mhurhangee/patent-ind-claim-en huggingface dataset:
A system for stimulating renal nerves of a renal artery of a subject, the system comprising: - a stimulation device comprising an interstitial device for stimulating the renal nerves interstitially, - a measuring unit configured for measuring the blood pressure and/or the heart rate of the subject at least two times, wherein at least one of these times is during or after the stimulation of the renal nerves , and - a subject suitability determination unit configured for determining whether the subject is suitable for a renal sympathetic denervation procedure based on the measured blood pressure and/or the measured heart rate; and wherein the stimulation device comprises an interstitial needle device comprising a needle-like element for introduction into the subject, the needle device being adapted to be introduced into the body of the subject through muscle and fat tissue in order to reach a renal artery. - a stimulation device comprising an interstitial device for stimulating the renal nerves interstitially, - a measuring unit configured for measuring the blood pressure and/or the heart rate of the subject at least two times, wherein at least one of these times is during or after the stimulation of the renal nerves , and - a subject suitability determination unit configured for determining whether the subject is suitable for a renal sympathetic denervation procedure based on the measured blood pressure and/or the measured heart rate; and wherein the stimulation device comprises an interstitial needle device comprising a needle-like element for introduction into the subject, the needle device being adapted to be introduced into the body of the subject through muscle and fat tissue in order to reach a renal artery.
Water distribution station having a water inlet and at least one pipe connection , wherein a pipe can be connected to a respective pipe connection in order to conduct water from the water distribution station to at least one place where water is required, wherein the water distribution station is composed in a modular manner of a plurality of water distribution modules (M1,...,M5), wherein a respective water distribution module (M1,...,M5) has at least one water inlet and the pipe connection which is provided with a controllable valve for connection to a pipe connected to the pipe connection , wherein a supply container (VB) can be connected to each water distribution module (M1,...,M5) for the purpose of receiving nutrients which can be metered from the supply container (VB) to the pipe connection of the respective water distribution module (M1,...,M5), characterized in that at least one sensor element which can be inserted into the ground is assigned to each water distribution module (M1,...,M5) and can be used to measure soil values at the location of a place where water is required, wherein measured values captured by the sensor element can be transmitted, by means of a communication connection, to a communication device and/or to a water distribution module (M1,...,M5) or to a communication module for radio communication with a communication device , wherein the communication device or the water distribution station or the water distribution module (M1,...,M5) is configured to control the assigned water distribution module on the basis of the measured values from the sensor element , wherein a pipe connected to a water distribution module (M1,...,M5) has a cable which runs along the extent of the pipe and has at least one conductor, and the cable of the pipe can be electrically contact-connected to the water distribution module (M1,...,M5), wherein the cable a. is used or at least can be used to set up a power supply to a sensor element and/or b. is used or at least can be used to set up a wired communication path between the water distribution module (M1,...,M5) and the sensor element for the purpose of transmitting measured values. a. is used or at least can be used to set up a power supply to a sensor element and/or b. is used or at least can be used to set up a wired communication path between the water distribution module (M1,...,M5) and the sensor element for the purpose of transmitting measured values.
Seat adjustment mechanism for a vehicle seat, comprising a number of first upper rail pairs , each first upper rail pair comprising an upper rail (1.1) and a lower rail (1.2), and a number of second lower rail pairs which have a substantially identical direction of action in the longitudinal direction as the number of first upper rail pairs , and each second lower rail pair comprising an upper rail (2.1) and a lower rail (2.2), a connecting element being arranged between the number of first upper rail pairs and the number of second of second lower rail pairs , the lower rails (1.2) of the number of first upper rail pairs being fastened on the upper side to the connecting element , and upper rails (2.1) of the number of second lower rail pairs being fastened on the lower side to the connecting element , and a number of motors being arranged on the connecting element , characterized in that a first motor is arranged for the electric drive of the number of first upper rail pairs , and in that a second motor is arranged for the electric drive of the number of second lower rail pairs , the first motor being arranged on the upper side on the connecting element , and the second motor being arranged on the lower side on the connecting element .
Use of a washer together with an earth working tine , the washer engaging with the rear of the earth working tine having a channel recess, the washer being manufactured from a single part and comprising a substantially flat plate having two opposing faces and with an opening for engagement of a bolt therethrough, wherein the plate comprises two protrusions , the protrusions being positioned on a line which dissects the centre of the opening and positioned on opposite sides of the opening , the protrusions being upstanding from the same face of the plate, wherein, in use, the protrusions engage with the channel recess of a tine to which the washer is in contact with.
