mhurhangee/ep-ind-claims huggingface dataset:
A switched-capacitor amplifier, comprising: - a comparator having input terminals and an output terminal; - a sample capacitor having a first terminal coupled to an input terminal of the switched-capacitor amplifier and having a second terminal coupled to one of the input terminals of the comparator; - an amplification capacitor having a first terminal coupled to the one of the input terminals of the comparator and having a second terminal coupled through a first switch to a discharge current source and through a second switch to a charge current source; - a controller configured to operate the first and second switches (141, 142) in dependence on an output signal (Vc) of the comparator during a coarse discharging phase and a fine charging phase respectively; and - a closed loop control circuit (151, 152, 153) configured to determine the delay of the comparator and control an offset of the comparator in response to the determined delay, - wherein the closed loop control circuit (151, 152, 153) comprises a time-to-digital converter configured to determine the charge time of the sample capacitor during the fine charge phase to to determine a signal (DTDC) being proportionally dependent on the delay of the comparator, wherein the signal is fed back to the comparator to set an offset of the comparator, - wherein the closed loop control circuit further comprises an integrator connected between the time-to-digital converter and the comparator, wherein the closed loop control circuit further comprises a terminal to preset a signal (Dc) that is subtracted from the signal (DTDC) dependent on the delay of the comparator. - a comparator having input terminals and an output terminal; - a sample capacitor having a first terminal coupled to an input terminal of the switched-capacitor amplifier and having a second terminal coupled to one of the input terminals of the comparator; - an amplification capacitor having a first terminal coupled to the one of the input terminals of the comparator and having a second terminal coupled through a first switch to a discharge current source and through a second switch to a charge current source; - a controller configured to operate the first and second switches (141, 142) in dependence on an output signal (Vc) of the comparator during a coarse discharging phase and a fine charging phase respectively; and - a closed loop control circuit (151, 152, 153) configured to determine the delay of the comparator and control an offset of the comparator in response to the determined delay, - wherein the closed loop control circuit (151, 152, 153) comprises a time-to-digital converter configured to determine the charge time of the sample capacitor during the fine charge phase to to determine a signal (DTDC) being proportionally dependent on the delay of the comparator, wherein the signal is fed back to the comparator to set an offset of the comparator, - wherein the closed loop control circuit further comprises an integrator connected between the time-to-digital converter and the comparator,
A solution formulation for nasal administration comprising azelastine, beclomethasone dipropionate, a co-solvent, hydrochloric acid and an HFA propellant, wherein the molar ratio of azelastine free base to hydrochloric acid is 6:1 to 15:1.
Downlight luminaire, comprising at least one illuminant, preferably in the form of an LED, a focusing lens for narrowing the light emitted by the illuminant in an hourglass-like manner to a narrowed cross-section, as well as a blind having a light exit opening enclosing the narrowed cross-section, wherein the blind includes a dimming pot enclosing the focusing lens and/or the illuminant, the bottom section, tapering inward towards the narrowed cross-section of the emitted light, of which delimits the light-exit opening with a hole edge, from which the surface contour of the dimming pot widens in an inclined manner in the direction of light emission towards a main emission direction, characterized in that a hole flank facing away from the illuminant widens in a direction away from the hole edge at a widening angle at least as large as the narrowed angle of the light narrowed by the focusing lens, wherein the hole flank facing away from the illuminant extends continuously and all tangents applied on the hole flank widen-up at least at said widening angle.
Transmission with a shaft having an integral toothing section and with a gearwheel in meshing engagement with the toothing section, wherein a thrust collar (6a, 6b) is attached to the shaft on at least one axial side (5a, 5b) of the toothing section with respect to the shaft, which thrust collar (6a, 6b) is dimensioned in such a way that it at least partially laterally covers the toothing section in the radial direction, characterised in that the thrust collar (6a, 6b) is designed as an additively manufactured thrust collar (6a, 6b) applied to the shaft.
