mhurhangee/patent-ind-claim-en huggingface dataset:
A ventilation treatment apparatus comprising a main unit , a water tank , and a water tank mounting structure, wherein the water tank mounting structure is arranged on the main unit , and comprises a cavity for containing the water tank and a side wall for defining the cavity , wherein the side wall comprises an inner side wall and an outer side wall spaced apart from each other, characterized in that a first ventilation hole is provided in the inner side wall , a second ventilation hole is provided in the outer side wall , and the first ventilation hole and the second ventilation hole are arranged in a staggered manner in a direction perpendicular to the side wall, wherein the first and second ventilation holes are provided for venting hot gas in the cavity .
A process comprising: a) contacting (i) ethylene, (ii) a catalyst system comprising a heteroatomic ligand iron salt complex (iii) hydrogen, and (iv) optionally an organic reaction medium; and b) forming an oligomer product wherein the oligomer product is formed in the presence of ethylene and hydrogen at a ratio in the range of 0.4 g H 2 /kg ethylene to 5 g H 2 /kg ethylene, and wherein 1) the oligomer product has a Schulz-Flory K value from 0.4 to 0.8 and 2) the oligomer product comprises (a) less than 1 wt.% compounds having greater than 70 carbon atoms, (b) less than 1 wt.% compounds having a weight average molecular weight of greater than 1000 g/mol, or (c) any combination thereof wherein the weight percentage is based on the total weight of the oligomer product; wherein the heteroatomic ligand iron salt complex is an α-diimine iron salt complex. a) contacting (i) ethylene, (ii) a catalyst system comprising a heteroatomic ligand iron salt complex (iii) hydrogen, and (iv) optionally an organic reaction medium; and b) forming an oligomer product wherein the oligomer product is formed in the presence of ethylene and hydrogen at a ratio in the range of 0.4 g H 2 /kg ethylene to 5 g H 2 /kg ethylene, and wherein 1) the oligomer product has a Schulz-Flory K value from 0.4 to 0.8 and 2) the oligomer product comprises (a) less than 1 wt.% compounds having greater than 70 carbon atoms, (b) less than 1 wt.% compounds having a weight average molecular weight of greater than 1000 g/mol, or (c) any combination thereof wherein the weight percentage is based on the total weight of the oligomer product;
Timepiece comprising a middle part closed by a back cover and a crystal, said middle part comprising a peripheral shoulder in which a groove is arranged, said groove being disposed on a shoulder surface parallel to the central axis of the middle part (C), said timepiece comprising a rotating bezel system rotatably mounted on said peripheral shoulder, characterized in that said rotating bezel system includes a bezel ring provided with at least a first recess disposed on a surface of the bezel intended to face said groove when said rotating bezel system is assembled on the middle part, said rotating bezel system further comprising a spring means extending both into said at least one first recess of the bezel and into the groove of the middle part to hold the rotating bezel system on the middle part of the timepiece, and a toothed element having a toothing arranged to cooperate with a corresponding toothing arranged on the spring means so as to index the angular position of the bezel.
A method for isolating an exosome from a sample containing the exosome, said method comprising: a complex forming step of forming a complex by binding the exosome to a peptide supported by a carrier, the peptide containing eight or more lysines which are close to each other, the carrier being capable of supporting the peptide and, in binding the exosome to the peptide, (i) the sample, the peptide, and the carrier being brought into contact with each other or (ii) the sample and the peptide supported by the carrier being brought into contact with each other; and a dissociating step of dissociating the exosome from the complex by bringing the complex which has been obtained in the complex forming step into contact with a dissociation buffer containing metal cations, the peptide having a molecular weight of not more than 15,000. a complex forming step of forming a complex by binding the exosome to a peptide supported by a carrier, the peptide containing eight or more lysines which are close to each other, the carrier being capable of supporting the peptide and, in binding the exosome to the peptide, (i) the sample, the peptide, and the carrier being brought into contact with each other or (ii) the sample and the peptide supported by the carrier being brought into contact with each other; and a dissociating step of dissociating the exosome from the complex by bringing the complex which has been obtained in the complex forming step into contact with a dissociation buffer containing metal cations, the peptide having a molecular weight of not more than 15,000.
