mhurhangee/patent-ind-claim-en huggingface dataset:
A support device , comprising: a support bracket for supporting a formwork element and/or a working platform of a formwork , the support bracket comprising: a horizontal beam having a first longitudinal end for fastening to a supporting element, in particular to a vertical beam , for the formwork and having a second longitudinal end , a first adjusting device for vertical adjustment of the horizontal beam relative to the supporting element, the support device further comprising the supporting element, preferably the vertical beam , the first longitudinal end of the horizontal beam of the support bracket being fastened to the supporting element of the formwork , characterized in that the first adjusting device comprises a slotted guide system having a guide slot extending obliquely to the horizontal beam , in which guide slot a guide pin of the support device is guided, the first adjusting device comprising a first force transmission element , by means of which a force can be applied substantially in the longitudinal direction of the horizontal beam to the slotted guide system , the guide slot being formed on a sliding part which, when the first force transmission element is adjusted, is displaced substantially in the longitudinal direction, of the horizontal beam within a mounting case at the first longitudinal end of the horizontal beam . a horizontal beam having a first longitudinal end for fastening to a supporting element, in particular to a vertical beam , for the formwork and having a second longitudinal end , a first adjusting device for vertical adjustment of the horizontal beam relative to the supporting element, the support device further comprising the supporting element, preferably the vertical beam , the first longitudinal end of the horizontal beam of the support bracket being fastened to the supporting element of the formwork , characterized in that the first adjusting device comprises a slotted guide system having a guide slot extending obliquely to the horizontal beam , in which guide slot a guide pin of the support device is guided, the first adjusting device comprising a first force transmission element , by means of which a force can be applied substantially in the longitudinal direction of the horizontal beam to the slotted guide system , the guide slot being formed on a sliding part which, when the first force transmission element is adjusted, is displaced substantially in the longitudinal direction, of the horizontal beam within a mounting case at the first longitudinal end of the horizontal beam .
A method for producing a cellulose ether, comprising steps of: cutting or pulverizing pulp to obtain sheet-like, chip-like, or powdery cellulose pulp, wherein the pulp is formed in a form of roll whose surface layer on at least one of the circumferential side and the ends is removed, or in a form of bale whose surface layer on at least one side is removed, bringing the obtained cellulose pulp into contact with an alkali metal hydroxide solution to obtain alkali cellulose, reacting the alkali cellulose with an alkylating agent to obtain a reaction product mixture, and subjecting the reaction product mixture to purification to obtain the cellulose ether. cutting or pulverizing pulp to obtain sheet-like, chip-like, or powdery cellulose pulp, wherein the pulp is formed in a form of roll whose surface layer on at least one of the circumferential side and the ends is removed, or in a form of bale whose surface layer on at least one side is removed, bringing the obtained cellulose pulp into contact with an alkali metal hydroxide solution to obtain alkali cellulose, reacting the alkali cellulose with an alkylating agent to obtain a reaction product mixture, and subjecting the reaction product mixture to purification to obtain the cellulose ether.
A pet food composition comprising: betaine, carnitine, and a source of medium chain triglycerides; wherein the weight ratio of betaine to carnitine is from 13:1 to 20:1, and the weight ratio of betaine to the source of medium chain triglycerides is from 1:3 to 1:7. betaine, carnitine, and a source of medium chain triglycerides; wherein the weight ratio of betaine to carnitine is from 13:1 to 20:1, and the weight ratio of betaine to the source of medium chain triglycerides is from 1:3 to 1:7.
