mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for adapting adjustable furniture to an adjustment profile, said arrangement comprising two adjustment profiles each comprising an elongated means, substantially square or rectangular of its cross section and formed of sheet metal, which means is provided with evenly spaced fastening openings on at least one of its surfaces for receiving fastening means, whereby the cross section of each adjustment profile has one of its four sides arranged to be open for the whole length dimension of the adjustment profile, the open side of the cross section comprises two opposite edge profiles shaped substantially symmetrical to form a linear guide such that the edge profile is arranged to orientate inside a boundary surface limited by the cross-sectional profile of the adjustment profile, wherein said two parallel adjustment profiles are formed into a two-masted guide framer in which the guide frame includes a unit of furniture arranged guidable along it, whereby the unit of furniture is attached to at least one carriage moving along the adjustment profiles, wherein between the two opposite and substantially symmetrical edge profiles formed by the linear guide in the adjustment profile is here arranged the moving carriage, the motion of the carriage being supported by at least two bearing units supported on opposite edge profiles, wherein the bearing unit comprises a wheel arranged rolling along the edge profile, a roll arranged rolling along the edge profile or a bearing pad arranged slidable along the edge profile, characterised in that the bearing unit further comprises a groove on its side oriented towards the edge profile for receiving the edge profile.
A method for identifying a composition or compound having antimicrobial and/or anti-biofilm activities against a microorganism of interest, comprising the steps of a) providing a composition or compound, b) bringing the composition or compound in contact with a microorganism of interest in a growth medium; c) incubating said microorganism in the presence of said composition or compound; d) determining the growth of the microorganism by measuring the optical density in intervals during the incubation under c); e) preparing a growth curve from the measurement obtained under d); and f) analyzing the growth curve to determine if the composition or compound has antimicrobial and/or anti-biofilm activities against the microorganism; wherein step f) comprises comparing the growth curve prepared in step e) with a control growth curve which is obtained in accordance with steps c) to e) with all conditions being identical except that the microorganism is incubated in the absence of the composition or compound; wherein the control growth curve exhibits a first phase including an increase in optical density within a first period of time, a second phase including an increase in optical density within a second period of time, and a stationary phase between the first phase and the second phase. wherein step f) comprises comparing the growth curve prepared in step e) with a control growth curve which is obtained in accordance with steps c) to e) with all conditions being identical except that the microorganism is incubated in the absence of the composition or compound; wherein the control growth curve exhibits a first phase including an increase in optical density within a first period of time, a second phase including an increase in optical density within a second period of time, and a stationary phase between the first phase and the second phase.
A method for separating a target material based on affinity comprising the following steps: a) preparing a B-P conjugate by conjugating partition enhancing material to affinity molecule binding molecular specifically to target material with modifying partition coefficient of B in order to locate the B-P conjugate in the opposite phase from where the target material is located; b) loading the conjugate prepared in step a) into aqueous two-phase extraction system composed of aqueous solution of water-soluble polymer containing T and aqueous solution of salt; and c) separating the T-B-P conjugate generated in step b) wherein the affinity molecule is antigen or antibody, and wherein the partition enhancing material is selected from the group consisting of HRP (horseradish peroxidase), alkaline phosphatase, beta-galactosidase, lysozyme and bovine serum albumin. a) preparing a B-P conjugate by conjugating partition enhancing material to affinity molecule binding molecular specifically to target material with modifying partition coefficient of B in order to locate the B-P conjugate in the opposite phase from where the target material is located; b) loading the conjugate prepared in step a) into aqueous two-phase extraction system composed of aqueous solution of water-soluble polymer containing T and aqueous solution of salt; and c) separating the T-B-P conjugate generated in step b)
A method of operating a tire vulcanization system during a curing cycle in which a tire (P') is vulcanized in a mold for a predetermined duration under pressure, the tire vulcanization system including an axially movable plate and a stationary plate connected by a flexible bladder disposed inside a tire to be vulcanized and at least partially delineating a cavity in which a heating medium circulates, with a fan and a heater being immersed in the heating medium and the heater having one or more heating elements that provide energy to the heating medium traversing thereover, characterized in that the method includes: for a current curing cycle, providing data that includes at least a bladder exchange surface area for a tire being vulcanized, a temperature differential (ΔT) between the bladder and the heating medium, and a coefficient of exchange by forced convection (h); detecting a heating medium temperature in the cavity during a the current curing cycle; on the basis of the detected heating medium temperature, calculating a thermal flux (φ) that traverses the bladder during a subsequent curing cycle as a function of at least the bladder exchange surface area and the temperature differential (ΔT); comparing the calculated thermal flux with a required thermal flux to be realized upon commencement of a subsequent cure cycle; and adjusting the heating medium temperature in the cavity when a comparison between the calculated thermal flux and the required thermal flux indicates non-equivalence therebetween. for a current curing cycle, providing data that includes at least a bladder exchange surface area for a tire being vulcanized, a temperature differential (ΔT) between the bladder and the heating medium, and a coefficient of exchange by forced convection (h); detecting a heating medium temperature in the cavity during a the current curing cycle; on the basis of the detected heating medium temperature, calculating a thermal flux (φ) that traverses the bladder during a subsequent curing cycle as a function of at least the bladder exchange surface area and the temperature differential (ΔT); comparing the calculated thermal flux with a required thermal flux to be realized upon commencement of a subsequent cure cycle; and adjusting the heating medium temperature in the cavity when a comparison between the calculated thermal flux and the required thermal flux indicates non-equivalence therebetween.
