mhurhangee/ep-ind-claims huggingface dataset:
An arrangement adapted to calibrate a capacitive sensor interface, comprising: - a capacitive sensor having a capacitance (cmem, cmemsp, cmemsm) - a charge storing circuit having a changeable capacitance (cdum, cdump, cdumm), - a test circuit adapted to apply a test signal (vtst) to the capacitive sensor and the charge storing circuit, - an amplifier circuit having a first input connection (E40a) coupled to the capacitive sensor and a second input connection (E40b) coupled to the charge storing circuit and an output connection, wherein the amplifier circuit is configured to provide an output signal (Vout) at the output connection of the amplifier circuit in dependence on a first input signal (ΔVerr1) applied to the first input connection (E40a) and a second input signal (ΔVerr2) applied to the second input connection (E40b), - a detection circuit adapted to detect a level of the output signal (Vout), - a control circuit adapted to receive the detected level of the output signal (Vout) and to trim the capacitance (cdum, cdump, cdumm) of the charge storing circuit such that the level of the output signal (Vout) tends to the level of zero, - a bias voltage source adapted to bias the capacitive sensor, wherein the bias voltage source is coupled to the capacitive sensor and the charge storing circuit. - a capacitive sensor having a capacitance (cmem, cmemsp, cmemsm) - a charge storing circuit having a changeable capacitance (cdum, cdump, cdumm), - a test circuit adapted to apply a test signal (vtst) to the capacitive sensor and the charge storing circuit, - an amplifier circuit having a first input connection (E40a) coupled to the capacitive sensor and a second input connection (E40b) coupled to the charge storing circuit and an output connection, wherein the amplifier circuit is configured to provide an output signal (Vout) at the output connection of the amplifier circuit in dependence on a first input signal (ΔVerr1) applied to the first input connection (E40a) and a second input signal (ΔVerr2) applied to the second input connection (E40b), - a detection circuit adapted to detect a level of the output signal (Vout), - a control circuit adapted to receive the detected level of the output signal (Vout) and to trim the capacitance (cdum, cdump, cdumm) of the charge storing circuit such that the level of the output signal (Vout) tends to the level of zero, - a bias voltage source adapted to bias the capacitive sensor, wherein the bias voltage source is coupled to the capacitive sensor and the charge storing circuit.
A catheter system for draining a bodily fluid from a fluid source in a body of a subject, the catheter system comprising: a catheter tube having a proximal end, a distal end, and an intermediate portion between the proximal end and the distal end, the catheter tube including a drainage lumen extending from a proximal end opening in the proximal end to a distal end opening in the distal end; and a one way check valve having an open position in which the bodily fluid can flow in a downstream direction from the proximal end toward the distal end, the check valve having a closed position in which the bodily fluid cannot flow in an upstream direction from the distal end toward the proximal end, the check valve being positioned in the drainage lumen at the intermediate portion of the catheter tube such that the check valve is outside of and adjacent to the body of the subject when the proximal end opening is located in the fluid source in the body of the subject, the check valve being a ball valve comprising a valve body having a valve seat, a stop, and a ball positioned between the valve seat and the stop, the ball sealing against the valve seat when the check valve is in the closed position, the stop restricting movement of the ball toward the distal end opening, characterized in that the stop extends across a diameter of the catheter tube at a height smaller than a height of the ball. a catheter tube having a proximal end, a distal end, and an intermediate portion between the proximal end and the distal end, the catheter tube including a drainage lumen extending from a proximal end opening in the proximal end to a distal end opening in the distal end; and a one way check valve having an open position in which the bodily fluid can flow in a downstream direction from the proximal end toward the distal end, the check valve having a closed position in which the bodily fluid cannot flow in an upstream direction from the distal end toward the proximal end, the check valve being positioned in the drainage lumen at the intermediate portion of the catheter tube such that the check valve is outside of and adjacent to the body of the subject when the proximal end opening is located in the fluid source in the body of the subject, the check valve being a ball valve comprising a valve body having a valve seat, a stop, and a ball positioned between the valve seat and the stop, the ball sealing against the valve seat when the check valve is in the closed position, the stop restricting movement of the ball toward the distal end opening, characterized in that the stop extends across a diameter of the catheter tube at a height smaller than a height of the ball.
Composition comprising at least one polyamide matrix and extracted lignin; the polyamide matrix comprises type 66 polyamides and/or type 6 polyamides.
