mhurhangee/ep-ind-claims huggingface dataset:
Rotor for a turbomachine, wherein the rotor is configured to be able to accommodate blades which, in the circumferential direction of the rotor, form at least one blade stage, wherein the rotor is equipped with a multiplicity of essentially axially oriented profiled recesses with respect to the surface of the rotor, the shape of which corresponds in a form-fitting and/or force-fitting manner with the blade root profiles of the blades pushed in there essentially in the axial direction, and wherein circumferential surface sections are present between the recesses in the circumferential direction of the rotor, which sections are provided with abutment elements facing a corresponding portion of the inserted blades, characterized in that the abutment elements are arranged at the end side of each circumferential surface section facing the insertion direction of the blades, that each abutment element has, with respect to the associated circumferential surface section, a radial and an axial extent which at least form-fittingly matches a recess in the inserted blade, and in that the shape of the abutment element and the shape of the recess of the blade form a labyrinth seal between the rotor and the blade.
Formulation containing 0.1 to 10% by weight polyphenol-containing composition (based on the dry matter of the formulation) having a fraction of at least 90% by weight of epigallocatechin gallate (EGCG), based on the dry matter of the polyphenol-containing composition, and 30 to 80% by weight isomaltulose, based on the dry matter of the formulation.
A catheter for selectively adjusting the length of a chord of the chordae tendineae associated with an atrio-ventricular valve of a mammalian heart, the catheter having: an elongate catheter shaft having proximal and distal ends and a longitudinally extending axis; and a pair of clamps (54a, 54b) releasably carried at the distal end of the catheter shaft, the clamps being disposed in transversely spaced relation, each clamp having an open configuration in which distally facing portions of the clamps are adapted to receive a chord disposed transversely of the catheter axis, the clamps being closeable to securely grip a chord received within the clamps at two spaced locations along the chord; characterised in that the catheter further comprises a chordal snare movable in an axial direction between the spaced clamps (54a, 54b) between an extended position beyond the distal end of the shaft and a retracted position within the shaft, the snare being configured to selectively engage a chord, the snare being retractable into the distal end of the catheter to draw an engaged chord into the open, receptive clamps; and in that a prosthetic cord segment attached to each of the clamps and connecting the clamps to each other, the clamps being operable to close and clamp the chord at spaced locations. an elongate catheter shaft having proximal and distal ends and a longitudinally extending axis; and a pair of clamps (54a, 54b) releasably carried at the distal end of the catheter shaft, the clamps being disposed in transversely spaced relation, each clamp having an open configuration in which distally facing portions of the clamps are adapted to receive a chord disposed transversely of the catheter axis, the clamps being closeable to securely grip a chord received within the clamps at two spaced locations along the chord; characterised in that the catheter further comprises a chordal snare movable in an axial direction between the spaced clamps (54a, 54b) between an extended position beyond the distal end of the shaft and a retracted position within the shaft, the snare being configured to selectively engage a chord, the snare being retractable into the distal end of the catheter to draw an engaged chord into the open, receptive clamps; and in that a prosthetic cord segment attached to each of the clamps and connecting the clamps to each other, the clamps being operable to close and clamp the chord at spaced locations.
A medical device, comprising: a body (112, 215); an arm extending from the body and configured to receive a first device such that the first device is suspended relative to the body, wherein translation of the arm relative to the body is configured to move the first device relative to the body; and a receiver extending from the body and configured to receive a second device such that the second device is suspended relative to the body, characterised in that the arm includes an inlet opening and an outlet opening sized and shaped to receive the first device. a body (112, 215); an arm extending from the body and configured to receive a first device such that the first device is suspended relative to the body, wherein translation of the arm relative to the body is configured to move the first device relative to the body; and a receiver extending from the body and configured to receive a second device such that the second device is suspended relative to the body, characterised in that the arm includes an inlet opening and an outlet opening sized and shaped to receive the first device.
A lattice apron for a condensing device of a spinning machine, comprising a mesh made of filaments and perforated at least in a fiber transport region of the lattice apron having a defined free surface area of at least 10% in order to, when the lattice apron is operating, be able to allow a suction air flow to act on a fiber bundle moving thereon and the lattice apron is having a top side and a bottom side, characterized in that a surface area of the filaments making contact with the fiber bundle is implemented at least in the fiber transport region in a flattened manner in comparison to a round surface in order to allow easier motion of the fiber bundle on the surface of the lattice apron in contrast to round surfaces and that the flattened surface is provided on the top side or on the top side and bottom side of the lattice apron.
