mhurhangee/ep-ind-claims huggingface dataset:
A method 100 of preparing a catalytic converter comprising: a step of pre-treating a substrate, a step of applying a washcoat to the substrate, a step of calcining the washcoat, a step of impregnating into the washcoat a salt of a hydrocarbon converting catalyst, and a step of calcining the impregnated salt of the hydrocarbon converting catalyst in the washcoat to decompose the salt of the hydrocarbon converting catalyst, wherein the step of applying a washcoat includes: preparing a washcoat slurry by mixing a metal oxide precursor that is boehmite, a transition metal compound that is cobalt carbonate, and a silicone-containing binder; and applying said slurry to the substrate under vacuum, and wherein the step of calcining the washcoat comprises removing an organic portion of the silicone-containing binder, forming a non-catalytic metal oxide from the metal oxide precursor, and forming an ozone-destroying metal oxide from the transition metal compound, wherein a weight ratio of said hydrocarbon converting catalyst to said ozone reacting component is between 1:5 to 1:100. a step of pre-treating a substrate, a step of applying a washcoat to the substrate, a step of calcining the washcoat, a step of impregnating into the washcoat a salt of a hydrocarbon converting catalyst, and a step of calcining the impregnated salt of the hydrocarbon converting catalyst in the washcoat to decompose the salt of the hydrocarbon converting catalyst, wherein the step of applying a washcoat includes: preparing a washcoat slurry by mixing a metal oxide precursor that is boehmite, a transition metal compound that is cobalt carbonate, and a silicone-containing binder; and applying said slurry to the substrate under vacuum, and preparing a washcoat slurry by mixing a metal oxide precursor that is boehmite, a transition metal compound that is cobalt carbonate, and a silicone-containing binder; and applying said slurry to the substrate under vacuum, and wherein the step of calcining the washcoat comprises removing an organic portion of the silicone-containing binder, forming a non-catalytic metal oxide from the metal oxide precursor, and forming an ozone-destroying metal oxide from the transition metal compound, wherein a weight ratio of said hydrocarbon converting catalyst to said ozone reacting component is between 1:5 to 1:100.
A fingerboard for a stringed instrument comprising: an elongated structure having a top surface and a bottom surface, the bottom surface sized to be disposed on an upper surface of a neck base of a stringed instrument, the top surface having a finger position; and an opening in the bottom surface and well extending therefrom toward, but not through, the top surface, the well sized to receive a light-emitting device and has a height measured from the bottom surface to allow light from the light-emitting device to be visible to a player of the instrument, the opening disposed at a location designating the finger position on the top surface and wherein the top surface has a convex shape and the elongated structure further includes multiple wells located across a transverse axis and having constant heights, and wherein the thickness of the elongated structure between each well top and the convex top surface varies. an elongated structure having a top surface and a bottom surface, the bottom surface sized to be disposed on an upper surface of a neck base of a stringed instrument, the top surface having a finger position; and an opening in the bottom surface and well extending therefrom toward, but not through, the top surface, the well sized to receive a light-emitting device and has a height measured from the bottom surface to allow light from the light-emitting device to be visible to a player of the instrument, the opening disposed at a location designating the finger position on the top surface and wherein the top surface has a convex shape and the elongated structure further includes multiple wells located across a transverse axis and having constant heights, and wherein the thickness of the elongated structure between each well top and the convex top surface varies.
A method of predicting whether a therapeutic agent, which is an antibody, will have a desirable clearance rate in a cynomolgus monkey, wherein a desirable clearance rate is a clearance rate of less than or equal to 8.5ml/kg/day, the method comprising the step of contacting the therapeutic agent with a baculovirus particle bound to a microtiter plate, measuring the level of binding of the therapeutic agent to the BV and calculating a BV score for the therapeutic agent based on the level of binding of the therapeutic agent to the BV, wherein a BV score is calculated from the mean of the values obtained from binding assays performed measuring the level of binding of the therapeutic agent to the BV and each value has been normalized by dividing by the signal observed for non-BV coated microtiter wells on the same assay plate, wherein a BV score below a predetermined threshold is indicative of an increased likelihood of the desirable clearance rate, wherein the predetermined threshold for the BV score is 5.
