mhurhangee/ep-ind-claims huggingface dataset:
A filter media for an air filter, comprising wet-laid nonwoven fabric containing a glass fiber having an average fiber diameter of less than 1 μm, and a binder fiber, wherein the wet-laid nonwoven fabric contains a fluorine resin as a water repellent agent and an anionic surfactant, and does not contain a resin binder or contains a binder resin in an amount of 50% by mass or less based on the fluorine resin, the mixing ratio of the glass fiber is 1 to 90% by mass based on the total fiber mass of the fibers contained in the wet-laid nonwoven fabric, the mixing ratio of the binder fiber is 5 to 90% by mass based on the total fiber mass of the fibers contained in the wet-laid nonwoven fabric, as to the adhering amount of the solid of the fluorine resin and the surfactant based on the total mass of the filter media, the total amount of the fluorine resin and the surfactant is 0.01 to 5% by mass, and as to the solid mass ratio of the fluorine resin and the surfactant, the surfactant is 0.5 to 20 parts by mass based on 100 parts by mass of the fluorine resin.
Adjustment device for a disc brake, in particular for a pneumatically actuated disc brake, with a) a rotatable drive unit, b) an output device (1, 2), c) gear elements connected between the drive unit and the output device (1, 2) and comprising a freewheel element and an overload clutch, d) wherein the gear elements comprise at least one elastic element designed to store energy from rotations of the drive unit and to rotate the output device (1, 2) directly or via one or more of the gear elements, e) wherein a preferably positive-acting movable locking device is provided for the prevention of rotation of one or all of the gear elements (1, 2, 3, 15) between the elastic element and the output device (1, 2) below a minimum rotary angle, f) wherein the drive unit has a radially outer rotary sleeve with a torque transmission contour projecting radially outwards therefrom, characterised in that g) the rotary sleeve is provided with an actuating cam. a) a rotatable drive unit, b) an output device (1, 2), c) gear elements connected between the drive unit and the output device (1, 2) and comprising a freewheel element and an overload clutch, d) wherein the gear elements comprise at least one elastic element designed to store energy from rotations of the drive unit and to rotate the output device (1, 2) directly or via one or more of the gear elements, e) wherein a preferably positive-acting movable locking device is provided for the prevention of rotation of one or all of the gear elements (1, 2, 3, 15) between the elastic element and the output device (1, 2) below a minimum rotary angle, f) wherein the drive unit has a radially outer rotary sleeve with a torque transmission contour projecting radially outwards therefrom, characterised in that g) the rotary sleeve is provided with an actuating cam.
An apparatus comprising: a current source; and a master control circuit configured and arranged to transmit signals by driving a single-wire, serial communication bus circuit at a dominant voltage level and at a recessive voltage level; the master control circuit comprising: an impedance-bias circuit (112, 113) configured and arranged with the current source to pull up a current level on the bus circuit while the master control circuit transmits the signals; and a current delimiter circuit connected between the current source and the impedance-bias circuit, the current delimiter circuit being configured and arranged to delimit the pull-up current level in response to a transition of the bus circuit from the recessive voltage level to the dominant voltage level, and cease delimiting the pull-up current level in response to a transition of the bus circuit from the dominant voltage level to the recessive voltage level. a current source; and a master control circuit configured and arranged to transmit signals by driving a single-wire, serial communication bus circuit at a dominant voltage level and at a recessive voltage level; the master control circuit comprising: an impedance-bias circuit (112, 113) configured and arranged with the current source to pull up a current level on the bus circuit while the master control circuit transmits the signals; and a current delimiter circuit connected between the current source and the impedance-bias circuit, the current delimiter circuit being configured and arranged to delimit the pull-up current level in response to a transition of the bus circuit from the recessive voltage level to the dominant voltage level, and cease delimiting the pull-up current level in response to a transition of the bus circuit from the dominant voltage level to the recessive voltage level. delimit the pull-up current level in response to a transition of the bus circuit from the recessive voltage level to the dominant voltage level, and cease delimiting the pull-up current level in response to a transition of the bus circuit from the dominant voltage level to the recessive voltage level.
A gallium nitride-based film having an intensity ratio of plane to plane in 2θ/θ measurement by an X-ray diffraction apparatus, I /I of at least 150 and a minimum oxygen content of at most 5×10 21 atm/cm 3, wherein the minimum oxygen content is a minimum value of the oxygen content within 30 nm from the interface at a position assumed to be a substrate, measured in the film depth direction using a secondary ion spectrometer.