A lockbolt collar , comprising: a shank having a first end , a second end opposite the first end, a through-bore extending from the first end to the second end, an inner wall extending from the first end to the second end, and a tab extending radially and outwardly from the inner wall intermediate the first end and the second end, wherein the inner wall includes a first portion extending from the second end to the tab and a second portion extending from the tab to a second location proximate to the first end, and wherein the tab includes: a first surface extending outwardly from the first portion, wherein the first surface extends perpendicular relative to a longitudinal axis of the lockbolt collar; a second surface extending outwardly from the second portion, wherein the second surface extends obliquely relative to the longitudinal axis of the lockbolt collar; and a top surface extending from the first surface to the second surface, characterized in that the top surface extends perpendicular relative to the first surface, and wherein the top surface has an arcuate concave shape. a shank having a first end , a second end opposite the first end, a through-bore extending from the first end to the second end, an inner wall extending from the first end to the second end, and a tab extending radially and outwardly from the inner wall intermediate the first end and the second end, wherein the inner wall includes a first portion extending from the second end to the tab and a second portion extending from the tab to a second location proximate to the first end, and wherein the tab includes: a first surface extending outwardly from the first portion, wherein the first surface extends perpendicular relative to a longitudinal axis of the lockbolt collar; a second surface extending outwardly from the second portion, wherein the second surface extends obliquely relative to the longitudinal axis of the lockbolt collar; and a top surface extending from the first surface to the second surface, characterized in that the top surface extends perpendicular relative to the first surface, and wherein the top surface has an arcuate concave shape. a first surface extending outwardly from the first portion, wherein the first surface extends perpendicular relative to a longitudinal axis of the lockbolt collar; a second surface extending outwardly from the second portion, wherein the second surface extends obliquely relative to the longitudinal axis of the lockbolt collar; and a top surface extending from the first surface to the second surface, characterized in that the top surface extends perpendicular relative to the first surface, and wherein the top surface has an arcuate concave shape.
An antisense oligonucleotide for use in treating myotonic dystrophy type in a subject, wherein administration of the antisense oligonucleotide to the subject with myotonic dystrophy inhibits the interaction of MBNL1 with poly(CUG) exp mRNA, wherein the antisense oligonucleotide is SEQ ID NO: 3, and wherein the antisense oligonucleotide is a morpholino or a peptide nucleic acid.
A battery rack comprising: a plurality of battery modules that are arranged in a layered structure; a rack case configured to accommodate the plurality of battery modules ; and a fire extinguishing agent supply member comprising a supply pipe configured to transport a fire extinguishing agent and extending along the plurality of battery modules , and a plurality of valves each configured to have one end portion connected to the supply pipe and the other end portion connected to each of the plurality of battery modules from the supply pipe , characterized in that the fire extinguishing agent supply member comprises a positioning pin protruding from the supply pipe toward the battery module and configured such that a protruding end portion is inserted into the battery module , and the fire extinguishing agent supply member further comprises a fixing frame comprising a connection portion configured to be fixedly coupled to one side surface of the supply pipe , and a coupling portion bent and extending from the connection portion and configured to be coupled to the rack case . a plurality of battery modules that are arranged in a layered structure; a rack case configured to accommodate the plurality of battery modules ; and a fire extinguishing agent supply member comprising a supply pipe configured to transport a fire extinguishing agent and extending along the plurality of battery modules , and a plurality of valves each configured to have one end portion connected to the supply pipe and the other end portion connected to each of the plurality of battery modules from the supply pipe , characterized in that the fire extinguishing agent supply member comprises a positioning pin protruding from the supply pipe toward the battery module and configured such that a protruding end portion is inserted into the battery module , and the fire extinguishing agent supply member further comprises a fixing frame comprising a connection portion configured to be fixedly coupled to one side surface of the supply pipe , and a coupling portion bent and extending from the connection portion and configured to be coupled to the rack case .
Component for warm air distribution for a recreational vehicle , in particular a motorhome or a caravan, with at least one warm air inlet and a first warm air outlet , wherein at least one second warm air outlet is provided, wherein, in the assembled state, warm air supplied via the warm air inlet can be guided through a hot air duct from the warm air inlet to the first warm air outlet and to the second warm air outlet , and wherein, in the assembled state, the first warm air outlet is arranged in the area of a first vehicle side and the second warm air outlet is arranged in the area of a second vehicle side opposite the first vehicle side , characterised in that at least one further hot air duct is provided, in that a further warm air inlet is provided and in that the warm air inlet and the further warm air inlet are arranged next to one another, in that at least one further warm air outlet is provided, which, in the mounted state, is arranged in the area of the second vehicle side , and in that , in the mounted state, warm air supplied via the further warm air inlet can be guided through the further hot air duct from the further warm air inlet to the further warm air outlet . wherein at least one second warm air outlet is provided, wherein, in the assembled state, warm air supplied via the warm air inlet can be guided through a hot air duct from the warm air inlet to the first warm air outlet and to the second warm air outlet , and wherein, in the assembled state, the first warm air outlet is arranged in the area of a first vehicle side and the second warm air outlet is arranged in the area of a second vehicle side opposite the first vehicle side , characterised in that at least one further hot air duct is provided, in that a further warm air inlet is provided and in that the warm air inlet and the further warm air inlet are arranged next to one another, in that at least one further warm air outlet is provided, which, in the mounted state, is arranged in the area of the second vehicle side , and in that , in the mounted state, warm air supplied via the further warm air inlet can be guided through the further hot air duct from the further warm air inlet to the further warm air outlet .
