mhurhangee/patent-ind-claim-en huggingface dataset:
A polymer film, which comprises a first layer, a second layer and a third layer disposed between the first layer and the second layer, wherein the two surfaces of the third layer are in contact with the first layer and the second layer, respectively, the surface of the first layer that is not in contact with the third layer is a first surface, and the surface of the second layer that is not in contact with the third layer is a second surface, wherein the first surface has a void volume (Vv) value at a material ratio of 10% ranging from 3 μm 3 /μm 2 to 30 μm 3 /μm 2 and a dale void volume (Vvv) at a material ratio of 80% less than 2 μm 3 /μm 2 , and the ratio of the maximum pit height (Sv) of the first surface to the thickness of the first layer is 0.2 or less, and wherein the material ratio, void volume, dale void volume, and maximum pit height are defined in accordance with ISO 25178-2:2012.
Electric shaver, comprising a magnetic linear drive unit having first and second drive components adapted to magnetically interact with each other to oscillate relative to each other in a substantially linear manner, a drive train connecting one of said drive components to a working tool, a drive support for supporting said drive unit to a housing or a structural element of the electric shaver, characterized by a magnetic shielding at least partially surrounding the drive unit , wherein said magnetic shielding is formed at least partially by a structural part of said drive train which structural part is made of a material with a magnetic permeability μr > 10 and/or a soft magnetic material and configured to surround the drive unit at sides thereof.
Safety system for cleaning the bottom and side walls of a swimming pool subjected to cleaning by means of an aspiration brush , said aspiration brush being controlled from the edge of said swimming pool by means of a telescopic handle ; said safety apparatus for cleaning swimming pools further comprising: • an aspiration and cleaning nozzle provided with a hydraulic fitting equipped with a magnetic switch , said magnetic switch being electrically connected to an electrical control panel ; • a floating tube connected to said aspiration brush , whereby a free end of said floating tube is provided with a hydraulic fitting equipped with a magnet , said magnet and said hydraulic fitting having a shape corresponding to said magnetic switch and said hydraulic fitting of the the aspiration and cleaning nozzle ; • a three-way hydraulic valve connected to the aspiration manifold of said swimming pool , said three-way hydraulic valve being able to switch the aspiration between the aspiration duct connected to the skimmers or the compensation tank and the aspiration and cleaning nozzle of said swimming pool ; • an electromechanical actuator able to operate said three-way hydraulic valve ; said electromechanical actuator being connected to said electrical panel by a low-voltage wiring ; said actuator being controlled by said magnetic switch . • an aspiration and cleaning nozzle provided with a hydraulic fitting equipped with a magnetic switch , said magnetic switch being electrically connected to an electrical control panel ; • a floating tube connected to said aspiration brush , whereby a free end of said floating tube is provided with a hydraulic fitting equipped with a magnet , said magnet and said hydraulic fitting having a shape corresponding to said magnetic switch and said hydraulic fitting of the the aspiration and cleaning nozzle ; • a three-way hydraulic valve connected to the aspiration manifold of said swimming pool , said three-way hydraulic valve being able to switch the aspiration between the aspiration duct connected to the skimmers or the compensation tank and the aspiration and cleaning nozzle of said swimming pool ; • an electromechanical actuator able to operate said three-way hydraulic valve ; said electromechanical actuator being connected to said electrical panel by a low-voltage wiring ; said actuator being controlled by said magnetic switch .