A method for producing a recombinant protein preparation, wherein the method comprises the steps of: (i) inoculating host cells in a basal medium, wherein the basal medium comprises an initial amount of: (a) cysteine/cystine analogs; and/or (b) cysteine and/or cystine, (ii) progressing the culture through a production phase wherein the recombinant protein is produced by the cells, wherein, during said production phase, the cell culture medium is supplemented with: (a) cysteine/cystine analogs; and (b) cysteine and/or cystine, wherein (a) and (b) may be added simultaneously or sequentially, wherein the cysteine/cystine analogs are selected from the group consisting of N,N'-diacetyl-L-cystine-dimethylester, N-Acetyl-L-cysteine and N,N'-Diacetyl-L-cystine, and wherein, when the contents of the basal medium and the total supplements added are added up, the molar ratio of (a) to (b) is between 1:10 and 10:1. (i) inoculating host cells in a basal medium, wherein the basal medium comprises an initial amount of: (a) cysteine/cystine analogs; and/or (b) cysteine and/or cystine, (a) cysteine/cystine analogs; and/or (b) cysteine and/or cystine, (ii) progressing the culture through a production phase wherein the recombinant protein is produced by the cells, wherein, during said production phase, the cell culture medium is supplemented with: (a) cysteine/cystine analogs; and (b) cysteine and/or cystine, (a) cysteine/cystine analogs; and (b) cysteine and/or cystine, wherein (a) and (b) may be added simultaneously or sequentially, wherein the cysteine/cystine analogs are selected from the group consisting of N,N'-diacetyl-L-cystine-dimethylester, N-Acetyl-L-cysteine and N,N'-Diacetyl-L-cystine, and wherein, when the contents of the basal medium and the total supplements added are added up, the molar ratio of (a) to (b) is between 1:10 and 10:1.
A rotary joint providing a high speed datalink between rotatable parts comprising a circular channel , the circular channel comprises: - an inner ring and an outer ring , both rings being centered about a common rotation axis and being rotatable against each other, and the outer ring having a larger diameter than the inner ring , - an inner antenna mechanically coupled to the inner ring , and - an outer antenna mechanically coupled to the outer ring , wherein the inner antenna and the outer antenna are directed into a space between the inner ring and the outer ring and configured for a microwave signal connection between them, characterized in that the distance between the inner ring and the outer ring is 5 times the wavelength of the microwave signal with a tolerance of plus or minus 50%. the circular channel comprises: - an inner ring and an outer ring , both rings being centered about a common rotation axis and being rotatable against each other, and the outer ring having a larger diameter than the inner ring , - an inner antenna mechanically coupled to the inner ring , and - an outer antenna mechanically coupled to the outer ring , - an inner ring and an outer ring , both rings being centered about a common rotation axis and being rotatable against each other, and the outer ring having a larger diameter than the inner ring , both rings being centered about a common rotation axis and being rotatable against each other, and the outer ring having a larger diameter than the inner ring , - an inner antenna mechanically coupled to the inner ring , and - an outer antenna mechanically coupled to the outer ring , wherein the inner antenna and the outer antenna are directed into a space between the inner ring and the outer ring and configured for a microwave signal connection between them, characterized in that the distance between the inner ring and the outer ring is 5 times the wavelength of the microwave signal with a tolerance of plus or minus 50%.
A device for unitisation of bulk materials, including at least one unit for unitisation of bulk materials and at least one bulk material filling chute attached to the roof of the at least one unitisation unit, the bulk material filling chute being terminated with an outlet tap located inside the unitisation unit, wherein a connector and an electromechanical valve are located between an outlet of the filling chute and the outlet tap , the device further comprising at least one air line for supplying air to a unit packaging , said air line being attached to the outlet tap area, wherein the unitisation unit comprises a container wherein the filling chute is installed near the top wall opposite a door of the container, while a weighing belt conveyor is located inside the container , on the floor of the container and under an outlet chute of a main tube , said weighing belt conveyor being configured to cooperate with the filled unit packaging , wherein a separate belt conveyor is installed on the floor of the container , leading to the door area, configured for transferring filled unit packagings towards the door area of the container , while a side wall of the container includes a side door , wherein the main tube with the outlet chute is installed on the outlet tap and leading to the packaging unit , and in that the air line is supplied by a fan and provided with an air valve , said air line being attached to the area between the outlet tap and the main tube .
