mhurhangee/ep-ind-claims huggingface dataset:
Antenna assembly consisting of a patch antenna, a RFID signal interface, a first mobile radio interface and a second mobile radio interface, wherein the patch antenna features a first port, a second port, a third port and a fourth port, characterized in that the antenna assembly features a signal splitter, a first directional coupler, a second directional coupler, a first low-pass filter, a second low-pass filter, a first high-pass filter, a second high-pass filter, a first diplexer and a second diplexer; and the signal splitter is designed with a first port, a second port and a third port, wherein the first port of the signal splitter is connected to the RFID signal interface, the second port of the signal splitter is connected to a first port of the first directional coupler and the third port of the signal splitter is connected to a first port of the second directional coupler; and a second port of the first directional coupler is connected to a first port of the first diplexer, a second port of the second directional coupler is connected to a first port of the second diplexer, a third port of the first directional coupler is connected to a first port of the first low-pass filter, a third port of the second directional coupler is connected to a first port of a second low-pass filter, a fourth port of the first directional coupler is connected to a first terminating resistor earthed on one side and a fourth port of the second directional coupler to a second terminating resistor earthed on one side; and a second port of the first low-pass filter is connected to the first port and a second port of the second low-pass filter is connected to the second port; and a second port of the first diplexer is connected to the first mobile radio interface and a second port of the second diplexer is connected to the second mobile radio interface; and a third port of the first diplexer is connected to the first high-pass filter, a third port of the second diplexer is connected to a first port of the second high-pass filter, a second port of the first high-pass filter is connected to the fourth port and a second port of the second high-pass filter is connected to the third port.
A cutter device configured to be mounted on a towed cable, the cutter device comprising: a mounting mechanism configured to fixedly attach at a predetermined position along the towed cable; characterised in that the cutter device further comprises at least three cutting structures (214, 216, 218, 400, 600), which are attached to and extend in different directions away from the mounting mechanism and are configured to cut lines that get caught by the cutting structures or that slide downstream the towed cable to the predetermined position.
A valve system for a gas turbine engine comprising: a working fluid inlet; a working fluid outlet; a valve configured to open and close a control device in response to a working fluid stream wherein the working fluid stream is a compressed bleed air; a valve controller mounted to the valve and configured to control the flow of the working fluid through the valve; a thermoelectric cooler surrounding the valve controller for transferring heat between the valve controller and an ambient environment; a controller adapted to direct a current to drive the thermoelectric cooler and configured to control the valve controller, and further comprising a temperature sensor mounted in the valve controller adapted to send a temperature signal to the controller as a function of an operating temperature of the valve controller. a working fluid inlet; a working fluid outlet; a valve configured to open and close a control device in response to a working fluid stream wherein the working fluid stream is a compressed bleed air; a valve controller mounted to the valve and configured to control the flow of the working fluid through the valve; a thermoelectric cooler surrounding the valve controller for transferring heat between the valve controller and an ambient environment; a controller adapted to direct a current to drive the thermoelectric cooler and configured to control the valve controller, and further comprising a temperature sensor mounted in the valve controller adapted to send a temperature signal to the controller as a function of an operating temperature of the valve controller.
Polypropylene resin foamed particles produced by a method comprising a one-step foaming process including placing polypropylene resin particles, water, and a foaming agent in a pressure-resistant container, the foaming agent including an inorganic physical foaming agent including carbon dioxide, dispersing the contents in the pressure-resistant container under stirring and increasing the temperature of the contents to a temperature equal to or higher than the temperature 20°C lower than a melting point of the polypropylene resin particles and equal to or lower than the temperature 10°C higher than the melting point of the polypropylene resin particles, and then discharging the dispersion liquid in the pressure-resistant container into an area having a pressure lower than an internal pressure of the pressure-resistant container to foam the polypropylene resin particles, wherein the melting point of the polypropylene resin is a value determined through calorimetric measurement by differential scanning calorimetry as disclosed in the specification, the polypropylene resin particles including a polypropylene resin composition containing 11 parts by weight or more and 25 parts by weight or less of an electroconductive carbon black having a DBP absorption amount of 300 cm 3 /100 g or more and 600 cm 3 /100 g or less, 3 parts by weight or more and 15 parts by weight or less of melamine cyanurate, and 0.01 parts by weight or more and 10 parts by weight or less of a bubble size enlarging agent, respectively relative to 100 parts by weight of the polypropylene resin, wherein the bubble size enlarging agent is a compound that is present as a liquid at 150°C under normal pressure, has a hydroxy group and is contained in the polypropylene resin in a liquid state at a foaming temperature, wherein the DBP absorption amount is a value determined in accordance with JIS K6217-4: 2008.
