mhurhangee/ep-ind-claims huggingface dataset:
A digital rack interface pod "DRIP" apparatus for interfacing a communications component to a managed device in communication with the communications component, to enable transmission of keyboard and mouse information to and from the managed device, and to digitize video signals from the managed device for transmission to the communications component, the apparatus comprising: a first input for receiving power from the managed device that is used to power the apparatus; a second input for receiving power from the communications component; a regulator subsystem (102, 104) responsive to the first and second inputs, and configured to monitor the power provided on the first input; the regulator subsystem further being configured to detect when power is unavailable from the first input, and then to automatically use power from the second input to power the apparatus; and a third input for receiving power from an external power source that may be used to power the apparatus. a first input for receiving power from the managed device that is used to power the apparatus; a second input for receiving power from the communications component; a regulator subsystem (102, 104) responsive to the first and second inputs, and configured to monitor the power provided on the first input; the regulator subsystem further being configured to detect when power is unavailable from the first input, and then to automatically use power from the second input to power the apparatus; and a third input for receiving power from an external power source that may be used to power the apparatus.
A driving assistance system comprising: one or more circuits in an electronic control unit used in a first vehicle, said one or more circuits being configured to: detect a second vehicle in front of said first vehicle; determine a first position associated with said first vehicle and a second position associated with said detected second vehicle for a first time instance; determine whether a lateral distance between said determined first position and said determined second position is below a first pre-defined threshold distance; and generate a first alert when said determined lateral distance is below said first pre-defined threshold distance, wherein said one or more circuits are configured to generate a first alert when said determined lateral distance is below said first pre-defined threshold distance and above another pre-defined threshold distance, wherein a crash alert is generated when said determined lateral distance is below said another pre-defined threshold distance. detect a second vehicle in front of said first vehicle; determine a first position associated with said first vehicle and a second position associated with said detected second vehicle for a first time instance; determine whether a lateral distance between said determined first position and said determined second position is below a first pre-defined threshold distance; and generate a first alert when said determined lateral distance is below said first pre-defined threshold distance, wherein said one or more circuits are configured to generate a first alert when said determined lateral distance is below said first pre-defined threshold distance and above another pre-defined threshold distance, wherein a crash alert is generated when said determined lateral distance is below said another pre-defined threshold distance.
Levelling device suitable for levelling and support of items, such as machines, which levelling device includes a top part for fastening in an item, such as a machine and a, from the top part separable lower part for contact against a base such as a floor and where there in the top part is included a spindle, which includes a thread, a lower end surface at the lower part, an external cylindrical surface in the area between the thread and the lower end surface and a center axis for the thread and cylindrical surface and a sleeve mounted on the spindle, which includes a first end surface closest to the lower part and an upper end surface in the opposite end of the sleeve and an internal thread in an area at the upper end surface and in mesh with the thread on the spindle to control axial movement of the sleeve with respect to the spindle, and an internal cylindrical surface between the internal thread and the first end surface with a larger circumference than the external circumference on the spindle's thread and where the sleeve includes an internal stop surface, proceeding preferably perpendicular on the centre axis and placed between the internal thread and first end surface on the sleeve, which internal stop surface extends radially inwardly from the internal cylindrical surface and is limited by and inner surface, placed between the spindle's external cylindrical surface and the internal cylindrical surface on the sleeve, wherein the spindle includes a track which extends perpendicular to the centre axis and is placed where the thread and the cylindrical surface on the spindle meet and wherein the top part furthermore includes a stop item, which is mounted in mesh with the track on the spindle and which stop item extends outwardly over the inner surface, characterized in that the stop surface is axially movable along the external cylindrical surface below the stop item by rotating the internal thread with respect to the thread as the sleeve is turned.
A facility for cleaning an object, such as a cart, wheelchair, waste bin, said facility comprising a zone for receiving the object to be cleaned inside which the object is able to rest on a support surface, a frame equipped with fluid spray members and able to be positioned around said receiving zone with its socalled bottom face turned toward the support surface, and a support chassis of the frame, the facility comprises two pairs of pivoting arms coupling the frame support chassis, in that the frame is, via said pairs of pivoting arms, mounted movable between a low position close to the support surface and a high position separated from the support surface, characterized in that, for each pair of arms, the arms of said pair of arms are respectively articulated to the chassis and the frame along articulation axes so as to form a deformable quadrilateral (ABCD) to allow a movement of said frame between the low and high positions with a nearly horizontal pitch.