An apparatus comprising: a controller configured to: operate a switching power converter in a first mode during multiple charge pushing cycles to push a first amount of charge to a load coupled to the switching power converter during a cycle of an input supply voltage to the switching power converter; and characterized in that in order to reduce a charge quantization error representing an amount of charge pushed to the load that exceeds a target charge amount, after one or more of the charge pushing cycles and when a remaining amount of charge to be pushed to the load relative to a target amount of charge to be pushed to the load is less than an amount of charge pushed to the load in an immediately preceding charge pushing cycle, operate the switching power converter in an error reduction mode to push a second amount of charge to the load that reduces the charge quantisation error that would occur if only the first mode is used to push charge to the load . operate a switching power converter in a first mode during multiple charge pushing cycles to push a first amount of charge to a load coupled to the switching power converter during a cycle of an input supply voltage to the switching power converter; and characterized in that in order to reduce a charge quantization error representing an amount of charge pushed to the load that exceeds a target charge amount, after one or more of the charge pushing cycles and when a remaining amount of charge to be pushed to the load relative to a target amount of charge to be pushed to the load is less than an amount of charge pushed to the load in an immediately preceding charge pushing cycle, operate the switching power converter in an error reduction mode to push a second amount of charge to the load that reduces the charge quantisation error that would occur if only the first mode is used to push charge to the load .
A method of controlling a polymerization reaction in a polymerization reactor system, the method comprising: (i) contacting a dual catalyst system with an olefin monomer and an optional olefin comonomer in the polymerization reactor system under polymerization conditions to produce an olefin polymer, wherein the dual catalyst system comprises a first metallocene catalyst component, a second metallocene catalyst component, an activator, and a co-catalyst; and (ii) introducing an amount of an alcohol compound into the polymerization reactor system to (I) reduce a melt index parameter of the olefin polymer; (II) increase a molecular weight parameter of the olefin polymer selected from Mw, Mz, or both; or (III) reduce a melt index parameter of the olefin polymer and increase a molecular weight parameter of the olefin polymer selected from Mw, Mz, or both. (i) contacting a dual catalyst system with an olefin monomer and an optional olefin comonomer in the polymerization reactor system under polymerization conditions to produce an olefin polymer, wherein the dual catalyst system comprises a first metallocene catalyst component, a second metallocene catalyst component, an activator, and a co-catalyst; and (ii) introducing an amount of an alcohol compound into the polymerization reactor system to (I) reduce a melt index parameter of the olefin polymer; (II) increase a molecular weight parameter of the olefin polymer selected from Mw, Mz, or both; or (III) reduce a melt index parameter of the olefin polymer and increase a molecular weight parameter of the olefin polymer selected from Mw, Mz, or both.
A drinks preparation machine for preparing a drink from a portion capsule, comprising - a brewing chamber for inserting the portion capsule, - a drinks outlet , from which the drink which is brewed in the brewing chamber gets into a drinks vessel which is placed therebelow, - a housing comprising a front portion which is given by the position of the drinks outlet , as well as - a receiving module for receiving a fluid or a spent portion capsule, wherein the receiving module can be pulled out of the front portion of the drinks preparation machine and pushed into this again, in a horizontal manner, wherein a component of the drinks preparation machine forms an underlay and the receiving module is carried by the underlay on pulling out and pushing in, characterised in that the receiving module comprises a receiving module body and at least one slider , which is fastenable to a lower side of the receiving module body and which on the underlay has a smaller coefficient of kinetic friction than the lower side of the receiving module body and a lower hardness than the surface of the underlay. - a brewing chamber for inserting the portion capsule, - a drinks outlet , from which the drink which is brewed in the brewing chamber gets into a drinks vessel which is placed therebelow, - a housing comprising a front portion which is given by the position of the drinks outlet , as well as - a receiving module for receiving a fluid or a spent portion capsule, wherein the receiving module can be pulled out of the front portion of the drinks preparation machine and pushed into this again, in a horizontal manner, wherein a component of the drinks preparation machine forms an underlay and the receiving module is carried by the underlay on pulling out and pushing in,
Inductive cooking device comprising: a glass plate for carrying a number of cooking vessels , a number of induction coils arranged under the glass plate , a control unit configured to control a current through the induction coils depending at least on a predefined power level . characterised by a hollow layer filled with a cooling liquid , the hollow layer being arranged under the glass plate and above the induction coils and comprising a first liquid inlet on a first frame side and a second liquid inlet on a second frame side , wherein the first frame side is opposite to the second frame side , and a rod arranged inside of the hollow layer movable from the first frame side to the second frame side . a glass plate for carrying a number of cooking vessels , a number of induction coils arranged under the glass plate , a control unit configured to control a current through the induction coils depending at least on a predefined power level . characterised by a hollow layer filled with a cooling liquid , the hollow layer being arranged under the glass plate and above the induction coils and comprising a first liquid inlet on a first frame side and a second liquid inlet on a second frame side , wherein the first frame side is opposite to the second frame side , and a rod arranged inside of the hollow layer movable from the first frame side to the second frame side .