An enhanced telephony computer user interface residing on a display device of a computing device, comprising a plurality of environments containing processes and features for controlling and managing a telephone in network communication with the computing device and linked to a plurality of databases (310, 320, 330) such that the user interface reacts intelligently to telephone events; the enhanced user interface further comprising: contact information about a recipient that comprises access to the recipient's calendar containing scheduling information such that the user can determine when the recipient is available to receive a telephone call; when the recipient is available and the call is placed, a window containing detailed information about the recipient and links to previous information, documents or emails, associated with that recipient, wherein the previous information, documents or emails are retrieved by the user upon clicking on a corresponding link; and an advanced call camp feature that allows the enhanced telephony user interface to notify the user when the recipient becomes available if the recipient was previously unavailable. contact information about a recipient that comprises access to the recipient's calendar containing scheduling information such that the user can determine when the recipient is available to receive a telephone call; when the recipient is available and the call is placed, a window containing detailed information about the recipient and links to previous information, documents or emails, associated with that recipient, wherein the previous information, documents or emails are retrieved by the user upon clicking on a corresponding link; and an advanced call camp feature that allows the enhanced telephony user interface to notify the user when the recipient becomes available if the recipient was previously unavailable.
An anti-vibration apparatus comprising a bush, said bush comprising a substantially rigid elongate core, said elongate core comprises on its outer surface a vibration dampening material, the bush further having two end cap washers (210a, 210b) located either end of the bush, configured in that the vibration dampening material on the bush engages with the end cap washer to cover the end of the elongate core, wherein the vibration dampening material further comprises a plurality of recessed portions on its surface, characterised in that the two end cap washers are selected from a further vibrational damping material, wherein said end cap washers comprise a stepped portion to allow insertion of the respective end of the elongate core and to interface fit with said vibration dampening material and provide additional expansion space, wherein the plurality of recessed portions extend axially along the main axis of the elongate core. said elongate core comprises on its outer surface a vibration dampening material, the bush further having two end cap washers (210a, 210b) located either end of the bush, configured in that the vibration dampening material on the bush engages with the end cap washer to cover the end of the elongate core, wherein the vibration dampening material further comprises a plurality of recessed portions on its surface, characterised in that the two end cap washers are selected from a further vibrational damping material, wherein said end cap washers comprise a stepped portion to allow insertion of the respective end of the elongate core and to interface fit with said vibration dampening material and provide additional expansion space, wherein the plurality of recessed portions extend axially along the main axis of the elongate core.
A system comprising: an aerosol delivery device comprising an optical detector; an age verification system configured to verify an age of a user; and a host device comprising a display, the host device configured to communicate with the age verification system via a network and configured to transmit an optical signal via the display for receipt by the optical detector of the aerosol delivery device, the optical signal being based on the verification of the user; wherein, prior to transmitting the optical signal, the host device is configured to prompt the user to position their aerosol delivery device such that the optical detector of the aerosol delivery device is aligned with the display of the host device to receive the optical signal, for authentication of the aerosol delivery device; wherein, in response to the authentication, the aerosol delivery device is configured to unlock. an aerosol delivery device comprising an optical detector; an age verification system configured to verify an age of a user; and a host device comprising a display, the host device configured to communicate with the age verification system via a network and configured to transmit an optical signal via the display for receipt by the optical detector of the aerosol delivery device, the optical signal being based on the verification of the user; wherein, prior to transmitting the optical signal, the host device is configured to prompt the user to position their aerosol delivery device such that the optical detector of the aerosol delivery device is aligned with the display of the host device to receive the optical signal, for authentication of the aerosol delivery device; wherein, in response to the authentication, the aerosol delivery device is configured to unlock.
A clothing treatment apparatus comprising: a heating part configured to heat a fluid; a movable spray part installed movably in a left and right direction thereof and configured to spray the heated fluid; a flow path member connected to the heating part and the movable spray part and configured to supply the heated fluid to the movable spray part; and a driving part configured to move the movable spray part in the left and right direction, wherein the movable spray part comprises: an inlet into which the heated fluid is introduced; a plurality of spray ports through which the heated fluid is sprayed; and a spray pipe configured to communicate with the inlet, disposed in up and down direction of the movable spray part, and having the plurality of spray ports formed along a longitudinal direction of the spray pipe, wherein the movable spray part includes the plurality of spray pipes, and characterized in that the plurality of spray ports formed in at least two of the spray pipes have different heights from each other. a heating part configured to heat a fluid; a movable spray part installed movably in a left and right direction thereof and configured to spray the heated fluid; a flow path member connected to the heating part and the movable spray part and configured to supply the heated fluid to the movable spray part; and a driving part configured to move the movable spray part in the left and right direction, wherein the movable spray part comprises: an inlet into which the heated fluid is introduced; a plurality of spray ports through which the heated fluid is sprayed; and a spray pipe configured to communicate with the inlet, disposed in up and down direction of the movable spray part, and having the plurality of spray ports formed along a longitudinal direction of the spray pipe, wherein the movable spray part includes the plurality of spray pipes, and characterized in that the plurality of spray ports formed in at least two of the spray pipes have different heights from each other. an inlet into which the heated fluid is introduced; a plurality of spray ports through which the heated fluid is sprayed; and a spray pipe configured to communicate with the inlet, disposed in up and down direction of the movable spray part, and having the plurality of spray ports formed along a longitudinal direction of the spray pipe, wherein the movable spray part includes the plurality of spray pipes, and characterized in that the plurality of spray ports formed in at least two of the spray pipes have different heights from each other.
