mhurhangee/ep-ind-claims huggingface dataset:
A method for catalytic chemical reaction comprising passing nitrobenzene through an activated carbon monolith catalyst under hydrogen pressure to form aniline, wherein the activated carbon monolith catalyst comprises (a) a finished self-supporting activated carbon monolith having walls defining at least one passage therethrough and comprising a supporting ceramic matrix and substantially discontinuous activated carbon particles dispersed throughout the supporting ceramic matrix, the walls having an exterior surface, depth, and passageways into the depth of the walls, and (b) at least one catalyst precursor comprising palladium and capable of creating a catalytically active site on said finished self-supporting activated carbon monolith, the at least one catalyst precursor applied to the finished self-supporting activated carbon monolith, wherein the at least one catalyst precursor comprising palladium is disposed on the exterior surface of the walls and within the passageways into the depth of the monolith walls of the finished self-supporting activated carbon monolith. (a) a finished self-supporting activated carbon monolith having walls defining at least one passage therethrough and comprising a supporting ceramic matrix and substantially discontinuous activated carbon particles dispersed throughout the supporting ceramic matrix, the walls having an exterior surface, depth, and passageways into the depth of the walls, and (b) at least one catalyst precursor comprising palladium and capable of creating a catalytically active site on said finished self-supporting activated carbon monolith, the at least one catalyst precursor applied to the finished self-supporting activated carbon monolith, wherein the at least one catalyst precursor comprising palladium is disposed on the exterior surface of the walls and within the passageways into the depth of the monolith walls of the finished self-supporting activated carbon monolith.
A compressor comprising: an inner casing arranged so as to cover a rotor shaft; an outer casing arranged so as to cover the inner casing and forming a fluid flow path around the rotor shaft; and a stator blade of a first stage of the compressor; characterized in that the compressor comprises a plurality of struts mounted in the entrance of the fluid flow path at a stage prior to the stator blade of the first stage of the compressor and between the inner casing and the outer casing, for supporting the inner casing and the outer casing, wherein the plurality of struts are arranged in a radial pattern centered on the rotor shaft, and the spacings between at least some of the adjacent struts in the circumferential direction of the rotor shaft are unequal. an inner casing arranged so as to cover a rotor shaft; an outer casing arranged so as to cover the inner casing and forming a fluid flow path around the rotor shaft; and a stator blade of a first stage of the compressor; characterized in that the compressor comprises a plurality of struts mounted in the entrance of the fluid flow path at a stage prior to the stator blade of the first stage of the compressor and between the inner casing and the outer casing, for supporting the inner casing and the outer casing, wherein the plurality of struts are arranged in a radial pattern centered on the rotor shaft, and the spacings between at least some of the adjacent struts in the circumferential direction of the rotor shaft are unequal.
A cannula assembly comprising: a cannula housing (111, 112) comprising a first opening at a proximal end; and a cannula sleeve comprising a sleeve body extending from a distal end of the cannula housing, the sleeve body comprising a distal end having a second opening, a proximal end connected to the cannula housing, characterized in that: the sleeve body has a semi-rectangular cross section extending from the proximal end of the sleeve body to the distal end of the sleeve body, wherein the semi-rectangular cross section comprises: (i) a rounded rectangular portion, and (ii) a circular portion, and wherein the circular portion extends beyond the rounded rectangular portion in a direction parallel to a plane of the semi-rectangular cross section. a cannula housing (111, 112) comprising a first opening at a proximal end; and a cannula sleeve comprising a sleeve body extending from a distal end of the cannula housing, the sleeve body comprising a distal end having a second opening, a proximal end connected to the cannula housing, characterized in that: the sleeve body has a semi-rectangular cross section extending from the proximal end of the sleeve body to the distal end of the sleeve body, wherein the semi-rectangular cross section comprises: (i) a rounded rectangular portion, and (ii) a circular portion, and wherein the circular portion extends beyond the rounded rectangular portion in a direction parallel to a plane of the semi-rectangular cross section. the sleeve body has a semi-rectangular cross section extending from the proximal end of the sleeve body to the distal end of the sleeve body, wherein the semi-rectangular cross section comprises: (i) a rounded rectangular portion, and (ii) a circular portion, and wherein the circular portion extends beyond the rounded rectangular portion in a direction parallel to a plane of the semi-rectangular cross section.