Device for cleaning a medical vacuum pump, wherein the medical vacuum pump has a suction connector and an air removal opening, which are connected to each other in the interior of the vacuum pump via a path, wherein the device has: - a cleaning chamber for receiving the medical vacuum pump - a rinsing agent delivery line, connectable to at least one rinsing agent container (3, 4) and having a first port for connection to the suction connector, and - a suction line (80, 81) having a second port for connection to the air removal opening and having a vacuum port (81', 86') for connection to a suction source (8, 85), wherein a rinsing agent can be sucked from the at least one rinsing agent container (3, 4) through the rinsing agent delivery line and via the first port into the medical vacuum pump and from there via the second port through the suction line (80, 81) into an outflow. - a cleaning chamber for receiving the medical vacuum pump - a rinsing agent delivery line, connectable to at least one rinsing agent container (3, 4) and having a first port for connection to the suction connector, and - a suction line (80, 81) having a second port for connection to the air removal opening and having a vacuum port (81', 86') for connection to a suction source (8, 85), wherein a rinsing agent can be sucked from the at least one rinsing agent container (3, 4) through the rinsing agent delivery line and via the first port into the medical vacuum pump and from there via the second port through the suction line (80, 81) into an outflow.
Single-component adhesive sealant composition comprising at least one moisture-crosslinkable prepolymer consisting of a polyurethane having -NCO end groups and as plasticizer an ester compound of formula: in which: - R 1, R 2 and R 3 are identical and each represent an oxycarbonylalkyl radical having 4 or 5 carbon atoms; and - R 4 represents a radical: -CH 2 -R 5 in which R 5 is identical to R 1, R 2 and R 3. - R 1, R 2 and R 3 are identical and each represent an oxycarbonylalkyl radical having 4 or 5 carbon atoms; and - R 4 represents a radical: -CH 2 -R 5 in which R 5 is identical to R 1, R 2 and R 3.
Electric traction drive for electric vehicles having in a state located coaxially in an axis in each case two motors, gear mechanisms (3, 3a), encoders, wherein each wheel is driven by means of an individual motor having a gear mechanism and encoder, wherein the motor is arranged in each case with the gear mechanism (3, 3a) in a common housing, characterised in that the motor housing is surrounded by a cooling cover for the cooling of the motor winding.
An apparatus comprising: a controller configured to: determine a factor usable by at least one other apparatus operative in a wireless communications network to determine a gain factor that relates a data signal transmitted by the at least one other apparatus in a data channel and a control signal transmitted by the at least one other apparatus in a control channel; generate additional information usable by the at least one other apparatus to select a formula to determine the gain factor; and operate radio apparatus to transmit the factor and additional information to the at least one other apparatus. a controller configured to: determine a factor usable by at least one other apparatus operative in a wireless communications network to determine a gain factor that relates a data signal transmitted by the at least one other apparatus in a data channel and a control signal transmitted by the at least one other apparatus in a control channel; generate additional information usable by the at least one other apparatus to select a formula to determine the gain factor; and operate radio apparatus to transmit the factor and additional information to the at least one other apparatus. determine a factor usable by at least one other apparatus operative in a wireless communications network to determine a gain factor that relates a data signal transmitted by the at least one other apparatus in a data channel and a control signal transmitted by the at least one other apparatus in a control channel; generate additional information usable by the at least one other apparatus to select a formula to determine the gain factor; and operate radio apparatus to transmit the factor and additional information to the at least one other apparatus.
A semiconductor device, including: an insulating substrate on which is mounted a main circuit component including a semiconductor chip (12; 32); a printed substrate (16; 36), opposing the insulating substrate, wherein a conductive connection member connected to the semiconductor chip (12; 32) is disposed on the surface opposing the insulating substrate; a first sealing member (21; 51) that seals so as to enclose the semiconductor chip (12; 32) between the opposing surfaces of the insulating substrate and the printed substrate (16; 36); and a second sealing member (24; 54) that covers the side surfaces of the insulating substrate, the side surfaces of the first sealing member (21; 51), and the side surfaces and upper surface of the printed substrate (16; 36), a sealing region regulation rod portions (22; 50) disposed in an outer peripheral portion of a sealing region of the first sealing member (21; 51) and connected between the insulating substrate and the printed substrate (16; 36), wherein the heat resistance temperature of the first sealing member (21; 51) is higher than the heat resistance temperature of the second sealing member (24; 54). an insulating substrate on which is mounted a main circuit component including a semiconductor chip (12; 32); a printed substrate (16; 36), opposing the insulating substrate, wherein a conductive connection member connected to the semiconductor chip (12; 32) is disposed on the surface opposing the insulating substrate; a first sealing member (21; 51) that seals so as to enclose the semiconductor chip (12; 32) between the opposing surfaces of the insulating substrate and the printed substrate (16; 36); and a second sealing member (24; 54) that covers the side surfaces of the insulating substrate, the side surfaces of the first sealing member (21; 51), and the side surfaces and upper surface of the printed substrate (16; 36), a sealing region regulation rod portions (22; 50) disposed in an outer peripheral portion of a sealing region of the first sealing member (21; 51) and connected between the insulating substrate and the printed substrate (16; 36), wherein the heat resistance temperature of the first sealing member (21; 51) is higher than the heat resistance temperature of the second sealing member (24; 54).
