mhurhangee/patent-ind-claim-en huggingface dataset:
Tyre regrooving machine (1, 1*) for regrooving a profile (P) with at least one groove (R 1 , R 2 , R 3 , R 4 , R 5 ) in a tread (T) of a tyre (W), with - a tyre holder (10, 10*) for holding a tyre (W) on a drive axle (A), which extends coaxially to an axis of rotation (A) of the tyre (W), - drive means for rotating a tyre (W) held by the tyre holder (10, 10*) about the axis of rotation (A) during a cutting operation - a cutting device (20, 20*), which has: - a cutting head (30, 30*) with a knife (31, 31*) and - a support device (35, 35*) for supporting the cutting head (30, 30*) during a cutting operation on the tread (T) of the tyre (W) received by the tyre holder (10, 10*), so that the knife (31, 31*) is located in the groove (R 1 , R 2 , R 3 , R 4 , R 5 ) of the tread (T), - a control device (9, 9*) which controls the tyre regrooving machine (1, 1*) in such a way that the profile (P) of the tyre (W) is regrooved along the groove (R 1 , R 2 , R 3 , R 4 , R 5 ). - a tyre holder (10, 10*) for holding a tyre (W) on a drive axle (A), which extends coaxially to an axis of rotation (A) of the tyre (W), - drive means for rotating a tyre (W) held by the tyre holder (10, 10*) about the axis of rotation (A) during a cutting operation - a cutting device (20, 20*), which has: - a cutting head (30, 30*) with a knife (31, 31*) and - a support device (35, 35*) for supporting the cutting head (30, 30*) during a cutting operation on the tread (T) of the tyre (W) received by the tyre holder (10, 10*), so that the knife (31, 31*) is located in the groove (R 1 , R 2 , R 3 , R 4 , R 5 ) of the tread (T), - a cutting head (30, 30*) with a knife (31, 31*) and - a support device (35, 35*) for supporting the cutting head (30, 30*) during a cutting operation on the tread (T) of the tyre (W) received by the tyre holder (10, 10*), so that the knife (31, 31*) is located in the groove (R 1 , R 2 , R 3 , R 4 , R 5 ) of the tread (T), - a control device (9, 9*) which controls the tyre regrooving machine (1, 1*) in such a way that the profile (P) of the tyre (W) is regrooved along the groove (R 1 , R 2 , R 3 , R 4 , R 5 ).
Method for operating, in hot stand-by mode, a fuel cell (SOFC) or a high temperature co-electrolysis or electrolysis reactor having a stack of elementary electrochemical cells of the solid oxide type (SOEC), the method comprising, for a given period of time in which there is no electrical current exiting and/or applied to the stack, or when the temperature of the cell or the reactor is to be raised or lowered, a step of supplying pulses of a safety gas to the compartments on the side of the hydrogen/water (H 2 /H 2 O) electrodes, at regular intervals for the given period of time, or when the cell voltage drops below a threshold value, so as to renew the gas(es) present in said compartments.
Method for manufacturing a non-woven abrasive article, wherein non-woven fibres made of a certain starting material are subjected to the method steps of forming a non-woven web then consolidating said non-woven web, whereby, prior to said method step of forming a non-woven web and/or prior to said method step of consolidating said non-woven web, said non-woven fibres are coated with abrasive grains in such a way that said abrasive grains adhere to said starting material. wherein non-woven fibres made of a certain starting material are subjected to the method steps of forming a non-woven web then consolidating said non-woven web, whereby, prior to said method step of forming a non-woven web and/or prior to said method step of consolidating said non-woven web, said non-woven fibres are coated with abrasive grains in such a way that said abrasive grains adhere to said starting material.