A nano-sized particle comprising a cross-linked polymer, wherein the polymer is selected from the group consisting of a polyacrylic acid homopolymer; and polymethacrylic acid homopolymer; and wherein said polymer is cross-linked with a metal ion, and wherein said polymer is further chemically cross-linked with a cross-linking moiety selected from the group consisting of allyl pentaerythritol, allyl sucrose, polyvinyl alcohol, divinyl glycol, and tetraethylene glycol.
A compound represented by the following Formula 1, or containing a structural unit represented by the following Formula 1: wherein, in Formula 1, rings A 1 to A 3 are each independently a C 6-20 aromatic ring or a C 2-60 heteroaromatic ring containing at least one heteroatom selected from the group consisting of N, O, and S, R a, R b, and R 1 to R 3 are each independently hydrogen; deuterium; a halogen; a cyano; a nitro; a substituted or unsubstituted silyl; a substituted or unsubstituted amino; a substituted or unsubstituted C 1-60 alkyl; a substituted or unsubstituted C 1-60 haloalkyl; a substituted or unsubstituted C 1-60 alkoxy; a substituted or unsubstituted C 1-60 haloalkoxy; a substituted or unsubstituted C 3-60 cycloalkyl; a substituted or unsubstituted C 2-60 alkenyl; a substituted or unsubstituted C 6 - 60 aryl; a substituted or unsubstituted C 6-60 aryloxy; or a substituted or unsubstituted C 2-60 heteroaryl containing at least one heteroatom selected from the group consisting of N, O, and S, with the proviso that at least one of R a, R b, and R 1 to R 3 is a substituted or unsubstituted silyl group, or is substituted with a silyl group, R a is optionally connected to the ring A 1 or A 3 by a single bond, -O-, -S-, -C (Q 1)(Q 2) -, or -N(Q 3)-, R b is optionally connected to the ring A 2 or A 3 by a single bond, -O-, -S-, - C(Q 4)(Q 5)-, or -N(Q 6), and the rings A 1 and A 2 are optionally connected to each other by a single bond, - 0-, -S-, -C(Q 7)(Q 8)-, or -N(Q 9)-, wherein Q 1 to Q 9 are each independently hydrogen; deuterium; a C 1 - 10 alkyl; or a C 6-20 aryl, and n1 to n3 are each independently an integer of 0 to 10.
An adjustment device for a motor vehicle headlight which has at least one optically relevant component which is movable with the aid of an actuator, wherein a drive element of the actuator moves a rolling element which is mounted rotatably in a bearing piece, wherein the movement of the rolling element in the movement direction of the drive element effects a reduced movement of an actuating element, wherein the drive element of the actuator acts on the actuating element, wherein the actuating element acts on the optically relevant component, and the drive element is linearly movable by the actuator, and the rolling element has at least one circumferential face, wherein the actuator is an electric motor, wherein the rolling element is mounted rotatably in a bearing piece which is connected to the actuating element, and the rolling element is engaged both on a first rolling face which is associated with the drive element and on a second rolling face which is connected in a stationary manner to the electric motor, and the rolling element can roll on its circumferential face between the first rolling face and the second rolling face which is connected in a stationary manner to the electric motor.
Use of a composition in reducing oxalate levels in foodstuff or beverages wherein the composition comprises at least one oxalatedegrading enzyme that has 9 or less arginine and lysine amino acids within the entire hexamer interface and wherein the at least one oxalate degrading enzyme is recombinantly expressed and has an amino acid sequence of any one of SEQ ID NO: 2-40.