A method for controlling a variable speed drive based on pulse width modulation schemes comprising: - applying a continuous PWM scheme when an input current is less than a predetermined threshold value, to provide higher efficiency and lower total harmonic distortion; and - applying a discontinuous PWM method comprising a discontinuous modulation scheme when the input current is greater than the predetermined threshold value; wherein the input current is an input current of the variable speed drive. - applying a continuous PWM scheme when an input current is less than a predetermined threshold value, to provide higher efficiency and lower total harmonic distortion; and - applying a discontinuous PWM method comprising a discontinuous modulation scheme when the input current is greater than the predetermined threshold value;
A therapeutically effective amount of a compound being a first active agent selected from a compound of formula and: or an enantiomer thereof, a pharmaceutically acceptable salt thereof, a pharmaceutically acceptable hydrate, a pharmaceutically acceptable solvate, a pharmaceutically acceptable clathrate, or a pharmaceutically acceptable polymorph thereof, for use in a method of treating cystic fibrosis, wherein the method further comprises the administration to a patient in need of a therapeutically effective amount of a cystic fibrosis transmembrane conductance regulator potentiator, a therapeutically effective amount of a cystic fibrosis transmembrane conductance regulator corrector, or a combination thereof, wherein the cystic fibrosis transmembrane conductance regulator potentiator is ivacaftor, and wherein the cystic fibrosis transmembrane conductance regulator corrector is lumacaftor. or an enantiomer thereof, a pharmaceutically acceptable salt thereof, a pharmaceutically acceptable hydrate, a pharmaceutically acceptable solvate, a pharmaceutically acceptable clathrate, or a pharmaceutically acceptable polymorph thereof, for use in a method of treating cystic fibrosis, wherein the method further comprises the administration to a patient in need of a therapeutically effective amount of a cystic fibrosis transmembrane conductance regulator potentiator, a therapeutically effective amount of a cystic fibrosis transmembrane conductance regulator corrector, or a combination thereof, wherein the cystic fibrosis transmembrane conductance regulator potentiator is ivacaftor, and wherein the cystic fibrosis transmembrane conductance regulator corrector is lumacaftor.
A lever frame assembly (10; 310), comprising: a support (19; 319), a crosshead (26; 326), rigidly connected with said support (19; 319) at a first location on said support (19; 319); an upper outside lever (24; 324), pivotally connected to said support (19; 319) at a second location on said support (19; 319); an outer hydraulic cylinder (12; 312) connected between said upper outside lever (24; 324) at an upper outside lever arm pivot (101; 401) and said crosshead (26; 326) at a crosshead outside lever arm pivot (13; 313); an inner hydraulic cylinder (15; 315) connected between an upper inner lever (20; 320) at an upper inner lever arm pivot (16; 316) and a lower inner lever (104; 404) at a lower inner lever arm pivot (108; 408) of said crosshead (26; 326); an upper lever connection (102; 402) pivotally connecting said upper outside lever (24; 324) with said upper inner lever (20; 320); and a lower lever connection (105; 405) pivotally connecting said lower inner lever (104; 404) with said crosshead (26, 326). a support (19; 319), a crosshead (26; 326), rigidly connected with said support (19; 319) at a first location on said support (19; 319); an upper outside lever (24; 324), pivotally connected to said support (19; 319) at a second location on said support (19; 319); an outer hydraulic cylinder (12; 312) connected between said upper outside lever (24; 324) at an upper outside lever arm pivot (101; 401) and said crosshead (26; 326) at a crosshead outside lever arm pivot (13; 313); said upper outside lever (24; 324) at an upper outside lever arm pivot (101; 401) and said crosshead (26; 326) at a crosshead outside lever arm pivot (13; 313); an inner hydraulic cylinder (15; 315) connected between an upper inner lever (20; 320) at an upper inner lever arm pivot (16; 316) and a lower inner lever (104; 404) at a lower inner lever arm pivot (108; 408) of said crosshead (26; 326); an upper inner lever (20; 320) at an upper inner lever arm pivot (16; 316) and a lower inner lever (104; 404) at a lower inner lever arm pivot (108; 408) of said crosshead (26; 326); an upper lever connection (102; 402) pivotally connecting said upper outside lever (24; 324) with said upper inner lever (20; 320); and a lower lever connection (105; 405) pivotally connecting said lower inner lever (104; 404) with said crosshead (26, 326).
