mhurhangee/patent-ind-claim-en huggingface dataset:
A method of preparing an organic electronic device, comprising: forming a polymer layer having a convex portion and a concave portion formed in a surface thereof on a carrier substrate ; disposing a flexible substrate on the polymer layer to come in contact with the convex portion of the polymer layer ; forming an organic electronic element on a top surface of the flexible substrate , characterized in that the method further comprises peeling off the flexible substrate and the organic electronic element from the polymer layer without removing an edge region of the flexible substrate . forming a polymer layer having a convex portion and a concave portion formed in a surface thereof on a carrier substrate ; disposing a flexible substrate on the polymer layer to come in contact with the convex portion of the polymer layer ; forming an organic electronic element on a top surface of the flexible substrate , characterized in that the method further comprises peeling off the flexible substrate and the organic electronic element from the polymer layer without removing an edge region of the flexible substrate .
A biotherapeutic anti-inflammatory topical composition in the form of a phase-stable emulsion, said composition comprising a first component consisting of powdered flavonoid-rich sour cherry seed extract previously separated from sour cherry seeds and a second component of sour cherry seed oil previously separated from sour cherry seeds; wherein said powdered flavonoid-rich sour cherry seed extract and said sour cherry seed oil each comprise 3-5 wt% of the total composition, wherein said composition comprises a mixture of a lipophilic component, a hydrophilic component, said powdered flavonoid-rich sour cherry seed extract and said sour cherry seed oil.
A fluid applicator device comprising: an applicator body ; and a plurality of aligned applicator teeth , each applicator tooth of said plurality of aligned applicator teeth extending in a longitudinal direction from said applicator body along a length from a base of the applicator tooth proximate to the applicator body to a tip of the applicator tooth distal to the applicator body , wherein each tooth of said plurality of aligned applicator teeth comprises at least two perforations spaced apart in said longitudinal direction, characterized in that each applicator tooth of said plurality of aligned applicator teeth has a width that is greater at the base than at the tip ; wherein the at least two longitudinally spaced apart perforations of each tooth are positioned along a center of the tooth , and wherein the center of each tooth extends in said longitudinal direction along a length from the base to the tip of the tooth . an applicator body ; and a plurality of aligned applicator teeth , each applicator tooth of said plurality of aligned applicator teeth extending in a longitudinal direction from said applicator body along a length from a base of the applicator tooth proximate to the applicator body to a tip of the applicator tooth distal to the applicator body , wherein each tooth of said plurality of aligned applicator teeth comprises at least two perforations spaced apart in said longitudinal direction, characterized in that each applicator tooth of said plurality of aligned applicator teeth has a width that is greater at the base than at the tip ; wherein the at least two longitudinally spaced apart perforations of each tooth are positioned along a center of the tooth , and wherein the center of each tooth extends in said longitudinal direction along a length from the base to the tip of the tooth .
A fastener comprising: a fastener body orientated about a central axis (x-x); said fastener body having a tool-engaging portion to which a driving torque may be applied and a threaded fastening portion configured and arranged to mate with a corresponding threaded element; said fastener body having a shroud-receiving body portion orientated about said central axis, characterised in that a shroud concentrically mounted on said shroud-receiving body portion and having an inner surface facing an outer surface of said shroud-receiving body portion; said shroud being supported in rotatable relationship with said shroud-receiving body portion such that said shroud will rotate relative to said fastener body under an applied external torque prior to said fastener body rotating when said fastener body is engaged with an external structure at a design installation torque; said inner surface of said shroud comprising an annular groove orientated transverse to said central axis; said shroud-receiving body portion comprising a substantially arch-shaped axially-buckled radially-extending annular protrusion extending outwardly transverse to said central axis and having at least an annular apex disposed in said annular groove of said shroud; and said substantially arch-shaped axially-buckled radially-extending annular protrusion of said shroud-receiving body portion and said annular groove of said shroud forming a shroud-retaining element restraining said shroud from movement in at least a first axial direction along said central axis. a fastener body orientated about a central axis (x-x); said fastener body having a tool-engaging portion to which a driving torque may be applied and a threaded fastening portion configured and arranged to mate with a corresponding threaded element; said fastener body having a shroud-receiving body portion orientated about said central axis, characterised in that a shroud concentrically mounted on said shroud-receiving body portion and having an inner surface facing an outer surface of said shroud-receiving body portion; said shroud being supported in rotatable relationship with said shroud-receiving body portion such that said shroud will rotate relative to said fastener body under an applied external torque prior to said fastener body rotating when said fastener body is engaged with an external structure at a design installation torque; said inner surface of said shroud comprising an annular groove orientated transverse to said central axis; said shroud-receiving body portion comprising a substantially arch-shaped axially-buckled radially-extending annular protrusion extending outwardly transverse to said central axis and having at least an annular apex disposed in said annular groove of said shroud; and said substantially arch-shaped axially-buckled radially-extending annular protrusion of said shroud-receiving body portion and said annular groove of said shroud forming a shroud-retaining element restraining said shroud from movement in at least a first axial direction along said central axis.