A board removal apparatus for a wooden pallet comprising: a frame; a carriage carried by said frame and comprising a pair of spaced apart tables with a fixed gap therebetween, said carriage being movable between a pallet receiving position and a board removal position, the wooden pallet comprising a plurality of spaced apart stringers and a plurality of boards on top and bottom surfaces thereof, with the wooden pallet being positioned thereon when in the pallet receiving position so that a board to be removed overlies the fixed gap; at least one board removal assembly carried by said frame and comprising at least one push rod and at least one board removal foot pad pivotally coupled thereto, said at least one push rod and said at least one board removal foot pad inserted between adjacent stringers when said carriage is in the board removal position, and said at least one board removal foot pad overlying at least a portion of the board to be removed and overlying at least a portion of the fixed gap between said pair of spaced apart tables; an upper support arm pad coupled to said frame for resisting an upward force of the wooden pallet when said at least one board removal foot pad applies a board removal force for removing the board; and a lower support arm pad pivotally coupled to said frame to provide a counter force on the board to be removed, with the counter force being less than the board removal force for maintaining the board in a substantially horizontal position during removal thereof from the wooden pallet. a frame; a carriage carried by said frame and comprising a pair of spaced apart tables with a fixed gap therebetween, said carriage being movable between a pallet receiving position and a board removal position, the wooden pallet comprising a plurality of spaced apart stringers and a plurality of boards on top and bottom surfaces thereof, with the wooden pallet being positioned thereon when in the pallet receiving position so that a board to be removed overlies the fixed gap; at least one board removal assembly carried by said frame and comprising at least one push rod and at least one board removal foot pad pivotally coupled thereto, said at least one push rod and said at least one board removal foot pad inserted between adjacent stringers when said carriage is in the board removal position, and said at least one board removal foot pad overlying at least a portion of the board to be removed and overlying at least a portion of the fixed gap between said pair of spaced apart tables; an upper support arm pad coupled to said frame for resisting an upward force of the wooden pallet when said at least one board removal foot pad applies a board removal force for removing the board; and a lower support arm pad pivotally coupled to said frame to provide a counter force on the board to be removed, with the counter force being less than the board removal force for maintaining the board in a substantially horizontal position during removal thereof from the wooden pallet.
A method of preparing recyclable packaging laminate film structure, comprising: (a) providing a first polymeric substrate and a second polymeric substrate, wherein the polymer of the first substrate has Hansen Solubility Parameters of δD s1 (dispersion), δP s1 (polar), and δH s1 (hydrogen bonding); (b) applying and curing a separation layer coating composition onto the first polymeric substrate, wherein the separation layer coating composition comprises a polymer, wherein the polymer of the separation layer coating composition has HSP of δD c, δP c, and δH c, and Ro c (radius of the sphere of solubility); (c) wherein the distance between the polymer of the first polymeric substrate and the polymer of the separation coating composition Ra (s1,c) based on the HSP parameters of each polymer is 5 to 25, calculated according to the following equation: Ra s 1, c 2 = 4 × δD s 1 − δD c 2 + δP s 1 − δP c 2 + δH s 1 − δH c 2 (d) applying a lamination adhesive layer either on the same side as the separation layer coating or on the side of the second polymeric substrate; and (e) forming a laminate structure wherein the separation layer coating and the adhesive are sandwiched between the first and second substrate; wherein the formed laminate is suitable for sealing to itself or to a pre-formed rigid or flexible shape to create a package or container; and wherein the laminate comprises one or more ink layers within the laminate structure, and the separation layer is acting as a primer for the one or more inks that are printed over it. (a) providing a first polymeric substrate and a second polymeric substrate, wherein the polymer of the first substrate has Hansen Solubility Parameters of δD s1 (dispersion), δP s1 (polar), and δH s1 (hydrogen bonding); (b) applying and curing a separation layer coating composition onto the first polymeric substrate, wherein the separation layer coating composition comprises a polymer, wherein the polymer of the separation layer coating composition has HSP of δD c, δP c, and δH c, and Ro c (radius of the sphere of solubility); (c) wherein the distance between the polymer of the first polymeric substrate and the polymer of the separation coating composition Ra (s1,c) based on the HSP parameters of each polymer is 5 to 25, calculated according to the following equation: Ra s 1, c 2 = 4 × δD s 1 − δD c 2 + δP s 1 − δP c 2 + δH s 1 − δH c 2 (d) applying a lamination adhesive layer either on the same side as the separation layer coating or on the side of the second polymeric substrate; and (e) forming a laminate structure wherein the separation layer coating and the adhesive are sandwiched between the first and second substrate;
A bicycle saddle that can be fastened on a bicycle, comprising: a bicycle saddle shell and a damping layer that is fastened on the bicycle saddle shell, wherein the damping layer comprises an elastic material that is designed for absorbing forces acting upon the bicycle saddle by means of a deformation of the elastic material, wherein the bicycle saddle has a plurality of tape elements (4, 4-3, 4-4, 4-5, 4-6, 4-7) that are sectionally fastened on the damping layer by means of an integral connection in order to ensure an ergonomic adaptation of the bicycle saddle to an anatomy of a bicyclist and protection of the elastic material of the damping layer, as well as to compensate or cover its unevenness, characterized in that the tape elements (4, 4-3, 4-4, 4-5, 4-6, 4-7) comprise a first group of tape elements (4, 4-3, 4-4, 4-5, 4-6, 4-7) with a first rigidity, and in that the tape elements (4, 4-3, 4-4, 4-5, 4-6, 4-7) comprise a second group of tape elements (4, 4-3, 4-4, 4-5, 4-6, 4-7) with a second rigidity, wherein the first rigidity is greater than the second rigidity. a bicycle saddle shell and a damping layer that is fastened on the bicycle saddle shell, wherein the damping layer comprises an elastic material that is designed for absorbing forces acting upon the bicycle saddle by means of a deformation of the elastic material, wherein the bicycle saddle has a plurality of tape elements (4, 4-3, 4-4, 4-5, 4-6, 4-7) that are sectionally fastened on the damping layer by means of an integral connection in order to ensure an ergonomic adaptation of the bicycle saddle to an anatomy of a bicyclist and protection of the elastic material of the damping layer, as well as to compensate or cover its unevenness, characterized in that the tape elements (4, 4-3, 4-4, 4-5, 4-6, 4-7) comprise a first group of tape elements (4, 4-3, 4-4, 4-5, 4-6, 4-7) with a first rigidity, and in that the tape elements (4, 4-3, 4-4, 4-5, 4-6, 4-7) comprise a second group of tape elements (4, 4-3, 4-4, 4-5, 4-6, 4-7) with a second rigidity, wherein the first rigidity is greater than the second rigidity.
