mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a glass ingot, the method comprising: preparing a supply system comprising a gasifier that gasifies a raw material compound comprising an organic silicon compound supplied from a supply source and a burner that combusts the gasified raw material compound to generates SiO 2 ; adding an oxygen-containing gas to the raw material compound at a plurality of addition places comprising an upstream addition place located in the gasifier or on an upstream side of the gasifier and a downstream addition place located on a downstream side of the gasifier in which locations of the raw material compound in a flow direction are different in the supply system so as to form a raw material mixture; and adding the oxygen-containing gas at the upstream addition place so that a concentration of oxygen or a concentration of the raw material compound in the raw material mixture is not in a combustible range of the raw material mixture in an outlet of the gasifier . preparing a supply system comprising a gasifier that gasifies a raw material compound comprising an organic silicon compound supplied from a supply source and a burner that combusts the gasified raw material compound to generates SiO 2 ; adding an oxygen-containing gas to the raw material compound at a plurality of addition places comprising an upstream addition place located in the gasifier or on an upstream side of the gasifier and a downstream addition place located on a downstream side of the gasifier in which locations of the raw material compound in a flow direction are different in the supply system so as to form a raw material mixture; and adding the oxygen-containing gas at the upstream addition place so that a concentration of oxygen or a concentration of the raw material compound in the raw material mixture is not in a combustible range of the raw material mixture in an outlet of the gasifier .
A rotary drill tool for cutting rock comprising: a main body having a leg ; a spindle projecting from the leg to mount a rotary cutter via a plurality of bearings (204, 205, ; the spindle having a longitudinal axis ; a fluid supply passageway extending through the leg and having a terminal end positioned in communication with a fluid directing passageway extending through the spindle , at least a part of the fluid directing passageway configured to allow at least some of the bearings to be loaded into position between the spindle and the cutter ; a by-pass passageway extending through a base region of the spindle and having a first end in communication with a section of the supply passageway upstream of the terminal end and a second end that emerges from the base region of the spindle to supply fluid to the bearings ; characterised in that : the bearings comprise: a first set of roller bearings mounted at or towards the base region of the spindle , a second set of roller bearings mounted at or towards an end of the spindle and a set of ball bearings mounted at a bearing raceway axially between the first and second set of roller bearings; wherein a second end of the directing passageway emerges at the raceway ; and the second end of the by-pass passageway emerges at the first set of roller bearings . a main body having a leg ; a spindle projecting from the leg to mount a rotary cutter via a plurality of bearings (204, 205, ; the spindle having a longitudinal axis ; a fluid supply passageway extending through the leg and having a terminal end positioned in communication with a fluid directing passageway extending through the spindle , at least a part of the fluid directing passageway configured to allow at least some of the bearings to be loaded into position between the spindle and the cutter ; a by-pass passageway extending through a base region of the spindle and having a first end in communication with a section of the supply passageway upstream of the terminal end and a second end that emerges from the base region of the spindle to supply fluid to the bearings ; characterised in that : the bearings comprise: a first set of roller bearings mounted at or towards the base region of the spindle , a second set of roller bearings mounted at or towards an end of the spindle and a set of ball bearings mounted at a bearing raceway axially between the first and second set of roller bearings; wherein a second end of the directing passageway emerges at the raceway ; and the second end of the by-pass passageway emerges at the first set of roller bearings . the bearings comprise: a first set of roller bearings mounted at or towards the base region of the spindle , a second set of roller bearings mounted at or towards an end of the spindle and a set of ball bearings mounted at a bearing raceway axially between the first and second set of roller bearings; wherein a second end of the directing passageway emerges at the raceway ; and the second end of the by-pass passageway emerges at the first set of roller bearings .