A method of screening a cereblon modifying compound for treating a disease or disorder, comprising: (a) determining the interaction between SALL4 and cereblon in a sample to which the cereblon modifying compound has been administered; and (b) selecting the cereblon modifying compound that does not induce the interaction between SALL4 and cereblon or the cereblon modifying compound that induces reduced interaction between SALL4 and cereblon as compared with a reference compound, wherein the interaction between SALL4 and cereblon is determined by the interaction between amino acid residues 405-432 of SALL4 protein (SEQ ID NO:3) and cereblon or by the interaction between amino acid residues 410-432 of SALL4 protein (SEQ ID NO: 11) and cereblon. (a) determining the interaction between SALL4 and cereblon in a sample to which the cereblon modifying compound has been administered; and (b) selecting the cereblon modifying compound that does not induce the interaction between SALL4 and cereblon or the cereblon modifying compound that induces reduced interaction between SALL4 and cereblon as compared with a reference compound,
Flat light comprising a luminaire housing, which is significantly wider than high and has a luminaire housing top facing a structure as well as a luminaire housing bottom comprising a light housing aperture designed for exit of a direct luminous flux for direct illumination of a vision job, wherein the luminaire housing is designed to accom modate a direct illuminant which emits a direct luminous flux generated thereby via an optical system immediately upon the vision job, and wherein is further provided a de vice support for accommodating further luminaire elements, wherein the flat light is designed as an edge irradiation luminaire comprising a light guide plate into which LEDs arranged laterally in the luminaire housing as direct illuminants laterally ra diate a luminous flux generated by them, thus radiating the laterally injected luminous flux from a light exit aperture through a bottom principal face of the light guide plate in a direct light direction e.g. via an array of imperfections or a reflector on the top face, wherein the luminaire housing comprises at the luminaire housing top a mounting duct (2.2), which is designed to partially accommodate the device support, wherein the mounting duct (2.2) is formed as a groove shaped body which also has a width significantly greater than its depth, preferably 10 to 13 times as wide as deep, characterized in that the mounting duct (2.2) comprises an indirect light source.
A method of controlling a heating system comprising: providing at least one heater assembly, the heater assembly comprising a plurality of heater units, each heater unit including a core body and defining at least one independently controlled heating zone; supplying power to each of the heater units through a plurality of power conductors extending through holes defined in the core bodies and electrically connected to each of the independently controlled heating zones in each of the heater units; and modulating power supplied to each of the independently controlled heating zones, by switching the independently controlled heating zones such that a reduced number of independently controlled heating zones receives voltage at a time to reduce current leakage while allowing the independently controlled heating zones to provide a desired power distribution along the length of the heater assembly. providing at least one heater assembly, the heater assembly comprising a plurality of heater units, each heater unit including a core body and defining at least one independently controlled heating zone; supplying power to each of the heater units through a plurality of power conductors extending through holes defined in the core bodies and electrically connected to each of the independently controlled heating zones in each of the heater units; and modulating power supplied to each of the independently controlled heating zones, by switching the independently controlled heating zones such that a reduced number of independently controlled heating zones receives voltage at a time to reduce current leakage while allowing the independently controlled heating zones to provide a desired power distribution along the length of the heater assembly.
Membrane comprising a polymer material comprising polytetrafluoroethylene and carbon black particles having a primary particle size of 5 to 25 nm and a BET surface area of 200 to 250 m 2 /g.
A dispenser insert for being mounted in an existing cabinet, the dispenser insert comprising: a frame configured to be mounted in the cabinet, a dispensing mechanism mounted to the frame, the dispensing mechanism comprising a magazine part for accommodating a stack of sheet products and a dispensing part for dispensing the sheet products, the magazine part having a refilling access at its bottom, wherein the dispensing part is translationally and rotationally moveable relative to the magazine part into a refilling position. a frame configured to be mounted in the cabinet, a dispensing mechanism mounted to the frame, the dispensing mechanism comprising a magazine part for accommodating a stack of sheet products and a dispensing part for dispensing the sheet products, the magazine part having a refilling access at its bottom, wherein the dispensing part is translationally and rotationally moveable relative to the magazine part into a refilling position.