mhurhangee/ep-ind-claims huggingface dataset:
Topically applicable and grindable capsule comprising a) a water-containing coating material surrounded by a film and b) a filling material surrounded by the coating material, comprising c) an abrasive preparation, comprising d) one or more abrasive peeling agents, characterized in that the film is applied to the coating by means of a spraying technique or dipping bath and the coating and/or the film does not comprise any sugar. a) a water-containing coating material surrounded by a film and b) a filling material surrounded by the coating material, comprising c) an abrasive preparation, comprising d) one or more abrasive peeling agents,
A control system for a multiphase electric motor comprising processing means arranged to monitor electrical currents in the motor and the rotational position of the motor and to determine PWM voltage waveforms to be applied to respective phases of the motor, the PWM voltage waveforms being arranged in a PWM pattern, characterised in that: the processing means assigns different PWM patterns for use with different positions or with a range of different rotor positions of the motor, and whereby in use for a given rotational position or range of rotational positions of the motor the processing means is normally adapted to apply PWM waveforms according to the assigned PWM pattern unless a different PWM pattern is currently in use at that time, except that in the event that the demanded voltage waveforms cannot be achieved with the current PWM pattern the processing means is adapted to force the PWM pattern to change; and further in which upon the rotor moving into one of the different positions or range of positions associated with a different assigned pattern the processing means is adapted to force the PWM pattern to change to the assigned PWM pattern. the processing means assigns different PWM patterns for use with different positions or with a range of different rotor positions of the motor, and whereby in use for a given rotational position or range of rotational positions of the motor the processing means is normally adapted to apply PWM waveforms according to the assigned PWM pattern unless a different PWM pattern is currently in use at that time, except that in the event that the demanded voltage waveforms cannot be achieved with the current PWM pattern the processing means is adapted to force the PWM pattern to change; and further in which upon the rotor moving into one of the different positions or range of positions associated with a different assigned pattern the processing means is adapted to force the PWM pattern to change to the assigned PWM pattern.
A metal seal ring for establishing a sealed connection between two mating components (102A, 102B), wherein the seal ring defines an opening with a longitudinal axis and wherein the metal seal ring has an axis of symmetry that is normal to said longitudinal axis, the metal ring comprising: a flange, said axis of symmetry extending through said flange; a front side surface; and a back side surface facing towards said opening, said back side surface comprising: a plurality of spaced-apart protrusions, each of which has a radially innermost surface that is located at a first radial distance from said longitudinal axis and a first axial distance from said axis of symmetry; and a plurality of recesses, each of which is located between one of said protrusions and said axis of symmetry, each recess having a radially outermost surface that is located at a second radial distance from said longitudinal axis and a second axial distance from said axis of symmetry, wherein said second radial distance is greater than said first radial distance and said second axial distance is less than said first axial distance, characterized in that the front side surface is for engaging each of the two mating components (102A, 102B) and faces away from said opening, wherein the front side surface is comprised of a plurality of first sealing areas and a plurality of second sealing areas, each of said second sealing areas being located between said flange and one of said first sealing areas. a flange, said axis of symmetry extending through said flange; a front side surface; and a back side surface facing towards said opening, said back side surface comprising: a plurality of spaced-apart protrusions, each of which has a radially innermost surface that is located at a first radial distance from said longitudinal axis and a first axial distance from said axis of symmetry; and a plurality of recesses, each of which is located between one of said protrusions and said axis of symmetry, each recess having a radially outermost surface that is located at a second radial distance from said longitudinal axis and a second axial distance from said axis of symmetry, wherein said second radial distance is greater than said first radial distance and said second axial distance is less than said first axial distance, a plurality of spaced-apart protrusions, each of which has a radially innermost surface that is located at a first radial distance from said longitudinal axis and a first axial distance from said axis of symmetry; and a plurality of recesses, each of which is located between one of said protrusions and said axis of symmetry, each recess having a radially outermost surface that is located at a second radial distance from said longitudinal axis and a second axial distance from said axis of symmetry, wherein said second radial distance is greater than said first radial distance and said second axial distance is less than said first axial distance,