A compound of formula II in which R 1 represents R 2 represents R 1 represents R 2 represents
A method for operating a computer unit with a processor on which a software application can run, wherein the method comprises the following steps: upon calling up the software application on the computer unit or upon carrying out a transaction with the software application , the step of checking whether the computer unit has been re-started since the last calling up of the software application , carrying out a first form of authentication for starting the software application or for carrying out the transaction with the software application , if the computer unit has not been re-started since the last calling up of the software application ; and carrying out a second form of authentication for starting the software application or for carrying out the transaction with the software application , if the computer unit has been re-started since the last calling up of the software application , characterized in that it is checked whether the computer unit has been re-started since the last calling up of the software application , by: a broadcast mechanism being set up on the computer unit which, after a re-start of the computer unit , informs the software application registered at the broadcast mechanism about the re-start of the computer unit ; and/or the software application is configured such that, upon calling up the software application for the first time, said software application starts a service that will never be stopped during the operation of the mobile terminal and such that it can be checked whether the service is running or not. upon calling up the software application on the computer unit or upon carrying out a transaction with the software application , the step of checking whether the computer unit has been re-started since the last calling up of the software application , carrying out a first form of authentication for starting the software application or for carrying out the transaction with the software application , if the computer unit has not been re-started since the last calling up of the software application ; and carrying out a second form of authentication for starting the software application or for carrying out the transaction with the software application , if the computer unit has been re-started since the last calling up of the software application , a broadcast mechanism being set up on the computer unit which, after a re-start of the computer unit , informs the software application registered at the broadcast mechanism about the re-start of the computer unit ; and/or the software application is configured such that, upon calling up the software application for the first time, said software application starts a service that will never be stopped during the operation of the mobile terminal and such that it can be checked whether the service is running or not.
-14-methyl-20-oxa-5,7,14,26-tetraazatetracyclo[19.3.1.1 .1 ] heptacosa-1 ,2 ,3,5,8 ,9,11,16,21,23-decaene, or a pharmaceutically acceptable salt thereof, for use in treating cancer in a patient, the method comprising: (i) determining whether MYC overexpression, MCL1 overexpression, or both is differentially present in a biological sample taken from the patient as compared with a biological sample taken from a subject of another phenotypic status; and (ii) administering to the patient a therapeutically effective amount of -14-methyl-20-oxa-5,7,14,26-tetraazatetracyclo[19.3.1.1 .1 ]heptacosa-1 ,2 ,3,5,8 ,9,11,16,21,23-decaene, or a pharmaceutically acceptable salt thereof, and a therapeutically effective amount of radiotherapy if the biological sample taken from the patient contains an overexpression MYC, MCL1, or both. (i) determining whether MYC overexpression, MCL1 overexpression, or both is differentially present in a biological sample taken from the patient as compared with a biological sample taken from a subject of another phenotypic status; and (ii) administering to the patient a therapeutically effective amount of -14-methyl-20-oxa-5,7,14,26-tetraazatetracyclo[19.3.1.1 .1 ]heptacosa-1 ,2 ,3,5,8 ,9,11,16,21,23-decaene, or a pharmaceutically acceptable salt thereof, and a therapeutically effective amount of radiotherapy if the biological sample taken from the patient contains an overexpression MYC, MCL1, or both.
A method for using a heated structure to bond garment seams , the method comprising: using an application of energy, heating a conductive filling enclosed within a structure having three-dimensional conformability; and placing the structure upon two or more portions (404, 406; 410, 412; 426, 428; 442, 444; 452, 454, 456; 468, 470, 472) of fabric at a location where the two or more portions (404, 406; 410, 412; 426, 428; 442, 444; 452, 454, 456; 468, 470, 472) of fabric contact one another to form an irregular garment seam , wherein heat of the conductive filling causes the two or more portions (404, 406; 410, 412; 426, 428; 442, 444; 452, 454, 456; 468, 470, 472) to bond to one another.