In a third party call control system, a method of facilitating verification of call leg setup, the method comprising: at a call control server in communication with a private branch exchange 'PBX': sending (124, 178) a command for causing the PBX to initiate setup of a call leg between said PBX and a telephone device, said initiating comprising placing a telephone call to said telephone device; receiving (127-1, 181-1), from said PBX, an indicator that the telephone call is in a ringing state; and in response to said indicator and before receiving (130, 184) confirmation from said PBX that said telephone call has been answered by said telephone device, subscribing (127-2, 181-2) with said PBX to receive event notification of one or more dual-tone multi-frequency 'DTMF' tones provided by said telephone device via said telephone call, wherein said subscribing occurs in response to said indicator so that configuration of said PBX for providing said event notification can be completed before any of said DTMF tones arrive at said PBX. at a call control server in communication with a private branch exchange 'PBX': sending (124, 178) a command for causing the PBX to initiate setup of a call leg between said PBX and a telephone device, said initiating comprising placing a telephone call to said telephone device; receiving (127-1, 181-1), from said PBX, an indicator that the telephone call is in a ringing state; and in response to said indicator and before receiving (130, 184) confirmation from said PBX that said telephone call has been answered by said telephone device, subscribing (127-2, 181-2) with said PBX to receive event notification of one or more dual-tone multi-frequency 'DTMF' tones provided by said telephone device via said telephone call, sending (124, 178) a command for causing the PBX to initiate setup of a call leg between said PBX and a telephone device, said initiating comprising placing a telephone call to said telephone device; receiving (127-1, 181-1), from said PBX, an indicator that the telephone call is in a ringing state; and in response to said indicator and before receiving (130, 184) confirmation from said PBX that said telephone call has been answered by said telephone device, subscribing (127-2, 181-2) with said PBX to receive event notification of one or more dual-tone multi-frequency 'DTMF' tones provided by said telephone device via said telephone call, wherein said subscribing occurs in response to said indicator so that configuration of said PBX for providing said event notification can be completed before any of said DTMF tones arrive at said PBX.
Control device (10, 10.1 - 10.8) for an information display (13, 13') including - a sensor configured to receive image information, and - a processor configured to decode visually encoded information from glyphs in said image information to determine control information (15, 16) within said image information, wherein subsequent data transmission between said control device (10, 10.1 - 10.8) and said information display (13, 13') is dependent upon the origin of the received image information as determined by the control information (15, 16), wherein the control device (10, 10.1 - 10.8) is adapted to determine data continuously from the control information (15, 16) in order to determine a continuous stream of locations on the information display (13, 13') pointed at by the control device (10, 10.1 - 10.8), and wherein specific movements of the control device (10, 10.1 - 10.8) are arranged to be used as an interaction method with the information display (13, 13') which movements are determined from the continuous stream of locations; characterised in that the sensor is a video sensor and the image information is video image information, and in that the specific movements of the control device are used to carry out control operations directed to the information display (13, 13') by data transmission of control commands of the information display (13, 13') from the control device (10, 10.1 - 10.8) to the information display (13, 13'). - a sensor configured to receive image information, and - a processor configured to decode visually encoded information from glyphs in said image information to determine control information (15, 16) within said image information,
A barrier layer for impeding the flow of inflation gas through an inflatable article, the barrier layer constructed of a rubber composition that is based upon a cross-linkable elastomer composition, the cross-linkable elastomer composition comprising, per 100 parts by weight of rubber (phr): at least 50 phr of a primary elastomer selected from at least one of a halogenated butyl rubber or a polymeric halogenated rubber comprising C 4 to C 7 isoolefin derived units, para-alkylstyrene derived units and para-(haloalkylstyrene) derived units; between 0 phr and 50 phr of a secondary diene elastomer; a platy filler; at least 0.1 phr of 1,3-phenylene dimaleimide added to the cross-linkable elastomer composition in the nonproductive stage of the processing of the rubber composition; and a sulfur cure system having sulfur and an accelerator, wherein the 1,3-phenylene dimaleimide is not included in the sulfur cure system. at least 50 phr of a primary elastomer selected from at least one of a halogenated butyl rubber or a polymeric halogenated rubber comprising C 4 to C 7 isoolefin derived units, para-alkylstyrene derived units and para-(haloalkylstyrene) derived units; between 0 phr and 50 phr of a secondary diene elastomer; a platy filler; at least 0.1 phr of 1,3-phenylene dimaleimide added to the cross-linkable elastomer composition in the nonproductive stage of the processing of the rubber composition; and a sulfur cure system having sulfur and an accelerator,
Apparatus for measuring rotational imbalance of a turbocharger core assembly, comprising a base frame, a rigid annular support housing for mounting a rotational core assembly thereon, air supply means for rotationally driving a turbine of the core assembly, and a device to measure transverse oscillatory vibration of the core assembly during rotation, wherein the support housing is mounted to the base frame by resilient means (12, 15) such as to afford a degree of movement of the support housing in a plane transverse to the rotational axis of the core assembly, the support housing comprising a first axial part, a second axial part connected to the first axial part by a universal flange, quick release clamps for attachment and removal of the core assembly to the front of the second axial part and at least one further part (35, 36), wherein the first axial part has a driving air inlet and is internally configured to include a volute through which air is fed from the air supply means to drive the core assembly and the at least one further part (35, 36) is mounted at least in part within the first axial part to form an air inlet passage from the volute to an interior chamber of the support housing, wherein the second axial part is an adapter enabling attachment of the turbocharger core assembly to the support housing, the second axial part being a mounting ring with an internal configuration adapted to closely match, fit to and retain the exterior of the turbocharger core assembly and an external periphery configured to engage snugly into the universal flange, the universal flange being a mounting ring having an internal step or shoulder which the exterior of the second axial part matches in configuration so as to fit therein.
