the display position of the extended menu icon when selecting the extended menu icon, the extended menu comprising a menu of extension functions, and cause an extension function icon to be superimposed and displayed on the display window with a display position of the extension function icon being adjustable to any position on the display window, the extension function icon being associated with an extension function selected on the extended menu, and control a display position of a plurality of sub-icons accompanying the extension function icon, according to the display position of the extension function icon.
Tyre pressure monitoring unit for placement inside a motor vehicle tyre to detect the tyre pressure, including: - a housing, in which electronic components (8, 9), in particular a printed circuit board and at least one pressure sensor are arranged, wherein the housing comprises a housing lower shell and a housing upper shell, - wherein the housing lower shell or housing upper shell has at least one protrusion, - an air inlet arranged in the housing via which the pressure sense can be exposed to the tyre inflation pressure, - a seal which is arranged between the air inlet and the pressure sensor, characterized in that the electronic components (8, 9), in particular the printed circuit board can be connected to each other with at least one protrusion of the housing lower shell or housing upper shell by material bonding, in particular by means of a hot stamping connection, wherein the protrusions are conical in design. - a housing, in which electronic components (8, 9), in particular a printed circuit board and at least one pressure sensor are arranged, wherein the housing comprises a housing lower shell and a housing upper shell, - wherein the housing lower shell or housing upper shell has at least one protrusion, - an air inlet arranged in the housing via which the pressure sense can be exposed to the tyre inflation pressure, - a seal which is arranged between the air inlet and the pressure sensor,
A terminal device comprising: a communication control unit configured to control a radio communication function so as to establish synchronization in a second frequency band by a synchronization signal transmitted in the second frequency band synchronized with a first frequency band, and to establish synchronization in the first frequency band by utilizing a synchronization result in the second frequency band, wherein the first frequency band is synchronized with a third frequency band, and wherein the communication control unit is configured to control the radio communication function so as to establish synchronization in the third frequency band by a synchronization signal transmitted in the third frequency band, and to establish synchronization in the first frequency band by utilizing a synchronization result in the third frequency band, before the radio communication function becomes unable to establish synchronization in the second frequency band by the synchronization signal. a communication control unit configured to control a radio communication function so as to establish synchronization in a second frequency band by a synchronization signal transmitted in the second frequency band synchronized with a first frequency band, and to establish synchronization in the first frequency band by utilizing a synchronization result in the second frequency band, wherein the first frequency band is synchronized with a third frequency band, and wherein the communication control unit is configured to control the radio communication function so as to establish synchronization in the third frequency band by a synchronization signal transmitted in the third frequency band, and to establish synchronization in the first frequency band by utilizing a synchronization result in the third frequency band, before the radio communication function becomes unable to establish synchronization in the second frequency band by the synchronization signal.
Curable siloxane composition comprising: A) at least one reactive siloxane polymer, wherein the content of the T- and Q-units if present does not exceed 10 mol% of all siloxy units, B) optionally at least one siloxane cross-linking agent, C) at least one component selected from the group of a catalyst, a sensibilizer and a radical initiator, D) at least one pressure sensitive adhesive selected from non-reactive polyorganosiloxanes with respect to the component A) or B), wherein the content of the T- and Q-units is more than 10 mol-% of all siloxy units, the content of D-units is more than 10 mol-% of all siloxy units, and at least 90 mol% of the organo groups in the organosilicone compound are alkyl groups, E) optionally auxiliary additives, and F) optionally solvents. A) at least one reactive siloxane polymer, wherein the content of the T- and Q-units if present does not exceed 10 mol% of all siloxy units, B) optionally at least one siloxane cross-linking agent, C) at least one component selected from the group of a catalyst, a sensibilizer and a radical initiator, D) at least one pressure sensitive adhesive selected from non-reactive polyorganosiloxanes with respect to the component A) or B), wherein the content of the T- and Q-units is more than 10 mol-% of all siloxy units, the content of D-units is more than 10 mol-% of all siloxy units, and at least 90 mol% of the organo groups in the organosilicone compound are alkyl groups, E) optionally auxiliary additives, and F) optionally solvents.
