mhurhangee/patent-ind-claim-en huggingface dataset:
A device for removing material, the device comprising: a low-pressure bit body including a fixed cutting structure; a high-pressure bit body coupled to, and radially within, the low-pressure bit body; at least one high-pressure nozzle connected to the high-pressure bit body; and a high-pressure fluid conduit providing fluid communication through the high-pressure bit body to the at least one high-pressure nozzle, the high-pressure fluid conduit being configured to withstand fluid pressures of greater than 40 kpsi (276 MPa), characterized by the low-pressure bit body including an inner recess that is shaped to substantially complement the shape of the high-pressure bit body , and the high-pressure bit body being positioned within the inner recess in the low-pressure bit body. a low-pressure bit body including a fixed cutting structure; a high-pressure bit body coupled to, and radially within, the low-pressure bit body; at least one high-pressure nozzle connected to the high-pressure bit body; and a high-pressure fluid conduit providing fluid communication through the high-pressure bit body to the at least one high-pressure nozzle, the high-pressure fluid conduit being configured to withstand fluid pressures of greater than 40 kpsi (276 MPa), characterized by the low-pressure bit body including an inner recess that is shaped to substantially complement the shape of the high-pressure bit body , and the high-pressure bit body being positioned within the inner recess in the low-pressure bit body.
A Her2 binding protein comprising an amino acid sequence wherein 12, 13, or 14 amino acids selected from positions R42, 144, H68, V70, R72, L73, R74, K82, L84, Q138, K139, E140, S141, and T142 of di-ubiquitin having the amino acid sequence of SEQ ID NO: 4 are substituted, and wherein the Her2 binding protein has at least 85% sequence identity to di-ubiquitin of SEQ ID NO: 4, and wherein the Her2 binding protein has a binding affinity (K D ) of less than 700 nM for Her2, wherein the amino acid at position 42 is substituted by a polar amino acid, position 44 is substituted by a hydrophobic or polar amino acid, position 68 is substituted by an aromatic amino acid, position 70 is substituted by an aromatic amino acid, position 72 is substituted by a polar or aromatic amino acid, position 73 is substituted by any amino acid but not basic or acidic amino acid, position 74 is substituted by an aromatic, basic or polar amino acid, position 82 is substituted by any amino acid but not basic or acidic amino acid, position 84 is substituted by a basic or acidic amino acid, position 138 is substituted by a basic or acidic or polar amino acid, position 139 is substituted by an acidic or hydrophobic amino acid or glycine, position 140 is substituted by an aromatic amino acid, position 141 is substituted by a hydrophobic or polar or basic amino acid, and/or position 142 is substituted by a hydrophobic or polar amino acid.
A cationic polymer represented by Formula I or Formula II: and wherein: each R 1 is individually alkylene, cycloalkylene, or heterocycloalkylene; R 2 is H; each R 4 is individually alkylene, cycloalkylene, or heterocycloalkylene; each R 5 is individually absent, alkylene, cycloalkylene, or heterocycloalkylene; each R 6 is individually absent or alkylene; each R 7 is individually a group of formula: -[P(R 13 ) 3 ] + ;or -[N(R 11 ) 3 ] + ; R 8 is alkyl, cycloalkyl, or heterocycloalkyl; each R 9 is individually H, F, Br, Cl, NO 2 , alkyl, cycloalkyl, alkoxy, aryl, or heteroaryl, or any two individual R 9 groups may join together to form a ring which may be saturated or unsaturated; each R 10 is individually H, F, Br, Cl, NO 2 , alkyl, cycloalkyl, alkoxy, aryl, or heteroaryl, or any two individual R 10 groups may join together to form a ring which may be saturated or unsaturated; each R 11 is individually H, alkyl, cycloalkyl, aryl, or heteroaryl, or any two individual R 11 groups may join together to form a ring which may be saturated or unsaturated; each R 13 may be individually alkyl or aryl; each X' is individually an anion; each n and p indicate a repeat unit of the polymer; each q may be individually 1, 2, or 3; individually T is individually absent, C(O), or CH 2 ; and individually T' is individually absent or C(O). each R 1 is individually alkylene, cycloalkylene, or heterocycloalkylene; R 2 is H; each R 4 is individually alkylene, cycloalkylene, or heterocycloalkylene; each R 5 is individually absent, alkylene, cycloalkylene, or heterocycloalkylene; each R 6 is individually absent or alkylene; each R 7 is individually a group of formula: -[P(R 13 ) 3 ] + ;or -[N(R 11 ) 3 ] + ; R 8 is alkyl, cycloalkyl, or heterocycloalkyl; each R 9 is individually H, F, Br, Cl, NO 2 , alkyl, cycloalkyl, alkoxy, aryl, or heteroaryl, or any two individual R 9 groups may join together to form a ring which may be saturated or unsaturated; each R 10 is individually H, F, Br, Cl, NO 2 , alkyl, cycloalkyl, alkoxy, aryl, or heteroaryl, or any two individual R 10 groups may join together to form a ring which may be saturated or unsaturated; each R 11 is individually H, alkyl, cycloalkyl, aryl, or heteroaryl, or any two individual R 11 groups may join together to form a ring which may be saturated or unsaturated; each R 13 may be individually alkyl or aryl; each X' is individually an anion; each n and p indicate a repeat unit of the polymer; each q may be individually 1, 2, or 3; individually T is individually absent, C(O), or CH 2 ; and individually T' is individually absent or C(O).