A manipulator controller , comprising: a tilt angle obtainer configured to obtain a tilt angle of a base (M) relative to a reference surface, the base (M) receiving a manipulator (RB); a target position obtainer configured to obtain a target position of the manipulator (RB) on the base (M), in a state in which the base (M) is not tilted relative to the reference surface; a correction unit configured to correct, based on the tilt angle obtained by the tilt angle obtainer and the target position obtained by the target position obtainer , the target position to a corrected target position in accordance with the tilt angle; an obstacle information obtainer configured to obtain predetermined obstacle information about a shape and a position of an obstacle; wherein the correction unit is configured to correct, based on the tilt angle obtained by the tilt angle obtainer and the position of the obstacle obtained by the obstacle information obtainer , the position of the obstacle to a corrected obstacle position in accordance with the tilt angle; and a control unit configured to control an operation of the manipulator (RB) based on the corrected target position and the corrected obstacle position. a tilt angle obtainer configured to obtain a tilt angle of a base (M) relative to a reference surface, the base (M) receiving a manipulator (RB); a target position obtainer configured to obtain a target position of the manipulator (RB) on the base (M), in a state in which the base (M) is not tilted relative to the reference surface; a correction unit configured to correct, based on the tilt angle obtained by the tilt angle obtainer and the target position obtained by the target position obtainer , the target position to a corrected target position in accordance with the tilt angle; an obstacle information obtainer configured to obtain predetermined obstacle information about a shape and a position of an obstacle; wherein the correction unit is configured to correct, based on the tilt angle obtained by the tilt angle obtainer and the position of the obstacle obtained by the obstacle information obtainer , the position of the obstacle to a corrected obstacle position in accordance with the tilt angle; and a control unit configured to control an operation of the manipulator (RB) based on the corrected target position and the corrected obstacle position.
An apparatus, comprising: a dry booster ; and a flow restrictor including a first tube having a first tube inlet, a first tube outlet, a first tube length, and a first tube radius, and a second tube having a second tube inlet, a second tube outlet, a second tube length, and a second tube radius; wherein the first tube outlet and second tube outlet are connected to the dry booster , wherein the first tube inlet is connectable directly or indirectly to a first lumen of an endoscope and the second tube inlet is connectable directly or indirectly to a second lumen of the endoscope , wherein the second lumen has a diameter larger than the diameter of the first lumen , and wherein the second tube length and the second tube radius are such that, in use, the flow rate through the second lumen is between plus or minus 25% of the flow rate through the first lumen. a dry booster ; and a flow restrictor including a first tube having a first tube inlet, a first tube outlet, a first tube length, and a first tube radius, and a second tube having a second tube inlet, a second tube outlet, a second tube length, and a second tube radius; a first tube having a first tube inlet, a first tube outlet, a first tube length, and a first tube radius, and a second tube having a second tube inlet, a second tube outlet, a second tube length, and a second tube radius; wherein the first tube outlet and second tube outlet are connected to the dry booster , wherein the first tube inlet is connectable directly or indirectly to a first lumen of an endoscope and the second tube inlet is connectable directly or indirectly to a second lumen of the endoscope , wherein the second lumen has a diameter larger than the diameter of the first lumen , and wherein the second tube length and the second tube radius are such that, in use, the flow rate through the second lumen is between plus or minus 25% of the flow rate through the first lumen.
A human chorionic gonadotropin carboxy terminal peptide (CTP)-modified human active Factor VII (FVIIa) polypeptide comprising three CTP molecules attached in tandem to the C-terminal end of FVIIa, wherein said CTP-modified FVIIa polypeptide is in a substantially pure and active form, said CTP-modified FVIIa polypeptide comprising: a. a high sialic acid content consisting of at least 15 mol/mol; b. a high glycosylation form comprising an O-glycan content of at least 10 mol/mol; c. a low oxidized form of said CTP-modified FVIIa consisting of less than 5% oxidized form; d. a high percentage of carboxylated glutamic acid residues consisting of at least 90% Gla residues; e. at least 60% charged N-glycans; and f. a potency of at least 10,500 U/mg; and wherein said CTP-modified FVIIa comprises the amino acid sequence set forth in SEQ ID NO: 7. a. a high sialic acid content consisting of at least 15 mol/mol; b. a high glycosylation form comprising an O-glycan content of at least 10 mol/mol; c. a low oxidized form of said CTP-modified FVIIa consisting of less than 5% oxidized form; d. a high percentage of carboxylated glutamic acid residues consisting of at least 90% Gla residues; e. at least 60% charged N-glycans; and f. a potency of at least 10,500 U/mg;