A radio transmitter system arranged to be responsive to a binary signal and arranged for driving an electromagnetic wave antenna system, the transmitter system comprising: a generator adapted to be responsive to the binary signal for deriving a first output signal having frequency coded values dependent upon the values of binary bits of the binary signal, the frequency coded values representing the wave shape of the instantaneous amplitude of a first wave indicative of the values of binary bits of the binary signal; a source for deriving another output having values in accordance with amplitude values of a carrier frequency; the system being characterized by: an impulse response signal processor arrangement arranged to be responsive to the first output signal and having an output for deriving a second output signal having components representing the shape of a modulating wave having a variable amplitude envelope and the frequencies of the frequency coded values; a transmitter connected to be responsive to the second output signal and the another output and having an output for deriving a third output signal having modulation with a shape that is a substantial replica of the represented shape of the modulating wave, the third output signal of the transmitter being adapted to be supplied to the antenna system; components of the antenna system and components between the output of the impulse response signal processor arrangement and the antenna system and the bit rate of the binary signal being such that they cause the signal emitted by the antenna system to include modulation having a shape that differs substantially from the shape of the first wave, but for the impulse response signal processor arrangement; the impulse response signal processor arrangement being arranged so the signal emitted by the antenna system includes modulation having a shape that is substantially the same as the shape of the first wave.
An electrohydraulic linear actuator wherein: - the linear actuator comprises a housing, in which a hydraulic cylinder, a hydraulic unit pressurizing this and a hydraulic-oil reservoir are housed; - relative to the axis of the hydraulic cylinder, the hydraulic unit and the hydraulic-oil reservoir are disposed next to the hydraulic cylinder; - the housing consists of a profile tube, which forms a housing jacket, in which several cavities (5, 6) are constructed and which is closed at the ends by means of two housing covers (3, 4) fitted on the axial faces of the housing jacket; - the hydraulic cylinder is constructed as a double-acting synchronous cylinder with a piston unit, which is guided in a cylinder and which separates two working chambers (11, 12) of equal cross section from one another; - the cylinder is formed by a first cavity of the profile tube; - the housing is provided with at least one opening for a mechanical interface to the piston unit of the coupling element forming the hydraulic cylinder; - the hydraulic unit is housed and the hydraulic-oil reservoir is constructed in a second cavity of the profile tube extending parallel to the first cavity; - the electric motor of the hydraulic unit is constructed as a brushless external-rotor motor. - the linear actuator comprises a housing, in which a hydraulic cylinder, a hydraulic unit pressurizing this and a hydraulic-oil reservoir are housed; - relative to the axis of the hydraulic cylinder, the hydraulic unit and the hydraulic-oil reservoir are disposed next to the hydraulic cylinder; - the housing consists of a profile tube, which forms a housing jacket, in which several cavities (5, 6) are constructed and which is closed at the ends by means of two housing covers (3, 4) fitted on the axial faces of the housing jacket; - the hydraulic cylinder is constructed as a double-acting synchronous cylinder with a piston unit, which is guided in a cylinder and which separates two working chambers (11, 12) of equal cross section from one another; - the cylinder is formed by a first cavity of the profile tube; - the housing is provided with at least one opening for a mechanical interface to the piston unit of the coupling element forming the hydraulic cylinder; - the hydraulic unit is housed and the hydraulic-oil reservoir is constructed in a second cavity of the profile tube extending parallel to the first cavity; - the electric motor of the hydraulic unit is constructed as a brushless external-rotor motor.
A tibia cutting assembly, comprising: a tibia cut guide (10, 110, 210) with at least one cut slot (12, 112); a guide rod (16, 116) having a guide holder (14, 115) configured to be mounted to the cut guide at a first end of the guide rod, and a second end of the guide rod configured to be mounted non-invasively about a skin of a patient, the guide rod being extendable in length to displace the tibia cut guide and adjust a position thereof with respect to a tibia of the patient, and the guide holder cooperating with the tibia cut guide to adjust an orientation of the tibia cut guide; and at least one inertial sensor (20A, 20B); characterised in that the at least one inertial sensor is configured to be mounted to the guide holder and is displaceable therewith to determine an orientation of the tibial cut guide relative to the guide rod; wherein the guide holder includes a guide adjustment mechanism (114D, 214D) configured to be mounted to the guide rod to adjust the orientation of the tibia cut guide along at least one of a medio-lateral axis and an anterior-posterior axis relative to the guide rod. a tibia cut guide (10, 110, 210) with at least one cut slot (12, 112); a guide rod (16, 116) having a guide holder (14, 115) configured to be mounted to the cut guide at a first end of the guide rod, and a second end of the guide rod configured to be mounted non-invasively about a skin of a patient, the guide rod being extendable in length to displace the tibia cut guide and adjust a position thereof with respect to a tibia of the patient, and the guide holder cooperating with the tibia cut guide to adjust an orientation of the tibia cut guide; and at least one inertial sensor (20A, 20B); characterised in that the at least one inertial sensor is configured to be mounted to the guide holder and is displaceable therewith to determine an orientation of the tibial cut guide relative to the guide rod; wherein the guide holder includes a guide adjustment mechanism (114D, 214D) configured to be mounted to the guide rod to adjust the orientation of the tibia cut guide along at least one of a medio-lateral axis and an anterior-posterior axis relative to the guide rod.