Arrangement for dispensing active substances on agricultural or forestry products with an adhesive layer that contains at least one active substance, wherein the adhesive layer adheres to a surface and the adhesive layer connects a cover layer with the surface, wherein the cover layer has a multiplicity of openings for dispensing the active substance, and the cover layer is vacuum-perforated and has protuberances which project from a plane of the cover layer by a height, wherein the openings are formed by the protuberances.
A method of detecting loss of heterozygosity in a sample from a subject comprising: a) amplifying a set of microsatellite markers from a bladder sample from the subject and from a matched control sample, wherein the matched control sample is a buccal sample, to produce a set of amplification products, wherein the set of microsatellite markers comprise eight markers selected from the group consisting of: FGA, D9S747, MBP, D9S162, THO1, IFN-A, D21S1245, and D20S48; b) detecting the amplification products; c) comparing the amplification products from the bladder sample and the amplification products from the matched control sample; and d) determining if loss of heterozygosity is present in any two of the eight markers in the bladder sample. a) amplifying a set of microsatellite markers from a bladder sample from the subject and from a matched control sample, wherein the matched control sample is a buccal sample, to produce a set of amplification products, wherein the set of microsatellite markers comprise eight markers selected from the group consisting of: FGA, D9S747, MBP, D9S162, THO1, IFN-A, D21S1245, and D20S48; b) detecting the amplification products; c) comparing the amplification products from the bladder sample and the amplification products from the matched control sample; and d) determining if loss of heterozygosity is present in any two of the eight markers in the bladder sample.
A storing and issuing device for banknotes and/or other flexible documents, for use in an equipment for the automatic processing of banknotes, in which said device includes a transport mechanism for moving the stored banknotes serially and in a spaced way, a taking-up roller, a motor of the taking-up roller, at least one transport belt provided for wrapping on the taking-up roller together with the banknotes and holding means (53, 54, 79) actuatable for causing an entering banknote to be engaged with the transport belt, the said device being characterized by the fact that it comprises an electronic unit for the holding means and the motor of the taking-up roller, for causing the entering banknote to be stored on the taking-up roller, with void space queuing such to provide substantial contact between the leading edge of the entered banknote (Bn(n)) and the trailing edge of a last stored banknote (Bn(n-1)), wherein the electronic unit controls the holding means and the motor of the taking-up roller, for enabling the entering banknote to be moved by the transport mechanism up to the condition in which the leading edge of the entering banknote is at substantial contact with the trailing edge of the last stored banknote.
A 3D X-ray device comprising an X-ray detector, an X-ray source and a computer, wherein the X-ray detector and the X-ray source are configured to be moved about an object volume to be recorded in a craniomaxillofacial region by movement paths (5, 7) with a rotation of at least 185°, wherein the computer is adapted to record a plurality of X-ray projection images from different irradiation directions, whereby X-rays are produced by means of the X-ray source, the device comprising an aperture adapted to form a fan beam (14,17) in order to irradiate the object volume in one of the irradiation directions, and adapted to be captured by the X-ray detector, wherein the computer is adapted to calculate a 3D X-ray image of the object volume from the recorded X-ray projection images by means of a reconstruction method, wherein the X-ray detector is arranged asymmetrically relative to a central axis through a center of rotation of the 3D X-ray device, wherein a first fan beam and an opposite second fan beam corresponding to a 180° rotation of the first fan beam form an overlap region, the device further comprising at least one X-ray filter (21,23) disposed between the X-ray source and the object volume having a first width for attenuating an X-ray dose inside the overlap region, characterized in that the device further comprises a second X-ray filter having a second width that differs from the first width of the said at least one X-ray filter disposed inside the overlap region and wherein the second x-ray filter is provided in the regions (19, 20) of the two fan beams (14, 17) outside the overlap region. whereby X-rays are produced by means of the X-ray source, the device comprising an aperture adapted to form a fan beam (14,17) in order to irradiate the object volume in one of the irradiation directions, and adapted to be captured by the X-ray detector, wherein the computer is adapted to calculate a 3D X-ray image of the object volume from the recorded X-ray projection images by means of a reconstruction method, wherein the X-ray detector is arranged asymmetrically relative to a central axis through a center of rotation of the 3D X-ray device, wherein a first fan beam and an opposite second fan beam corresponding to a 180° rotation of the first fan beam form an overlap region, the device further comprising at least one X-ray filter (21,23) disposed between the X-ray source and the object volume having a first width for attenuating an X-ray dose inside the overlap region, characterized in that the device further comprises a second X-ray filter having a second width that differs from the first width of the said at least one X-ray filter disposed inside the overlap region and wherein the second x-ray filter is provided in the regions (19, 20) of the two fan beams (14, 17) outside the overlap region.