System for supplying energy to an electrical consumer, in particular for charging a battery-operated device, preferably a vehicle having an electric drive, comprising an energy station, a mobile terminal and a computing device, wherein the energy station has a communication device for exchanging data with the mobile terminal, and wherein data can be transmitted from the mobile terminal to the computing device via a transmitting device, characterized in that data can also be transmitted from the energy station to the computing device via the mobile terminal when the mobile terminal cannot set up a connection to the computing device in the immediate vicinity of the energy station, wherein the mobile terminal transmits the data to the computing device as soon as the mobile terminal has such a connection, and in that the mobile terminal belonging to a user of the system can receive data, in particular billing data, relating to at least one previous user from the energy station and can transmit the data relating to the previous user to the computing device.
An aerospace vehicle system, comprising: an aerospace vehicle having an interior volume with a first portion and a second portion; an external air supply device positioned to provide supply air to the interior volume at a variable supply flow rate; a recirculation fan configured to move air positioned within the interior volume between the first portion of the interior volume and the second portion of the interior volume; a filtration device positioned so that at least a portion of the air moved by the recirculation fan passes through the filtration device, the filtration device being configured to filter at least one of particulate contaminants and gaseous contaminants from the air that passes through the filtration device; a sensor configured to sense air humidity in the interior volume a controller operably coupled to the recirculation fan and the external air supply device via signal pathways and configured to increase the rotation speed of the recirculation fan and reduce air supply via the external air supply device to maintain a desired level of humidity. an aerospace vehicle having an interior volume with a first portion and a second portion; an external air supply device positioned to provide supply air to the interior volume at a variable supply flow rate; a recirculation fan configured to move air positioned within the interior volume between the first portion of the interior volume and the second portion of the interior volume; a filtration device positioned so that at least a portion of the air moved by the recirculation fan passes through the filtration device, the filtration device being configured to filter at least one of particulate contaminants and gaseous contaminants from the air that passes through the filtration device; a sensor configured to sense air humidity in the interior volume a controller operably coupled to the recirculation fan and the external air supply device via signal pathways and configured to increase the rotation speed of the recirculation fan and reduce air supply via the external air supply device to maintain a desired level of humidity.
Aramid tire cord comprising a twisted yarn of plies prepared by primarily twisting an aramid multifilament containing poly(paraphenylene terephthalamide) with 20 ~ 60 turns per 10 cm to form a ply and finally twisting the plies with 20 ~ 60 turns per 10 cm, wherein an initial modulus change rate of the aramid tire cord defined by the following calculation 1 is not more than 5%, initial modulus change rate % = M 1 − M 2 / M 1 × 100, wherein M1 is the initial modulus (g/d) of the aramid tire cord measured before a repetitive extension test, M2 is the initial modulus (g/d) of the aramid tire cored measured after the repetitive extension test, the repetitive extension test being performed by repetitively extending the aramid tire cord 10 times at 120 °C under a condition that load corresponding to 10% of strength at break of the aramid tire cord is applied thereto, and each of the M1 and M2 is measured according to the method described in the description in the context of initial modulus change rate.
A vision system for a vehicle comprising: a camera for capturing images within a field of view; a display device movably mounted relative to the vehicle for displaying a portion of the field of view of said camera; a movement sensor for sensing movement of said display device; and a processing circuit in communication with said movement sensor, said display device, and said camera for selecting the portion of the field of view to be displayed on said display device in response to movement of said display device as sensed by said movement sensor; wherein said display device is disposed in a mirror housing of a rearview mirror assembly, wherein said movement sensor senses movement of said display device by sensing movement of said mirror housing, and wherein the vision system further comprises capacitive touch sensors at locations on a top and a bottom of said mirror housing. a camera for capturing images within a field of view; a display device movably mounted relative to the vehicle for displaying a portion of the field of view of said camera; a movement sensor for sensing movement of said display device; and a processing circuit in communication with said movement sensor, said display device, and said camera for selecting the portion of the field of view to be displayed on said display device in response to movement of said display device as sensed by said movement sensor; wherein said display device is disposed in a mirror housing of a rearview mirror assembly, wherein said movement sensor senses movement of said display device by sensing movement of said mirror housing, and wherein the vision system further comprises capacitive touch sensors at locations on a top and a bottom of said mirror housing.
