mhurhangee/ep-ind-claims huggingface dataset:
A seal for a cable and connector interconnection, comprising: a unitary elastic body with a bore there through; the bore provided with a cable outer diameter seal portion at a cable end, the cable outer diameter seal portion adjacent a connector cavity portion, the connector cavity portion adjacent a coupling nut cavity portion adapted to accommodate a coupling nut, the coupling nut cavity portion adjacent a connector neck seal portion adapted to accommodate a connector neck and a bulkhead seal provided adjacent the connector neck seal portion; and the coupling nut cavity portion adapted to be longitudinally aligned with a coupling nut of the connector and provided with a greater inner diameter than the connector neck seal portion; characterized in that the bulkhead seal is provided with an outer diameter greater than an outer diameter of the connector neck seal portion, and wherein the seal further comprises a plurality of longitudinally-extending grip fins protruding radially from an outer diameter of the body, the grip fins defining an outer diameter greater than the outer diameter of the bulkhead seal such as to enable the seal to be stretched to facilitate installation and/or removal. a unitary elastic body with a bore there through; the bore provided with a cable outer diameter seal portion at a cable end, the cable outer diameter seal portion adjacent a connector cavity portion, the connector cavity portion adjacent a coupling nut cavity portion adapted to accommodate a coupling nut, the coupling nut cavity portion adjacent a connector neck seal portion adapted to accommodate a connector neck and a bulkhead seal provided adjacent the connector neck seal portion; and the coupling nut cavity portion adapted to be longitudinally aligned with a coupling nut of the connector and provided with a greater inner diameter than the connector neck seal portion; characterized in that the bulkhead seal is provided with an outer diameter greater than an outer diameter of the connector neck seal portion, and wherein the seal further comprises a plurality of longitudinally-extending grip fins protruding radially from an outer diameter of the body, the grip fins defining an outer diameter greater than the outer diameter of the bulkhead seal such as to enable the seal to be stretched to facilitate installation and/or removal.
A core-sheath conjugated fiber comprising two kinds of polymer, wherein the core-sheath conjugated fiber is characterized in that the core component has projected shapes having projections and grooves alternately in a cross section in a direction perpendicular to the fiber axis, the projections are formed continuously in the direction of the fiber axis, and the height of the projections, the width at the tip of the projections, and the width of the bottom surface satisfy the formulas at the same time. 1.0 ≤ H / WA 1 / 2 ≤ 3.0 1.0 ≤ WB / WA ≤ 3.0 wherein the height of the projections, the width at the tip of the projections, and the width of the bottom surface are measured in μm.
A formed zeolite honeycomb article comprising a formed article obtained by extruding a zeolite raw material containing zeolite particles, an inorganic binding material which binds the zeolite particles to one another and a filler constituted of plate-like particles having a thin-piece-like shape with two or more comparatively flat surfaces, two of the flat surfaces being substantially parallel to each other and having a two-dimensional spread, where a distance between the parallel surfaces is small as compared with a length of a long diameter of each surface and a value (the long diameter/a thickness) of a ratio of the length of the long diameter with respect to the length thereof in the thickness direction is 10 or more and the average particle diameter of the plate-like particles is 20 μm or more and is twice or more the average particle diameter of the zeolite particles, in a honeycomb shape including partition walls disposed to form a plurality of cells which become through channels of a fluid and extend from one end face to the other end face, wherein the partition walls have a constitution where a drying shrinkage of the partition walls in a thickness direction is larger than a drying shrinkage of the partition walls in a cell extending direction and a drying shrinkage of the partition walls in a diametric direction of sections of the partition walls which is perpendicular to the cell extending direction in the honeycomb shape, and the drying shrinkage of the partition walls in the thickness direction is 1.2 or more times the drying shrinkage of the partition walls in the diametric direction of the sections of the partition walls which is perpendicular to the cell extending direction in the honeycomb shape.