An eyeglass lens processing system for sharing a target lens shape data of an eyeglass frame, the system comprising: a data-sharing server including storage unit for storing the target lens shape data; and a plurality of terminal devices for transferring the target lens shape data to the data-sharing server, characterized in that the data-sharing server is adapted to receive the target lens shape data from one of the plurality of terminal devices via a communication network and is adapted to transfer the received target lens shape data to another terminal device to update and share the target lens shape data among the plurality of terminal devices. a data-sharing server including storage unit for storing the target lens shape data; and a plurality of terminal devices for transferring the target lens shape data to the data-sharing server, characterized in that the data-sharing server is adapted to receive the target lens shape data from one of the plurality of terminal devices via a communication network and is adapted to transfer the received target lens shape data to another terminal device to update and share the target lens shape data among the plurality of terminal devices.
A method of performing a Beckmann rearrangement reaction comprising the step of: reacting an oxime in the presence of a catalyst to produce a lactam, said catalyst comprising a hierarchical porous aluminophosphate comprising a microporous framework and a mesoporous framework, wherein the catalyst is a hierarchical porous silicoaluminophosphate catalyst selected from the group consisting of: SAPO-5, SAPO-34, SAPO-37, Co AIPO-5, Ti AIPO-5, and Co Ti AIPO-5, wherein the mesoporous framework has a pore diameter from 20 A to 50 A, and wherein the microporous framework has a pore diameter from 3 A to 10 A. reacting an oxime in the presence of a catalyst to produce a lactam, said catalyst comprising a hierarchical porous aluminophosphate comprising a microporous framework and a mesoporous framework, wherein the catalyst is a hierarchical porous silicoaluminophosphate catalyst selected from the group consisting of: SAPO-5, SAPO-34, SAPO-37, Co AIPO-5, Ti AIPO-5, and Co Ti AIPO-5,
A manual lifting device for lifting vehicle glazing panels comprising an elongate lifting arm having a suction mount arrangement enabling securing of the device to a body to be lifted, the suction mount arrangement comprising first and second suction devices spaced apart in the longitudinal direction of the lifting arm wherein the spacing between the first and second suction mount devices is sufficient for a user to grip the lifting arm in between the first and second suction mount devices; the device extending away from the suction mount arrangement, in the longitudinal direction of the lifting arm, to a handle portion spaced from the suction mount arrangement in the longitudinal direction, whereby the suction devices are mounted to the device by means of an adjustable fixing arrangement enabling the suction devices to be tilted or pivoted with respect to the elongate lifting arm, characterized in that the handle portion is extending upwardly above the lifting arm on the opposite side of the lifting arm to the suction mount devices.
Mechanical energy storage device for a swivel leaf/sash, a door or the like, in order to drive the leaf/sash into the opening and/or closing direction, comprising: a spring, and an activatable and deactivatable locking device which interacts with the spring and which keeps the spring preloaded in the activator position, with the result that the leaf/sash can be driven exclusively under the action of a motor and/or can be actuated by hand, and which releases the spring in the deactivator position, with the result that the leaf/sash opens or closes under the action of the spring, wherein a plurality of webs form a channel in which the spring is guided, characterized in that the webs are bent outwards to release the spring by means of the locking device, and the locking device has a blocking device which, in the activator position of the locking device, blocks the webs and prevents the webs from bending outwards, and which, in the deactivator position of the locking device, releases the webs and allows the webs to bend outwards. a spring, and an activatable and deactivatable locking device which interacts with the spring and which keeps the spring preloaded in the activator position, with the result that the leaf/sash can be driven exclusively under the action of a motor and/or can be actuated by hand, and which releases the spring in the deactivator position, with the result that the leaf/sash opens or closes under the action of the spring, wherein a plurality of webs form a channel in which the spring is guided, characterized in that the webs are bent outwards to release the spring by means of the locking device, and the locking device has a blocking device which, in the activator position of the locking device, blocks the webs and prevents the webs from bending outwards, and which, in the deactivator position of the locking device, releases the webs and allows the webs to bend outwards.