A method of detecting a target RNA sequence in a target RNA molecule in a sample, said method comprising: a) contacting said sample with a padlock probe and allowing said probe to hybridise to the target RNA molecule; b) subjecting said sample to a ligation reaction using a DNA/RNA ligase to ligate, and thereby circularise, said probe which has hybridised to the target RNA molecule; c) amplifying the ligated circularised probe from step (b) by rolling circle amplification (RCA) with a DNA polymerase to generate an RCA product; and d) detecting the RCA product, thereby detecting the target RNA sequence; wherein the padlock probe is provided in one or more parts, each part having at least one target-specific binding site which is complementary to a cognate probe-binding site at or adjacent to the target RNA sequence and hybridises to the target RNA molecule such that, optionally after a step of cleaving the hybridised probe and/or extending a 3' end thereof using the target RNA molecule as a template, ligatable ends of the probe or probe parts are juxtaposed for ligation to each other using the target RNA molecule as a ligation template, to create a ligation site at or adjacent to the target RNA sequence; and wherein said probe comprises at least one ribonucleotide at a ligation site or within 5 nucleotides of the ligation site, optionally after said step of cleaving and/or extension, and the ligated circularised probe is composed primarily of DNA and comprises no more than 4 consecutive ribonucleotides. a) contacting said sample with a padlock probe and allowing said probe to hybridise to the target RNA molecule; b) subjecting said sample to a ligation reaction using a DNA/RNA ligase to ligate, and thereby circularise, said probe which has hybridised to the target RNA molecule; c) amplifying the ligated circularised probe from step (b) by rolling circle amplification (RCA) with a DNA polymerase to generate an RCA product; and d) detecting the RCA product, thereby detecting the target RNA sequence; wherein the padlock probe is provided in one or more parts, each part having at least one target-specific binding site which is complementary to a cognate probe-binding site at or adjacent to the target RNA sequence and hybridises to the target RNA molecule such that, optionally after a step of cleaving the hybridised probe and/or extending a 3' end thereof using the target RNA molecule as a template, ligatable ends of the probe or probe parts are juxtaposed for ligation to each other using the target RNA molecule as a ligation template, to create a ligation site at or adjacent to the target RNA sequence; and wherein said probe comprises at least one ribonucleotide at a ligation site or within 5 nucleotides of the ligation site, optionally after said step of cleaving and/or extension, and the ligated circularised probe is composed primarily of DNA and comprises no more than 4 consecutive ribonucleotides.
A method of injecting an aggregate into a gap having a width of 1 mm or less formed in a bottom portion of a blast furnace, comprising: injecting a paste into said gap, wherein said paste comprises: a metal aggregate having a maximum grain size of about 500μm or less; a refractory aggregate having a maximum grain size of about 500μm or less; and a bed material comprising substantially furan resin or ethylene glycol, wherein the metal aggregate and the refractory aggregate are dispersed in the bed material so as to form the paste. a metal aggregate having a maximum grain size of about 500μm or less; a refractory aggregate having a maximum grain size of about 500μm or less; and a bed material comprising substantially furan resin or ethylene glycol, wherein the metal aggregate and the refractory aggregate are dispersed in the bed material so as to form the paste.
An opening system interposed between a first volume and a second volume , comprising: - a frame having an aperture plane between the first volume and the second volume ; - an opening frame movable relative to the frame and able to adopt an interstitial position in which the opening frame is contiguous to the aperture plane ; - at least one member for emitting a luminous flux, intended to emit a luminous flux in the interstitial position of the opening frame , characterized in that : - the opening frame has an edge provided with a peripheral groove having an aperture opening out onto the edge , the peripheral groove being extended by a housing receiving the emission member ; and in that the opening frame integrates, in the peripheral groove , a subsystem for guiding the luminous flux, this subsystem comprising: - a light guide positioned in the aperture ; - at least one diffusion element positioned in the housing between the emission member and the peripheral groove , and receiving the entirety of the luminous flux coming from the emission member ; - a reflection element receiving at least part of the luminous flux coming from the or each diffusion element , to direct it towards the aperture , and in that the housing forms an elbow with the peripheral groove . - a frame having an aperture plane between the first volume and the second volume ; - an opening frame movable relative to the frame and able to adopt an interstitial position in which the opening frame is contiguous to the aperture plane ; - at least one member for emitting a luminous flux, intended to emit a luminous flux in the interstitial position of the opening frame , - the opening frame has an edge provided with a peripheral groove having an aperture opening out onto the edge , the peripheral groove being extended by a housing receiving the emission member ; - a light guide positioned in the aperture ; - at least one diffusion element positioned in the housing between the emission member and the peripheral groove , and receiving the entirety of the luminous flux coming from the emission member ; - a reflection element receiving at least part of the luminous flux coming from the or each diffusion element , to direct it towards the aperture , and in that the housing forms an elbow with the peripheral groove .