Fog-generating device, adapted to produce fog to increase the safety level of an alarm system, of the type which comprises a heat accumulator adapted to store thermal energy and to release it to a fog-generating fluid, to produce steam, said fog-generating device comprising: - first heating means adapted to produce said thermal energy; - second means adapted to put said fog-generating fluid in contact with said heat accumulator; - third means adapted to support a thermal exchange between said heat accumulator and said fog-generating fluid, said thermal exchange being enough to support a production of steam; - fourth means adapted to expel the steam produced following a vaporization of said fog-generating fluid; wherein said third means, adapted to support a thermal exchange between said heat accumulator and said fog-generating fluid, comprise a thermal mass composed of a plurality of metal plates (11, 12, 13, 14, 15, 16, 17, 18, 19, 20) housed, inside a container, in order to locate a path of the fog-generating fluid adapted to cover the surface of said metal plates (11, 12, 13, 14, 15, 16, 17, 18, 19, 20), generating a vaporization of said fog-generating fluid, said plates (11, 12, 13, 14, 15, 16, 17, 18, 19, 20) being composed of first plates (11, 13, 15, 17, 19) and second plates (12, 14, 16, 18, 20) and being assembled in order to locate meatuses adapted to allow a flow of the fog-generating fluid, means being provided which are adapted to hydraulically mutually connect said meatuses, said hydraulic connection means, adapted to hydraulically mutually connect said meatuses comprising a plurality of first holes or areas (11a, 13a, 15a, 17a, 19a) and a plurality of second holes or areas (12a, 14a, 16a, 18a, 20a) made on said plates (11, 12, 13, 14, 15, 16, 17, 18, 19, 20), characterised in that said first holes or areas (11a, 13a, 15a, 17a, 19a) being made next to the external edge of said first plates (11, 13, 15, 17, 19), while said second holes or areas (12a, 14a, 16a, 18a, 20a) are arranged at the inside of said second plates (12, 14, 16, 18, 20) next to the core of said fog-generating device, said first plates (11, 13, 15, 17, 19) being alternated with said second plates (12, 14, 16, 18, 20) inside said container. - first heating means adapted to produce said thermal energy; - second means adapted to put said fog-generating fluid in contact with said heat accumulator; - third means adapted to support a thermal exchange between said heat accumulator and said fog-generating fluid, said thermal exchange being enough to support a production of steam; - fourth means adapted to expel the steam produced following a vaporization of said fog-generating fluid;
A tower comprising: a section including a shell having an inner surface defining at least a portion of a volume; and an auxiliary component at least partially disposed in the volume, the auxiliary component including a first coupling secured to the section, a body flexibly secured to the section via first coupling, a second coupling secured to the inner surface of the shell, and a linkage arm formed of a substantially rigid material and formed as a unitary body, the linkage arm having a first end portion and a second end portion opposite the first end portion, the first end portion of the linkage arm mechanically coupled to the body, the second end portion of the linkage arm mechanically coupled to the inner surface of the shell via the second coupling, wherein a first force exerted by the auxiliary component on the section via the first coupling is substantially perpendicular to a normal component of a second force exerted by the auxiliary component on the inner surface of the shell via the second coupling and, at the second coupling, the linkage arm is flexible in a direction perpendicular to the normal component of the second force, characterized in that the first end portion and the second end portion each having a respective thin dimension and a respective thick dimension along the length of the linkage arm, the linkage arm twisted along its length with the thick dimension of the first end portion and the thick dimension of the second end portion are positioned relative to a respective direction of preferred flexing of the linkage arm relative to one of the first coupling and the second coupling. a section including a shell having an inner surface defining at least a portion of a volume; and an auxiliary component at least partially disposed in the volume, the auxiliary component including a first coupling secured to the section, a body flexibly secured to the section via first coupling, a second coupling secured to the inner surface of the shell, and a linkage arm formed of a substantially rigid material and formed as a unitary body, the linkage arm having a first end portion and a second end portion opposite the first end portion, the first end portion of the linkage arm mechanically coupled to the body, the second end portion of the linkage arm mechanically coupled to the inner surface of the shell via the second coupling, a first coupling secured to the section, a body flexibly secured to the section via first coupling, a second coupling secured to the inner surface of the shell, and a linkage arm formed of a substantially rigid material and formed as a unitary body, the linkage arm having a first end portion and a second end portion opposite the first end portion, the first end portion of the linkage arm mechanically coupled to the body, the second end portion of the linkage arm mechanically coupled to the inner surface of the shell via the second coupling,
Method for contactlessly detecting at least one flaw and/or at least one dimension on a hot strand-cast material, in particular a hot slab, of a casting system, preferably of a strand casting system, in which at least one camera for recording sensor data from electromagnetic radiation that includes at least infrared radiation is optically directly and/or indirectly directed at least partially onto the surface of the strand-cast material, and the flaw and/or the dimension on the strand-cast material is inferred at least by way of said recorded sensor data, characterized in that the recording of sensor data is limited to infrared radiation in the short-wavelength part (IR-A) of the near-infrared.