A method for producing a tissue product, comprising the steps of: selecting an adipose tissue; treating the tissue to remove substantially all cellular material from the tissue; suspending the tissue in a liquid to form a suspension; layering the suspension in a mold, wherein the layering is repeated in multiple cycles until a desired thickness is achieved in the mold; and freeze-drying the suspension to form a porous sponge, wherein the sponge includes a first layer having a first density and at least one additional layer having a second density that is different from the first density. selecting an adipose tissue; treating the tissue to remove substantially all cellular material from the tissue; suspending the tissue in a liquid to form a suspension; layering the suspension in a mold, wherein the layering is repeated in multiple cycles until a desired thickness is achieved in the mold; and freeze-drying the suspension to form a porous sponge, wherein the sponge includes a first layer having a first density and at least one additional layer having a second density that is different from the first density.
A method for operating a pin tag, comprising: moving a first structure with a flange in a first direction; sliding a chamfered surface of the flange against a chamfered surface of a second structure so as to slidably move the second structure in a second direction away from the first structure, the second direction angled relative to the first direction; resiliently biasing the second structure towards the first structure when the first structure has moved a certain distance in the first direction to a first position; and retaining the first structure in the first position through an engagement of the second structure with the flange which is resiliently biased towards to the second structure in a third direction opposed from the first direction; wherein the second direction in which the second structure moves is perpendicular or angled to the first direction in which the first structure moves. moving a first structure with a flange in a first direction; sliding a chamfered surface of the flange against a chamfered surface of a second structure so as to slidably move the second structure in a second direction away from the first structure, the second direction angled relative to the first direction; resiliently biasing the second structure towards the first structure when the first structure has moved a certain distance in the first direction to a first position; and retaining the first structure in the first position through an engagement of the second structure with the flange which is resiliently biased towards to the second structure in a third direction opposed from the first direction; wherein the second direction in which the second structure moves is perpendicular or angled to the first direction in which the first structure moves.
A separated deployment method of Railway Signal Safety Communication Protocol I, RSSP-I, safety protocol, characterized in comprising: adding different adaption layers for a protocol stack, wherein the adaption layers include a D Interface, D-IF, adaption layer, an App Adaption Layer, AAL, a Network Adaption Layer, NAL, and a System Adaption Layer, SAL, and compiling all functional modules of an RSSP-I of the protocol stack into static logic libraries and deploying the static logic libraries into A, B and C machines by utilizing the corresponding adaption layers; wherein each of the A and B machines is a logic processing unit which undertakes safety function, and the C machine is a communication unit which does not undertake safety function. adding different adaption layers for a protocol stack, wherein the adaption layers include a D Interface, D-IF, adaption layer, an App Adaption Layer, AAL, a Network Adaption Layer, NAL, and a System Adaption Layer, SAL, and compiling all functional modules of an RSSP-I of the protocol stack into static logic libraries and deploying the static logic libraries into A, B and C machines by utilizing the corresponding adaption layers; wherein each of the A and B machines is a logic processing unit which undertakes safety function, and the C machine is a communication unit which does not undertake safety function.
A polypeptide, consisting of the amino acid sequence represented by SEQ ID No: 2 and one to thirty of any amino acids added to N terminus and/or C terminus thereof, wherein said polypeptide induces IFN-gamma production from a Th cell specific to MAGE-A4.