A foamable, liquid cleaning composition comprising: i. 1 to 20 wt.% C 8-18 alkoxylated anionic surfactant having 1 to 30 moles of alkylene oxide; ii. 2 to 25 wt.% nonionic surfactant; iii. 0.1 to 3 wt.% amphoteric surfactant; iv. 3 to 40 wt.% water miscible solvent; and, v. rest water said cleaning composition having a viscosity of less than 100 mPa.s at 25°C and 20 s-1, wherein the ratio of the sum of alkoxylated anionic surfactant and nonionic surfactant to the solvent is in a weight ratio of 0.3:1 to 9:1 and wherein the pH of the composition is from 2 to 4. i. 1 to 20 wt.% C 8-18 alkoxylated anionic surfactant having 1 to 30 moles of alkylene oxide; ii. 2 to 25 wt.% nonionic surfactant; iii. 0.1 to 3 wt.% amphoteric surfactant; iv. 3 to 40 wt.% water miscible solvent; and, v. rest water
A hemodialysis machine comprising: a) means for priming a dialyzer with a known volume of priming fluid; b) means for initiating hemodialysis and/or ultrafiltration treatment of a patient under conditions whereby the known volume of priming fluid is initially infused into the patient, after which the patient's blood is dialyzed and/or ultrafiltered; c) means for determining the patient's diluted hemoglobin concentration at a predetermined time, said predetermined time chosen such that systemic hemodilution is caused by priming fluid infusion into the patient while minimizing hemodilution due to recirculated priming fluid; d) means for comparing the patient's hemoglobin concentration after hemodilution to the patient's pre-dialysis hemoglobin concentration; e) means for calculating the patient's pre-dialysis absolute blood volume. a) means for priming a dialyzer with a known volume of priming fluid; b) means for initiating hemodialysis and/or ultrafiltration treatment of a patient under conditions whereby the known volume of priming fluid is initially infused into the patient, after which the patient's blood is dialyzed and/or ultrafiltered; c) means for determining the patient's diluted hemoglobin concentration at a predetermined time, said predetermined time chosen such that systemic hemodilution is caused by priming fluid infusion into the patient while minimizing hemodilution due to recirculated priming fluid; d) means for comparing the patient's hemoglobin concentration after hemodilution to the patient's pre-dialysis hemoglobin concentration; e) means for calculating the patient's pre-dialysis absolute blood volume.
A waterproof fastener tape of a watertight slide fastener, comprising: a fabric tape including a first surface , a second surface , a first edge, a second edge, a cord portion protruding from the first surface , and an extension portion , wherein the first and second edges are connected between the first and second surfaces , wherein a spacing between the cord portion and the first edge is smaller than a spacing between the cord portion and the second edge, wherein the extension portion extends between the first edge and the cord portion , characterized in that the second surface is planar; and a waterproof layer covers the first surface , the second surface , the cord portion , the first edge and the second edge. a fabric tape including a first surface , a second surface , a first edge, a second edge, a cord portion protruding from the first surface , and an extension portion , wherein the first and second edges are connected between the first and second surfaces , wherein a spacing between the cord portion and the first edge is smaller than a spacing between the cord portion and the second edge, wherein the extension portion extends between the first edge and the cord portion , characterized in that the second surface is planar; and a waterproof layer covers the first surface , the second surface , the cord portion , the first edge and the second edge.