A cell growth matrix assembly, comprising one or more cell immobilization layers having a surface which allows cells to adhere and grow, said one or more cell immobilization layers defining a cell immobilization section and one or more spacer layers containing a tortuous path producing structure, said one or more spacer layers defining a spacer section adjacent to said cell immobilization section, allowing passage of cells and medium along the surfaces of both the cell immobilization and spacer sections but in a tortuous path wherein the cells will efficiently travel into the immobilization layers and adhere at a depth therein, wherein said cell immobilization layers are made of a woven or nonwoven material, wherein the ratio of the thickness of said cell immobilization section to the thickness of the spacer section is between 1:2 to 2:1 and wherein an outer layer of the assembly is formed by one or more spacer layers.
A pipe coupling assembly comprising: a band having an inner annular seal element wrappable around a pipe; opposing clamp members that extend from said band ; at least one tightening element for clamping together said clamp members ; a bridge secured to said band with one or more bridge securing fasteners , said bridge spanning a gap between said opposing clamp members ; and anti-shearing structure , comprising a bend formed from said bridge , coupled to said bridge and said band , configured to prevent shearing or deformation of said bridge securing fasteners , and said bend is formed/extends from an opening formed in said bridge adjacent said anti-shearing structure characterised in that , said anti-shearing structure comprises an extension that is arranged to bear against a surface of said bridge . a band having an inner annular seal element wrappable around a pipe; opposing clamp members that extend from said band ; at least one tightening element for clamping together said clamp members ; a bridge secured to said band with one or more bridge securing fasteners , said bridge spanning a gap between said opposing clamp members ; and anti-shearing structure , comprising a bend formed from said bridge , coupled to said bridge and said band , configured to prevent shearing or deformation of said bridge securing fasteners , and said bend is formed/extends from an opening formed in said bridge adjacent said anti-shearing structure characterised in that , said anti-shearing structure comprises an extension that is arranged to bear against a surface of said bridge .
A composite, comprising a substrate and, arranged on the substrate, a plasma polymer layer and a cover layer, wherein a mixed layer is present between the cover layer and the plasma polymer layer, which mixed layer with regard to its composition in terms of substance has a gradient from the composition of the plasma polymer layer up to the composition of the cover layer, wherein the cover layer is a polymeric layer, characterised in that the cover layer is a cover layer deposited in liquid form.
Method for setting and controlling a fuel/air ratio in a heating system which comprises the following steps: • generating a temporary change over time in the fluid supply of a fluid supply characteristic variable , wherein a time period of the change in the fluid supply is pulse-like and short in comparison with variations over time in the fluid supply characteristic variable which is provided during the customary operation of the heating system, • attempt to determine a signal maximum of a change over time, correlated with the change over time in the fluid supply, in at least one combustion characteristic variable , • determining a setpoint combustion characteristic variable on the basis of the signal maximum if a signal maximum has been determined, • controlling the heating system on the basis of the setpoint combustion characteristic variable if a signal maximum has been determined, wherein the change in the fluid supply is selected in such a way that during the change over time in the at least one combustion characteristic variable a combustion characteristic variable maximum is accepted at least twice, wherein in an additional step it is checked whether the change over time in the at least one combustion characteristic variable has a double peak structure , and if it is detected that the change over time in the at least one combustion characteristic variable has no double peak structure , the change in the fluid supply is increased in the next steps. • generating a temporary change over time in the fluid supply of a fluid supply characteristic variable , wherein a time period of the change in the fluid supply is pulse-like and short in comparison with variations over time in the fluid supply characteristic variable which is provided during the customary operation of the heating system, • attempt to determine a signal maximum of a change over time, correlated with the change over time in the fluid supply, in at least one combustion characteristic variable , • determining a setpoint combustion characteristic variable on the basis of the signal maximum if a signal maximum has been determined, • controlling the heating system on the basis of the setpoint combustion characteristic variable if a signal maximum has been determined, wherein the change in the fluid supply is selected in such a way that during the change over time in the at least one combustion characteristic variable a combustion characteristic variable maximum is accepted at least twice, wherein in an additional step it is checked whether the change over time in the at least one combustion characteristic variable has a double peak structure , and if it is detected that the change over time in the at least one combustion characteristic variable has no double peak structure , the change in the fluid supply is increased in the next steps.