A thickness gauge, comprising: - a plurality of blades having first ends adapted to be inserted between objects for detecting a separation distance, wherein the first ends are adapted to be inserted between objects such that a combination of blades corresponds to a gap between the objects; and - RFID tags respectively fixed to second ends of the blades, the RFID tags being adapted to readably store thickness information corresponding to the thicknesses of the respective blades. - a plurality of blades having first ends adapted to be inserted between objects for detecting a separation distance, wherein the first ends are adapted to be inserted between objects such that a combination of blades corresponds to a gap between the objects; and - RFID tags respectively fixed to second ends of the blades, the RFID tags being adapted to readably store thickness information corresponding to the thicknesses of the respective blades.
Multi-plate clutch for a motor vehicle, with an inner plate carrier, with an outer plate carrier and with at least one plate stack, which is tied to the inner plate carrier or to the outer plate carrier both non-rotatably and fixed in an axial direction and which comprises at least two plates, wherein there is provided at least one spacer element, which is designed as an intermediate shim, arranged in an axially immovable and non-deformable manner between the at least two plates and provided for a uniform distancing of the plates, characterised in that the at least one spacer element has at least one oil guidance pocket extending radially outwards from the inner plate carrier.
Component comprising glass or glass-ceramic, having occurrences of prior damage which are arranged along at least one predetermined separation line, characterised in that the separation line comprises a series of occurrences of prior damage which are located one behind the other, the occurrences of prior damage are continuous in the glass or glass-ceramic, at least 90% of the occurrences of prior damage are cylindrically symmetrical, the glass or glass-ceramic in the radius of 3 μm about the longitudinal axis of the respective prior damage has a material compaction of at least 1% with respect to the actual material density, the relative weight loss per occurrence of prior damage is less than 10%, wherein the relative weight loss per occurrence of prior damage is calculated as a quotient of a measured weight loss per occurrence of prior damage and a theoretical weight loss per occurrence of prior damage when the complete material of the occurrence of prior damage would have to be removed from the component, and the component has a thickness of at least 3.5 mm.
A method of forming a biocompatible battery for use in, or proximate to, the body of a living organism, the method comprising: receiving a first substrate film of a first insulating material; receiving a second substrate film of a second insulating material; cutting a first cavity in the second substrate film to form a gap spacer layer; cutting a second cavity in the first substrate film to form a cathode spacer layer, wherein an edge of the cavity defines a sidewall of the cavity; laminating a first surface of the gap spacer layer to a first surface of the cathode spacer layer; placing a separator into the biocompatible battery through the first cavity in the gap spacer layer; receiving an anode film; adhering a second surface of the gap spacer layer to a first surface of the anode film; receiving a cathode pellet; wherein the cathode comprises at least a transition metal oxide and a conductive carbon allotrope; and placing the cathode pellet into the second cavity in the cathode spacer layer, wherein the sidewall of the cavity in the cathode spacer layer and a surface of the placed separator contain the cathode pellet. receiving a first substrate film of a first insulating material; receiving a second substrate film of a second insulating material; cutting a first cavity in the second substrate film to form a gap spacer layer; cutting a second cavity in the first substrate film to form a cathode spacer layer, wherein an edge of the cavity defines a sidewall of the cavity; laminating a first surface of the gap spacer layer to a first surface of the cathode spacer layer; placing a separator into the biocompatible battery through the first cavity in the gap spacer layer; receiving an anode film; adhering a second surface of the gap spacer layer to a first surface of the anode film; receiving a cathode pellet; wherein the cathode comprises at least a transition metal oxide and a conductive carbon allotrope; and placing the cathode pellet into the second cavity in the cathode spacer layer, wherein the sidewall of the cavity in the cathode spacer layer and a surface of the placed separator contain the cathode pellet.
A compression-molded pellet (4, 4A) suitable for retaining a sample for use in terahertz spectrometry, comprising: a first powder of a light transmitting material which is transmissive for terahertz waves having dispersedly mixed therein a second powder which is hydrophilic and water-insoluble, wherein the first powder comprises at least one of a powder of an olefin resin and a powder of a fluororesin, and the second powder comprises at least one of powders of silica, alumina, titanium dioxide, calcium carbonate and talc. a first powder of a light transmitting material which is transmissive for terahertz waves having dispersedly mixed therein a second powder which is hydrophilic and water-insoluble, wherein the first powder comprises at least one of a powder of an olefin resin and a powder of a fluororesin, and the second powder comprises at least one of powders of silica, alumina, titanium dioxide, calcium carbonate and talc.