A method for depositing a metal coating in vapour phase onto parts made of heat resistant alloy, comprising: - arranging at least one box forming an enclosure, the box comprising a bottom , - arranging in the enclosure of grains of a donor of said coating metal and an activator capable of together forming a halide of the coating metal, - arranging parts in the enclosure, and - heating the enclosure under an inert gas or reducing gas atmosphere to a temperature at which the halide of the coating metal reacts with the alloy of the parts, and the gas being injected into the box, when the box is closed, via the side above the bed of grains, characterised in that the method comprises arranging on the bottom of the enclosure a bed of grains of the donor of said coating metal and the activator capable of together forming the halide of the coating metal and placing a support for supporting the parts on the bed of grains, this support comprising a plate from which the parts are suspended and columns for supporting said plate, the parts being kept separate from and free of any contact with the bed of grains. - arranging at least one box forming an enclosure, the box comprising a bottom , - arranging in the enclosure of grains of a donor of said coating metal and an activator capable of together forming a halide of the coating metal, - arranging parts in the enclosure, and - heating the enclosure under an inert gas or reducing gas atmosphere to a temperature at which the halide of the coating metal reacts with the alloy of the parts, and the gas being injected into the box, when the box is closed, via the side above the bed of grains,
A cutter head arrangement for fitting to a shaft boring machine for blind shaft boring and enlargement applications, the cutter head arrangement comprising: a cutter head portion including a cutter head side wall to define a chamber surrounded by the cutter head side wall , characterised in that a rim portion extends from the cutter head side wall , the rim portion defining a working, contact face of the cutter head portion , the rim portion defining at least one material handling aperture to accommodate a pilot shaft material handling arrangement , the at least one material handling aperture extending between the contact face of the cutter head portion and the chamber surrounded by the cutter head side wall ; and a recessed wall portion extends away from the rim portion inwardly into the chamber so as to be surrounded by the cutter head side wall , with the rim portion and/or the recessed wall portion being fitted with a plurality of cutter elements to enable the cutter head portion to bore a pilot hole in use; wherein the recessed wall portion is a substantially conical body so as to define a conical recess proximate a central region of the cutter head portion , at a distal end of the cutter head portion , with the conical body accordingly defining an inwardly extending apex that terminates substantially in line with a central axis of the cutter head portion . a cutter head portion including a cutter head side wall to define a chamber surrounded by the cutter head side wall , characterised in that a rim portion extends from the cutter head side wall , the rim portion defining a working, contact face of the cutter head portion , the rim portion defining at least one material handling aperture to accommodate a pilot shaft material handling arrangement , the at least one material handling aperture extending between the contact face of the cutter head portion and the chamber surrounded by the cutter head side wall ; and a recessed wall portion extends away from the rim portion inwardly into the chamber so as to be surrounded by the cutter head side wall , with the rim portion and/or the recessed wall portion being fitted with a plurality of cutter elements to enable the cutter head portion to bore a pilot hole in use; wherein the recessed wall portion is a substantially conical body so as to define a conical recess proximate a central region of the cutter head portion , at a distal end of the cutter head portion , with the conical body accordingly defining an inwardly extending apex that terminates substantially in line with a central axis of the cutter head portion .
An emissions treatment system for an exhaust stream of an internal combustion engine, the exhaust stream comprising hydrocarbons, carbon monoxide, and nitrogen oxides, comprising: an exhaust conduit in fluid communication with the internal combustion engine via an exhaust manifold; a first three-way conversion catalyst (TWC-1) located downstream of the internal combustion engine in the exhaust conduit; an SCR-HCT catalyst comprising a selective catalytic reduction (SCR) catalyst and a hydrocarbon trap (HCT) downstream of the TWC-1 in the exhaust conduit; and a third catalyst downstream of the SCR-HCT catalyst in the exhaust conduit, the third catalyst comprising a platinum group metal (PGM), wherein the SCR-HCT catalyst comprises an SCR catalytic material that comprises a first molecular sieve and an HCT material that comprises a second molecular sieve that is different from the first molecular sieve, wherein both the SCR catalytic material and the HCT material are deposited on a monolithic substrate. a first three-way conversion catalyst (TWC-1) located downstream of the internal combustion engine in the exhaust conduit; an SCR-HCT catalyst comprising a selective catalytic reduction (SCR) catalyst and a hydrocarbon trap (HCT) downstream of the TWC-1 in the exhaust conduit; and a third catalyst downstream of the SCR-HCT catalyst in the exhaust conduit, the third catalyst comprising a platinum group metal (PGM), wherein the SCR-HCT catalyst comprises an SCR catalytic material that comprises a first molecular sieve and an HCT material that comprises a second molecular sieve that is different from the first molecular sieve, wherein both the SCR catalytic material and the HCT material are deposited on a monolithic substrate.
A laminate comprising a first paper layer having a top side and a bottom side and a second paper layer having a top side and a bottom side, wherein: - the stretchability according to ISO 1924-3 of the first and the second paper layer is at least 6 % in both the machine direction (MD) and the cross direction (CD); - an adhesive is provided between the bottom side of the first paper layer and the top side of the second paper layer; - a pigment layer comprising CaCO 3 pigment and a styrene-butadiene copolymer binder is coated on the top side of the first paper layer; - a print layer is provided on the pigment layer; - a top layer comprising 8-30 g/m 2 polyethylene (PE) is provided on the print layer; and - a bottom layer comprising 15-80 g/m 2 PE is provided on the bottom side of the second paper layer. - the stretchability according to ISO 1924-3 of the first and the second paper layer is at least 6 % in both the machine direction (MD) and the cross direction (CD); - an adhesive is provided between the bottom side of the first paper layer and the top side of the second paper layer; - a pigment layer comprising CaCO 3 pigment and a styrene-butadiene copolymer binder is coated on the top side of the first paper layer; - a print layer is provided on the pigment layer; - a top layer comprising 8-30 g/m 2 polyethylene (PE) is provided on the print layer; and - a bottom layer comprising 15-80 g/m 2 PE is provided on the bottom side of the second paper layer.