mhurhangee/ep-ind-claims huggingface dataset:
Cleaning agent, comprising a combination of 3-15 wt.% citric acid and from 0.5 to 5 wt.% methanesulfonic acid in combination with at least one anionic surfactant from the group of C8-C14 fatty alcohol sulfates or C8-C14 iso-alcohol sulfates, and/or C8-C14 fatty alcohol ether sulfates, wherein the cleaning agent is not skin-corrosive according to validated test method OECD 431.
A method for testing an integrated circuit comprising a contactless RF interface, the integrated circuit comprising a personalizable and protected non-volatile electronic memory, and the integrated circuit having a first non-personalized state and a second personalized state, a transition from the first state into the second state not being reversible, the RF interface being designed to receive chip card commands and to transmit responses to chip card commands, a test command being associated with the chip card commands and a test response to the test command being associated with the responses, the integrated circuit being configured so that the test command is executed and the test command is responded to with the test response only when the integrated circuit is in the first state, the execution of the test command causing a predetermined sequence of operations to be performed by the integrated circuit, the method including the following steps: a) coupling (202; 214; 228) energy for the operation of the integrated circuit from a terminal into the contactless RF interface via a carrier wave; b) transmitting (204; 216; 230) the test command from the terminal; c) receiving (208; 220; 234) the test command via the contactless RF interface by the integrated circuit; d) provided that the integrated circuit is in the first non-personalized state thereof, executing (206; 218; 232) the test command by the integrated circuit, and transmitting the test response after the test command has been executed for reception by the terminal; e) recording (208; 220; 234) a time duration between the transmission of the test command and the reception of the test response by the terminal; and f) generating a signal by the terminal for signaling that the test has been passed, provided (210; 222; 236) that the recorded time duration is within a predetermined tolerance range. a) coupling (202; 214; 228) energy for the operation of the integrated circuit from a terminal into the contactless RF interface via a carrier wave; b) transmitting (204; 216; 230) the test command from the terminal; c) receiving (208; 220; 234) the test command via the contactless RF interface by the integrated circuit; d) provided that the integrated circuit is in the first non-personalized state thereof, executing (206; 218; 232) the test command by the integrated circuit, and transmitting the test response after the test command has been executed for reception by the terminal; e) recording (208; 220; 234) a time duration between the transmission of the test command and the reception of the test response by the terminal; and f) generating a signal by the terminal for signaling that the test has been passed, provided (210; 222; 236) that the recorded time duration is within a predetermined tolerance range.
An instrument for tensioning a surgical cable, the instrument comprising: a rotary tensioner rotatable in a tensioning rotary direction to apply tension to a surgical cable; a ratchet gear of the rotary tensioner having a plurality of recesses (150, 160, 170, 180); a body supporting the rotary tensioner; a first pawl portion of the body configured to be received at least partially in one of the recesses of the ratchet gear; and a first living hinge portion of the body supporting the pawl portion (24, 26) and configured to permit the pawl portion to be shifted out of the one recess and shifted into an adjacent one of the recesses (150, 160, 170, 180) of the ratchet gear with turning of the rotary tensioner in the tensioning rotary direction. a rotary tensioner rotatable in a tensioning rotary direction to apply tension to a surgical cable; a ratchet gear of the rotary tensioner having a plurality of recesses (150, 160, 170, 180); a body supporting the rotary tensioner; a first pawl portion of the body configured to be received at least partially in one of the recesses of the ratchet gear; and a first living hinge portion of the body supporting the pawl portion (24, 26) and configured to permit the pawl portion to be shifted out of the one recess and shifted into an adjacent one of the recesses (150, 160, 170, 180) of the ratchet gear with turning of the rotary tensioner in the tensioning rotary direction.
