mhurhangee/patent-ind-claim-en huggingface dataset:
A process for converting acyclic C 5 hydrocarbon to cyclic C 5 hydrocarbon comprising: a) providing a furnace comprising parallel reactor tube(s), the reactor tubes containing catalyst composition; b) providing feedstock comprising acyclic C 5 hydrocarbon; c) contacting the feedstock with the catalyst composition; d) obtaining a reactor effluent comprising cyclic C 5 hydrocarbon wherein, the cyclic C 5 hydrocarbon comprises cyclopentadiene; e) discontinuing providing a feedstock comprising acyclic C 5 hydrocarbons; f) providing a rejuvenation gas comprising H 2 and less than 1.0 wt.% reactive oxygen-containing compounds, based upon the weight of the rejuvenation gas; g) contacting the rejuvenation gas with the catalyst composition to remove at least a portion of coke material on the catalyst composition; and h) discontinuing providing a rejuvenation gas and resuming providing a feedstock comprising acyclic C 5 hydrocarbons; wherein the reactor tubes have an inverse temperature profile meaning that the reactor inlet temperature is lower than the reactor outlet temperature. a) providing a furnace comprising parallel reactor tube(s), the reactor tubes containing catalyst composition; b) providing feedstock comprising acyclic C 5 hydrocarbon; c) contacting the feedstock with the catalyst composition; d) obtaining a reactor effluent comprising cyclic C 5 hydrocarbon wherein, the cyclic C 5 hydrocarbon comprises cyclopentadiene; e) discontinuing providing a feedstock comprising acyclic C 5 hydrocarbons; f) providing a rejuvenation gas comprising H 2 and less than 1.0 wt.% reactive oxygen-containing compounds, based upon the weight of the rejuvenation gas; g) contacting the rejuvenation gas with the catalyst composition to remove at least a portion of coke material on the catalyst composition; and h) discontinuing providing a rejuvenation gas and resuming providing a feedstock comprising acyclic C 5 hydrocarbons;
An ultrasound diagnostic apparatus comprising: an ultrasound probe for transmitting/receiving an ultrasound wave with respect to a subject to be diagnosed; an ultrasound wave transmit section for transmitting an ultrasound wave for driving the ultrasound probe; a pressing section for applying an external force to the subject; a displacement measuring section for measuring, while the external force is being applied to the subject by the pressing device, a displacement of each part of the subject based on two adjacent sets of tomographic image data from a time series of tomographic image data obtained from reflected echo signals received from the ultrasound probe; an elasticity modulus calculating section for calculating a modulus of elasticity of a tissue of each part of the subject based on the displacement data measured by the displacement measuring section; an image generating section for generating an elastic image from the modulus of elasticity data calculated by the elasticity modulus calculating section; a display section for displaying the generated elastic image; characterised by a pressing decision section for deciding whether or not a pressing operation is proper based on a distribution of distortion factors in a tomographic image, the distribution of distortion factors obtained by analyzing the measured displacement data; and a decision output section for outputting a decision result by the pressing decision section to the display section. an ultrasound probe for transmitting/receiving an ultrasound wave with respect to a subject to be diagnosed; an ultrasound wave transmit section for transmitting an ultrasound wave for driving the ultrasound probe; a pressing section for applying an external force to the subject; a displacement measuring section for measuring, while the external force is being applied to the subject by the pressing device, a displacement of each part of the subject based on two adjacent sets of tomographic image data from a time series of tomographic image data obtained from reflected echo signals received from the ultrasound probe; an elasticity modulus calculating section for calculating a modulus of elasticity of a tissue of each part of the subject based on the displacement data measured by the displacement measuring section; an image generating section for generating an elastic image from the modulus of elasticity data calculated by the elasticity modulus calculating section; a display section for displaying the generated elastic image; characterised by a pressing decision section for deciding whether or not a pressing operation is proper based on a distribution of distortion factors in a tomographic image, the distribution of distortion factors obtained by analyzing the measured displacement data; and a decision output section for outputting a decision result by the pressing decision section to the display section.
Cosmetic composition, in particular hair oil, the composition comprising as ingredients coconut oil in an amount ranging from 20 to 70 % by volume, based on the composition, olive oil in an amount ranging from 1 to 20 % by volume, based on the composition, soybean oil in an amount ranging from 1 to 20 % by volume, based on the composition, almond oil in an amount ranging from 1 to 20 % by volume, based on the composition, walnut oil in an amount ranging from 1 to 20 % by volume, based on the composition, and jojoba oil in an amount ranging from 1 to 20 % by volume, based on the composition, and wherein the composition is free of polyorganosiloxanes, polysiloxanes, parabens, phthalic acids and their salts and/or esters, quaternium, polyquaternium, foam-forming sulfates and added perfumes and fragrances.