A trivalent chromium conversion coating solution comprising: a trivalent chromium compound; a zirconate compound; and a dye compound; wherein the conversion coating solution is an aqueous solution; wherein the dye compound comprises an azo dye, a chromium complex dye, an anthraquinoid dye, and/or a methine dye; and wherein the trivalent chromium conversion coating solution is capable of satisfying the corrosion resistance requirements of MIL-DTL-81706B Class 1A and Class 3. a trivalent chromium compound; a zirconate compound; and a dye compound; wherein the conversion coating solution is an aqueous solution; wherein the dye compound comprises an azo dye, a chromium complex dye, an anthraquinoid dye, and/or a methine dye; and wherein the trivalent chromium conversion coating solution is capable of satisfying the corrosion resistance requirements of MIL-DTL-81706B Class 1A and Class 3.
Method for tamper-proof sealing of packaged goods on a pallet, the method comprising the following steps: a. positioning a bottom film on a pallet, b. positioning packaged goods on the bottom film lying on the pallet, c. drawing a film cover over the packaged goods such that the bottom film and the film cover overlap over the entire periphery and form an overlapping surface, d. positioning the pallet in a welding system, e. welding the films (3, 4) in the region of the overlapping surface of the film cover and the bottom film at the level of the pallet, wherein a contoured weld seam is applied in the overlapping region of the film cover and the bottom film, wherein the welding method according to step e comprises the steps of: e1. heating a heating die having a contoured die surface, the heating die being a straight heating die having a straight die surface in the form of a plate, e2. pressing the heating die against the films in the overlapping region of the film hood and the bottom film at the level of the pallet and welding the bottom film and the film cover together, wherein, in the overlapping region of the film cover and bottom film, a contoured weld seam is created and the overlapping region of the films is completely peripheral, such that the packaged goods are completely surrounded by film and the bottom film and the cover film are welded over the entire periphery at the overlapping surface, wherein the welding processes are carried out in pairs and the mutually opposite sides are always welded at the same time, and the heating dies are pressed against the overlapping films at the level of the continuous board of the pallet, such that the films are pressed together and welded between the die surface and the board. a. positioning a bottom film on a pallet, b. positioning packaged goods on the bottom film lying on the pallet, c. drawing a film cover over the packaged goods such that the bottom film and the film cover overlap over the entire periphery and form an overlapping surface, d. positioning the pallet in a welding system, e. welding the films (3, 4) in the region of the overlapping surface of the film cover and the bottom film at the level of the pallet, wherein a contoured weld seam is applied in the overlapping region of the film cover and the bottom film, e1. heating a heating die having a contoured die surface, the heating die being a straight heating die having a straight die surface in the form of a plate, e2. pressing the heating die against the films in the overlapping region of the film hood and the bottom film at the level of the pallet and welding the bottom film and the film cover together, wherein, in the overlapping region of the film cover and bottom film, a contoured weld seam is created and the overlapping region of the films is completely peripheral, such that the packaged goods are completely surrounded by film and the bottom film and the cover film are welded over the entire periphery at the overlapping surface,
A heat-resistant adhesive tape comprising a substrate layer and an adhesive layer provided on a first surface of the substrate layer, the substrate layer further comprising a second surface opposite to the first surface, and the substrate layer being a glass fiber fabric treated with a silicon-containing agent, and the treated glass fiber fabric is impregnated with a fluorine-containing resin, wherein the second surface has a surface roughness, as measured in accordance with the JIS-B0601-1994 test method, of Rz ≤ 2.5 μm or Ra ≤ 1.0 μm, wherein the thinnest thickness between the second surface of the substrate layer and the glass fiber fabric in terms of the thickness from the outer surface of the substrate layer to the nearest glass fiber is 10 to 30 μm, and wherein the amount of the silicon-containing agent is 0.05 to 0.2% by weight of the total weight of the glass fiber fabric.