Fractional slot multi winding set electrical machine, comprising: at least two sections forming a whole circumference in a circumferential direction, each section having a stator portion and a rotor portion, at least two winding sets (125, 127) each comprising a plurality of phases (A, B, C), at least one converter (141, 143) connected to the winding sets (125, 127), the stator portion of each section comprising: a number of slots alternating with teeth along the circumferential direction; for each phase (A, B, C) a wire (109, 109', 109", 111, 111', 111", 1013, 113', 113") of a first winding set; for each phase (A, B, C) a wire (115, 115', 115", 117, 117', 117", 119, 119', 119") of at least one second winding set, wherein the first and second winding sets (125, 127) are arranged at least partly in the slots according to a concentrated winding topology, the rotor portion of each section comprising: a number of poles of plural magnets separated by a gap (g) from the teeth. at least two sections forming a whole circumference in a circumferential direction, each section having a stator portion and a rotor portion, at least two winding sets (125, 127) each comprising a plurality of phases (A, B, C), at least one converter (141, 143) connected to the winding sets (125, 127), the stator portion of each section comprising: a number of slots alternating with teeth along the circumferential direction; for each phase (A, B, C) a wire (109, 109', 109", 111, 111', 111", 1013, 113', 113") of a first winding set; for each phase (A, B, C) a wire (115, 115', 115", 117, 117', 117", 119, 119', 119") of at least one second winding set, a number of slots alternating with teeth along the circumferential direction; for each phase (A, B, C) a wire (109, 109', 109", 111, 111', 111", 1013, 113', 113") of a first winding set; for each phase (A, B, C) a wire (115, 115', 115", 117, 117', 117", 119, 119', 119") of at least one second winding set, wherein the first and second winding sets (125, 127) are arranged at least partly in the slots according to a concentrated winding topology, the rotor portion of each section comprising: a number of poles of plural magnets separated by a gap (g) from the teeth.
A light generating system comprising: - a plurality of light sources configured to provide light source light; - an elongated luminescent body having a first face and a second face defining a length of the elongated luminescent body, the elongated luminescent body comprising one or more side faces, the elongated luminescent body comprising a radiation input face and the second face comprising a first radiation exit window, wherein the radiation input face is configured in a light receiving relationship with the plurality of light sources, wherein the elongated luminescent body comprises luminescent material configured to convert at least part of the light source light into luminescent material light, wherein the second face has an angle (α) unequal to 0° and unequal to 180° with the radiation input face), and wherein the second face has a second face surface area; - a beam shaping optical element (24,26,28) comprising a radiation entrance window optically coupled with the first radiation exit window and configured to receive at least part of the converter light, wherein the first radiation exit window has a first radiation exit window surface area which is smaller than the second face surface area, and wherein the second face surface area that is not optically coupled to the beam shaping optical element (24,26,28) comprises a first reflecting element, characterized in that said beam shaping optical element (24,26,28) is a partial beam shaping optical element configured as a beam shaping optical element intersected along a plane parallel to a plane of symmetry of it. - a plurality of light sources configured to provide light source light; - an elongated luminescent body having a first face and a second face defining a length of the elongated luminescent body, the elongated luminescent body comprising one or more side faces, the elongated luminescent body comprising a radiation input face and the second face comprising a first radiation exit window, wherein the radiation input face is configured in a light receiving relationship with the plurality of light sources, wherein the elongated luminescent body comprises luminescent material configured to convert at least part of the light source light into luminescent material light, wherein the second face has an angle (α) unequal to 0° and unequal to 180° with the radiation input face), and wherein the second face has a second face surface area; - a beam shaping optical element (24,26,28) comprising a radiation entrance window optically coupled with the first radiation exit window and configured to receive at least part of the converter light, wherein the first radiation exit window has a first radiation exit window surface area which is smaller than the second face surface area, and wherein the second face surface area that is not optically coupled to the beam shaping optical element (24,26,28) comprises a first reflecting element, characterized in that said beam shaping optical element (24,26,28) is a partial beam shaping optical element configured as a beam shaping optical element intersected along a plane parallel to a plane of symmetry of it.
A keypad lighting device comprising: a keypad member of the type having plural key tops; at least one light emitting device arranged below the keypad member; and a light guide plate member arranged below the keypad member to light the key tops with light projected from the light emitting device, wherein the light guide plate member is formed with at least one light-incident surface, to which the light projected from the light emitting device is incident, the light-incident surface being formed by a curved surface or plural inclined surfaces, wherein the light guide plate member is a silicon pad having a first and second surface, that is provided with plural protrusions, each of which is arranged to correspond to one of the key tops, wherein the first surface of the silicon pad is adjacent to the keypad member, and wherein the protrusions are formed on the second surface of the silicon pad, wherein the light emitting device is arranged below the silicon pad, and the light-incident surface of the light guide plate member is formed on each of the protrusions, and one of the normal lines of each of the light-incident surface is arranged to pass through the light emitting surface of the light emitting device, wherein inclined surfaces are formed on the protrusions adjacent to the light emitting device, the inclined surfaces being not all equal to each other in shape. a keypad member of the type having plural key tops; at least one light emitting device arranged below the keypad member; and a light guide plate member arranged below the keypad member to light the key tops with light projected from the light emitting device, wherein the light guide plate member is formed with at least one light-incident surface, to which the light projected from the light emitting device is incident, the light-incident surface being formed by a curved surface or plural inclined surfaces, wherein the light guide plate member is a silicon pad having a first and second surface, that is provided with plural protrusions, each of which is arranged to correspond to one of the key tops, wherein the first surface of the silicon pad is adjacent to the keypad member, and wherein the protrusions are formed on the second surface of the silicon pad, wherein the light emitting device is arranged below the silicon pad, and the light-incident surface of the light guide plate member is formed on each of the protrusions, and one of the normal lines of each of the light-incident surface is arranged to pass through the light emitting surface of the light emitting device, wherein inclined surfaces are formed on the protrusions adjacent to the light emitting device, the inclined surfaces being not all equal to each other in shape.