An endotracheal intubation device comprising: a center tube comprising a proximal portion having an end and a distal portion; a shaft with a steerable distal end, wherein the shaft is attached to the distal portion of the center tube;and a steering control mechanism for moving the steerable distal end of the shaft into a number of different angular positions, wherein the mechanism is manually movable, and characterized in that the mechanism comprises a control disc and at least one control cable, the at least one control cable being attached to the steerable distal end of the shaft, and to the disc; wherein the mechanism is configured such that when pressure is applied to the control disc at the periphery, the control disc tilts, causing the at least one control cable to be pulled to move the steerable end of the shaft into different angular positions, wherein the control disc is to be mounted for pivotal movement at the end of the proximal portion of the center tube, and wherein the control disc further comprises a conical recess, and wherein the center tube comprises a pivot member at the end of the proximal portion to be received in the recess of the control disc. a center tube comprising a proximal portion having an end and a distal portion; a shaft with a steerable distal end, wherein the shaft is attached to the distal portion of the center tube;and a steering control mechanism for moving the steerable distal end of the shaft into a number of different angular positions, wherein the mechanism is manually movable, and characterized in that the mechanism comprises a control disc and at least one control cable, the at least one control cable being attached to the steerable distal end of the shaft, and to the disc; wherein the mechanism is configured such that when pressure is applied to the control disc at the periphery, the control disc tilts, causing the at least one control cable to be pulled to move the steerable end of the shaft into different angular positions, wherein the control disc is to be mounted for pivotal movement at the end of the proximal portion of the center tube, and wherein the control disc further comprises a conical recess, and wherein the center tube comprises a pivot member at the end of the proximal portion to be received in the recess of the control disc. wherein the mechanism is manually movable, and characterized in that the mechanism comprises a control disc and at least one control cable, the at least one control cable being attached to the steerable distal end of the shaft, and to the disc; wherein the mechanism is configured such that when pressure is applied to the control disc at the periphery, the control disc tilts, causing the at least one control cable to be pulled to move the steerable end of the shaft into different angular positions, wherein the control disc is to be mounted for pivotal movement at the end of the proximal portion of the center tube, and wherein the control disc further comprises a conical recess, and
A production method comprising: flowing a heterogeneous fluid mixture into contact with a homogenizing cutting tool; measuring a fluid mixture temperature so as to obtain a measured fluid mixture temperature and determining a target fluid mixture temperature; frictionally heating the fluid mixture so as to obtain a heated and homogenized fluid mixture by driving the cutting tool at a rate based on (i) the target fluid mixture temperature and (ii) the measured fluid mixture temperature; characterized in flowing the heated and homogenized fluid mixture away from the cutting tool, wherein the fluid mixture is a lubricant. flowing a heterogeneous fluid mixture into contact with a homogenizing cutting tool; measuring a fluid mixture temperature so as to obtain a measured fluid mixture temperature and determining a target fluid mixture temperature; frictionally heating the fluid mixture so as to obtain a heated and homogenized fluid mixture by driving the cutting tool at a rate based on (i) the target fluid mixture temperature and (ii) the measured fluid mixture temperature; characterized in flowing the heated and homogenized fluid mixture away from the cutting tool, wherein the fluid mixture is a lubricant.
A controller for a multi-phase AC motor having a number of windings, said controller comprising: a plurality of AC current sources, a number of AC current sources equal to the number of windings, each AC current source capable of being coupled to a different winding to supply sinusoidal current thereto; and control logic coupled to the plurality of AC current sources, said control logic generating sinusoidal waveforms of a common frequency which is controllable, and utilizing control logic comprising clock logic and switched capacitor filters for generating said sinusoidal waveforms, each waveform having a different specified phase, at the respective inputs of each of the AC current sources to drive its connected winding with sinusoidal AC current at the specified phase and a variable amplitude of the controllable frequency; and a voltage-to-frequency converter coupled with the control logic and receiving a variable ramp voltage as input wherein the ramp voltage is applied to control the voltage to frequency converter output to the control logic, and to control the controllable frequency of the sinusoidal waveforms output from the control logic. a plurality of AC current sources, a number of AC current sources equal to the number of windings, each AC current source capable of being coupled to a different winding to supply sinusoidal current thereto; and control logic coupled to the plurality of AC current sources, said control logic generating sinusoidal waveforms of a common frequency which is controllable, and utilizing control logic comprising clock logic and switched capacitor filters for generating said sinusoidal waveforms, each waveform having a different specified phase, at the respective inputs of each of the AC current sources to drive its connected winding with sinusoidal AC current at the specified phase and a variable amplitude of the controllable frequency; and a voltage-to-frequency converter coupled with the control logic and receiving a variable ramp voltage as input wherein the ramp voltage is applied to control the voltage to frequency converter output to the control logic, and to control the controllable frequency of the sinusoidal waveforms output from the control logic.