An LCD comprising: two substrates (23,33); an LC layer sandwiched between said two substrates and causing a plurality of regions of different molecular directions to coexist therein; a first electrode provided on one of said two substrates and formed with an aperture; a second electrode provided on the one of said two substrates; and a counter electrode provided on the other one of said two substrates; wherein the LCD defines a plurality of individual pixels, and in an individual pixel, the aperture of the first electrode in the individual pixel divides the individual pixel into a plurality of regions, characterized in that said LC layer contains a polymer; and the second electrode is aligned with said aperture in the individual pixel. two substrates (23,33); an LC layer sandwiched between said two substrates and causing a plurality of regions of different molecular directions to coexist therein; a first electrode provided on one of said two substrates and formed with an aperture; a second electrode provided on the one of said two substrates; and a counter electrode provided on the other one of said two substrates; wherein the LCD defines a plurality of individual pixels, and in an individual pixel, the aperture of the first electrode in the individual pixel divides the individual pixel into a plurality of regions, characterized in that said LC layer contains a polymer; and the second electrode is aligned with said aperture in the individual pixel.
A combine harvester comprising a threshing zone and a cleaning system, the cleaning system comprising a chaffer sieve assembly having a front portion and a rear portion extending rearwardly of the front portion, said front portion being disposed for receiving and cleaning substantially corn kernels from the front portion of the combine threshing zone, said rear portion being disposed for receiving and cleaning substantially whole corn cobs having lengths of predominantly at least 7.6 cm, the front portion of the chaffer sieve assembly comprising louvered vanes with extended fingers having about 2.9 cm to about 4.1 cm spacing between said extended fingers, and the rear portion of the chaffer sieve assembly comprising louvered vanes with elongated fingers having a humped or rounded profile, characterised in that said elongated fingers have: - a length about twice the length of the extended fingers of the front portion; - a spacing between said elongated fingers of about 5.1 to 10.2 cm; for effectively turning the widthwise flow of corn cobs over the surface of the chaffer sieve assembly so as to reorient the whole cobs having lengths longer than the spacing between the fingers, to a lengthwise orientation for accommodating their passing through the openings between the elongated fingers. - a length about twice the length of the extended fingers of the front portion; - a spacing between said elongated fingers of about 5.1 to 10.2 cm;
A method for treating hair damage, the method comprising contacting the hair with an effective amount of at least one compound of formula: wherein: R 1 -R 4 are methyl; R 5 and R 6 are the same or different and each is C 1-26 alkyl or a substituent of the formula: A is selected from one or more of (CH 2 -CH 2 -O) x, (CH(CH 3)-CH 2 -O) y, and (CH 2 -CH(CH 3)-O) z, wherein x, y, and z are the same or different and each is from 0-20, provided that at least one of x, y, or z is 1; optionally A is (CH 2 -CH 2 -O) x; a is from 0-20, optionally a is at least 1; b is from 0-20, optionally b is at least 1; and c is from 0-30, optionally c is at least 1, provided that when a is 0, then at least one of R 5 and R 6 is a substituent of the formula: R 1 -R 4 are methyl; R 5 and R 6 are the same or different and each is C 1-26 alkyl or a substituent of the formula: A is selected from one or more of (CH 2 -CH 2 -O) x, (CH(CH 3)-CH 2 -O) y, and (CH 2 -CH(CH 3)-O) z, wherein x, y, and z are the same or different and each is from 0-20, provided that at least one of x, y, or z is 1; optionally A is (CH 2 -CH 2 -O) x; a is from 0-20, optionally a is at least 1; b is from 0-20, optionally b is at least 1; and c is from 0-30, optionally c is at least 1, A is selected from one or more of (CH 2 -CH 2 -O) x, (CH(CH 3)-CH 2 -O) y, and (CH 2 -CH(CH 3)-O) z, wherein x, y, and z are the same or different and each is from 0-20, provided that at least one of x, y, or z is 1; optionally A is (CH 2 -CH 2 -O) x; a is from 0-20, optionally a is at least 1; b is from 0-20, optionally b is at least 1; and c is from 0-30, optionally c is at least 1,
Premix for the production of active compound-containing tablets, comprising a co-mixture of polyvinyl alcohols (PVAs) which have average particle sizes < 100 μm, and microcrystalline celluloses (MCCs).