Agricultural haymaking machine comprising a chassis carrying at least one transverse displacement device for a crop, such as mown grass, for example, each device comprising at least two conveyors with an endless belt running over at least two rollers mounted in a frame (6"), these conveyors being movable relative to the chassis and able to occupy an adjacent position, in which an infeed conveyor can, when using the machine , transfer the crop to the or an outfeed conveyor , the internal rollers of the two concerned conveyors (4 and 4') then being separated by a spacing distance (e), the machine further comprising at least one support element providing a deposit surface , having a width (b) less than the spacing distance (e) and located between the inner lateral ends (4") of the infeed and outfeed conveyors concerned, at least when the latter are in an adjacent position, characterized in that the support element is rigidly fastened to the frame (6") of the infeed conveyor so that the deposit surface is static with respect to the frame (6") of the conveyor to which the said support element is rigidly fastened and in that the deposit surface is located between the top and bottom of the internal roller of the conveyor to which the said support element is rigidly fastened.
A thrust bearing assembly comprising: a thrust face comprising a polycrystalline diamond element , the polycrystalline diamond element having an engagement surface thereon; and an opposing thrust face that is a metal surface comprising a diamond reactive material, wherein the diamond reactive material is a metal or metal alloy containing at least 2 wt.% of a diamond catalyst or diamond solvent, wherein the engagement surface is in sliding contact with the opposing thrust face . a thrust face comprising a polycrystalline diamond element , the polycrystalline diamond element having an engagement surface thereon; and an opposing thrust face that is a metal surface comprising a diamond reactive material, wherein the diamond reactive material is a metal or metal alloy containing at least 2 wt.% of a diamond catalyst or diamond solvent, wherein the engagement surface is in sliding contact with the opposing thrust face .
An expandable interbody implant comprising: a central frame including an anterior (distal) threaded bore and a posterior (proximal) bore; a superior (upper) end plate movably coupled along a posterior portion of the central frame ; an inferior (lower) end plate movably coupled along the posterior portion of the central frame opposite the superior end plate ; an anterior adjustment mechanism including an anterior wedge rotationally coupled to an anterior screw movable within the anterior threaded bore; and a posterior adjustment mechanism including a posterior wedge coupled to a posterior screw movable within the posterior bore , wherein the rotation of the anterior screw advances the anterior screw within the threaded anterior bore resulting in linear advancement of the anterior wedge against anterior ramped surfaces of the superior end plate and inferior end plate . a central frame including an anterior (distal) threaded bore and a posterior (proximal) bore; a superior (upper) end plate movably coupled along a posterior portion of the central frame ; an inferior (lower) end plate movably coupled along the posterior portion of the central frame opposite the superior end plate ; an anterior adjustment mechanism including an anterior wedge rotationally coupled to an anterior screw movable within the anterior threaded bore; and a posterior adjustment mechanism including a posterior wedge coupled to a posterior screw movable within the posterior bore , wherein the rotation of the anterior screw advances the anterior screw within the threaded anterior bore resulting in linear advancement of the anterior wedge against anterior ramped surfaces of the superior end plate and inferior end plate .
A heat exchange system comprising: a tank ; a phase change material (PCM) held in the tank , the PMC including water and one or more of an ice nucleating agent or a salt; a liquid layer held in the tank , wherein the liquid l is immiscible with the PCM , has a density lower than a density of the PCM and is located above the PCM ; a heat exchanger located within the liquid layer ; and a distributor located above the heat exchanger and configured to introduce a plurality of liquid PCM droplets into the liquid layer and above the heat exchanger , wherein the heat exchanger is coated with an icephobic polymer coating (204; 306). a tank ; a phase change material (PCM) held in the tank , the PMC including water and one or more of an ice nucleating agent or a salt; a liquid layer held in the tank , wherein the liquid l is immiscible with the PCM , has a density lower than a density of the PCM and is located above the PCM ; a heat exchanger located within the liquid layer ; and a distributor located above the heat exchanger and configured to introduce a plurality of liquid PCM droplets into the liquid layer and above the heat exchanger , wherein the heat exchanger is coated with an icephobic polymer coating (204; 306).