A method of operating a first electronic device in the presence of a second electronic device wherein said first and second devices are configured to transmit acoustic signals, said first device being configured to transmit signals with a first signal characteristic, said method comprising: the first device determining the presence of the second device by recognising an inherent feature or characteristic of the acoustic signals transmitted by the second device which is sufficiently distinctive to determine the presence of the second device ; thereafter transmitting acoustic signals from the first device , said signals having a second signal characteristic, different from the first signal characteristic; receiving acoustic signals at the first device comprising reflections of the transmitted signals from an object ; and using said received signals to characterise the motion of the object and thereby control a function of the first device ; wherein said second signal characteristic gives a reduced interference between signals transmitted from the first and second devices respectively than the first signal characteristic. the first device determining the presence of the second device by recognising an inherent feature or characteristic of the acoustic signals transmitted by the second device which is sufficiently distinctive to determine the presence of the second device ; thereafter transmitting acoustic signals from the first device , said signals having a second signal characteristic, different from the first signal characteristic; receiving acoustic signals at the first device comprising reflections of the transmitted signals from an object ; and using said received signals to characterise the motion of the object and thereby control a function of the first device ;
Compressor device, comprising an at least substantially closed compression chamber which comprises on the gas side a compression space with a gas inlet and a gas outlet for respectively receiving a supplied gas at a first pressure and delivering it at an increased pressure, and comprising energizable displacing means which are able and configured to alternately reduce and increase the compression space , wherein the compression chamber comprises an electronically switchable liquid feed and an electronically switchable liquid discharge , each in open communication with the compression space , wherein the displacing means comprise a liquid pump which is connected on the pressure side to the liquid feed , and wherein control means are provided which are connected operatively to the switchable liquid feed , the switchable liquid discharge and the liquid pump to mutually adapt operation thereof in order to alternately fill the compression space at least partially with a liquid and evacuate the liquid therefrom, characterized in that the compression chamber forms part of an assembly, comprising a number of corresponding compression chambers , particularly four compression chambers , which are coupled to shared respective liquid conduits and respective gas conduits, in that each of the compression chambers of the assembly is controlled individually by the control means , in that the compression chambers are each operated in an individual state of a series of a corresponding number of successive cycles, at least one of the compression chambers performing a compression stroke in each case, and in that the compression chambers are connected in pairs on the liquid side with interposing of a switch valve that is electronically controllable by the control means .
A glass-ceramic article, in particular a glass-ceramic plate intended, for example, for covering or receiving at least one heating element, said article being at least partly coated with at least one layer of an enamel formed from a glass frit having the following composition, the proportions being expressed as weight percentages: SiO 2 45 - 60%, preferably 50 - 58% Al 2 O 3 12 - 22%, preferably 15 - 19% B 2 O 3 12 - 22%, preferably 15 - 19% Li 2 O 0 - 5%, preferably > 0 - 5% Na 2 O 0-2% K 2 O > 2% CaO 0 - 4%, preferably 0 - 2% MgO 0 - 4%, preferably > 0 - 4% ZnO 0 - 4%, preferably > 0 - 4% BaO 0 - 4%, preferably > 0 - 4% ZrO 2 0 - 4%, preferably 0 - 2%, in particular > 0 - 2% TiO 2 0 - 1 %, preferably 0 - 0.5% the sum of the oxides CaO + MgO + BaO + SrO + ZnO moreover being less than or equal to 10%, and preferably being from 2 to 8%.