Primary coating composition comprising 20-98 % by wt. of at least one oligomer having a molecular weight of 1000 or higher; 0-80 % by wt. of one or more reactive diluents; 0.1-20 % by wt. of one or more photoinitiators for initiation of a radical polymerisation reaction; 0-5 % by wt. of additives, wherein the total amount adds up to 100 wt.%, characterized in that said coating composition when cured has an equilibrium modulus of 1.2 MPa or less, has a cavitation strength at which a tenth cavitation appears (σ 10 cav) of at least 1.0 MPa as measured at a deformation rate of 0.20 min -1, and has a storage modulus at 23 °C (E' 23), said cavitation strength being at least 1.4 times said storage modulus at 23 °C, and in that the composition comprises at least two oligomers with a different average molecular weight and wherein the at least two oligomers are oligomer diacrylates. 20-98 % by wt. of at least one oligomer having a molecular weight of 1000 or higher; 0-80 % by wt. of one or more reactive diluents; 0.1-20 % by wt. of one or more photoinitiators for initiation of a radical polymerisation reaction; 0-5 % by wt. of additives, wherein the total amount adds up to 100 wt.%, characterized in that said coating composition when cured has an equilibrium modulus of 1.2 MPa or less, has a cavitation strength at which a tenth cavitation appears (σ 10 cav) of at least 1.0 MPa as measured at a deformation rate of 0.20 min -1, and has a storage modulus at 23 °C (E' 23), said cavitation strength being at least 1.4 times said storage modulus at 23 °C, and in that the composition comprises at least two oligomers with a different average molecular weight and wherein the at least two oligomers are oligomer diacrylates.
Stage light fixture comprising: - a short arc lamp adapted to emit a light beam along an optical axis; - a reflector associated to the short arc lamp so as to concentrate light beam rays substantially at a work point; - an output optical assembly, arranged at the most downstream point along the optical axis, having a focal point arranged between the short arc lamp and the output optical assembly and coinciding with the work point; at least one color assembly comprising a plurality of color devices (40, 41, 42; 140, 141, 142) configured to selectively color the light beam; the color assembly being arranged between the short arc lamp and the work point; the stage light fixture being characterized by the fact that each color device (40, 41, 42; 140, 141, 142) comprises at least one first filter (48, 58, 68; 149a, 149b, 149c) and at least one second filter (49, 50, 51, 52, 59, 60, 69, 70; 147); the first filter (48, 58, 68; 149a, 149b, 149c) being a color filter configured to transmit light radiation having wavelengths comprised in at least one first respective band; the second filter being selected from the group comprising: a hot filter (49; 59, 60; 69, 70), configured to reduce the color temperature of the passing-through light beam, a cold filter configured to increase the color temperature of the passing-through light beam, a Wood filter, a diffusing filter, configured to diffuse the passing-through light beam. - a short arc lamp adapted to emit a light beam along an optical axis; - a reflector associated to the short arc lamp so as to concentrate light beam rays substantially at a work point; - an output optical assembly, arranged at the most downstream point along the optical axis, having a focal point arranged between the short arc lamp and the output optical assembly and coinciding with the work point; at least one color assembly comprising a plurality of color devices (40, 41, 42; 140, 141, 142) configured to selectively color the light beam; the color assembly being arranged between the short arc lamp and the work point;
Hydraulic rotational drive for rotating load-handling equipment relative to a crane arm, with - a shaft, which has first securing means for connecting the shaft to the load-handling equipment or the crane arm, - a shaft bearing, which has second securing means for connecting the shaft bearing to the crane arm or the load-handling equipment, - vanes arranged in the shaft which can be acted on by oil via an oil feed and an oil discharge for the transmission of a torque to the shaft, characterized in that the rotational drive has a rotary encoder for the detection of the angular position of the shaft relative to the shaft bearing, and that there is provided in the shaft and/or in the shaft bearing at least one recess, in which the rotary encoder is at least partially received, wherein the rotational drive has a sliding contact device, which is electrically contacted by a current supply line and a current discharge line. - a shaft, which has first securing means for connecting the shaft to the load-handling equipment or the crane arm, - a shaft bearing, which has second securing means for connecting the shaft bearing to the crane arm or the load-handling equipment, - vanes arranged in the shaft which can be acted on by oil via an oil feed and an oil discharge for the transmission of a torque to the shaft,