A healthcare communication system comprising: a first plurality of computer devices operable as a nurse call system, the first plurality of computer devices having a base nurse call system and a core nurse call functionality residing on an embedded computing platform, at least one of the first plurality of computer devices having a graphical display screen, and wherein the first plurality of computer devices comprises a subset associated with a nursing unit having a plurality of patient rooms, and a second plurality of computer devices operable to provide the first plurality of computer devices with additional functionality via software plug-ins that are transmitted to the first plurality of computer devices , wherein the software plug-ins relate only to an advanced functionality of the base nurse call system and not the core nurse call functionality of the base nurse call system, and are dynamically loaded in separate application domains such that the core nurse call functionality is isolated on a software basis from the additional functionality so that recertification of the core nurse call functionality by a certification entity is not needed, and wherein the first plurality of computer devices are interconnected logically and/or physically in a tiered architecture arrangement comprising a plurality of tiers, one of the tiers comprising the subset of the first plurality of computer devices that is associated with the nursing unit. a first plurality of computer devices operable as a nurse call system, the first plurality of computer devices having a base nurse call system and a core nurse call functionality residing on an embedded computing platform, at least one of the first plurality of computer devices having a graphical display screen, and wherein the first plurality of computer devices comprises a subset associated with a nursing unit having a plurality of patient rooms, and a second plurality of computer devices operable to provide the first plurality of computer devices with additional functionality via software plug-ins that are transmitted to the first plurality of computer devices , wherein the software plug-ins relate only to an advanced functionality of the base nurse call system and not the core nurse call functionality of the base nurse call system, and are dynamically loaded in separate application domains such that the core nurse call functionality is isolated on a software basis from the additional functionality so that recertification of the core nurse call functionality by a certification entity is not needed, and wherein the first plurality of computer devices are interconnected logically and/or physically in a tiered architecture arrangement comprising a plurality of tiers, one of the tiers comprising the subset of the first plurality of computer devices that is associated with the nursing unit.
A commercial vehicle structure, specifically curtain-sided structure, having a load bed and stanchions connected to the load bed , wherein multiple retaining elements are arranged between two adjacent stanchions , connect the latter and each comprise a strap-like, flexible reinforcement element , which can be placed under tensile loading and has two fastening ends , wherein the fastening ends are connected to the adjacent stanchions in a tension-resistant manner, and the respective reinforcement element is tensioned between the stanchions , wherein the stanchions have fastening means for transmitting a tensile force from the respective reinforcement element to the stanchions , and the fastening means are fastened to the stanchions in a height-adjustable manner, wherein the respective reinforcement element has a tensioning device for applying a tensioning force between the two stanchions , wherein the two fastening ends of the respective reinforcement element are loops which are hooked into the fastening means or the stanchions .
Elevator with an elevator car moving along guide rails up and down comprising an open or close loop controlled hydraulic brake for decelerating the elevator car , whereas the brake comprises a hydraulic actuator for pressing a set of brake linings in closing direction against a brake member, the hydraulic actuator is pre-stressed by a main spring unit in closing direction with a force for generating a brake friction, whereas the hydraulic actuator comprises a hydraulic cylinder and a piston dividing the cylinder into a first working chamber and a second working chamber ,whereas the piston depending on the hydraulic pressure prevalent in the first working chamber completely or partly compensates the force of the main spring unit, characterized in that the speed with which the brake applies, and/or the resulting force with which the brake linings operated by the hydraulic actuator is pressed against the rail is open or close loop controlled by means of a hydraulic pressure source whose pressure side (D) charges aforementioned first working chamber of the at least one piston with hydraulic fluid, and whose suction side (S) is capable to suck hydraulic fluid from a second working chamber of the at least one piston , whereas an additional pressure control line interconnects the first working chamber and the second working chamber , and whereas the actual flow rate of hydraulic fluid through the pressure control line is determined by a control valve. the hydraulic actuator is pre-stressed by a main spring unit in closing direction with a force for generating a brake friction, whereas the hydraulic actuator comprises a hydraulic cylinder and a piston dividing the cylinder into a first working chamber and a second working chamber ,whereas the piston depending on the hydraulic pressure prevalent in the first working chamber completely or partly compensates the force of the main spring unit, characterized in that the speed with which the brake applies, and/or the resulting force with which the brake linings operated by the hydraulic actuator is pressed against the rail is open or close loop controlled by means of a hydraulic pressure source whose pressure side (D) charges aforementioned first working chamber of the at least one piston with hydraulic fluid, and whose suction side (S) is capable to suck hydraulic fluid from a second working chamber of the at least one piston , whereas an additional pressure control line interconnects the first working chamber and the second working chamber , and whereas the actual flow rate of hydraulic fluid through the pressure control line is determined by a control valve.
A method of manufacturing a building panel comprising a wood fibre based core a thin surface layer and a sub layer between the surface layer and the core, the sub layer comprises wood fibres and a binder , wherein the method comprises the steps of: • mixing particles comprising wood fibres and an uncured binder for the sub layer, • applying the wood fibres and the uncured binder as a powder for the sub layer on the core, wherein the sub layer comprises fibres with an average length (L2) which is shorter than the average length (L1) of the wood fibres in the core , • applying a surface layer on the wood fibres and the uncured binder, wherein said wood fibres are not bonded to each other, characterized in that it further comprises the step of: • bringing the core , the surface layer , the wood fibres and the uncured binder under increased pressure and temperature and forming them to a building panel by curing the binder such that the surface layer comprises upper portions and embossed portions lower than the upper portions, wherein a part of the sub layer is more compressed under an embossed portion than under an upper portion . • mixing particles comprising wood fibres and an uncured binder for the sub layer, • applying the wood fibres and the uncured binder as a powder for the sub layer on the core, wherein the sub layer comprises fibres with an average length (L2) which is shorter than the average length (L1) of the wood fibres in the core , • applying a surface layer on the wood fibres and the uncured binder, wherein said wood fibres are not bonded to each other, • bringing the core , the surface layer , the wood fibres and the uncured binder under increased pressure and temperature and forming them to a building panel by curing the binder such that the surface layer comprises upper portions and embossed portions lower than the upper portions, wherein a part of the sub layer is more compressed under an embossed portion than under an upper portion .