A household assistant, comprising: - a user interface with an output apparatus in the form of a loudspeaker and an input apparatus in the form of a microphone for interaction with a user; and - a processing facility; - wherein the household assistant is designed to support the user with performing a household task, - wherein the interaction between the user and the household assistant is carried out by means of voice control by way of the microphone and voice output by way of the loudspeaker; characterized in that - the household assistant comprises a base module and an expansion module and is designed so that the expansion module can be inserted into the base module such that the expansion module engages mechanically with a predetermined resistance with the base module and is thus secured against slipping and falling; - wherein the expansion module has a camera; and - the base module further comprises a wireless data interface for connection to the expansion module and an energy interface for connection to the expansion module. - a user interface with an output apparatus in the form of a loudspeaker and an input apparatus in the form of a microphone for interaction with a user; and - a processing facility; - wherein the household assistant is designed to support the user with performing a household task, - wherein the interaction between the user and the household assistant is carried out by means of voice control by way of the microphone and voice output by way of the loudspeaker; - the household assistant comprises a base module and an expansion module and is designed so that the expansion module can be inserted into the base module such that the expansion module engages mechanically with a predetermined resistance with the base module and is thus secured against slipping and falling; - wherein the expansion module has a camera; and - the base module further comprises a wireless data interface for connection to the expansion module and an energy interface for connection to the expansion module.
A fluid treatment kit comprising a flexible plastic container defining a first compartment and a second compartment, wherein the first compartment contains a treating fluid, wherein the second compartment contains at least one applicator, wherein a breakable seal is disposed between the first compartment and the second compartment, wherein the breakable seal is breakable to allow the treating fluid to flow into the second compartment, wherein the at least one applicator comprises liquid-absorbing materials and absorbs the treating fluid flowing into the second compartment, characterised in that, the treating fluid of the kit is a hypochlorous acid solution having a concentration within the range of 0.01% to 0.05% by weight. wherein the first compartment contains a treating fluid, wherein the second compartment contains at least one applicator, wherein a breakable seal is disposed between the first compartment and the second compartment, wherein the breakable seal is breakable to allow the treating fluid to flow into the second compartment, wherein the at least one applicator comprises liquid-absorbing materials and absorbs the treating fluid flowing into the second compartment, characterised in that, the treating fluid of the kit is a hypochlorous acid solution having a concentration within the range of 0.01% to 0.05% by weight.
An expanded beads molded article, obtained by filling expanded beads prepared of a block copolymer of a polyethylene block and an ethylene-α-olefin copolymer block in the presence of a cell controlling agent and having an internal pressure of 0.01 MPa or more and 0.2 MPa or less, in a mold and heating with a heating medium for molding by introducing the heating medium and thereby compressing the filled expanded beads for molding, wherein in filling the expanded beads to a cavity of the mold, the cracking ratio (%) of the volume of an opening of the mold that prevents the mold from being completely closed is 10% by volume or more and 220% by volume or less with respect to the cavity volume of the mold, and the expanded beads molded article has a density of 30 kg/m 3 or more and 140 kg/m 3 or less and a modulus of repulsion elasticity, measured based on JIS K6255, of 60% or more, and an average cell wall thickness, measured in the manner as defined in the specification, of 1 μm or more and 8 μm or less and a tensile elongation of 120% or more, measured according to JIS K6767. wherein in filling the expanded beads to a cavity of the mold, the cracking ratio (%) of the volume of an opening of the mold that prevents the mold from being completely closed is 10% by volume or more and 220% by volume or less with respect to the cavity volume of the mold, and the expanded beads molded article has a density of 30 kg/m 3 or more and 140 kg/m 3 or less and a modulus of repulsion elasticity, measured based on JIS K6255, of 60% or more, and an average cell wall thickness, measured in the manner as defined in the specification, of 1 μm or more and 8 μm or less and a tensile elongation of 120% or more, measured according to JIS K6767.