Primer composition for coating, more particularly printing, a substrate, where the primer composition comprises at least one fluorescent dye and at least one organosilane, characterized in that the primer composition further comprises at least one alcohol and the at least one organosilane possesses formula 23 below and/or formula 24 below: (AcO)n(R)3-nSi-L-R1 formula 23 where - n is 1, 2 or 3, preferably 3, - AcO is an acetoxy radical, - R is an alkyl radical, more particularly a methyl radical, an ethyl radical, an n-propyl radical or an isopropyl radical, or an alkoxy radical, more particularly a methoxy radical, an ethoxy radical, an n-propoxy radical or an isopropoxy radical, or an aryloxy radical, - Si is silicon, - L is a divalent linear or a divalent branched hydrocarbon radical, and - R 1 is a reactive organic group, more particularly an acrylate radical, a methacrylate radical, a vinyl radical or an allyl radical, (R 2 O) n (R) 3-n Si-L-R 1 formula 24 where - n is 1, 2 or 3, preferably 3, - R 2 is an alkyl radical, more particularly a methyl radical, an ethyl radical, an n-propyl radical or an isopropyl radical, - O is oxygen, - R is an alkyl radical, more particularly a methyl radical, an ethyl radical, an n-propyl radical or an isopropyl radical, - Si is silicon, - L is a divalent linear or a divalent branched hydrocarbon radical, and - R 1 is a reactive organic group, more particularly an acrylate radical, a methacrylate radical, a vinyl radical or an allyl radical. - n is 1, 2 or 3, preferably 3, - AcO is an acetoxy radical, - R is an alkyl radical, more particularly a methyl radical, an ethyl radical, an n-propyl radical or an isopropyl radical, or an alkoxy radical, more particularly a methoxy radical, an ethoxy radical, an n-propoxy radical or an isopropoxy radical, or an aryloxy radical, - Si is silicon, - L is a divalent linear or a divalent branched hydrocarbon radical, and - R 1 is a reactive organic group, more particularly an acrylate radical, a methacrylate radical, a vinyl radical or an allyl radical, - n is 1, 2 or 3, preferably 3, - R 2 is an alkyl radical, more particularly a methyl radical, an ethyl radical, an n-propyl radical or an isopropyl radical, - O is oxygen, - R is an alkyl radical, more particularly a methyl radical, an ethyl radical, an n-propyl radical or an isopropyl radical, - Si is silicon, - L is a divalent linear or a divalent branched hydrocarbon radical, and - R 1 is a reactive organic group, more particularly an acrylate radical, a methacrylate radical, a vinyl radical or an allyl radical.
Speed control and limitation system for controlling the movement of a movable member subjected to gravity and/or to hydraulic pressure, comprising: - a driving member , - a kinematic chain interposed between the driving member and the movable member and connecting the driving member to the movable member , and further equipped with a fail-safe brake , - a speed limiting device , able to limit the movement speed of the movable member , engaged with the kinematic chain on an engagement portion of a rotating shaft of the kinematic chain, the speed limiting device comprising: - a centrifugal brake , characterized in that the speed limiting device further comprises - a fail-safe clutch interposed between the centrifugal brake and the engagement portion , the clutch being returned to the engaged state in the event of a lack of energy, in order to engage the centrifugal brake with the kinematic chain so as to limit the movement speed of the movable member driven by gravity and/or hydraulic pressure. - a driving member , - a kinematic chain interposed between the driving member and the movable member and connecting the driving member to the movable member , and further equipped with a fail-safe brake , - a speed limiting device , able to limit the movement speed of the movable member , engaged with the kinematic chain on an engagement portion of a rotating shaft of the kinematic chain, the speed limiting device comprising: - a centrifugal brake , characterized in that the speed limiting device further comprises - a centrifugal brake , - a fail-safe clutch interposed between the centrifugal brake and the engagement portion , the clutch being returned to the engaged state in the event of a lack of energy, in order to engage the centrifugal brake with the kinematic chain so as to limit the movement speed of the movable member driven by gravity and/or hydraulic pressure.