A method comprising: receiving by a termination device from a subscriber device in communication with the termination device over an access network that is compliant with one or more Data Over Cable System Interface Specification, DOCSIS, standards, a multicast request communication requesting membership in a multicast group; and transmitting, by the termination device to an edge device, a multicast signaling communication as a result of the multicast request communication, wherein the multicast signaling communication comprises an instruction to the edge device to obtain membership in the multicast group, the multicast signaling communication provides an identifier for inclusion with data packets (314, 319, 401) associated with the multicast group when the multicast group data packets are encapsulated (315, 320) by the edge device according to a media access control, MAC, protocol used in the access network, the multicast group originates from a source outside the access network, and the identifier corresponds to the multicast group. receiving by a termination device from a subscriber device in communication with the termination device over an access network that is compliant with one or more Data Over Cable System Interface Specification, DOCSIS, standards, a multicast request communication requesting membership in a multicast group; and transmitting, by the termination device to an edge device, a multicast signaling communication as a result of the multicast request communication, wherein the multicast signaling communication comprises an instruction to the edge device to obtain membership in the multicast group, the multicast signaling communication provides an identifier for inclusion with data packets (314, 319, 401) associated with the multicast group when the multicast group data packets are encapsulated (315, 320) by the edge device according to a media access control, MAC, protocol used in the access network, the multicast group originates from a source outside the access network, and the identifier corresponds to the multicast group. the multicast signaling communication comprises an instruction to the edge device to obtain membership in the multicast group, the multicast signaling communication provides an identifier for inclusion with data packets (314, 319, 401) associated with the multicast group when the multicast group data packets are encapsulated (315, 320) by the edge device according to a media access control, MAC, protocol used in the access network, the multicast group originates from a source outside the access network, and the identifier corresponds to the multicast group.
Ceramic spark plug insulator comprising an insulator head, which points in the direction of an electrical connection region, and a combustion chamber-side insulator root, wherein the spark plug insulator, in a transition region between the insulator root that can be arranged in the combustion chamber and an insulator region that can be arranged outside the combustion chamber, comprises a root fillet which, on a first surface region which is directed towards the outer side of the spark plug insulator and has a first length L A that is defined in the axial direction (X-X) of the spark plug insulator, has a glazing, wherein the spark plug insulator has an adjacent third surface region which is situated on the combustion chamber side of the root fillet, characterized in that the third surface region comprises a glazed sixth surface region, which is situated adjacent to the root fillet and has a sixth length L F, and an unglazed seventh surface region, which adjoins the sixth surface region in the direction of an insulator root tip and has a seventh length L G, wherein the lengths are each defined as maximum lengths in the axial direction (X-X) of the spark plug insulator, and the following equation is satisfied: L F ≥ L G.
Transport means, in particular a motor vehicle for the transport of passengers and the transport of goods, comprising at least one seat which may be moved into a space-saving stowed position, wherein a cover (2, 3) which may be extended is configured such that in an extended position it at least partially covers the folded-away seat and at least one side wall of the transport means, characterized in that the cover comprises a roller blind, wherein the cover comprises in each case a separate roller blind, for each side wall, and for the floor region.
A method for receiving data from a base station, the method comprising in a mobile station: processing a signal for communication received from a base station in a first subchannel using a radio resource of a time division multiple access system, wherein the first subchannel is provided with a first training sequence, wherein the communication occurs in the first subchannel simultaneously with another communication of the base station in at least one second subchannel using the same radio resource of the time division multiple access system, and wherein the second subchannel is associated with a second training sequence different from the first training sequence.
A fixing structure of an automobile caliper cover, used for fixing said caliper cover body to a automobile caliper, wherein, said fixing structure comprises a first fixing member and a second fixing member; characterized in that the first fixing part comprises a first connection bracket, a first bending part fixedly connected with the connection bracket, and the second bending part which cooperates with the first bending part to fix the first connection bracket on the automobile caliper; The first curved part is fixedly connected with the second curved part; and the second fixing part comprises a fixing buckle fixedly connected with a second connection bracket and the second connection bracket, which is a fixing structure of the automobile caliper cover adapted for fixing the connection bracket on the automobile caliper. characterized in that the first fixing part comprises a first connection bracket, a first bending part fixedly connected with the connection bracket, and the second bending part which cooperates with the first bending part to fix the first connection bracket on the automobile caliper; The first curved part is fixedly connected with the second curved part; and the second fixing part comprises a fixing buckle fixedly connected with a second connection bracket and the second connection bracket, which is a fixing structure of the automobile caliper cover adapted for fixing the connection bracket on the automobile caliper.