A communicative coupler for a tubular member of a well system , comprising: a hub having a longitudinal hub axis and a chamber disposed therein; a coil disposed in the hub for electromagnetically communicating with a coil of the tubular member ; a shaft having a longitudinal shaft axis , a first end , and a second end , wherein the second end of the shaft is pivotally coupled to the hub ; and characterised by a positioning assembly disposed in the chamber of the hub that engages the second end of the shaft , and wherein the positioning assembly is configured to allow the longitudinal shaft axis to become laterally offset from the longitudinal hub axis wherein the positioning assembly comprises: a first positioning member having a receptacle for receiving the second end of the shaft ; and a second positioning member in engagement with the first positioning member , wherein the second positioning member comprises a first tongue that is received within a groove of an internal surface of the hub to provide for sliding engagement between the second positioning member and the hub along a first lateral direction respective the longitudinal hub axis . a hub having a longitudinal hub axis and a chamber disposed therein; a coil disposed in the hub for electromagnetically communicating with a coil of the tubular member ; a shaft having a longitudinal shaft axis , a first end , and a second end , wherein the second end of the shaft is pivotally coupled to the hub ; and characterised by a positioning assembly disposed in the chamber of the hub that engages the second end of the shaft , and wherein the positioning assembly is configured to allow the longitudinal shaft axis to become laterally offset from the longitudinal hub axis a first positioning member having a receptacle for receiving the second end of the shaft ; and a second positioning member in engagement with the first positioning member , wherein the second positioning member comprises a first tongue that is received within a groove of an internal surface of the hub to provide for sliding engagement between the second positioning member and the hub along a first lateral direction respective the longitudinal hub axis .
Method for the generative production of a three-dimensional component in a process chamber, wherein the steps of - provision of a metallic starting material in the process chamber, - melting of the starting material by supplying energy, are repeated several times, wherein a process gas is provided in the process chamber and wherein a portion of the process gas is withdrawn from the process chamber, circulated as a circulating gas, and recycled back into the process chamber, characterized in that hydrogen is supplied to the circulating gas, the circulating gas is subsequently heated to a temperature of more than 500 °C, more than 600 °C, or more than 700 °C, and the circulating gas is then cooled to a temperature of less than 60 °C, less than 40 °C, or less than 20 °C. - provision of a metallic starting material in the process chamber, - melting of the starting material by supplying energy,
A seeds distribution device (1; 100) for precision sowing machines comprising ∘ a housing for a seed selector disc which is mounted for rotation about a central rotation axis (Z), ∘ at least one ring of holes in the seed selector disc which is provided to transport seeds (S) over a circular trajectory (C), ∘ a first singulator (10; 110) and a second singulator (20; 120) which are mounted so as to be radially facing on the housing at opposite sides of the circular trajectory of the seeds (S) and so as to be distal and proximal with respect to the central rotation axis (Z) respectively, ∘ the first singulator (10; 110) and second singulator (20; 120) being configured so as to both act on at least a portion of the circular trajectory (C) of the seeds (S), defining a disruptive selection path for the seed (S), characterized in that the first singulator (10; 110) and/or the second singulator (20; 120) can be adjusted to modify at least locally the disruptive path so as to eliminate duplicates of seeds from the disc without creating failures. ∘ a housing for a seed selector disc which is mounted for rotation about a central rotation axis (Z), ∘ at least one ring of holes in the seed selector disc which is provided to transport seeds (S) over a circular trajectory (C), ∘ a first singulator (10; 110) and a second singulator (20; 120) which are mounted so as to be radially facing on the housing at opposite sides of the circular trajectory of the seeds (S) and so as to be distal and proximal with respect to the central rotation axis (Z) respectively, ∘ the first singulator (10; 110) and second singulator (20; 120) being configured so as to both act on at least a portion of the circular trajectory (C) of the seeds (S), defining a disruptive selection path for the seed (S),