Method for producing a tank device for storing a gaseous medium, in particular hydrogen, having at least one tank container, which at least one tank container has a tank housing with a tank neck, wherein a tank pressure base is disposed in the tank neck, which tank pressure base separates a tank neck space and a tank interior from one another, and which tank neck has an external thread as an abutment on an outer side, wherein the at least one tank container is manufactured from steel and has a specific melting temperature, characterized by the following steps: a. heating both ends of the at least one tank container up to the specific melting temperature; b. deforming the ends of the at least one tank container to produce a tank neck by means of moulding tools; c. internally deforming the tank neck by means of a stretching and compressing process to produce a double tank pressure base, wherein at least two mandrels are introduced simultaneously or alternately into the tank neck, and the tank neck is thus shaped inwardly; d. repeating step c until a predetermined geometrical shape and rigidity of the tank pressure base is reached. a. heating both ends of the at least one tank container up to the specific melting temperature; b. deforming the ends of the at least one tank container to produce a tank neck by means of moulding tools; c. internally deforming the tank neck by means of a stretching and compressing process to produce a double tank pressure base, wherein at least two mandrels are introduced simultaneously or alternately into the tank neck, and the tank neck is thus shaped inwardly; d. repeating step c until a predetermined geometrical shape and rigidity of the tank pressure base is reached.
A nickel-base alloy-clad steel plate having good resistance to intergranular corrosion, wherein an amount of Cr that exists as carbides in a cladding metal composed of a nickel-base alloy is 0.030% or less on a mass percent basis, and an aspect ratio of crystal grains of the cladding metal is 1.5 or more, and wherein the cladding metal consists of, in terms of mass percent, C: 0.030% or less, Si: 0.02% to 0.50%, Mn: 0.02% to 0.50%, P: 0.015% or less, S: 0.015% or less, Cr: 20.0% to 23.0%, Mo: 8.0% to 10.0%, Fe: 5.0% or less, Al: 0.02% to 0.40%, Ti: 0.10% to 0.40%, Nb + Ta: 3.15% to 4.15%, and the balance consisting of Ni and incidental impurities wherein the incidental impurities include, in terms of mass percent, N: 0.01% or less, O: 0.001% or less, V: 0.04% or less, B: 0.0005% or less, and W: 0.3% or less.
A scanning system comprising: a translating structure configured to move axially along an elongate structure; a scanner connected to the translating structure, and comprising a collimator, and an orientation selector, wherein the scanner is configured to scan the elongate structure utilizing an x-ray beam in the form of a fan beam, the fan beam configured to have a first beam orientation and a second beam orientation substantially perpendicular to the first beam orientation; and a controller in communication with the translating structure and the scanner, wherein the controller is configured to: control the translating structure to move axially along the elongate structure while the scanner performs an axial scan of the elongate structure using the x-ray beam at the first beam orientation; and perform a second scan of the elongate structure using the x-ray beam at the second beam orientation when an inconsistency is detected in the axial scan at a location on the elongate structure; wherein the orientation selector is a rotary actuator, and is configured to change the x-ray beam from the first beam orientation to the second beam orientation by rotating the collimator in the scanner. a translating structure configured to move axially along an elongate structure; a scanner connected to the translating structure, and comprising a collimator, and an orientation selector, wherein the scanner is configured to scan the elongate structure utilizing an x-ray beam in the form of a fan beam, the fan beam configured to have a first beam orientation and a second beam orientation substantially perpendicular to the first beam orientation; and a controller in communication with the translating structure and the scanner, wherein the controller is configured to: control the translating structure to move axially along the elongate structure while the scanner performs an axial scan of the elongate structure using the x-ray beam at the first beam orientation; and perform a second scan of the elongate structure using the x-ray beam at the second beam orientation when an inconsistency is detected in the axial scan at a location on the elongate structure; wherein the orientation selector is a rotary actuator, and is configured to change the x-ray beam from the first beam orientation to the second beam orientation by rotating the collimator in the scanner. control the translating structure to move axially along the elongate structure while the scanner performs an axial scan of the elongate structure using the x-ray beam at the first beam orientation; and perform a second scan of the elongate structure using the x-ray beam at the second beam orientation when an inconsistency is detected in the axial scan at a location on the elongate structure; wherein the orientation selector is a rotary actuator, and is configured to change the x-ray beam from the first beam orientation to the second beam orientation by rotating the collimator in the scanner.