A touch-sensitive display device, comprising: a first touch-sensitive display including a first plurality of display electrodes configured to detect proximity of input objects to the first touch-sensitive display; a second touch-sensitive display including a second plurality of display electrodes configured to detect proximity of input objects to the second touch-sensitive display; and a touch controller configured to: detect a non-stylus touch input at a first display electrode of the first touch-sensitive display based on a first signal from the first display electrode; and detect a stylus touch input from a stylus at a second display electrode of the second touch-sensitive display based on a second signal from the second display electrode; characterized in that the touch controller is further configured to: determine a two-dimensional position of the stylus touch input relative to the second touch-sensitive display based at least on the second signal and noise compensation derived from the first signal. a first touch-sensitive display including a first plurality of display electrodes configured to detect proximity of input objects to the first touch-sensitive display; a second touch-sensitive display including a second plurality of display electrodes configured to detect proximity of input objects to the second touch-sensitive display; and a touch controller configured to: detect a non-stylus touch input at a first display electrode of the first touch-sensitive display based on a first signal from the first display electrode; and detect a stylus touch input from a stylus at a second display electrode of the second touch-sensitive display based on a second signal from the second display electrode; detect a non-stylus touch input at a first display electrode of the first touch-sensitive display based on a first signal from the first display electrode; and detect a stylus touch input from a stylus at a second display electrode of the second touch-sensitive display based on a second signal from the second display electrode; characterized in that the touch controller is further configured to: determine a two-dimensional position of the stylus touch input relative to the second touch-sensitive display based at least on the second signal and noise compensation derived from the first signal.
A stent for use in vascular interventions, the stent comprising a first portion for placing in a first lumen and a second portion for placing in a region of a branch point at which the first lumen branches off a second lumen, the first portion comprising a plurality of rings linked together by first links, and the second portion comprising two or more rings linked by second links to the first portion and together, each ring in the second portion being defined by a meander pattern extending between opposed bends spaced apart along the stent and each second link comprising three straight portions joined by a bend between each pair of straight portions, characterised in that the respective meander lengths along the meander pattern of rings in the second portion are greater than the respective meander lengths along the meander pattern of rings in the first portion and the meander lengths in the second portion increase from one ring to the next towards a free end of the second portion, and wherein the first links have a first width, the second links have a second width and the second width is less than the first width.
Method for controlling an adjusting device in a motor vehicle, where - the control is effected on the basis of a position (x m) which is determined from a ripple in a motor current in the adjusting device, by - associating a reference characteristic (Ch ref) of orderly signals (U 1 to U 10, I 1 to I 3, Δt 1 to Δt 8) for the ripple with a reference position (x ref), characterized in that the position found (x m) is corrected on the basis of the reference characteristic (Ch ref) and the reference position (x ref). - the control is effected on the basis of a position (x m) which is determined from a ripple in a motor current in the adjusting device, by - associating a reference characteristic (Ch ref) of orderly signals (U 1 to U 10, I 1 to I 3, Δt 1 to Δt 8) for the ripple with a reference position (x ref),
A video processing method, characterized in that it comprises: at the beginning of processing each coding tree unit, CTU, row of a picture area that consists of a plurality of CTU rows, initializing a history-based Motion Vector Prediction, HMVP, list for each of the plurality of CTU rows, wherein the initialized HMVP lists are empty, wherein every CTU row is maintained with a different HMVP list; processing the plurality of CTU rows based on the HMVP lists, wherein a current CTU row of the plurality of CTU rows is processed based on a HMVP list initialized for the current CTU row. at the beginning of processing each coding tree unit, CTU, row of a picture area that consists of a plurality of CTU rows, initializing a history-based Motion Vector Prediction, HMVP, list for each of the plurality of CTU rows, wherein the initialized HMVP lists are empty, wherein every CTU row is maintained with a different HMVP list; processing the plurality of CTU rows based on the HMVP lists, wherein a current CTU row of the plurality of CTU rows is processed based on a HMVP list initialized for the current CTU row.
A method for detecting a system power, which is maximally possible at a point in time, of a photovoltaic system, which is not being operated at said maximally possible system power at said point in time and which comprises a plurality of photovoltaic generators, - wherein the photovoltaic generators are operated at the point in time at least partly at different operating points, characterized in that - relationships between the different operating points of the individual photovoltaic generators and virtual operating points of a standard generator are defined, - a characteristic curve of the standard generator and a maximum of said characteristic curve at the point in time are determined from the virtual operating points of the standard generator that correspond to the different operating points of the individual photovoltaic generators and - the maximally possible system power at the point in time is determined from the maximum of the characteristic curve of the standard generator. - wherein the photovoltaic generators are operated at the point in time at least partly at different operating points, - relationships between the different operating points of the individual photovoltaic generators and virtual operating points of a standard generator are defined, - a characteristic curve of the standard generator and a maximum of said characteristic curve at the point in time are determined from the virtual operating points of the standard generator that correspond to the different operating points of the individual photovoltaic generators and - the maximally possible system power at the point in time is determined from the maximum of the characteristic curve of the standard generator.