A bale forming apparatus for forming cylindrical bales (B, B') of material, the bale forming apparatus comprises • an intake device with an outlet, • a bale forming device, • a pivotally mounted bale supporting construction, • a pivoting mechanism (14, 15) for pivoting the bale supporting construction, and • a bale pushing device (115, 23, 24.1, 24.2), the bale forming device comprises a bale forming means adapted for surrounding a bale forming chamber adjacent to the outlet, the intake device is adapted for conveying material through the outlet into the bale forming chamber, the bale forming apparatus is adapted for forming a bale (B, B') in the bale forming chamber, the bale supporting construction is adapted for carrying a bale which has been formed in the bale forming chamber, the pivoting mechanism (14, 15) is adapted for pivoting the bale supporting construction • into a bale receiving position, • from the bale receiving position into a bale supporting position, and • from the bale supporting position into a bale ejecting position, the bale pushing device (115, 23, 24.1, 24.2) is adapted for pushing a bale formed in the bale forming chamber away from the outlet onto the bale supporting construction being in the bale receiving position, the bale supporting construction is adapted for being pivoted from the bale receiving position into the bale supporting position when carrying a bale such that pivoting the bale supporting construction into the bale supporting position increases the distance between the bale on the bale supporting construction and the outlet, the bale supporting construction is further adapted for ejecting a bale when carrying the bale and being pivoted from the bale supporting position into the bale ejecting position, and the bale forming apparatus is further adapted for providing a bale forming chamber surrounded by the bale forming means adjacent to the outlet even when the bale supporting construction carries a bale and is in the bale supporting position or in the bale ejecting position. • an intake device with an outlet, • a bale forming device, • a pivotally mounted bale supporting construction, • a pivoting mechanism (14, 15) for pivoting the bale supporting construction, and • a bale pushing device (115, 23, 24.1, 24.2), • into a bale receiving position, • from the bale receiving position into a bale supporting position, and • from the bale supporting position into a bale ejecting position,
An article comprising multiple layers, wherein each layer is mechanically coupled with adjacent layers of the article, wherein the article has an impact side that is adapted to receive a blast and an asset side that is opposite the impact side and is adapted to face the asset to be protected, and wherein, from the impact side to the asset side, each successive layer has a density that is greater than a density of the adjacent layer that is closer to the impact side wherein the article comprises one or more layers comprising rubber, wherein the rubber is neoprene, one or more layers comprising metal foam, and one or more layers comprising a ceramic composite, wherein the ceramic composite is concrete. multiple layers, wherein each layer is mechanically coupled with adjacent layers of the article, wherein the article has an impact side that is adapted to receive a blast and an asset side that is opposite the impact side and is adapted to face the asset to be protected, and wherein, from the impact side to the asset side, each successive layer has a density that is greater than a density of the adjacent layer that is closer to the impact side wherein the article comprises one or more layers comprising rubber, wherein the rubber is neoprene, one or more layers comprising metal foam, and one or more layers comprising a ceramic composite, wherein the ceramic composite is concrete.
A solid state UV output device package, comprising: a base comprising a chamber; electrical components within the chamber; at least two spring contacts mounted in the chamber; and a lid, wherein the lid comprises: a UV transparent or translucent window; electrical connection tracks mounted over the inside of the window; and a solid state UV output device mounted over the electrical connection tracks, wherein the lid is mounted over the base to close the chamber, with the electrical connection tracks making electrical contact with the spring contacts, and wherein the solid state UV output device and the electrical components are provided on different levels. a base comprising a chamber; electrical components within the chamber; at least two spring contacts mounted in the chamber; and a lid, wherein the lid comprises: a UV transparent or translucent window; electrical connection tracks mounted over the inside of the window; and a solid state UV output device mounted over the electrical connection tracks, a UV transparent or translucent window; electrical connection tracks mounted over the inside of the window; and a solid state UV output device mounted over the electrical connection tracks, wherein the lid is mounted over the base to close the chamber, with the electrical connection tracks making electrical contact with the spring contacts, and wherein the solid state UV output device and the electrical components are provided on different levels.
An alumina product having a fine particle size component and a coarse particle size component, wherein: the fine particle size component has a d50 particle size in a range from 0.3 to 6 μm as determined by laser diffraction; the coarse particle size component has a d50 particle size in a range from 7 to 35 μm as determined by laser diffraction, and is characterized by an average aspect ratio in a range from 1.5 to 30, wherein the average aspect ratio is measured by the method described in the description; and the amount of the fine particle size component in the alumina product is from 10 to 90 wt. %, based on the total weight of the fine particle size component and the coarse particle size component. the fine particle size component has a d50 particle size in a range from 0.3 to 6 μm as determined by laser diffraction; the coarse particle size component has a d50 particle size in a range from 7 to 35 μm as determined by laser diffraction, and is characterized by an average aspect ratio in a range from 1.5 to 30, wherein the average aspect ratio is measured by the method described in the description; and the amount of the fine particle size component in the alumina product is from 10 to 90 wt. %, based on the total weight of the fine particle size component and the coarse particle size component.