A glass composition comprising: from 70 mol.% to 80 mol.% SiO 2; from 0 mol.% to 8 mol.% Al 2 O 3; from 3 mol.% to 10 mol.% B 2 O 3; from 0 mol.% to 2 mol.% Na 2 O; from 10 mol.% to 15 mol.% K 2 O; and from 5 mol.% to 6 mol.% of alkaline earth oxide, wherein: the alkaline earth oxide is SrO, BaO or a combination thereof; the glass composition comprises a coefficient of thermal expansion which is greater than or equal to 75x10 -7 /°C averaged over a temperature range from 20°C to 300°C; the glass composition comprises a liquidus viscosity greater than or equal to 25 kPa•s (250 kPoise); the glass composition is substantially free from TiO 2; and the glass composition is substantially free from MgO. from 70 mol.% to 80 mol.% SiO 2; from 0 mol.% to 8 mol.% Al 2 O 3; from 3 mol.% to 10 mol.% B 2 O 3; from 0 mol.% to 2 mol.% Na 2 O; from 10 mol.% to 15 mol.% K 2 O; and from 5 mol.% to 6 mol.% of alkaline earth oxide, wherein: the alkaline earth oxide is SrO, BaO or a combination thereof; the glass composition comprises a coefficient of thermal expansion which is greater than or equal to 75x10 -7 /°C averaged over a temperature range from 20°C to 300°C; the glass composition comprises a liquidus viscosity greater than or equal to 25 kPa•s (250 kPoise); the glass composition is substantially free from TiO 2; and the glass composition is substantially free from MgO. the alkaline earth oxide is SrO, BaO or a combination thereof; the glass composition comprises a coefficient of thermal expansion which is greater than or equal to 75x10 -7 /°C averaged over a temperature range from 20°C to 300°C; the glass composition comprises a liquidus viscosity greater than or equal to 25 kPa•s (250 kPoise); the glass composition is substantially free from TiO 2; and the glass composition is substantially free from MgO.
Aqueous solution for improving corrosion resistance of a Cr(lll) conversion coating on aluminium, an aluminium alloy, anodized aluminium and/or an anodized aluminium alloy, comprising a) a corrosion inhibitor; b) an organic film forming agent; c) water; characterized in that the corrosion inhibitor comprises or consists of at least one 2-aryl-triazole; and the organic film forming agent is selected from the group consisting of polymers comprising an acrylic group. a) a corrosion inhibitor; b) an organic film forming agent; c) water;
Security label for authenticating a product, which is intended to be applied to a surface of the product and comprises a transparent medium having a first face (1 a) and a second face (1 b), and which is coated on its second face (1 b) with a transparent adhesive layer having a first face and a second face, said first face of the adhesive being in contact with said second face (1 b) of the medium, and said second face of the adhesive being intended to adhere to the surface of the product and comprising first regions on which printing is directly applied and second regions which are free from said printing, said printing being intended to authenticate the product, the adhesive strength of the label on said product being greater than the cohesive strength of the adhesive layer, and therefore attempting to remove the security label from the product leads to a cohesive failure of the adhesive layer, the division of the printed regions and the regions free from printing being such that a cohesive failure of the adhesive layer leaves at least a part of said printing glued to said product, characterised in that the adhesive is a pressure-sensitive adhesive having a glass transition temperature (Tg) of less than -15 °C.
A component for attaching a manhole structure to a traffic area surrounding the manhole structure, having a first and second end side (2, 3), and a front and rear side (4, 5), and a lower and upper side (6, 7), characterized in that the component concerns a shaped component made from mastic asphalt.