A test bench roller of a roller test bench comprising - at least one carriageway lining element - at least one roller coating element, on an outer coating surface of which at least one carriageway lining element is mounted by means of a fastening means, and - at least one roller side wall element, which is connected to said at least one roller coating element, wherein said at least one carriageway lining element has a surface contour, which reproduces a surface finish of a carriageway lining, characterized in that said carriageway lining element, in a state of being mounted on said outer coating surface, is elastically or partially elastically deformed and has a shape which deviates from the shape of said carriageway lining element in the non-mounted state, and, said carriageway lining element, in the state of being mounted on said outer coating surface, is under additional mechanical stress compared to a stress state of said carriageway lining element in the non-mounted state. - at least one carriageway lining element - at least one roller coating element, on an outer coating surface of which at least one carriageway lining element is mounted by means of a fastening means, and - at least one roller side wall element, which is connected to said at least one roller coating element, wherein
An electrochemical battery system, comprising: a first electrode; a second electrode spaced apart from the first electrode; a separator positioned between the first electrode and the second electrode; an active material within the second electrode; a pressure sensor in fluid connection with the second electrode; a memory in which command instructions are stored; and a processor configured to execute the command instructions to obtain a pressure signal from the pressure sensor associated with the pressure of fluid within the second electrode, and to identify a state of charge of the electrochemical battery system based upon the pressure signal, the electrochemical battery system characterized in that the state of charge is inversely related to the received pressure signal, and the electrochemical battery system is a lithium sulfur system. a first electrode; a second electrode spaced apart from the first electrode; a separator positioned between the first electrode and the second electrode; an active material within the second electrode; a pressure sensor in fluid connection with the second electrode; a memory in which command instructions are stored; and a processor configured to execute the command instructions to obtain a pressure signal from the pressure sensor associated with the pressure of fluid within the second electrode, and to identify a state of charge of the electrochemical battery system based upon the pressure signal, the electrochemical battery system characterized in that the state of charge is inversely related to the received pressure signal, and the electrochemical battery system is a lithium sulfur system.
A method for the controlled charging of blasting boreholes with a flowable or pourable explosive in open-cast mining comprising the following steps: - providing a radar head having at least one radar unit (12, 12', 12") that is operated in the non-rock penetrating frequency range; - arranging the radar head at a pulling means; - introducing the radar head into the blasting borehole in that the radar head is lowered into the blasting borehole from an upper aperture opening of said blasting borehole in an arrangement at the pulling means; and - detecting at least one measurement value comprising a base distance (d) of the radar head from the blasting borehole base and/or a charge height distance (d') for determining the charge height (h) of the explosive in the blasting borehole and/or comprising the shape of the jacket section over at least a portion of the depth of the blasting borehole by means of the operation of at least one of the radar units (12, 12', 12"), wherein - the radar head is hanging on the pulling means and is moved from bottom to top or from top to bottom in a vertical axis (z) between a lower blasting borehole base and the aperture opening of the blasting borehole during the detection of the at least one measurement value. - providing a radar head having at least one radar unit (12, 12', 12") that is operated in the non-rock penetrating frequency range; - arranging the radar head at a pulling means; - introducing the radar head into the blasting borehole in that the radar head is lowered into the blasting borehole from an upper aperture opening of said blasting borehole in an arrangement at the pulling means; and - detecting at least one measurement value comprising a base distance (d) of the radar head from the blasting borehole base and/or a charge height distance (d') for determining the charge height (h) of the explosive in the blasting borehole and/or comprising the shape of the jacket section over at least a portion of the depth of the blasting borehole by means of the operation of at least one of the radar units (12, 12', 12"), wherein - the radar head is hanging on the pulling means and is moved from bottom to top or from top to bottom in a vertical axis (z) between a lower blasting borehole base and the aperture opening of the blasting borehole during the detection of the at least one measurement value.