Face mask for separating infectious germs with a filter medium, which consists of a spun nonwoven fabric from polypropylene filaments, which have a fiber titer of at least 1.3 dtex, wherein the spun nonwoven fabric is electrostatically charged, wherein the electrostatically charged spun nonwoven fabric has a basis weight of 70 to 400 g/m 2 , wherein the spun nonwoven fabric consists of two or more layers, wherein optionally a further layer is comprised, which is not a filter medium.
A guide unit for a sensor arrangement for determining the position of an elevator car in an elevator shaft by means of an interaction of at least one magnetic field sensor of the sensor arrangement with a position coding of a measuring tape which is relatively displaceable to the sensor arrangement , the guide unit being realized to interact with a groove-shaped first recess of a housing of the sensor arrangement and for guiding the measuring tape along the at least one magnetic field sensor , characterized in that the guide unit has magnetic field generating elements for a temporary magnetization of a measuring tape made of ferromagnetic material and guided in the guide unit along a longitudinal dimension direction (L).
A wall mount for a display apparatus, the wall mount comprising: a first bracket mountable on a wall and coupleable to a display apparatus to be mounted on the wall; a second bracket mountable on the wall and coupleable to the apparatus to be mounted on the wall; and a guide member including first, second, third and fourth guide coupling portions aligned with each other along the guide member with the third and fourth guide coupling portions between the first and second guide coupling portions, the third guide coupling portion between the first guide coupling portion and a center of the guide member, and the fourth guide coupling portion between the second guide coupling portion and the center of the guide member, wherein the first bracket is coupleable to either the first guide coupling portion or the third guide coupling portion and the second bracket is coupleable to either the second guide coupling portion or the fourth guide coupling portion, so that a distance between the first bracket and the second bracket is adjustable, and mounting positions of the first bracket and the second bracket on the wall are guidable, by the guide member when the first bracket and the second bracket are being mounted on the wall, the wall mount thereby being configured to, when the first bracket and the second bracket are mounted at the mounting positions on the wall and coupled to the apparatus, mount the apparatus on the wall characterised in that the guide member is made of a material that is different from and lighter than a material of the first bracket and a material of the second bracket . a first bracket mountable on a wall and coupleable to a display apparatus to be mounted on the wall; a second bracket mountable on the wall and coupleable to the apparatus to be mounted on the wall; and a guide member including first, second, third and fourth guide coupling portions aligned with each other along the guide member with the third and fourth guide coupling portions between the first and second guide coupling portions, the third guide coupling portion between the first guide coupling portion and a center of the guide member, and the fourth guide coupling portion between the second guide coupling portion and the center of the guide member, wherein the first bracket is coupleable to either the first guide coupling portion or the third guide coupling portion and the second bracket is coupleable to either the second guide coupling portion or the fourth guide coupling portion, so that a distance between the first bracket and the second bracket is adjustable, and mounting positions of the first bracket and the second bracket on the wall are guidable, by the guide member when the first bracket and the second bracket are being mounted on the wall, the wall mount thereby being configured to, when the first bracket and the second bracket are mounted at the mounting positions on the wall and coupled to the apparatus, mount the apparatus on the wall characterised in that the guide member is made of a material that is different from and lighter than a material of the first bracket and a material of the second bracket .
A tablet for oral administration comprising: (a) a core comprising deferiprone in a therapeutically effective amount and an enteric polymer; and (b) an enteric coating comprising an enteric polymer, wherein the tablet is suitable for twice daily dosing.