A waveform data generating apparatus comprising: storing means; waveform data generating means adapted for inputting a digital signal formed of a plurality of bits which form a control signal to be transmitted, from a musical performance apparatus to an externalapparatus for controlling the external apparatus, by appropriately combining one or more basic waveform data sets stored in the storing means in accordance with a bit pattern of the control signal, and generating waveform data indicative of a waveform of a control tone which corresponds to the input digital signal, is formed of tones corresponding to respective values of the bits of the input digital signal, and is formed of frequency components included in a certain high frequency band; basic waveform data extracting means adapted for extracting, as said basic waveform data sets, a part or a whole of an intermediate portion of the waveform data, said intermediate portion corresponding to an intermediate portion of the digital signal whose bit pattern coincides with a bit pattern of the control signal and including a portion equivalent to a boundary of two neighboring bits of said bit pattern of the control signal; wherein the storing means are adapted for storing the extracted basic waveform data sets. storing means; waveform data generating means adapted for inputting a digital signal formed of a plurality of bits which form a control signal to be transmitted, from a musical performance apparatus to an externalapparatus for controlling the external apparatus, by appropriately combining one or more basic waveform data sets stored in the storing means in accordance with a bit pattern of the control signal, and generating waveform data indicative of a waveform of a control tone which corresponds to the input digital signal, is formed of tones corresponding to respective values of the bits of the input digital signal, and is formed of frequency components included in a certain high frequency band; basic waveform data extracting means adapted for extracting, as said basic waveform data sets, a part or a whole of an intermediate portion of the waveform data, said intermediate portion corresponding to an intermediate portion of the digital signal whose bit pattern coincides with a bit pattern of the control signal and including a portion equivalent to a boundary of two neighboring bits of said bit pattern of the control signal; wherein the storing means are adapted for storing the extracted basic waveform data sets.
Housing feedthrough connector comprising an insulating material housing in which at least one accommodation chamber is made, wherein the housing feedthrough connector has at least one housing contact element which is accommodated in the insulating material housing, extends into the associated accommodation chamber and has a contact section, which protrudes out of the insulating material housing, for making electrical contact with a housing wall in a state in which the housing feedthrough connector is inserted in an aperture in the housing wall, characterized in that the accommodation chamber is designed to accommodate an electronic component, and the at least one housing contact element has a clamping contact, which adjoins the contact section, for making electrically conductive contact with a connection contact of the electronic component which can be accommodated in the accommodation chamber.
A composition comprising: (a) one or more of glutamic acid, glutamine, a prodrug thereof, or a salt thereof; (b) one or more of cysteine, a prodrug thereof, or a salt thereof; (c) one or more of riboflavin, a prodrug thereof, or a salt thereof; (d) one or more of succinic acid, a prodrug thereof, or a salt thereof; (e) one or more of fumaric acid, a prodrug thereof, or a salt thereof; (f) one or more of niacin, a prodrug thereof, or salt thereof; (g) one or more of coenzyme Q10, a prodrug thereof, or a salt thereof; and optionally (h) one or more of vitamin C, a prodrug thereof, or a salt thereof, wherein the composition does not comprise glucose. (a) one or more of glutamic acid, glutamine, a prodrug thereof, or a salt thereof; (b) one or more of cysteine, a prodrug thereof, or a salt thereof; (c) one or more of riboflavin, a prodrug thereof, or a salt thereof; (d) one or more of succinic acid, a prodrug thereof, or a salt thereof; (e) one or more of fumaric acid, a prodrug thereof, or a salt thereof; (f) one or more of niacin, a prodrug thereof, or salt thereof; (g) one or more of coenzyme Q10, a prodrug thereof, or a salt thereof; and
Method in which a brake system for a motor vehicle is controlled and/or regulated, which system comprises at least one electric regenerative brake and one or more wheel brakes (2-I-a, 2-I-b, 2-II-a, 2-II-b) to which pressure medium can be supplied from a first pressure source that can be actuated by the driver using a brake pedal and in which one or more brake circuits (I, II) are disposed, wherein at least one brake circuit (I, II) has a pressure accumulator (12-I, 12-II), a second pressure source (22-I, 22-II), in particular an electric hydraulic pump, which is connected to the pressure accumulator (12-I, 12-II) on the suction side, and at least two controllable valves (20-I, 20-II, 18-I, 18-II), wherein, as soon as an activation condition is met, the first pressure source is separated from the wheel brakes (2-I-a, 2-I-b, 2-II-a, 2-II-b) by closing a first valve (20-I, 20-II) in at least one active brake circuit (I, II), and pressure medium is delivered from the pressure accumulator (12-I, 12-II) into at least one wheel brake (2-I-a, 2-I-b, 2-II-a, 2-II-b) by activating the second pressure source (22-I, 22-II), wherein the activation condition is met when the braking torque that is built up by and/or can be attained by the electric regenerative brake drops below a specified threshold value, characterized in that a second valve (18-I, 18-II), which is disposed between the pressure accumulator (12-I, 12-II) and the first pressure source, of the active brake circuit (s) (I, II), and the first valve (20-I, 20-II) of the same brake circuit (I, II) are opened during the operation of the second pressure source (22-I, 22-II) when a bleeding condition is met, wherein the bleeding condition is met only when the activation of a brake pedal activated by the driver lies in a specified interval at a specified time or for a specified period of time after the activation condition is met and/or after activation of the second pressure source (22-I, 22-II), wherein, in particular, a displacement or angle sensor connected to the brake pedal is considered.