Cleaning method for cleaning a glazed surface of a vehicle , said vehicle comprising a cleaning device comprising a wiping system with at least one spray device for spraying a liquid (Lq), characterized in that said cleaning method comprises the steps of: - verifying (E1) a first condition (C1) that the current season (sc) is spring or summer, - verifying (E2) a second condition (C2) which is the probability (pb) of there being insect strike (is) on said glazed surface , - verifying (E3) a third condition (C3) that said vehicle is stopped, - if all of said conditions (C) are met, then activating (E4) said cleaning device in order to begin a cleaning cycle (Cy), and - executing (E5) said cleaning cycle (Cy) using said cleaning device . - verifying (E1) a first condition (C1) that the current season (sc) is spring or summer, - verifying (E2) a second condition (C2) which is the probability (pb) of there being insect strike (is) on said glazed surface , - verifying (E3) a third condition (C3) that said vehicle is stopped, - if all of said conditions (C) are met, then activating (E4) said cleaning device in order to begin a cleaning cycle (Cy), and - executing (E5) said cleaning cycle (Cy) using said cleaning device .
A method for receiving a configuration message, comprising: receiving , by a user terminal, a first message from a first node, wherein the first message comprises a configuration, wherein the configuration comprises a dual connectivity configuration, or comprises a configuration of a second node and a dual connectivity configuration, wherein the dual connectivity configuration is a configuration applied to both the first node and the second node; and if the configuration in the first message is accepted, sending , by the user terminal, a first reply message to the first node, wherein the first reply message indicates that the user terminal accepts the configuration, or if the configuration in the first message is not accepted, sending , by the user terminal, a second reply message to the first node, wherein the second reply message indicates that the user terminal does not accept the configuration. receiving , by a user terminal, a first message from a first node, wherein the first message comprises a configuration, wherein the configuration comprises a dual connectivity configuration, or comprises a configuration of a second node and a dual connectivity configuration, wherein the dual connectivity configuration is a configuration applied to both the first node and the second node; and if the configuration in the first message is accepted, sending , by the user terminal, a first reply message to the first node, wherein the first reply message indicates that the user terminal accepts the configuration, or if the configuration in the first message is not accepted, sending , by the user terminal, a second reply message to the first node, wherein the second reply message indicates that the user terminal does not accept the configuration.
Method of making a catalyst composition having at least one improved catalytic property from a particulate equilibrium catalyst comprising (a) fractionating said equilibrium catalyst by size using one or more sieves and/or an air classifier, (b) recovering at least one particulate size fraction from step (a) comprising at least 80% by weight particles within a size range having limits no greater than 30 microns apart, (c) further fractionating said at least one particulate size fraction by density in an air classifier, to obtain at least two subtractions, and (d) recovering at least one subtraction having at least one improved catalytic property from the subtractions obtained in step (c), wherein the at least one recovered subtraction is identified: (I) as enriched in ZSM-5 additive having at least one catalytic property superior to said equilibrium catalyst by determining that either (i) its lanthanum content is lower than said equilibrium catalyst or (ii) its phosphorous content is higher than said equilibrium catalyst or (iii) its selectivity for making propylene or butylenes is superior to those of said equilibrium catalyst, or (II) as having at least one catalytic property superior to said equilibrium catalyst by determining that its content of at least one metal is lower than said equilibrium catalyst, or (III) as having at least one catalytic property superior to said equilibrium catalyst by determining that its coke factor is lower than said equilibrium catalyst. (I) as enriched in ZSM-5 additive having at least one catalytic property superior to said equilibrium catalyst by determining that either (i) its lanthanum content is lower than said equilibrium catalyst or (ii) its phosphorous content is higher than said equilibrium catalyst or (iii) its selectivity for making propylene or butylenes is superior to those of said equilibrium catalyst, or (II) as having at least one catalytic property superior to said equilibrium catalyst by determining that its content of at least one metal is lower than said equilibrium catalyst, or (III) as having at least one catalytic property superior to said equilibrium catalyst by determining that its coke factor is lower than said equilibrium catalyst.