A method of coordinating uplink transmissions from at least one mobile unit to a plurality of coordinating base stations , the method being implemented in a control and data plane entity and comprising: scheduling, at a control plane function of the control and data plane entity , uplink signals for transmission from said at least one mobile unit to the plurality of coordinating base stations ; receiving, at a data plane function of the control and data plane entity and from the plurality of coordinating base stations , signals comprising information indicative of scheduled uplink signals transmitted from said at least one mobile unit to the plurality of coordinating base stations ; and estimating, at the data plane function, information bits transmitted in the scheduled uplink signals through joint processing of the received signals from the plurality of coordinating base stations using channel state information indicative of a plurality of wireless communication links between said at least one mobile unit and the plurality of coordinating base stations . scheduling, at a control plane function of the control and data plane entity , uplink signals for transmission from said at least one mobile unit to the plurality of coordinating base stations ; receiving, at a data plane function of the control and data plane entity and from the plurality of coordinating base stations , signals comprising information indicative of scheduled uplink signals transmitted from said at least one mobile unit to the plurality of coordinating base stations ; and estimating, at the data plane function, information bits transmitted in the scheduled uplink signals through joint processing of the received signals from the plurality of coordinating base stations using channel state information indicative of a plurality of wireless communication links between said at least one mobile unit and the plurality of coordinating base stations .
A method for tightening screw joints by means of a power tool having a manually operated trigger for controlling the power supply to the power tool, and a power shut-off mechanism for automatic discontinuation of the power tool operation as a predetermined tightening level is reached, wherein the method comprises the following measures: • indicating continuously the position of the trigger, • indicating the status of the shut-off mechanism, and • disabling the power tool in an inoperative state for a certain period of time if the trigger is indicated as inactivated without the shut-off mechanism being indicated as activated. • indicating continuously the position of the trigger, • indicating the status of the shut-off mechanism, and • disabling the power tool in an inoperative state for a certain period of time if the trigger is indicated as inactivated without the shut-off mechanism being indicated as activated.
A method for evaporating waste water and reducing acid gas emissions in a combustion flue gas comprising the steps of: adding an alkaline reagent to the waste water prior to the waste water being contacted with a first portion of the flue gas, transporting the first portion of the flue gas emitted by a combustion unit to an evaporator device such that the first portion of the flue gas bypasses a preheater and contacting the first portion of the flue gas with alkaline waste water to cool and humidify the flue gas and dry solid particulates within the waste water as the waste water evaporates, separating the solid particulates from the cooled and humidified flue gas using a particulate collector , feeding a portion of the separated solid particulates to the waste water prior to the waste water being contacted with the first portion of the flue gas, passing a second portion of the flue gas emitted by the combustion unit to the pre-heater to heat fluid before that fluid is fed to the combustion unit , and merging the cooled and humidified first portion of the flue gas with the second portion of the flue gas after the second portion of the flue gas has passed through the preheater and before the merged first and second portions of the flue gas are passed to the particulate collector for separating the solid particulates from the cooled and humidified flue gas. adding an alkaline reagent to the waste water prior to the waste water being contacted with a first portion of the flue gas, transporting the first portion of the flue gas emitted by a combustion unit to an evaporator device such that the first portion of the flue gas bypasses a preheater and contacting the first portion of the flue gas with alkaline waste water to cool and humidify the flue gas and dry solid particulates within the waste water as the waste water evaporates, separating the solid particulates from the cooled and humidified flue gas using a particulate collector , feeding a portion of the separated solid particulates to the waste water prior to the waste water being contacted with the first portion of the flue gas, passing a second portion of the flue gas emitted by the combustion unit to the pre-heater to heat fluid before that fluid is fed to the combustion unit , and merging the cooled and humidified first portion of the flue gas with the second portion of the flue gas after the second portion of the flue gas has passed through the preheater and before the merged first and second portions of the flue gas are passed to the particulate collector for separating the solid particulates from the cooled and humidified flue gas.