A method for dispersing nanotubes, comprising contacting the nanotubes with an electronic liquid comprising a metal selected from the group consisting of alkali metals and alkaline earth metals and an amine solvent selected from ammonia, methylamine and ethylamine, wherein a solution of individual nanotubes is produced, wherein the nanotubes are carbon nanotubes, and wherein the metal is included in the electronic liquid in an amount such that the ratio of metal atoms in the electronic liquid to carbon atoms in the nanotubes with which the electronic liquid is contacted is 1:6 or less.
A waveguide to parallel-plate transition, comprising: a waveguide, an E-plane waveguide bend, an H-plane waveguide bend and a parallel-plate transmission line arranged in sequence, wherein: the E-plane waveguide bend is configured to bend a direction of a radio frequency field between the waveguide and the H-plane waveguide bend by approximately 90 degrees in an E-plane, the H-plane waveguide bend is configured to bend a direction the RF field between the E-plane waveguide bend and the parallel-plate transmission line by approximately 90 degrees in an H-plane, and the parallel-plate transmission line includes a slot through which the RF field can flow between the H-plane waveguide bend and the parallel-plate transmission line. a waveguide, an E-plane waveguide bend, an H-plane waveguide bend and a parallel-plate transmission line arranged in sequence, wherein: the E-plane waveguide bend is configured to bend a direction of a radio frequency field between the waveguide and the H-plane waveguide bend by approximately 90 degrees in an E-plane, the H-plane waveguide bend is configured to bend a direction the RF field between the E-plane waveguide bend and the parallel-plate transmission line by approximately 90 degrees in an H-plane, and the parallel-plate transmission line includes a slot through which the RF field can flow between the H-plane waveguide bend and the parallel-plate transmission line. the E-plane waveguide bend is configured to bend a direction of a radio frequency field between the waveguide and the H-plane waveguide bend by approximately 90 degrees in an E-plane, the H-plane waveguide bend is configured to bend a direction the RF field between the E-plane waveguide bend and the parallel-plate transmission line by approximately 90 degrees in an H-plane, and the parallel-plate transmission line includes a slot through which the RF field can flow between the H-plane waveguide bend and the parallel-plate transmission line.
A continuously cast Al-Mg alloy sheet or plate product comprising 6 - 10 wt. % Mg, wherein the Al-Mg alloy product is resistant to both (i) stress corrosion cracking and (ii) intergranular corrosion, and the Al-Mg alloy comprises a plurality of grains, wherein the grains have grain boundaries, and wherein the Al-Mg alloy is free of a continuous film of β-phase at the grain boundaries after the Al-Mg alloy has been age sensitized.
Fixing system for a fire or smoke protection door having a door closer, having a releasable fixing device for fixing a leaf of the door in an open position, having a triggering device for releasing the fixing device, and having an actuating element (22, 24) for the triggering device, wherein the triggering device is wirelessly communicatively connected to the actuating element (22, 24) and is designed, upon actuation of the actuating element (22, 24), to release the fixing device, and wherein the triggering device is designed for monitoring the connection to the actuating element (22, 24), which comprises the fixing device being released when there is a disturbance or loss of the connection, characterized in that the fixing system comprises a detection device for detecting whether the leaf is fixed or not fixed and/or is in or outside an open position, and in that the triggering device is connected to the detection device and is designed to suspend the monitoring if the leaf is not fixed and/or is not in the open position. wherein the triggering device is wirelessly communicatively connected to the actuating element (22, 24) and is designed, upon actuation of the actuating element (22, 24), to release the fixing device, and wherein the triggering device is designed for monitoring the connection to the actuating element (22, 24), which comprises the fixing device being released when there is a disturbance or loss of the connection, characterized in that the fixing system comprises a detection device for detecting whether the leaf is fixed or not fixed and/or is in or outside an open position, and in that the triggering device is connected to the detection device and is designed to suspend the monitoring if the leaf is not fixed and/or is not in the open position.