A safety device for preventing needle stick injury with a needle of a medical device, the needle comprising a proximal end fixed to a tip of the medical device and a distal end provided with a needle point, the safety device comprising: • a protective cap adapted to be mounted on the tip of a medical device to at least cover a needle point, the protective cap comprising a proximal extremity provided with an engaging peg, and • a shield adapted to be mounted by a pivot link around the tip of the medical device such that it may adopt a storage position where it is interlocked with the protective cap, a retracted position where it gives access to the needle and a safety position where it covers the needle, the shield comprising a cam surface at its proximal extremity, characterized in that the cam surface and the engaging peg are located proximally from the pivot link and arranged to engage so that, when the safety device is mounted around the tip of a medical device, removing the protective cap from the tip by a distal movement displaces the shield from the storage position to the retracted position, and the protective cap further comprises a curved cut, said curved cut accommodating the cam surface when the shield is interlocked with the protective cap. • a protective cap adapted to be mounted on the tip of a medical device to at least cover a needle point, the protective cap comprising a proximal extremity provided with an engaging peg, and • a shield adapted to be mounted by a pivot link around the tip of the medical device such that it may adopt a storage position where it is interlocked with the protective cap, a retracted position where it gives access to the needle and a safety position where it covers the needle, the shield comprising a cam surface at its proximal extremity,
A method for manufacturing a laminated product with a high thermomechanical strength, comprising assembly steps consisting of: - obtaining an organic solution of monomers and/or oligomers capable of being, after cross-linking, structurally stable up to a resin decomposition temperature T 1; - obtaining sheets of organic material that are structurally stable up to a material decomposition temperature T 2; - coating at least one upper face of one of the sheets with the organic solution and stacking at least one other sheet on top of it; - bringing the stacked sheets to a cross-linking temperature T 3 of the monomers and/or oligomers of the organic solution; characterized in that it comprises: - at least one mutation step consisting at least of subjecting a sheet to a stabilization temperature T 4 greater than at least one of the decomposition temperatures T 1, T 2. - obtaining an organic solution of monomers and/or oligomers capable of being, after cross-linking, structurally stable up to a resin decomposition temperature T 1; - obtaining sheets of organic material that are structurally stable up to a material decomposition temperature T 2; - coating at least one upper face of one of the sheets with the organic solution and stacking at least one other sheet on top of it; - bringing the stacked sheets to a cross-linking temperature T 3 of the monomers and/or oligomers of the organic solution; characterized in that it comprises: - at least one mutation step consisting at least of subjecting a sheet to a stabilization temperature T 4 greater than at least one of the decomposition temperatures T 1, T 2.
A positive electrode active material for a lithium ion battery, said active material having a layered structure represented by the following compositional formula: Li x (Ni y M 1-y)O z in which M is one or more selected from the group consisting of Mn, Co, Mg, Al, Ti, Cr, Fe, Cu and Zr with the proviso that at least Mn is selected, x is within the range of 0.9-1.2, y is within the range of 0.5-0.95 and z is within the range of 1.8-2.4 characterized in that when A is defined as a value which is obtained by dividing an average of the peak intensities observed at 1420-1450 cm -1 and 1470-1500 cm -1 by the maximum peak intensity which appears at 520-620 cm -1 in an infrared absorption spectrum obtained by FT-IR, A satisfies the following relational formula: 0.24 ⁢ y − 0.05 ≤ A ≤ 0.48 ⁢ y − 0.08.
Device for a waste stripping unit fitted with two rotating tools (17, 18) arranged so as to cooperate with each other and to strip at least one waste originating from a blank of a plate element passing through the unit, passing between the two tools (17, 18), comprising at least one part, capable of being inserted between the two tools (17, 18) and forming a support for the blank and a passage for the stripping of the waste, characterized in that the part is shaped and positioned in accordance with the layout of the blank, and is a plate in which there is provided at least one opening intended for the passage of at least one waste, having a shape and a position in accordance with the layout of the blank, flat edges of the opening forming the support.
A chabazite-type zeolite characterized by having an SiO 2 /Al 2 O 3 molar ratio of 15-50 and an average crystal particle diameter of 1.5 μm or more, wherein the average crystal particle diameter is measured by scanning electron microscope by arbitrarily selecting 50 crystal particle images from one or more SEM photographs taken at 5,000-fold magnifications, measuring the 50 crystal particle diameters thereof, and calculating a weighted average thereof.