An implantable pacing system configured and arranged to circumnavigate a loop in a heart, comprising: a) an elongate inner tether having a proximal end and a distal end; b) an outer sheath material surrounding the elongate inner tether having a proximal end and a distal end; c) at least one electrical conductor disposed along or within at least one of the elongate inner tether and the outer sheath; d) a cardiac pacing controller including a power source, a pulse generator, and control circuity operably coupled to the at least one electrical conductor; and e) at least one cardiac pacing electrode configured and arranged to be implanted in cardiac tissue, the at least one cardiac pacing electrode being electrically coupled to the cardiac pacing controller by way of the at least one electrical conductor; and f) a removable lock securing the proximal end and distal end of the outer sheath material, wherein the lock is configured such that it can engage with and disengage from the outer sheath material so as to allow tension applied to the outer sheath material to be adjusted. a) an elongate inner tether having a proximal end and a distal end; b) an outer sheath material surrounding the elongate inner tether having a proximal end and a distal end; c) at least one electrical conductor disposed along or within at least one of the elongate inner tether and the outer sheath; d) a cardiac pacing controller including a power source, a pulse generator, and control circuity operably coupled to the at least one electrical conductor; and e) at least one cardiac pacing electrode configured and arranged to be implanted in cardiac tissue, the at least one cardiac pacing electrode being electrically coupled to the cardiac pacing controller by way of the at least one electrical conductor; and f) a removable lock securing the proximal end and distal end of the outer sheath material, wherein the lock is configured such that it can engage with and disengage from the outer sheath material so as to allow tension applied to the outer sheath material to be adjusted.
An aircraft panel member presenting a surface area of an aircraft panel structure, said panel member comprising at least one medium conduit which is integrally formed with said panel member, wherein said medium conduits are configured to conduct the same or different media and configured to stiffen said aircraft panel structure, wherein said panel member is an additive manufactured 3-D-printed panel member, and wherein said panel member comprises protrusions fitting into corresponding recessions of other panel members to provide jigsaw puzzle mechanical links with the other panel members.
A method for managing a high frequency connection in a high frequency network, comprising: receiving, by a terminal, a connection request message from a low frequency, LF, base station, wherein the connection request message includes a request for connecting the terminal with a high frequency, HF, base station, and further includes at least one of the following information: a maximum bandwidth scheduled for the terminal, or a scheduled data volume, or a pre-estimated scheduling duration; wherein the LF base station is a macro base station, and the HF base station is a small cell; generating, by the terminal, a response message based on the request and at least one parameter of the terminal; transmitting, by the terminal, the generated response message to the LF base station, wherein the response message is used to determine whether to establish a connection with the HF base station. receiving, by a terminal, a connection request message from a low frequency, LF, base station, wherein the connection request message includes a request for connecting the terminal with a high frequency, HF, base station, and further includes at least one of the following information: a maximum bandwidth scheduled for the terminal, or a scheduled data volume, or a pre-estimated scheduling duration; wherein the LF base station is a macro base station, and the HF base station is a small cell; generating, by the terminal, a response message based on the request and at least one parameter of the terminal; transmitting, by the terminal, the generated response message to the LF base station, wherein the response message is used to determine whether to establish a connection with the HF base station.
A method for growing a silicon single crystal, the method comprising: growing a silicon single crystal by the CZ method by using a hot zone structure in which a temperature gradient Gc in a center portion of the crystal is equal to or greater than a temperature gradient Ge in a peripheral portion of the crystal, while supplying an inert gas including 3 volume percent or more of hydrogen to an interior of a pulling furnace, wherein the growing of the silicon single crystal is conducted under conditions where a pulling rate at which a vacancy-dominant region of COP occurrence vanishes over the entire crystal radial direction is taken to be the upper limit, and a pulling rate at which an interstitial-silicon-dominant region of dislocation cluster occurrence appears in a portion of the crystal radial direction is taken to be the lower limit.