A composite film comprising: a core layer of substantially particle-free and optically clear polyester, (a) a first outer layer in direct contact with one side of the core layer, (b) an optically clear primer layer in direct contact with a side of the first outer layer opposite the core layer, and (c) optionally a second outer layer in direct contact with a side of the core layer opposite the first outer layer; in which each outer layer is optically clear, is independently 0.5 - 7 μm thick and independently comprises inorganic particles dispersed uniformly in a polyester matrix, characterized in that the primer layer comprises inversely synthesized aliphatic polyurethane particles uniformly dispersed in a matrix of polyester crosslinked by a carbodiimide crosslinking agent; wherein the inversely synthesized aliphatic polyurethane is formed by a process in which (i) non-aromatic organic polyisocyanate and non-aromatic organic polyol are reacted to form a polyurethane polymer, (ii) a neutralizing agent, such as a tertiary amine, is added to water to form an aqueous solution, and then (iii) the polyurethane polymer is added to and dispersed in the aqueous neutralizing agent solution. (a) a first outer layer in direct contact with one side of the core layer, (b) an optically clear primer layer in direct contact with a side of the first outer layer opposite the core layer, and (c) optionally a second outer layer in direct contact with a side of the core layer opposite the first outer layer;
A mobile computing device comprising: a priority association database to store one or more priority levels for email addresses; a messaging client to receive an incoming email message (102, 200) sent to the mobile computing device; the messaging client comprising a message parser to parse an email address of a sender of the incoming email message (102, 200); the messaging client comprising a priority detection module to determine a priority level of the incoming email message (102, 200) by accessing the priority association database to retrieve the priority level associated with the email address of the sender; a vibration sequence database to store a vibration sequence for each of the priority levels, wherein the vibration sequence for each of the priority levels comprises a pattern of short and long vibrations; and a motor controller to retrieve the vibration sequence associated with the priority level and to instruct a vibrate motor to vibrate according to the vibration sequence. a priority association database to store one or more priority levels for email addresses; a messaging client to receive an incoming email message (102, 200) sent to the mobile computing device; the messaging client comprising a message parser to parse an email address of a sender of the incoming email message (102, 200); the messaging client comprising a priority detection module to determine a priority level of the incoming email message (102, 200) by accessing the priority association database to retrieve the priority level associated with the email address of the sender; a vibration sequence database to store a vibration sequence for each of the priority levels, wherein the vibration sequence for each of the priority levels comprises a pattern of short and long vibrations; and a motor controller to retrieve the vibration sequence associated with the priority level and to instruct a vibrate motor to vibrate according to the vibration sequence. the messaging client comprising a message parser to parse an email address of a sender of the incoming email message (102, 200); the messaging client comprising a priority detection module to determine a priority level of the incoming email message (102, 200) by accessing the priority association database to retrieve the priority level associated with the email address of the sender; a vibration sequence database to store a vibration sequence for each of the priority levels, wherein the vibration sequence for each of the priority levels comprises a pattern of short and long vibrations; and a motor controller to retrieve the vibration sequence associated with the priority level and to instruct a vibrate motor to vibrate according to the vibration sequence.
A coupling element comprising at least one coupling member having a first end and a second end (4,6), wherein said coupling member has a flat face on a first side thereof, the at least one coupling member includes a first plurality of barbs disposed successively therealong from the first end, a first set of said first plurality of barbs extending from said flat face and extending in cantilever manner from said flat face and depending away from said first end so as to hinder or prevent the removal of the coupling element from a bore in a surface of a first article into which the coupling member has been inserted from the first end, wherein said at least one coupling member has a curved face on a second side thereof, opposite said first side, a second set of said first plurality of barbs extending from said curved face or a plurality or ridges or projections being disposed successively along said second side of the at least one coupling member. wherein said coupling member has a flat face on a first side thereof, the at least one coupling member includes a first plurality of barbs disposed successively therealong from the first end, a first set of said first plurality of barbs extending from said flat face and extending in cantilever manner from said flat face and depending away from said first end so as to hinder or prevent the removal of the coupling element from a bore in a surface of a first article into which the coupling member has been inserted from the first end, wherein said at least one coupling member has a curved face on a second side thereof, opposite said first side, a second set of said first plurality of barbs extending from said curved face or a plurality or ridges or projections being disposed successively along said second side of the at least one coupling member.
A method for increasing availability of light for photosynthesis by plants or for swimming pools, the method comprising statically mounting a convex reflective surface (1;56) or equivalent thereto in fixed orientation above a target area to deflect received sunlight (2,3;54,54') vertically or obliquely downwards onto the target area, characterised in that, maximum and minimum inclinations and/or curvature of the reflecting surface (1;56) vary with compass direction.