An apparatus of supplying and discharging a fluid, comprising: an inner tub (10, 102, 220, 304); a fluid inflow passage connected to the inner tub; and a fluid outflow passage connected to the inner tub, characterized in that at least one of the inner tub, the inflow passage and the outflow passage has undergone at least one of a Kimchi lactic acid bacteria culture treatment and a Kimchi lactic acid bacteria culture exposure treatment, wherein the Kimchi lactic acid bacteria culture exposure treatment is performed by at least one of installation of a filter and supply of the Kimchi lactic acid bacteria culture, and wherein the Kimchi lactic acid bacteria culture treatment is performed by at least one of coating of the Kimchi lactic acid bacteria culture and molding of a material containing the Kimchi lactic acid bacteria culture. an inner tub (10, 102, 220, 304); a fluid inflow passage connected to the inner tub; and a fluid outflow passage connected to the inner tub, characterized in that at least one of the inner tub, the inflow passage and the outflow passage has undergone at least one of a Kimchi lactic acid bacteria culture treatment and a Kimchi lactic acid bacteria culture exposure treatment, wherein the Kimchi lactic acid bacteria culture exposure treatment is performed by at least one of installation of a filter and supply of the Kimchi lactic acid bacteria culture, and wherein the Kimchi lactic acid bacteria culture treatment is performed by at least one of coating of the Kimchi lactic acid bacteria culture and molding of a material containing the Kimchi lactic acid bacteria culture.
A fuel tank inerting system, comprising: a primary catalytic reactor comprising an inlet, an outlet, a reactive flow path between the inlet and the outlet, and a catalyst on the reactive flow path, said catalytic reactor arranged to receive fuel from the fuel tank and air from an air source that are mixed to form a combined flow, and to react the combined flow along the reactive flow path to generate an inert gas; and characterized by further comprising a secondary catalytic reactor coupled in parallel with the primary catalytic reactor, the secondary catalytic reactor having an inlet and an outlet; an input sensor that measures a property of the combined flow before it enters the secondary catalytic reactor; an output sensor that measures the property of the combined flow after it exits the secondary catalytic reactor; a computing device that is adapted to receive sensor data from the input and output sensors and to determine catalyst activity in the secondary catalytic reactor based on the sensor data for use in making an aircraft operation decision; and wherein the computing device is adapted to determine a fuel quality of fuel used by the system based on the sensor data. a primary catalytic reactor comprising an inlet, an outlet, a reactive flow path between the inlet and the outlet, and a catalyst on the reactive flow path, said catalytic reactor arranged to receive fuel from the fuel tank and air from an air source that are mixed to form a combined flow, and to react the combined flow along the reactive flow path to generate an inert gas; and characterized by further comprising a secondary catalytic reactor coupled in parallel with the primary catalytic reactor, the secondary catalytic reactor having an inlet and an outlet; an input sensor that measures a property of the combined flow before it enters the secondary catalytic reactor; an output sensor that measures the property of the combined flow after it exits the secondary catalytic reactor; a computing device that is adapted to receive sensor data from the input and output sensors and to determine catalyst activity in the secondary catalytic reactor based on the sensor data for use in making an aircraft operation decision; and wherein the computing device is adapted to determine a fuel quality of fuel used by the system based on the sensor data.
Fuel cell system for generating electrical energy, having a fuel cell stack with an anode section and a cathode section, the anode section having an anode supply section for supplying anode supply gas and an anode discharge section for discharging anode exhaust gas, wherein the anode discharge section merges into an anode recirculation section for recirculating the anode exhaust gas as anode recirculation gas to the anode supply section, the cathode section comprising a cathode supply section for supplying cathode supply gas and a cathode discharge section for discharging cathode exhaust gas, wherein an active cooling device for cooling the anode recirculation gas is arranged in the anode recirculation section, wherein a water outlet for an outlet of the condensed water condensed in the active cooling device is arranged downstream of the active cooling device, wherein a mixing section is arranged downstream of the water outlet for mixing the anode recirculation gas with fuel gas and for supplying it as anode feed gas into the anode feed section, characterized in that the active cooling device comprises a thermally activated cooling device, in particular comprising an absorption heat pump, the active cooling device being arranged in heat-transferring contact with the cathode discharge section for thermal activation by means of the heat contained in the cathode exhaust gas.
Temperature measuring device, preferably a thermometer measuring insert, with at least one sensor element, which is connected to at least one connecting cable, and with at least one conductor element of a sheathed cable, said conductor element being connected to the connecting cable, wherein the sensor element, which serves to measure the temperature by evaluating a temperature-dependent resistance of the sensor element, is located in a cap, and wherein the sensor cap is welded to a sheathing of the conductor element of the sheathed cable, characterized in that at least one molded part is provided, which consists at least in part of a ceramic and is essentially cylindrical in design, wherein at least one opening for the introduction of the connecting cable is provided in said molded part, wherein at least one opening for the introduction of the conductor element is provided in said molded part, and wherein at least one space into which the opening for the introduction of the connecting cable and the opening for the introduction of the conductor element enter is provided in said molded part, wherein the at least one connecting cable and the at least one conductor element meet in the space and are electrically and mechanically connected.