A liquid milk clotting aspartic protease enzyme composition comprising: I: milk clotting aspartic protease enzyme at a strength of from 25 IMCU/g to 30000 IMCU/g of the composition; II: polypeptides longer than 10 amino acids in a concentration from 0.01% to 10% (w/w) of the composition, wherein the polypeptides longer than 10 amino acids are at least one polypeptide selected from the group consisting of: alpha lactalbumin, beta-lactoglobulin, transferrin, lactoperoxidase, casein, alpha-s1-casein, alpha-s2-casein, beta-casein, kappa-casein, ovalbumin, gelatin, soy proteins, pea proteins, corn proteins, potato proteins, hemp proteins, rice proteins, spirulina proteins, wheat proteins, peanut proteins, sun flower proteins, rape seed proteins, blood proteins and algae proteins; and III: a salt in a concentration from 1 to 350 g/kg and wherein the pH of the composition is from 2 to 8; and wherein the milk clotting aspartic protease enzyme is chymosin (EC 3.4.23.4), wherein the milk clotting aspartic protease enzyme is Camelius dromedarius chymosin comprising the polypeptide amino acid sequence shown in Figure 5 herein (termed "Camel_chymosin") or a variant of Camelius dromedarius chymosin, wherein the variant comprises a polypeptide sequence which has at least 90%, preferably at least 95%, more preferably at least 99%, sequence identity with the camel chymosin polypeptide amino acid sequence shown in Figure 5 herein, wherein the International Milk Clotting Units (IMCU) are determined as set forth in the description. I: milk clotting aspartic protease enzyme at a strength of from 25 IMCU/g to 30000 IMCU/g of the composition; II: polypeptides longer than 10 amino acids in a concentration from 0.01% to 10% (w/w) of the composition, wherein the polypeptides longer than 10 amino acids are at least one polypeptide selected from the group consisting of: alpha lactalbumin, beta-lactoglobulin, transferrin, lactoperoxidase, casein, alpha-s1-casein, alpha-s2-casein, beta-casein, kappa-casein, ovalbumin, gelatin, soy proteins, pea proteins, corn proteins, potato proteins, hemp proteins, rice proteins, spirulina proteins, wheat proteins, peanut proteins, sun flower proteins, rape seed proteins, blood proteins and algae proteins; and III: a salt in a concentration from 1 to 350 g/kg and wherein the pH of the composition is from 2 to 8; and wherein the milk clotting aspartic protease enzyme is chymosin (EC 3.4.23.4), wherein the milk clotting aspartic protease enzyme is Camelius dromedarius chymosin comprising the polypeptide amino acid sequence shown in Figure 5 herein (termed "Camel_chymosin") or a variant of Camelius dromedarius chymosin, wherein the variant comprises a polypeptide sequence which has at least 90%, preferably at least 95%, more preferably at least 99%, sequence identity with the camel chymosin polypeptide amino acid sequence shown in Figure 5 herein, wherein the International Milk Clotting Units (IMCU) are determined as set forth in the description.
A device for neuromuscular stimulation, comprising: a reusable sleeve ; electrodes housed within the reusable sleeve; and an inner disposable sleeve comprising a conductive hydrogel medium in contact with the electrodes; wherein the conductive hydrogel medium comprises a cross-linked alginate polymer or a cross-linked polymeric hydrogel. a reusable sleeve ; electrodes housed within the reusable sleeve; and an inner disposable sleeve comprising a conductive hydrogel medium in contact with the electrodes; wherein the conductive hydrogel medium comprises a cross-linked alginate polymer or a cross-linked polymeric hydrogel.