A method for determining the prognosis of myocardial infarction of a subject, wherein the subject is a subject after onset of myocardial infarction, the method comprising: acquiring a value relating to VEGF-A of a subject, wherein the value is a value obtained by dividing a measured value of VEGF-A 165 b in a blood sample by a measured value of total VEGF-A in the blood sample (VEGF-A 165 b/total VEGF-A), and determining from the value the prognosis of myocardial infarction of the subject, wherein the prognosis of myocardial infarction of the subject is determined as poor when the VEGF-A 165 b/total VEGF-A is higher than a corresponding reference value, wherein the reference value is a value calculated on the basis of VEGF-A 165 b/total VEGF-A of a group of subjects after the onset of myocardial infarction with a good prognosis. acquiring a value relating to VEGF-A of a subject, wherein the value is a value obtained by dividing a measured value of VEGF-A 165 b in a blood sample by a measured value of total VEGF-A in the blood sample (VEGF-A 165 b/total VEGF-A), and determining from the value the prognosis of myocardial infarction of the subject, wherein the prognosis of myocardial infarction of the subject is determined as poor when the VEGF-A 165 b/total VEGF-A is higher than a corresponding reference value, wherein the reference value is a value calculated on the basis of VEGF-A 165 b/total VEGF-A of a group of subjects after the onset of myocardial infarction with a good prognosis.
Rubber composition based on at least one elastomer comprising epoxide functions, at least one reinforcing filler, a crosslinking system comprising a polycarboxylic acid of general formula in which A represents a covalent bond or a hydrocarbon-based group including at least 1 carbon atom, which is optionally substituted, and which is optionally interrupted with one or more heteroatoms, an imidazole of general formula in which: - R 1 represents a hydrocarbon-based group or a hydrogen atom, - R 2 represents a hydrocarbon-based group, - R 3 and R 4 represent, independently of each other, a hydrogen atom or a hydrocarbon-based group, or alternatively R 3 and R 4 form, together with the carbon atoms of the imidazole ring to which they are attached, a ring, and at least one phenolic compound of general formula in which: - G 1 represents a hydroxyl, carboxyl, hydrogenocarbonyl or amino group or an aminoalkyl radical; - G 2 and G 3 represent, independently of each other, a hydrogen atom or a group chosen from carboxyl, hydrogenocarbonyl and hydroxyl groups, or a radical chosen from alkyl, cycloalkylalkyl, aryl, aralkyl, aryloxy, alkoxy, carboxylalkyl, carbonylalkyl, alkylcarbonyl, arylcarbonyl and aminoalkyl radicals; the aromatic nucleus of said phenolic compound of general formula being substituted with at least a carboxyl group, a hydrogenocarbonyl group, an amino group or an aminoalkyl radical. - R 1 represents a hydrocarbon-based group or a hydrogen atom, - R 2 represents a hydrocarbon-based group, - R 3 and R 4 represent, independently of each other, a hydrogen atom or a hydrocarbon-based group, or alternatively R 3 and R 4 form, together with the carbon atoms of the imidazole ring to which they are attached, a ring, - G 1 represents a hydroxyl, carboxyl, hydrogenocarbonyl or amino group or an aminoalkyl radical; - G 2 and G 3 represent, independently of each other, a hydrogen atom or a group chosen from carboxyl, hydrogenocarbonyl and hydroxyl groups, or a radical chosen from alkyl, cycloalkylalkyl, aryl, aralkyl, aryloxy, alkoxy, carboxylalkyl, carbonylalkyl, alkylcarbonyl, arylcarbonyl and aminoalkyl radicals;
A process for determining a velocity field of a first flowing fluid, in which - said first fluid is contacted with at least one second IR-active gas, different therefrom; and - at least two images are recorded by means of at least one IR camera with time intervals between the images; and - said at least two images recorded by means of said at least one IR camera are analyzed by means of PIV algorithms. - said first fluid is contacted with at least one second IR-active gas, different therefrom; and - at least two images are recorded by means of at least one IR camera with time intervals between the images; and - said at least two images recorded by means of said at least one IR camera are analyzed by means of PIV algorithms.
A compressor valve, comprising: a seat (201, 301, 401) having an inlet surface (204, 304, 404) and an outlet surface (205, 305, 405) opposite the inlet surface, characterised by the seat having a reconditioning limit indicator (207, 307, 407) defined by or adjacent the outlet surface, the reconditioning limit indicator indicative of a maximum amount of material of the seat removable from the outlet surface during reconditioning of the seat. a seat (201, 301, 401) having an inlet surface (204, 304, 404) and an outlet surface (205, 305, 405) opposite the inlet surface, characterised by the seat having a reconditioning limit indicator (207, 307, 407) defined by or adjacent the outlet surface, the reconditioning limit indicator indicative of a maximum amount of material of the seat removable from the outlet surface during reconditioning of the seat.