A laser scanning microscope for imaging at least one microscopic property of a sample , comprising at least one light source for generating at least coherent illumination light of at least one illumination wavelength, further comprising at least one optical system for illuminating at least one area within or on the sample with the at least one illumination light , and a beam splitter for spatially separating coherent detection light emitted from the sample from the incoherent detection light emitted from the sample , characterized by at least one additional beam splitter element arranged in the beam path and configured to separate coherent detection light , the wavelength of which is different from the wavelength of the illumination light , from the coherent illumination light emitted from the sample , as well as by at least one detection device for detection of the coherent detection light , and by an additional detection device for detection of the incoherent detection light emitted from the sample , the laser scanning microscope being configured such that the coherent detection signal is a CARS signal, an SHG signal, a four-wave mixing signal or a frequency mixing signal, and the incoherent detection signal is a Raman signal, a fluorescence signal, a phosphorescence signal or a FRET signal, and wherein the beam splitter has at least two areas with different properties, with at least one first area with a high transmission of more than 90% and with at least a second area with a high reflectivity of greater than 90%, wherein the peripheral first area takes up most of the area of the beam splitter , and wherein the central second area presents a circular or an oval or an elliptical shape on the beam splitter , wherein the incoherent detection light portion approximately completely illuminates the available opening of the beam splitter and this incoherent detection light portion is substantially transmitted by this beam splitter , and wherein the portion of the incoherent detection light reflected by the second area of the beam splitter in the direction of the light source is negligibly small due to a uniform illumination and a small area ratio between the second area and the first area . and wherein the beam splitter has at least two areas with different properties, with at least one first area with a high transmission of more than 90% and with at least a second area with a high reflectivity of greater than 90%, wherein the peripheral first area takes up most of the area of the beam splitter , and wherein the central second area presents a circular or an oval or an elliptical shape on the beam splitter ,
A power semiconductor device comprising: - a semiconductor body , - at least one source region in the semiconductor body , - a gate electrode at the semiconductor body , - a gate insulator between the semiconductor body and the gate electrode , and - at least one well region at the at least one source region and at the gate insulator , wherein - the gate insulator has a varying dielectric capacitance, the dielectric capacitance is in each case a quotient of a dielectric constant and of a geometric thickness of the gate insulator at a specific location thereof, - the dielectric capacitance is larger at the at least one well region than in remaining regions of the gate insulator , - seen in cross-section, the gate insulator is composed of two first gate insulator regions having the larger dielectric capacitance and of a central, second gate insulator region having the smaller dielectric capacitance, characterised in that , the at least one well region is in direct contact only with the first gate insulator regions and not with the second gate insulator region , - the gate insulator comprises a first material (M1) and a second material (M2), the second material (M2) has a higher relative dielectric constant than the first material (M1), and - the second material (M2) is a continuous layer completely extending between the gate electrode and the semiconductor body . - a semiconductor body , - at least one source region in the semiconductor body , - a gate electrode at the semiconductor body , - a gate insulator between the semiconductor body and the gate electrode , and - at least one well region at the at least one source region and at the gate insulator , wherein - the gate insulator has a varying dielectric capacitance, the dielectric capacitance is in each case a quotient of a dielectric constant and of a geometric thickness of the gate insulator at a specific location thereof, - the dielectric capacitance is larger at the at least one well region than in remaining regions of the gate insulator , - seen in cross-section, the gate insulator is composed of two first gate insulator regions having the larger dielectric capacitance and of a central, second gate insulator region having the smaller dielectric capacitance, characterised in that , the at least one well region is in direct contact only with the first gate insulator regions and not with the second gate insulator region , - the gate insulator comprises a first material (M1) and a second material (M2), the second material (M2) has a higher relative dielectric constant than the first material (M1), and - the second material (M2) is a continuous layer completely extending between the gate electrode and the semiconductor body .
Plug for preventing the corrosion of a top portion of an attachment opening of a root of a blade of a guide vane of a turbomachine, comprising: • a bottom surface including an opening for receiving a head of a tightening means , • a top surface , • a substantially cylindrical side wall extending along an axial direction (X) between the bottom surface and the top surface , said side wall including a first side area , • the plug is formed of an elastically deformable material, and has a diameter (Db) at rest and an elasticity enabling said plug to block and to be held in the top portion of the attachment opening by elastic deformation, characterized in that : • the top surface comprises at least one first blind hole the shape of which is such that, when the plug is subjected to an elastic deformation that causes a ridge to appear between the top surface and the first side area of the plug , said ridge is removed by elastic deformation of said first blind hole . • a bottom surface including an opening for receiving a head of a tightening means , • a top surface , • a substantially cylindrical side wall extending along an axial direction (X) between the bottom surface and the top surface , said side wall including a first side area , • the plug is formed of an elastically deformable material, and has a diameter (Db) at rest and an elasticity enabling said plug to block and to be held in the top portion of the attachment opening by elastic deformation, characterized in that : • the top surface comprises at least one first blind hole the shape of which is such that, when the plug is subjected to an elastic deformation that causes a ridge to appear between the top surface and the first side area of the plug , said ridge is removed by elastic deformation of said first blind hole . • the top surface comprises at least one first blind hole the shape of which is such that, when the plug is subjected to an elastic deformation that causes a ridge to appear between the top surface and the first side area of the plug , said ridge is removed by elastic deformation of said first blind hole .