A microscope probe configured to analyze a sample, the microscope probe comprising: a moveable probe tip comprising a metal layer affixed to a top surface of a supporting layer, a portion of the metal layer forming a metal terminal probe end, the metal terminal probe end extending past the supporting layer in a plane parallel to the top surface of a fixed substrate; wherein at least a portion of a bottom surface of the supporting layer is attached to a spacer, the spacer fixedly secured to the top surface of a fixed substrate; wherein at least a portion of the supporting layer extends past the fixed substrate; and wherein the microscope probe comprises first actuation electrodes (A2, C1, C2), which are configured to move the moveable probe tip in a plane parallel to the top surface of the fixed substrate when actuated, characterized in that the microscope probe comprises at least one second actuation electrode (E1, E2, E3), which is configured to move the moveable probe tip towards the fixed substrate in a plane perpendicular to the top surface of the fixed substrate when actuated, wherein the at least one second actuation electrode is a bottom electrode, wherein the bottom electrode runs below the moveable probe tip. a moveable probe tip comprising a metal layer affixed to a top surface of a supporting layer, a portion of the metal layer forming a metal terminal probe end, the metal terminal probe end extending past the supporting layer in a plane parallel to the top surface of a fixed substrate; wherein at least a portion of a bottom surface of the supporting layer is attached to a spacer, the spacer fixedly secured to the top surface of a fixed substrate; wherein at least a portion of the supporting layer extends past the fixed substrate; and wherein the microscope probe comprises first actuation electrodes (A2, C1, C2), which are configured to move the moveable probe tip in a plane parallel to the top surface of the fixed substrate when actuated, characterized in that the microscope probe comprises at least one second actuation electrode (E1, E2, E3), which is configured to move the moveable probe tip towards the fixed substrate in a plane perpendicular to the top surface of the fixed substrate when actuated, wherein the at least one second actuation electrode is a bottom electrode, wherein the bottom electrode runs below the moveable probe tip.
An optical module comprising: a point light source device for generating light; and an optical lens including an inner curved surface having a first roughly ellipsoidal shape having a first major axis and a first minor axis that is substantially perpendicular to the first major axis, and an outer curved surface having a second roughly ellipsoidal shape having a second major axis that is substantially perpendicular to the first major axis and the second minor axis that is substantially perpendicular to the second major axis, the light generated by the point light source device entering the optical lens through the inner curved surface and exiting from the optical lens through the outer curved surface, wherein the first major axis is substantially vertical, and the second major axis is substantially horizontal, characterized in that the point light source device is disposed under the first minor axis of the first roughly ellipsoidal shape and is disposed under the second major axis of the second roughly ellipsoidal shape. a point light source device for generating light; and an optical lens including an inner curved surface having a first roughly ellipsoidal shape having a first major axis and a first minor axis that is substantially perpendicular to the first major axis, and an outer curved surface having a second roughly ellipsoidal shape having a second major axis that is substantially perpendicular to the first major axis and the second minor axis that is substantially perpendicular to the second major axis, the light generated by the point light source device entering the optical lens through the inner curved surface and exiting from the optical lens through the outer curved surface, wherein the first major axis is substantially vertical, and the second major axis is substantially horizontal, characterized in that the point light source device is disposed under the first minor axis of the first roughly ellipsoidal shape and is disposed under the second major axis of the second roughly ellipsoidal shape.
A vehicle seat comprising; a surface layer made of a fabric material, wherein the surface layer covering one or more portions of a top plate main portion, top plate side portions, outside portions, a seat back portion, and a headrest portion has been subjected to an the antiallergenic treatment, wherein the the antiallergenic treatment is a treatment in which a back side surface of the surface layer is dipped in an the antiallergenic agent containing as an active ingredient a compound having a functional group represented by any of the general formulae to in a side chain of a linear polymer wherein R represents hydrogen or a hydroxy group, and at least one R represents a hydroxy group, and n represents 0 to 5, wherein an amount of the the antiallergenic agent adhered to the surface layer is 2.0 g/m 2 or more.