Process for the preparation of a styrene-acrylonitrile melt, comprising the following steps: - provision of a screw-based machine with a styrene-acrylonitrile melt located therein, - provision of a partially dewatered rubber and introduction of the partially dewatered rubber into metering equipment, where the partially dewatered rubber has a first water content Wi of at most 18% by weight on introduction into the metering equipment, - introduction of the partially dewatered rubber into the styrene-acrylonitrile melt by means of the metering equipment, where the partially dewatered rubber has a second water content W 2 on withdrawal from the metering equipment and the absolute value of a relative water-content change Δ ⁢ W = W 2 − W 1 W 1 complies with the condition: 0% ≤ |ΔW| ≤ 2%, where the partially dewatered rubber has a temperature T K1 on introduction into the styrene-acrylonitrile melt, where T K1 complies with the condition: T K1 ≤ 60°C, and - mixing to incorporate the partially dewatered rubber and dewatering of a mixture formed from the styrene-acrylonitrile melt and the partially dewatered rubber by means of the screw-based machine. - provision of a screw-based machine with a styrene-acrylonitrile melt located therein, - provision of a partially dewatered rubber and introduction of the partially dewatered rubber into metering equipment, where the partially dewatered rubber has a first water content Wi of at most 18% by weight on introduction into the metering equipment, - introduction of the partially dewatered rubber into the styrene-acrylonitrile melt by means of the metering equipment, where the partially dewatered rubber has a second water content W 2 on withdrawal from the metering equipment and the absolute value of a relative water-content change Δ ⁢ W = W 2 − W 1 W 1 complies with the condition: 0% ≤ |ΔW| ≤ 2%, where the partially dewatered rubber has a temperature T K1 on introduction into the styrene-acrylonitrile melt, where T K1 complies with the condition: T K1 ≤ 60°C, and - mixing to incorporate the partially dewatered rubber and dewatering of a mixture formed from the styrene-acrylonitrile melt and the partially dewatered rubber by means of the screw-based machine.
A centrifugal blower system comprising: a) a series of blower units including at least a first blower unit and a second blower unit, the first blower unit in the series comprising a first casing having a first axial inlet, a first radial outlet, a first impeller disposed within the first casing for draw-ing a first gaseous medium at a first pressure into the first axial inlet and expel-ling the first gaseous medium at a second higher pressure through the first radial outlet into a duct having a gas flow passageway defined by a gas flow-confining wall and a motor for driving the first impeller; b) the second blower unit comprising a second casing and having a second axial in-let in communication with an outlet of the duct, a second radial outlet, a second impeller disposed within the second casing for drawing the first gaseous medium into the second axial inlet and expelling a second blower gaseous medium through the second radial outlet; c) a gas flow inlet in communication with the duct, for admitting a second gaseous medium to the gas flow passageway of the duct, the gas flow inlet being defined in or connected to the gas flow- confining wall of the duct, whereby the second gaseous medium mixes with the first gaseous medium in the second blower unit to form a gas mixture characterised in that the gas flow inlet includes a section extending beyond the wall of the duct and into the interior of the gas flow passageway. a) a series of blower units including at least a first blower unit and a second blower unit, the first blower unit in the series comprising a first casing having a first axial inlet, a first radial outlet, a first impeller disposed within the first casing for draw-ing a first gaseous medium at a first pressure into the first axial inlet and expel-ling the first gaseous medium at a second higher pressure through the first radial outlet into a duct having a gas flow passageway defined by a gas flow-confining wall and a motor for driving the first impeller; b) the second blower unit comprising a second casing and having a second axial in-let in communication with an outlet of the duct, a second radial outlet, a second impeller disposed within the second casing for drawing the first gaseous medium into the second axial inlet and expelling a second blower gaseous medium through the second radial outlet; c) a gas flow inlet in communication with the duct, for admitting a second gaseous medium to the gas flow passageway of the duct, the gas flow inlet being defined in or connected to the gas flow- confining wall of the duct, whereby the second gaseous medium mixes with the first gaseous medium in the second blower unit to form a gas mixture
A clamping die for engagement with a cylindrical body, which clamping die includes a clamping face that is arranged to be able to extend in parallel with the centre axis of the cylindrical body, said clamping face being concavely curved, wherein the clamping die further comprises two lateral surfaces adjacent to the clamping face and in close proximity to the clamping face, wherein a first lateral surface of the two lateral surfaces includes a first groove provided longitudinally along the first lateral surface and a second lateral surface of the two lateral surfaces includes a second groove provided longitudinally along the second lateral surface; and wherein the first and second grooves are provided longitudinally along the entire length of the two lateral surfaces and extend substantially in parallel with the clamping face, and the first and second grooves and said clamping face form a flexible clamping die lip therebetween along a lateral edge of the clamping face such that the flexible clamping die lip yields when the clamping die engages a cylindrical body having a diameter larger than that of the diameter of curvature of the clamping die and that the area of engagement between the cylindrical body and the clamping die thus increases, characterized in that each flexible clamping die lip has a substantially gradually tapering thickness from the bottom to the opening of the groove.