A method for the diagnosis, prognosis, risk assessment, risk stratification and/or therapy control of a disease or medical condition, comprising detecting a free histone protein or peptide fragment thereof in a biological sample of a subject, wherein the presence of said free histone protein or fragment thereof is indicative for said disease or medical condition, wherein the free histone protein or a peptide fragment thereof is histone H4, and wherein an epitope or a peptide fragment in the sequence spanning amino acid residues 22 to 102 of free histone H4 according to SEQ ID NO:1 is detected, and wherein the epitope or the peptide fragment is not accessible when the histone protein is assembled in a nucleosome.
An application server coupleable to a wireless communication system that comprises multiple wireless remote communication units, the application server comprising: a memory operably configured to store internet protocol, IP, addresses for the multiple wireless remote communication units, wherein at least one wireless remote communication unit is assigned multiple IP addresses; a processor, operably coupled to the memory, and configured to select one IP address from the multiple IP addresses based on the different data types of communication that the at least one wireless remote communication unit wishes to support; and a transmitter configured to instruct the at least one wireless remote communication unit to use the selected one IP address, characterized in that the processor is configured to select a first IP address associated with a mesh connectivity path via another wireless remote communication unit for low priority, high delay tolerant data or a second IP address associated with a direct cellular path to a cellular network for high priority, low delay tolerant data. a memory operably configured to store internet protocol, IP, addresses for the multiple wireless remote communication units, wherein at least one wireless remote communication unit is assigned multiple IP addresses; a processor, operably coupled to the memory, and configured to select one IP address from the multiple IP addresses based on the different data types of communication that the at least one wireless remote communication unit wishes to support; and a transmitter configured to instruct the at least one wireless remote communication unit to use the selected one IP address, characterized in that the processor is configured to select a first IP address associated with a mesh connectivity path via another wireless remote communication unit for low priority, high delay tolerant data or a second IP address associated with a direct cellular path to a cellular network for high priority, low delay tolerant data.
Threshing cage arrangement for a combine harvester, with a threshing cage and a crop processing device which is mounted upstream on the input side of the threshing cage and comprises a body with projections arranged on the surface of the body, wherein the body is rotatable about a pivot axis, which extends along the input side of the threshing cage, between a first position, in which the projections interact with crop, and a second position, in which a smooth guide surface of the body interacts with the crop, and is lockable in said positions, and a scraper is arranged on the input side of the threshing cage, said scraper extending as far as a position placed directly downstream of the body, characterized in that the body is shaped in such a manner that it is spaced apart from the scraper in the first position and lies against the scraper in the second position.
An authentication device for authenticating a luminescent security mark, the device comprising: an illumination source configured to irradiate the security mark with a pulse of excitation radiation so as to cause the security mark to emit luminescent radiation that decays with time; a radiation detector configured to detect the luminescent radiation emitted by the security mark; and an optical waveguide positioned relative to the illumination source and the radiation detector and configured so as to guide by internal reflection both excitation radiation emitted from the illumination source towards the security mark, and luminescent radiation emitted by the security mark towards the radiation detector; wherein the illumination source and the radiation detector abut an internal surface of the optical waveguide; and wherein the optical waveguide is substantially cuboidal. an illumination source configured to irradiate the security mark with a pulse of excitation radiation so as to cause the security mark to emit luminescent radiation that decays with time; a radiation detector configured to detect the luminescent radiation emitted by the security mark; and an optical waveguide positioned relative to the illumination source and the radiation detector and configured so as to guide by internal reflection both excitation radiation emitted from the illumination source towards the security mark, and luminescent radiation emitted by the security mark towards the radiation detector; wherein the illumination source and the radiation detector abut an internal surface of the optical waveguide; and wherein the optical waveguide is substantially cuboidal.
A drive roller for a maneuvering drive, comprising a hollow cylindrical shell part and a core which is arranged in the interior of the shell part and connected thereto for joint rotation therewith, the shell part being an extruded profile part, characterized in that the core is an extruded profile part and in that the core has an axial length that is at least 20% shorter than the length of the shell part.