An electric light bulb type light source apparatus, comprising: a speaker; a light source unit; a supporting unit that includes a base portion including a supporting surface that supports the light source unit, and supports the speaker; a casing including an abutting surface (12a, 111); and a base that is used for supplying a power to the light source unit and the speaker; characterized in that: the base portion includes a tapered surface (231, 233, 12c) which abuts against the abutting surface (12a, 111) of the casing; the supporting unit, the speaker, and the base are arranged such that the base portion is disposed between the speaker and the base, the supporting unit further includes a holding portion that holds the speaker such that the supporting surface of the base portion faces the speaker, and the base portion of the supporting unit is disposed around the holding portion. a speaker; a light source unit; a supporting unit that includes a base portion including a supporting surface that supports the light source unit, and supports the speaker; a casing including an abutting surface (12a, 111); and a base that is used for supplying a power to the light source unit and the speaker; the base portion includes a tapered surface (231, 233, 12c) which abuts against the abutting surface (12a, 111) of the casing; the supporting unit, the speaker, and the base are arranged such that the base portion is disposed between the speaker and the base, the supporting unit further includes a holding portion that holds the speaker such that the supporting surface of the base portion faces the speaker, and the base portion of the supporting unit is disposed around the holding portion.
An electrical or electronic biomedical device comprising: a) a substrate made of a polymeric material or combination of polymeric materials, including elastomeric materials, a thermoplastic elastomers, foams, gels, or hydrogels or a combination thereof, at least one electrically conductive track fixed to said substrate and configured to interface a biological surface; and b) a member located on said substrate, said member is composed of a mechanically adaptive material being fully degradable or softened upon a degrading or softening trigger, characterized by the fact that -said member is located on a limited portion of a surface of said substrate, said portion of the substrate is rigidified by said member before said member is degraded or softened. a) a substrate made of a polymeric material or combination of polymeric materials, including elastomeric materials, a thermoplastic elastomers, foams, gels, or hydrogels or a combination thereof, at least one electrically conductive track fixed to said substrate and configured to interface a biological surface; and b) a member located on said substrate, said member is composed of a mechanically adaptive material being fully degradable or softened upon a degrading or softening trigger, characterized by the fact that -said member is located on a limited portion of a surface of said substrate, said portion of the substrate is rigidified by said member before said member is degraded or softened.
Method of recording data, which is transferred between electronic units as bus subscribers of a bus system of a motor vehicle, and/or which are internally generated or present in bus subscribers, wherein a plurality of data recording modules is provided, each of which is implemented in an electronic unit, wherein each data recording module comprises a ring memory, wherein the construction of the data recording modules as well as the apportioning thereof to the electronic units are matched to the free computing and storage capacities thereof and wherein each data recording module continuously writes data of the electronic unit, in which it is implemented, into a ring memory, and that in the presence of a trigger condition data of the ring memory of the data recording modules are stored in non-volatile manner, wherein the trigger condition is present when a plurality of local trigger conditions predetermined for individual, different data recording modules is fulfilled and wherein for checking whether the or a trigger condition is fulfilled the data recording modules exchange with one another by way of the bus system a reserved message in which a data recording module informs the other data recording modules when its local trigger condition is fulfilled.
An ion beam processing apparatus, comprising: an ion beam generator that includes an ionization chamber and generates an ion beam for processing a sample; a housing having a sample chamber communicating with the ionization chamber; a gas supply system (32A to 32E) that supplies a raw material gas to the ionization chamber; a turbo molecular pump that suctions the sample chamber and creates vacuum in the sample chamber and the ionization chamber; and a controller (30A to 30E) that controls the gas supply system (32A to 32E) by supplying a brake gas which is identical to or different from the raw material gas into the ionization chamber during deceleration of the turbo molecular pump after stopping a power supply to the turbo molecular pump, to thereby supply the brake gas into the turbo molecular pump from the ionization chamber through the sample chamber. an ion beam generator that includes an ionization chamber and generates an ion beam for processing a sample; a housing having a sample chamber communicating with the ionization chamber; a gas supply system (32A to 32E) that supplies a raw material gas to the ionization chamber; a turbo molecular pump that suctions the sample chamber and creates vacuum in the sample chamber and the ionization chamber; and a controller (30A to 30E) that controls the gas supply system (32A to 32E) by supplying a brake gas which is identical to or different from the raw material gas into the ionization chamber during deceleration of the turbo molecular pump after stopping a power supply to the turbo molecular pump, to thereby supply the brake gas into the turbo molecular pump from the ionization chamber through the sample chamber.