A method of diagnosing an allergy, comprising the steps of: a) contacting basophils from a whole blood sample from a patient with an allergen in an aqueous solution in the presence of the whole blood, with a volume content of whole blood in the aqueous solution of at least 20 percent by volume, under conditions which allow activation of the basophils by the allergen, b) enriching the basophils from step a) and c) detecting any activated basophils, wherein the detecting in step c) is achieved in that a marker for basophils located on the surface of the basophils is detected by chemiluminescence, wherein in step b) basophils are enriched in that they bind to a ligand, which binds specifically to a polypeptide that is a marker characteristic of activated basophils, and/or the detecting in step c) is achieved in that a marker characteristic of activated basophils is detected by chemiluminescence. a) contacting basophils from a whole blood sample from a patient with an allergen in an aqueous solution in the presence of the whole blood, with a volume content of whole blood in the aqueous solution of at least 20 percent by volume, under conditions which allow activation of the basophils by the allergen, b) enriching the basophils from step a) and c) detecting any activated basophils,
Passenger seat having a frame intended for securing to a floor of a passenger cabin, wherein the frame comprises a seat divider and beams that run transverse to the seat direction, wherein the seat divider is held by the beams , wherein a housing is disposed on the seat divider , wherein the housing at least partly surrounds a backrest of the passenger seat , wherein the backrest is movable relative to the housing in the region of the housing, with the housing being fixed when the backrest is moved, wherein a structure component is disposed on the seat divider , with an attachment unit for a safety belt for a passenger being disposed on the structure component .
A method of determining a likelihood of resistance to anthracycline in a patient with breast cancer comprising: a. detecting a level of expression in a sample from the patient, of HIST1H2BK, HIST1H2BD, NEDD9, SYTL2, NHP2, ARPP19, TXNRD1, CENPF, STMN1, CCT5, APRT, UBEC2C, BAX, HDAC1, E2F1, E2F2, E2F4 and CDKN2A; b. comparing the level of the genes detected in a. to a level of expression of the genes in a control sample; and wherein there is a likelihood of anthracycline resistance if there is a relatively higher level of expression of the genes in the subject sample compared to the control sample. a. detecting a level of expression in a sample from the patient, of HIST1H2BK, HIST1H2BD, NEDD9, SYTL2, NHP2, ARPP19, TXNRD1, CENPF, STMN1, CCT5, APRT, UBEC2C, BAX, HDAC1, E2F1, E2F2, E2F4 and CDKN2A; b. comparing the level of the genes detected in a. to a level of expression of the genes in a control sample; and wherein there is a likelihood of anthracycline resistance if there is a relatively higher level of expression of the genes in the subject sample compared to the control sample.
An air conditioner indoor unit comprising a casing mounted on a ceiling (U) of a space to be air-conditioned (R), the casing having a plurality of air outlets configured to blow air in multiple blowing directions in a horizontal blowing mode, wherein the indoor unit further comprises: a load detector configured to detect a heavy-load area to bear a relatively heavy air-conditioning load during a heating mode of operation and a light-load area to bear a lighter air-conditioning load than the heavy-load area from a perimeter zone of the space to be air-conditioned (R); an air volume adjuster configured to perform an air volume adjustment operation such that a smaller volume of air is blown toward the light-load area than toward the heavy-load area in the horizontal blowing mode; and an operation controller including an air volume controller configured to control the air volume adjustment operation by the air volume adjuster , wherein the air volume adjuster is configured as airflow direction adjusting vanes which are provided for the air outlets and configured to adjust an airflow direction, characterized in that : the air volume controller is configured to, in a heating mode of operation, perform an air volume adjustment operation such that a smaller volume of air is blown toward a light-load area than toward a heavy-load area, the air volume controller being configured to set the airflow direction adjusting vanes for air outlets through which air is blown toward the light-load area at a blowing regulated position, thereby either preventing the air from being blown toward the light-load area or reducing the volume of the air blown toward that direction, and to set the airflow direction adjusting vanes for air outlets through which air is blown toward the heavy-load area at a horizontal blowing position. a load detector configured to detect a heavy-load area to bear a relatively heavy air-conditioning load during a heating mode of operation and a light-load area to bear a lighter air-conditioning load than the heavy-load area from a perimeter zone of the space to be air-conditioned (R); an air volume adjuster configured to perform an air volume adjustment operation such that a smaller volume of air is blown toward the light-load area than toward the heavy-load area in the horizontal blowing mode; and an operation controller including an air volume controller configured to control the air volume adjustment operation by the air volume adjuster ,