A data transmission method, comprising: receiving (S01), by a communications node, N spatial reuse parameters, SRPs; determining (S02), by the communications node based on the received N SRPs, that the communications node is capable of performing spatial reuse link transmission; and transmitting (S03), by the communications node, data by using a spatial reuse link, wherein the determining, by the communications node based on the received N SRPs, that the communications node is capable of performing spatial reuse link transmission is specifically: determining, by the communications node based on a current moment T, Q effective SRPs of the N SRPs, wherein Q is a positive integer less than or equal to N, and the effective SRPs are SRPs whose corresponding TXOP transmission times comprise the current moment T; adjusting, by the communications node, a transmit parameter to meet the Q effective SRPs, wherein the transmit parameter of the communications node is a function of the Q effective SRPs: TX = f SRP 1 , SRP 2 , ... , SRPQ ; and if the transmit parameter meets a transmission requirement of the spatial reuse link, determining that the communications node is capable of performing spatial reuse link transmission. receiving (S01), by a communications node, N spatial reuse parameters, SRPs; determining (S02), by the communications node based on the received N SRPs, that the communications node is capable of performing spatial reuse link transmission; and transmitting (S03), by the communications node, data by using a spatial reuse link, wherein the determining, by the communications node based on the received N SRPs, that the communications node is capable of performing spatial reuse link transmission is specifically: determining, by the communications node based on a current moment T, Q effective SRPs of the N SRPs, wherein Q is a positive integer less than or equal to N, and the effective SRPs are SRPs whose corresponding TXOP transmission times comprise the current moment T; adjusting, by the communications node, a transmit parameter to meet the Q effective SRPs, wherein the transmit parameter of the communications node is a function of the Q effective SRPs: TX = f SRP 1 , SRP 2 , ... , SRPQ ; and if the transmit parameter meets a transmission requirement of the spatial reuse link, determining that the communications node is capable of performing spatial reuse link transmission. determining, by the communications node based on a current moment T, Q effective SRPs of the N SRPs, wherein Q is a positive integer less than or equal to N, and the effective SRPs are SRPs whose corresponding TXOP transmission times comprise the current moment T; adjusting, by the communications node, a transmit parameter to meet the Q effective SRPs, wherein the transmit parameter of the communications node is a function of the Q effective SRPs: TX = f SRP 1 , SRP 2 , ... , SRPQ ; and if the transmit parameter meets a transmission requirement of the spatial reuse link, determining that the communications node is capable of performing spatial reuse link transmission.
Cable traction aid for aligning a held cable in a pulling direction, comprising a housing and a handle part , wherein an eccentric having an eccentrically mounted clamping body is arranged on the housing in order, in a clamping position, to clamp the cable in a manner braced against the housing , characterized in that , in the clamping position, the handle part is arranged displaceably with respect to the housing between a working position and a warning position, and wherein, in the warning position, a warning signal is generated as soon as a defined force in the pulling direction is exceeded.
A mixed reality system comprising a headset for placing over a user's eyes, in use, said headset including a screen, the system further comprising a processor configured to receive data from multiple sources and display said data on said screen within a three-dimensional virtual environment, and image capture means for capturing live video images of the real world environment in the vicinity of the user, the live video images including real world objects which the user can select, the processor being further configured to blend only the selected objects from said live video images of said real world environment into said three-dimensional virtual environment to create a mixed reality environment, including said data, to be displayed on the screen, wherein the selection of real world objects from the captured live video images is effected by predefined hand gestures made by the user.