Temperature-measuring device for an air-conditioning system of a motor vehicle , comprising: - a thermally conductive cap ; and - a printed circuit board having two temperature sensors , which are arranged spatially spaced apart from each other on the printed circuit board ; characterized in that the printed circuit board is designed as a flexible printed circuit board , wherein: - a first temperature sensor of the two temperature sensors is designed to acquire a first item of temperature information; and - a second temperature sensor of the two temperature sensors is designed to acquire a second item of temperature information; and - the temperature-measuring device has an evaluation unit , which is designed to determine a temperature value by applying an evaluation criterion to the first and the second item of temperature information acquired, characterized in that the flexible printed circuit board is coupled to the thermally conductive cap in a subregion of the flexible printed circuit board on a first side of the flexible printed circuit board and the first temperature sensor is arranged on the flexible printed circuit board in the subregion on a second side , which is situated opposite the first side , of the flexible printed circuit board . - a thermally conductive cap ; and - a printed circuit board having two temperature sensors , which are arranged spatially spaced apart from each other on the printed circuit board ; characterized in that the printed circuit board is designed as a flexible printed circuit board , wherein: - a first temperature sensor of the two temperature sensors is designed to acquire a first item of temperature information; and - a second temperature sensor of the two temperature sensors is designed to acquire a second item of temperature information; and - the temperature-measuring device has an evaluation unit , which is designed to determine a temperature value by applying an evaluation criterion to the first and the second item of temperature information acquired, - a first temperature sensor of the two temperature sensors is designed to acquire a first item of temperature information; and - a second temperature sensor of the two temperature sensors is designed to acquire a second item of temperature information; and - the temperature-measuring device has an evaluation unit , which is designed to determine a temperature value by applying an evaluation criterion to the first and the second item of temperature information acquired, characterized in that the flexible printed circuit board is coupled to the thermally conductive cap in a subregion of the flexible printed circuit board on a first side of the flexible printed circuit board and the first temperature sensor is arranged on the flexible printed circuit board in the subregion on a second side , which is situated opposite the first side , of the flexible printed circuit board .
A system for avoiding pinching in vehicle doors , comprising capacitive proximity sensors for being mounted at each door along the closing surfaces, wherein the system further comprises an accelerometer for being arranged in each door , a stopper bar arranged at each door such that when activated it prevents the door from closing entirely, and a release mechanism for the stopper bar , the capacitive proximity sensors , the accelerometer , and the release mechanism being connected to a control unit arranged such that the stopper bar is moved to a blocking position when the capacitive proximity sensor for the same door senses an object and the door has stopped accelerating.
A pharmaceutical composition, comprising: (a) a crystal (crystal form II) of 6-(3-chloro-2-fluorobenzyl)-1-[(S)-1-hydroxymethyl-2-methylpropyl]-7-methoxy-4-oxo-1,4-dihydroquinoline-3-carboxylic acid, which has an X-ray powder diffraction pattern having characteristic diffraction peaks at diffraction angles 2θ (°) of 6.56, 13.20, 19.86, 20.84, 21.22, 25.22 as measured by X-ray powder diffractometer, or (b) a crystal (crystal form III) of 6-(3-chloro-2-fluorobenzyl)-1-[(S)-1-hydroxymethyl-2-methylpropyl]-7-methoxy-4-oxo-1,4-dihydroquinoline-3-carboxylic acid, which has an X-ray powder diffraction pattern having characteristic diffraction peaks at diffraction angles 20 (°) of 8.54, 14.02, 15.68, 17.06, 17.24, 24.16, 25.74 as measured by X-ray powder diffractometer, or (c) a mixed crystal comprising the crystal of the above-mentioned (a) and the crystal of the above-mentioned (b), and GS-7340. (a) a crystal (crystal form II) of 6-(3-chloro-2-fluorobenzyl)-1-[(S)-1-hydroxymethyl-2-methylpropyl]-7-methoxy-4-oxo-1,4-dihydroquinoline-3-carboxylic acid, which has an X-ray powder diffraction pattern having characteristic diffraction peaks at diffraction angles 2θ (°) of 6.56, 13.20, 19.86, 20.84, 21.22, 25.22 as measured by X-ray powder diffractometer, or (b) a crystal (crystal form III) of 6-(3-chloro-2-fluorobenzyl)-1-[(S)-1-hydroxymethyl-2-methylpropyl]-7-methoxy-4-oxo-1,4-dihydroquinoline-3-carboxylic acid, which has an X-ray powder diffraction pattern having characteristic diffraction peaks at diffraction angles 20 (°) of 8.54, 14.02, 15.68, 17.06, 17.24, 24.16, 25.74 as measured by X-ray powder diffractometer, or (c) a mixed crystal comprising the crystal of the above-mentioned (a) and the crystal of the above-mentioned (b), and
A control method of a naval platform , said platform including at least one hull equipped with steerable thrusters distributed over the latter and means for controlling the orientation and the activation of the latter, the control means comprising means for illustrating at least one portion of the surface of the water around the naval platform in proximity to the latter, associated with the control means for operating at least one first portion of the steerable thrusters , said method comprising the following steps : - controlling the first portion of the steerable thrusters in order to generate and direct a waterflow towards said portion of the surface so as to push away an object; and - controlling a second portion of the steerable thrusters in order to generate a sauce for balancing the thrust generated by said waterflow. - controlling the first portion of the steerable thrusters in order to generate and direct a waterflow towards said portion of the surface so as to push away an object; and - controlling a second portion of the steerable thrusters in order to generate a sauce for balancing the thrust generated by said waterflow.