A method for operating a wind farm connected to a power grid that demands a reactive power requirement that varies with active power, the wind farm having a plurality of wind turbines each including a generator coupled to a power converter, the method comprising: monitoring a wind speed at each of the plurality of wind turbines in the wind farm; when the wind speed is within a cut-in wind speed range, determining , via a controller of the wind farm, a reactive power margin of the wind farm based on the reactive power requirement at an active power output corresponding to the wind speed and a reactive power availability of each of the plurality of wind turbines at the wind speed; characterised by determining , via the controller, a lowest possible cut-in rotor speed for each of the plurality of wind turbines that satisfies the reactive power margin; and, commanding , via the controller, each of the plurality of wind turbines to cut-in and begin to produce power at the lowest possible cut-in rotor speed that satisfies the reactive power margin; wherein the cut-in wind speed range refers to the wind speeds that allow the wind turbine to begin to generate active power. monitoring a wind speed at each of the plurality of wind turbines in the wind farm; when the wind speed is within a cut-in wind speed range, determining , via a controller of the wind farm, a reactive power margin of the wind farm based on the reactive power requirement at an active power output corresponding to the wind speed and a reactive power availability of each of the plurality of wind turbines at the wind speed; characterised by determining , via the controller, a lowest possible cut-in rotor speed for each of the plurality of wind turbines that satisfies the reactive power margin; and, commanding , via the controller, each of the plurality of wind turbines to cut-in and begin to produce power at the lowest possible cut-in rotor speed that satisfies the reactive power margin; determining , via a controller of the wind farm, a reactive power margin of the wind farm based on the reactive power requirement at an active power output corresponding to the wind speed and a reactive power availability of each of the plurality of wind turbines at the wind speed; characterised by determining , via the controller, a lowest possible cut-in rotor speed for each of the plurality of wind turbines that satisfies the reactive power margin; and, commanding , via the controller, each of the plurality of wind turbines to cut-in and begin to produce power at the lowest possible cut-in rotor speed that satisfies the reactive power margin;
Method for setting a screw , which has an external thread in a front area and a drive in a rear area for introducing a torque into the screw , in a drill hole in a substrate made of a mineral material, in which - an internal thread is produced in the drill hole by means of a screw tap provided with a cutting thread , and - then the screw is introduced into the drill hole and the external thread of the screw is screwed into the internal thread in the drill hole produced by the screw tap in this, characterised in that the outside diameter Øda s ) of the cutting thread of the screw tap is smaller than the outside diameter (Øda) of the external thread of the screw . - an internal thread is produced in the drill hole by means of a screw tap provided with a cutting thread , and - then the screw is introduced into the drill hole and the external thread of the screw is screwed into the internal thread in the drill hole produced by the screw tap in this,
A curved display device, comprising: a display panel comprising a plurality of pixel units (PXa) which is disposed on a display surface , wherein a first bending line (BL1), which extends in a first direction (d1), and a second bending line (BL2), which extends in a second direction (d2) crossing the first direction (d1) at a right angle, are defined on the display surface , and the display surface is bent around the first bending line (BL1) and the second bending line (BL2), wherein the display surface comprises a central area (CA1) and a peripheral area (SA1) disposed outside the central area (CA1), wherein the pixel units (PXa) comprise a first column pixel unit (col1) which is disposed in the central area (CA1) and a second column pixel unit (col2) which is disposed in the peripheral area (SA1), wherein the first column pixel unit (col1) and the second column pixel unit (col2) each comprises first through third sub-pixel units (SPX1a-SPX3a) or first through fourth sub-pixel units (SPX1a-SPX3a), and characterised in that the size of the sub-pixel units (SPX1a-SPX3a) in the first column pixel unit (col1) are smaller than the size of the sub-pixel units (SPX1a-SPX3a) in the second column pixel unit (col2). a display panel comprising a plurality of pixel units (PXa) which is disposed on a display surface , wherein a first bending line (BL1), which extends in a first direction (d1), and a second bending line (BL2), which extends in a second direction (d2) crossing the first direction (d1) at a right angle, are defined on the display surface , and the display surface is bent around the first bending line (BL1) and the second bending line (BL2), wherein the display surface comprises a central area (CA1) and a peripheral area (SA1) disposed outside the central area (CA1), wherein the pixel units (PXa) comprise a first column pixel unit (col1) which is disposed in the central area (CA1) and a second column pixel unit (col2) which is disposed in the peripheral area (SA1), wherein the first column pixel unit (col1) and the second column pixel unit (col2) each comprises first through third sub-pixel units (SPX1a-SPX3a) or first through fourth sub-pixel units (SPX1a-SPX3a), and characterised in that the size of the sub-pixel units (SPX1a-SPX3a) in the first column pixel unit (col1) are smaller than the size of the sub-pixel units (SPX1a-SPX3a) in the second column pixel unit (col2).