Method for authenticating an FPGA configuration , having the following method steps of: - at least partially reading (S1) the configuration of an FPGA by means of the FPGA itself and calculating a first checksum over the configuration which has been read; - providing (S2) an authentication response (B) which confirms that the FPGA configuration is authentic if the first checksum corresponds to a predefined checksum, wherein the steps (S1, S2) are performed in obfuscated form, wherein the authentication response (B) which confirms that the FPGA configuration is authentic is not provided or is provided only with a very low degree of probability if the first checksum and the predefined checksum do not correspond, wherein the first checksum is provided if a specific item of information is transmitted to the FPGA , and wherein the specific information comprises a signal pattern which is applied to a multiplicity of inputs of the FPGA configuration, wherein the signal pattern is known only to developers of the FPGA. - at least partially reading (S1) the configuration of an FPGA by means of the FPGA itself and calculating a first checksum over the configuration which has been read; - providing (S2) an authentication response (B) which confirms that the FPGA configuration is authentic if the first checksum corresponds to a predefined checksum, wherein the steps (S1, S2) are performed in obfuscated form, wherein the authentication response (B) which confirms that the FPGA configuration is authentic is not provided or is provided only with a very low degree of probability if the first checksum and the predefined checksum do not correspond, wherein the first checksum is provided if a specific item of information is transmitted to the FPGA , and wherein the specific information comprises a signal pattern which is applied to a multiplicity of inputs of the FPGA configuration, wherein the signal pattern is known only to developers of the FPGA.
A power drive nailing machine comprising: a driver for striking a nail; a nose portion including an injection port for slidingly guiding the driver ; a magazine charged with a connected nail, successively supplying the connected nail into the injection port and including a pair of side walls ; guide portions respectively formed on the pair of side walls to be opposed to each other and engaged with a side face of the connected nail for guiding a nail shaft portion of the connected nail; an opening portion formed at one of the pair of side walls on a base end side of the nose portion relative to the guide portions ; and a notched portion formed at the other of the pair of side walls on a front-end side of the nose portion relative to the guide portions , characterized in that : the opening portion is formed up to a front end of the one of the pair of side walls , and in a state of attaching the magazine to the nose portion , the inside of the injection port of the nose portion disposed on the base end side of the nose portion relative to the guide portion always faces outside by way of the opening portion , such that a clogged nail can be removed by applying a tool of a punch or the like to the clogged nail at inside of the injection port from a portion of the opening portion . a driver for striking a nail; a nose portion including an injection port for slidingly guiding the driver ; a magazine charged with a connected nail, successively supplying the connected nail into the injection port and including a pair of side walls ; guide portions respectively formed on the pair of side walls to be opposed to each other and engaged with a side face of the connected nail for guiding a nail shaft portion of the connected nail; an opening portion formed at one of the pair of side walls on a base end side of the nose portion relative to the guide portions ; and a notched portion formed at the other of the pair of side walls on a front-end side of the nose portion relative to the guide portions , characterized in that : the opening portion is formed up to a front end of the one of the pair of side walls , and in a state of attaching the magazine to the nose portion , the inside of the injection port of the nose portion disposed on the base end side of the nose portion relative to the guide portion always faces outside by way of the opening portion , such that a clogged nail can be removed by applying a tool of a punch or the like to the clogged nail at inside of the injection port from a portion of the opening portion . the opening portion is formed up to a front end of the one of the pair of side walls , and in a state of attaching the magazine to the nose portion , the inside of the injection port of the nose portion disposed on the base end side of the nose portion relative to the guide portion always faces outside by way of the opening portion , such that a clogged nail can be removed by applying a tool of a punch or the like to the clogged nail at inside of the injection port from a portion of the opening portion .
A fastening arrangement having a profiled strut and an insert nut mounted in an aperture in the profiled strut , the insert nut having a threaded nut held on a clip , characterized in that the clip has a first and a second actuating end , via which the insert nut projects out of the aperture , an edge (2.1) of the aperture is received in a receptacle of the clip , the fastening arrangement having an upper part and a lower part which are connected to one another at a distance from one another via a connecting portion , a first of the actuating ends forming a free end of the upper part and a second of the actuating ends forming a free end of the lower part , wherein at least one of the upper part and the lower part has a projecting contact claw on its outer side.