A muffler for an exhaust gas system of a vehicle comprising an internal combustion engine, the muffler comprising: a gas-tight housing ; a partition wall dividing the interior of the housing in a first chamber and a second chamber ; an inlet pipe extending through the first chamber and comprising a perforated section arranged in the first chamber and a closed section arranged in the first chamber , wherein an inlet opening of the inlet pipe is arranged outside of the housing and wherein an outlet opening of the inlet pipe is arranged in the second chamber , the outlet opening being permanently open towards the second chamber ; a first outlet pipe comprising an inlet opening arranged in the first chamber and an outlet opening arranged outside of the housing , a second outlet pipe having an inlet opening arranged in the second chamber and an outlet opening arranged outside of the housing , wherein the second outlet pipe is provided with a first exhaust valve adapted to open or close the exhaust gas flow through the second outlet pipe . a gas-tight housing ; a partition wall dividing the interior of the housing in a first chamber and a second chamber ; an inlet pipe extending through the first chamber and comprising a perforated section arranged in the first chamber and a closed section arranged in the first chamber , wherein an inlet opening of the inlet pipe is arranged outside of the housing and wherein an outlet opening of the inlet pipe is arranged in the second chamber , the outlet opening being permanently open towards the second chamber ; a first outlet pipe comprising an inlet opening arranged in the first chamber and an outlet opening arranged outside of the housing , a second outlet pipe having an inlet opening arranged in the second chamber and an outlet opening arranged outside of the housing , wherein the second outlet pipe is provided with a first exhaust valve adapted to open or close the exhaust gas flow through the second outlet pipe .
A rotary pump for conveying a fluid, comprising a pump housing with an inlet for receiving the fluid having a suction pressure (SP), an outlet for discharging the fluid having a discharge pressure (DP), a pump shaft configured for rotating about an axial direction (A), and a hydraulic unit for conveying and pressurizing the fluid, wherein the hydraulic unit comprises at least one impeller fixedly mounted on the pump shaft , the pump further comprising a balance drum fixedly connected to the pump shaft and arranged between the hydraulic unit and an end of the pump shaft , wherein the balance drum defines a front side facing the hydraulic unit and a back side facing away from the hydraulic unit , wherein an axial relief passage is provided between the balance drum and a stationary part configured to be stationary with respect to the pump housing , and wherein a balance line is provided connecting the back side with a low pressure location, wherein an additional balancing device is provided, the additional balancing device comprising a ring-shaped rotary part fixedly connected to the pump shaft , and a ring-shaped non-rotary part , which is movable only in the axial direction (A), wherein the rotary part and the non-rotary part are configured to overlap with respect to a radial direction, which is perpendicular to the axial direction (A), and wherein the non-rotary part is configured to be movable in the axial direction (A) such that a radial relief passage is open during operation of the pump, with the radial relief passage extending in the radial direction between the rotary part and the non-rotary part , characterized in that the additional balancing device is arranged between the balance drum and the hydraulic unit and in that the rotary part has an axial face facing the hydraulic unit .
A power conversion system, comprising: one or more power conversion devices electrically coupled to a grid connection , wherein each of the power conversion devices comprises: a power converter for converting a first multiphase current provided by the grid connection into a second current; a grid side filter coupled between the grid connection and an input of the power converter ; a load side filter coupled to an output of the power converter ; and neutral points of the grid side filter and the load side filter connected together to form a first node ; the power conversion system is characterized by : the first node being connected to a ground via a high impedance (Zn); and the input of the power converter being connected to the grid connection without transformer. a power converter for converting a first multiphase current provided by the grid connection into a second current; a grid side filter coupled between the grid connection and an input of the power converter ; a load side filter coupled to an output of the power converter ; and neutral points of the grid side filter and the load side filter connected together to form a first node ; the power conversion system is characterized by : the first node being connected to a ground via a high impedance (Zn); and the input of the power converter being connected to the grid connection without transformer. the first node being connected to a ground via a high impedance (Zn); and the input of the power converter being connected to the grid connection without transformer.