A power conversion device configured to convert direct current electricity supplied from a direct current power supply to alternating current electricity, the power conversion device comprising: - a first input terminal connected to a positive electrode of the direct current power supply ; - a second input terminal connected to a negative electrode of the direct current power supply ; - a power module (4, 4a - 4f) configured to convert the direct current electricity supplied from the direct current power supply to the alternating current electricity; - a first power supply bus connecting the first input terminal and the power module (4, 4a - 4f); - a second power supply bus connecting the second input terminal and the power module (4, 4a - 4f); and - a metal casing housing the first and second power supply buses (5, 5x, 5y; 6, 6x, 6y) and the power module (4, 4a - 4f), characterized in that : - a casing conducting member is provided which is electrically continuous with the metal casing , - a capacitive coupling (C, C1) between the first power supply bus and the casing conducting member and a capacitive coupling (C, C2) between the second power supply bus and the metal casing are matched, and - the first power supply bus and the second power supply bus are disposed between the casing conducting member and the metal casing . - a first input terminal connected to a positive electrode of the direct current power supply ; - a second input terminal connected to a negative electrode of the direct current power supply ; - a power module (4, 4a - 4f) configured to convert the direct current electricity supplied from the direct current power supply to the alternating current electricity; - a first power supply bus connecting the first input terminal and the power module (4, 4a - 4f); - a second power supply bus connecting the second input terminal and the power module (4, 4a - 4f); and - a metal casing housing the first and second power supply buses (5, 5x, 5y; 6, 6x, 6y) and the power module (4, 4a - 4f), - a casing conducting member is provided which is electrically continuous with the metal casing , - a capacitive coupling (C, C1) between the first power supply bus and the casing conducting member and a capacitive coupling (C, C2) between the second power supply bus and the metal casing are matched, and - the first power supply bus and the second power supply bus are disposed between the casing conducting member and the metal casing .
Electronic device comprising a current sensor , which encompasses the phase(s) and the neutral of a single-phase, two-phase or three-phase electrical network supplying a piece of electrical equipment or group of pieces of electrical equipment , a processing and filtering cell , which ensures the generation of a setpoint signal as well as the order of activation of the generation of this current and ensures that the voltage value of its setpoint signal is proportional to the measured current I MC or to its filtered value according to any filtering, also comprising a non-isolated symmetrical DC voltage power supply , the input of which is connected to the single-phase, two-phase or three-phase electrical network and the output of which has two symmetrical DC voltages named "V HT + " and "V HT - " and of which the output ground is referenced either to the neutral or to one of the phases or to a voltage resulting from a combination between the phase(s) and the neutral, also comprising an isolated symmetrical low-voltage power supply , the input of which is connected to the electrical network or to the DC voltages "V HT + " and "V HT - " and the isolated output of which has two voltages "+V cc " and "-V cc " and of which the output ground is referenced to the protection conductor PE (6 1 ), also comprising an electronic cell for injecting the plugging current "I c " toward the protection conductor PE (6 1 ), of which the injected plugging current "I c " is slaved to its input voltage by an amplification stage which makes it possible to reproduce, at the terminals of the resistor R 10 , a value proportional to this input voltage via an amplifier arrangement consisting of at least one operational amplifier which is optionally completed by a push-pull stage including at least two transistors of opposite polarity or including bipolar transistors which are connected in pairs according to a Darlington or Sziklai arrangement, characterized in that the setpoint output of the processing and filtering cell is connected to the "setpoint" input voltage of the electronic cell for injecting the plugging current "I c ", and in that the energy source of the plugging current injected toward the earth potential originates in whole or in part from the supply voltages "V HT + " AND "V HT - ".
A tool for transferring positions of a measuring reference from a construction frame to a surface of a tile or a number of adjacent tiles for making cut-outs in said tile or tiles , said tool comprising a frame-like structure and either a grid structure having openings in a raster pattern or a grid pattern made up by laser beams, said grid structure or grid pattern extending between elements of the frame-like structure , wherein the tool further comprises at least one leg arrangement having an end portion , characterised in that said end portion has a spacer element having a width providing a spacing between two adjacently mounted tiles or between a mounted tile and a construction element, such that when measuring the position for the cut-out to be transferred, the outer side of said spacer element is adapted to rest against a mounted tile or an end construction element and the opposite side of the spacer element when transferring the cut out positions to the tile or tiles to be mounted is adapted to rest against said tile to be mounted.