An isolated nucleic acid molecule comprising a nucleotide sequence as set forth in SEQ ID NO: 7 that is capable of initiating transcription of a gene in a xylem and cambium tissue-preferred manner in a plant.
Method for attaching a holder for a sensor on a cladding for a means of locomotion, wherein the holder and/or the cladding is or are at least partly produced from plastic, comprising the steps of: - applying a resilient electroresistive structure to the holder and/or the cladding, - bringing together the holder and the cladding, wherein the electroresistive structure is elastically deformed, - inducing an electromagnetic alternating field in the electroresistive structure for initial melting of the plastic of the holder and/or of the cladding, wherein the electroresistive structure undergoes a change in shape in the direction of its initial form through the initially melted plastic. - applying a resilient electroresistive structure to the holder and/or the cladding, - bringing together the holder and the cladding, wherein the electroresistive structure is elastically deformed, - inducing an electromagnetic alternating field in the electroresistive structure for initial melting of the plastic of the holder and/or of the cladding, wherein the electroresistive structure undergoes a change in shape in the direction of its initial form through the initially melted plastic.
A device for measuring the energy of neutrons (n h) incident in a first direction, containing a gas between a cathode and an anode, the anode comprising a matrix array of electron detectors, the first direction being orthogonal to the anode-cathode direction, and comprising a circuit suitable for: a. measuring the number, the positions (126, 128) and the times of arrival of electrons; b. determining, from the positions and times of arrival, the angle θ' between the first direction and the direction of an ionized trace left by a nucleus of said gas after collision with one of the neutrons (n h); and c. determining the energy of the neutron from the number of electrons and the angle θ'. a. measuring the number, the positions (126, 128) and the times of arrival of electrons; b. determining, from the positions and times of arrival, the angle θ' between the first direction and the direction of an ionized trace left by a nucleus of said gas after collision with one of the neutrons (n h); and c. determining the energy of the neutron from the number of electrons and the angle θ'.
An aqueous leather coating composition comprising: 1 to 40 weight percent of an emulsifiable polyisocyanate comprising the reaction product of an isocyanurate of the formula and an emulsifier, wherein the average isocyanate functionality of the emulsifiable polyisocyanate is 2 to 4.5; and 60 to 99 weight percent of an aqueous polymer dispersion having a T g of -70 to 40 °C and selected from a (meth)acrylic polymer dispersion, a polyurethane dispersion, a (meth)acrylic polymer/polyurethane hybrid dispersion and a combination comprising one or more of the foregoing aqueous polymer dispersions; wherein all weight percents are on a dry basis, and based on the total dry amount of the emulsifiable polyisocyanate and the aqueous polymer dispersion. 1 to 40 weight percent of an emulsifiable polyisocyanate comprising the reaction product of an isocyanurate of the formula and an emulsifier, an isocyanurate of the formula and an emulsifier, wherein the average isocyanate functionality of the emulsifiable polyisocyanate is 2 to 4.5; and 60 to 99 weight percent of an aqueous polymer dispersion having a T g of -70 to 40 °C and selected from a (meth)acrylic polymer dispersion, a polyurethane dispersion, a (meth)acrylic polymer/polyurethane hybrid dispersion and a combination comprising one or more of the foregoing aqueous polymer dispersions; wherein all weight percents are on a dry basis, and based on the total dry amount of the emulsifiable polyisocyanate and the aqueous polymer dispersion.
An assembly construction for an in-line connection comprising a pile and a superstructure for mounting on the pile, wherein the pile comprises an upper end and the superstructure comprises a lower end, wherein the lower end of the superstructure is configured for engaging with the upper end of the pile as to form an inner tube and an outer tube fitting into each other, wherein the inner tube and the outer tube are provided with two rings positioned at an axial distance from each other wherein the rings provide contact surfaces (15, 16, 17, 18) for contacting the other one of the inner tube or the outer tube respectively, wherein the contact surface of one of the rings is cylindrically shaped and the contact surface of one of the rings is conically shaped, wherein the cylindrically shaped contact surface provides for alignment of the connection.
A method for producing a high yield of hydrogen bis(fluorosulfonyl)imide (HFSI) from hydrogen bis(halosulfonyl)imide (HXSI) using hydrogen fluoride, said method comprising reacting HXSI with HF under HF refluxing conditions that selectively remove HX that is produced in the reaction and that produce HFSI in at least 80% yield, wherein each X is independently Cl, Br, or I.