A composition comprising: a. an aqueous assay sample comprising a protein preparation, wherein the protein preparation comprises a therapeutic protein selected from the group consisting of antibodies, antibody fragments, antibody-drug conjugates, antibody-cytokine fusions, Fc-fusions, bispecific antibodies, multispecific antibodies, and affibody fusions; and b. an organic solvent, wherein the organic solvent further comprises 4-methylumbelliferyl oleate, wherein the aqueous assay sample has a pH of 5.0 to 7.0; and wherein the aqueous assay sample is about 80% to about 99.9% of the composition, and the organic solvent is about 0.1% to about 20% of the composition. a. an aqueous assay sample comprising a protein preparation, wherein the protein preparation comprises a therapeutic protein selected from the group consisting of antibodies, antibody fragments, antibody-drug conjugates, antibody-cytokine fusions, Fc-fusions, bispecific antibodies, multispecific antibodies, and affibody fusions; and b. an organic solvent, wherein the organic solvent further comprises 4-methylumbelliferyl oleate, wherein the aqueous assay sample has a pH of 5.0 to 7.0; and wherein the aqueous assay sample is about 80% to about 99.9% of the composition, and the organic solvent is about 0.1% to about 20% of the composition.
A transseptal instrument for accessing a predetermined location of a cardiac septal wall within a heart comprising: a flexible introducer having an interior lumen, a distal curve , a distal taper; and a cannula (34; 39) having an interior lumen with an inner diameter, a distal curve, and a distal blunt end , the cannula being telescopically disposable in the flexible introducer to assume a position in close proximity to the distal taper; wherein when the cannula is not telescopically disposed within the interior lumen of the flexible introducer in close proximity to the distal taper, the flexible introducer is not able to access the predetermined location on the cardiac septal wall, and wherein when the cannula is telescopically disposed within the interior lumen of the flexible introducer in close proximity to the distal taper, the flexible introducer is able to access the said predetermined location on the cardiac septal wall, the transseptal instrument further comprising a sharp end floppy guidewire telescopically disposed within the interior lumen of the cannula, the sharp end floppy guidewire being prebiased to assume an atraumatic configuration when unsupported, and pushable through the septal wall when supported. a flexible introducer having an interior lumen, a distal curve , a distal taper; and a cannula (34; 39) having an interior lumen with an inner diameter, a distal curve, and a distal blunt end , the cannula being telescopically disposable in the flexible introducer to assume a position in close proximity to the distal taper; wherein when the cannula is not telescopically disposed within the interior lumen of the flexible introducer in close proximity to the distal taper, the flexible introducer is not able to access the predetermined location on the cardiac septal wall, and wherein when the cannula is telescopically disposed within the interior lumen of the flexible introducer in close proximity to the distal taper, the flexible introducer is able to access the said predetermined location on the cardiac septal wall, the transseptal instrument further comprising a sharp end floppy guidewire telescopically disposed within the interior lumen of the cannula, the sharp end floppy guidewire being prebiased to assume an atraumatic configuration when unsupported, and pushable through the septal wall when supported.
A method of making a needle guard , comprising: providing a mold having a portion defining a volume, the volume being a hollow cylinder with non-uniform walls with a pair of slots therein, the slots being open at one end and closed at the other end , the pair of slots having a major portion of constant width; the non-uniform walls being thicker at the other end than at the one end ; filling the volume with polymer; releasing a molded part from said mold ; cooling the molded part resulting from the filling and releasing such that a width of the pair of slots is non-uniform after cooling; the timing of the release and further cooling being such that the one side of the molded part portion corresponding to the other end cools non-uniformly such that said widths become non-uniform, wherein slots of the molded part are narrower at portions corresponding to said one end , and wherein at least a portion of the molded part is still in a plastic state upon said releasing, and the cooling generates a negative draft of an interior of said hollow cylinder. providing a mold having a portion defining a volume, the volume being a hollow cylinder with non-uniform walls with a pair of slots therein, the slots being open at one end and closed at the other end , the pair of slots having a major portion of constant width; the non-uniform walls being thicker at the other end than at the one end ; filling the volume with polymer; releasing a molded part from said mold ; cooling the molded part resulting from the filling and releasing such that a width of the pair of slots is non-uniform after cooling; the timing of the release and further cooling being such that the one side of the molded part portion corresponding to the other end cools non-uniformly such that said widths become non-uniform, wherein slots of the molded part are narrower at portions corresponding to said one end , and wherein at least a portion of the molded part is still in a plastic state upon said releasing, and the cooling generates a negative draft of an interior of said hollow cylinder.