Non subscriber identity, non-SI, device arranged for wireless communication in a local network according to a local communication protocol, - the local communication protocol defining protocol messages and wireless transceiving across a limited area, the non-SI device not comprising an SI and being arranged for cooperating with an SI device having access to the SI, - the SI comprising subscriber identity data of a subscriber to a provider for accessing a core network , the core network providing wireless communication for mobile devices across at least a regional area, the non-SI device comprising - a non-SI private key constituting a pair with a non-SI public key; - a transceiver arranged for local transceiving according to the local communication protocol; - a processor arranged to execute an association sequence to establish an association with the SI, the association sequence comprising - providing the non-SI public key to the SI device via a first communication channel, - sharing a verification code with the SI device via a second communication channel for verifying that the SI device has obtained the non-SI public key, - the first and second communication channel being different and one of the channels being an out-of-band, OOB, channel , - providing proof of possession of the non-SI private key to the SI device via the first or the second communication channel, - receiving, on successful evaluation of the provided proof, from the SI device, security data as generated on behalf of the provider using the non-SI public key, the security data enabling the non-SI device to access the core network via the local network and a gateway between the local network and the core network. - the local communication protocol defining protocol messages and wireless transceiving across a limited area, the non-SI device not comprising an SI and being arranged for cooperating with an SI device having access to the SI, - the SI comprising subscriber identity data of a subscriber to a provider for accessing a core network , the core network providing wireless communication for mobile devices across at least a regional area, the non-SI device comprising - a non-SI private key constituting a pair with a non-SI public key; - a transceiver arranged for local transceiving according to the local communication protocol; - a processor arranged to execute an association sequence to establish an association with the SI, the association sequence comprising - providing the non-SI public key to the SI device via a first communication channel, - sharing a verification code with the SI device via a second communication channel for verifying that the SI device has obtained the non-SI public key, - the first and second communication channel being different and one of the channels being an out-of-band, OOB, channel , - providing proof of possession of the non-SI private key to the SI device via the first or the second communication channel, - receiving, on successful evaluation of the provided proof, from the SI device, security data as generated on behalf of the provider using the non-SI public key,
Holding part for connecting a first and a second terrace profile to a substructure of a terrace system , having a plate-shaped base body which has an upper side , a bottom side , two longitudinal sides and two end sides , having at least one first elastic and L-shaped holding web which projects from the upper side of the base body and is designed to be engageable in a groove-shaped recess on the first terrace profile , and having at least one second elastic and L-shaped holding web which projects from the upper side of the base body and is designed to be engageable in a groove-shaped recess on the second terrace profile , wherein the first and the second holding web on the holding part define receptacles which are aligned in opposite directions and each have an insertion opening for the respective terrace profile , wherein the holding part has on the base body at least one, more particularly continuous, mounting opening for connecting the holding part to the substructure by means of a fastening element , and wherein the first and second holding webs on the upper side of the base body are aligned substantially along a common straight line (G) with regard to their width (B7, B8), characterized in that the straight line (G) extends over the mounting opening , wherein the mounting opening is arranged between the holding webs (7, 8 or 107, 108).
Method for manufacturing a transparent open container , said method comprises the following steps: A. providing a continuous metallic-based sheet , having a first surface and a second surface ; the continuous metallic-based sheet having folding lines forming a central zone and at least two lateral zones ; B. depositing on the first surface of the continuous metallic-based sheet, a transparent dielectric panel being fixed by an interlayer ; forming a flat assembly, extending along a plane, P, defined by a longitudinal axis, X, and a vertical axis, Z; having a width, W, measured along the longitudinal axis, X, and a height, H, measured along the vertical axis, Z; D. bending on the folding lines the flat assembly to form a transparent open container, defined by X, Z and a Y-axis, and having a depth, D, measured along the Y-axis; wherein within step B, a transparent dielectric panel is deposited on each of said central and lateral zones of the continuous metallic-based sheet; each panel being fixed by the interlayer; wherein the continuous metallic-based sheet is a metallic meshed structure and wherein the metallic meshed structure is a woven metallic mesh. A. providing a continuous metallic-based sheet , having a first surface and a second surface ; the continuous metallic-based sheet having folding lines forming a central zone and at least two lateral zones ; B. depositing on the first surface of the continuous metallic-based sheet, a transparent dielectric panel being fixed by an interlayer ; forming a flat assembly, extending along a plane, P, defined by a longitudinal axis, X, and a vertical axis, Z; having a width, W, measured along the longitudinal axis, X, and a height, H, measured along the vertical axis, Z; D. bending on the folding lines the flat assembly to form a transparent open container, defined by X, Z and a Y-axis, and having a depth, D, measured along the Y-axis; wherein within step B, a transparent dielectric panel is deposited on each of said central and lateral zones of the continuous metallic-based sheet; each panel being fixed by the interlayer; wherein the continuous metallic-based sheet is a metallic meshed structure and wherein the metallic meshed structure is a woven metallic mesh. wherein within step B, a transparent dielectric panel is deposited on each of said central and lateral zones of the continuous metallic-based sheet; each panel being fixed by the interlayer; wherein the continuous metallic-based sheet is a metallic meshed structure and wherein the metallic meshed structure is a woven metallic mesh.