A use of at least one grape extract, said at least one grape extract comprising: a) from 50 to 95% by weight, preferably 65 to 85% total polyphenols, most preferably 80 to 85%, expressed as catechin equivalent, relative to the total weight of the extract, b) from 30% to 90% by weight, preferably 50 to 70% proanthocyanidins, most preferably 60 to 70% relative to the total weight of the extract, c) from 0.5 to 10% by weight, preferably 0.5 to 2%, most preferably 0.75 to 2% total anthocyanins and anthocyanidins relative to the total weight of the extract. for the purpose of modifying the lipid profile of eggs in an animal that has been supplemented with said at least one grape extract, selected from the group consisting of oviparous and ovoviviparous animals, particularly fish and poultry. a) from 50 to 95% by weight, preferably 65 to 85% total polyphenols, most preferably 80 to 85%, expressed as catechin equivalent, relative to the total weight of the extract, b) from 30% to 90% by weight, preferably 50 to 70% proanthocyanidins, most preferably 60 to 70% relative to the total weight of the extract, c) from 0.5 to 10% by weight, preferably 0.5 to 2%, most preferably 0.75 to 2% total anthocyanins and anthocyanidins relative to the total weight of the extract.
A handling apparatus for handling a roller of a roller crusher , comprising: a movable base ; a carrier pivotably attached to said base , and adapted to carry the roller ; at least one carrier pivoting device , said carrier pivoting device being extendable; and at least one roller pivoting device pivotably connected to said base , said roller pivoting device being adapted to releasably engage said roller , characterized in that said carrier pivoting device is pivotably attached to said base and pivotably attached to said carrier . a movable base ; a carrier pivotably attached to said base , and adapted to carry the roller ; at least one carrier pivoting device , said carrier pivoting device being extendable; and at least one roller pivoting device pivotably connected to said base , said roller pivoting device being adapted to releasably engage said roller , characterized in that said carrier pivoting device is pivotably attached to said base and pivotably attached to said carrier .
Light module , for motor vehicle lighting and/or signaling, comprising an optical axis and a means for supporting at least one collector of light rays, emitted by a primary light source, in the vicinity of which there is a light guide suitable for guiding the rays emitted by a secondary light source from an input face to at least two distinct output faces including a main output face , through which the rays pass in a first direction, and at least one additional output face which is oriented such that the light rays leaving the guide through this additional output face are directed toward the collector, in a second direction distinct from the first direction, said at least one additional output face being adjacent to said main output face, characterized in that the support means bears two collectors suitable for deflecting, substantially parallel to the optical axis, the light emitted by a primary light source respectively associated with each of the collectors, and an additional optical system positioned between the collectors and which comprises the secondary light source suitable for emitting rays into the light guide (20; 120), the light guide comprising three output faces, including a main output face (64; 164) substantially at right angles to the optical axis and two opposing secondary output faces (66; 166) and respectively oriented toward each of the collectors.
A motor for a personal care appliance , comprising: a stator assembly portion driven by a drive assembly which includes a source of alternating current; an armature portion responsive to the stator action to move through a path; a mounting member affixed to a housing portion of the personal care appliance ; a flexure assembly (58;60) connected between the armature and the mounting member , such that the armature in operation moves in an arcuate path about a pivot point located between the mounting member and the armature ; and a workpiece assembly mounted to and extending from the armature such that the workpiece oscillates through an angle; wherein the flexure assembly (58:60) includes at least two separate flexure members (58; 60) which are orientated approximately perpendicular to each other so as to cross each other between the mounting member and the armature , wherein the armature moves about a pivot point approximately where the two flexure members (58; 60) cross. a stator assembly portion driven by a drive assembly which includes a source of alternating current; an armature portion responsive to the stator action to move through a path; a mounting member affixed to a housing portion of the personal care appliance ; a flexure assembly (58;60) connected between the armature and the mounting member , such that the armature in operation moves in an arcuate path about a pivot point located between the mounting member and the armature ; and a workpiece assembly mounted to and extending from the armature such that the workpiece oscillates through an angle; wherein the flexure assembly (58:60) includes at least two separate flexure members (58; 60) which are orientated approximately perpendicular to each other so as to cross each other between the mounting member and the armature , wherein the armature moves about a pivot point approximately where the two flexure members (58; 60) cross.