mhurhangee/ep-ind-claims huggingface dataset:
A dry composition for the achievement of hemostasis or other fluid containment in an in vivo context for applying to a vertebrate to facilitate fluid containment, comprising: a hydrogel-forming component acting as an absorbent; a first cross-linkable component comprising multiple nucleophilic groups; and a second cross-linkable component comprising multiple electrophilic groups, wherein the first and second cross-linkable components cross-link to form a porous matrix having interstices, and the hydrogel-forming component is capable of being hydrated to form a hydrogel to fill at least some of the interstices. a hydrogel-forming component acting as an absorbent; a first cross-linkable component comprising multiple nucleophilic groups; and a second cross-linkable component comprising multiple electrophilic groups, wherein the first and second cross-linkable components cross-link to form a porous matrix having interstices, and the hydrogel-forming component is capable of being hydrated to form a hydrogel to fill at least some of the interstices.
An electric or electronic device module comprising: - an electric or electronic device, - means for powering the electric or electronic device module, and - at least one radar sensor having a detection range, wherein the electric or electronic device furthermore comprises a processor adapted for calibrating the at least one radar sensor by at least partly automatically defining and calculating parameters of boundaries of a predefined geometry in which the at least one radar sensor has to measure, in order to prevent the at least one radar sensor from taking into account measurements outside the predefined geometry; whereby the predefined geometry is located within the detection range of the at least one radar sensor, and is equally sized to or smaller than the detection range of the at least one radar sensor, characterized in that the at least one radar sensor is adapted for setting up a range-angle map of the predefined geometry by scanning in at least one of the azimuth plane and the elevation plane, and for identifying at least three points forming a line in the scan plane, the line being perpendicular to a normal of a view angle of the at least one radar sensor, and wherein the processor is adapted to, from the range-angle map and the identified points, automatically determine the parameters of the predefined geometry in which the at least one radar sensor has to measure. - an electric or electronic device, - means for powering the electric or electronic device module, and - at least one radar sensor having a detection range, wherein the electric or electronic device furthermore comprises a processor adapted for calibrating the at least one radar sensor by at least partly automatically defining and calculating parameters of boundaries of a predefined geometry in which the at least one radar sensor has to measure, in order to prevent the at least one radar sensor from taking into account measurements outside the predefined geometry; whereby the predefined geometry is located within the detection range of the at least one radar sensor, and is equally sized to or smaller than the detection range of the at least one radar sensor, characterized in that the at least one radar sensor is adapted for setting up a range-angle map of the predefined geometry by scanning in at least one of the azimuth plane and the elevation plane, and for identifying at least three points forming a line in the scan plane, the line being perpendicular to a normal of a view angle of the at least one radar sensor, and wherein the processor is adapted to, from the range-angle map and the identified points, automatically determine the parameters of the predefined geometry in which the at least one radar sensor has to measure.
An antenna device comprising: an antenna unit; a camera unit fixed so that its direction relative to the antenna unit does not change; and a direction adjustment control unit configured to adjust a direction of the antenna unit, wherein the direction adjustment control unit is configured to control to return the direction of the antenna unit back to an initial direction based on an image taken by the camera unit, characterized in that a direction which the camera unit takes images of is arbitrary and includes an object having a fixed position within an imaging region of the camera unit, and an optical axis of the camera unit and a transmitting and receiving direction of the antenna unit are not aligned, the direction adjustment control unit is configured to automatically change the direction of the antenna unit and update the initial direction based on the taken image and a radio wave strength received by the antenna unit, and the direction adjustment control unit is configured to update the initial direction by varying the direction of the antenna unit in a specified range and recording the taken image and the radio wave strength and newly setting a position in which the radio wave strength is maximized as the initial direction. an antenna unit; a camera unit fixed so that its direction relative to the antenna unit does not change; and a direction adjustment control unit configured to adjust a direction of the antenna unit, wherein the direction adjustment control unit is configured to control to return the direction of the antenna unit back to an initial direction based on an image taken by the camera unit, characterized in that a direction which the camera unit takes images of is arbitrary and includes an object having a fixed position within an imaging region of the camera unit, and an optical axis of the camera unit and a transmitting and receiving direction of the antenna unit are not aligned, the direction adjustment control unit is configured to automatically change the direction of the antenna unit and update the initial direction based on the taken image and a radio wave strength received by the antenna unit, and the direction adjustment control unit is configured to update the initial direction by varying the direction of the antenna unit in a specified range and recording the taken image and the radio wave strength and newly setting a position in which the radio wave strength is maximized as the initial direction.
An interface apparatus comprising: - a signal synthesizer for outputting display signals constituting pixels of a display module, display control signals for controlling the display signals to be displayed on the display module and chip control signals for controlling a chip provided to the display module, wherein the display signals include R, G and B signals transmitted in parallel, wherein the chip control signals include a chip select signal, a serial clock signal, and a serial data input signal, wherein the display control signals include a horizontal synchronized input signal (Hsync), a vertical synchronized input signal (Vsync), a data enable signal and a data clock signal (DCLK); - a connecting means for connecting the signal synthesizer and a signal separator including first transmission lines connected with the signal synthesizer and for sequentially transmitting the chip control signals and the display signals by the same transmission lines under the control of the data enable signal, and second transmission lines for transmitting the display control signals; and - the signal separator for separating the display signals and chip control signals from the first transmission lines, wherein the signal synthesizer outputs the chip control signals to the first transmission lines for a first period where a data enable signal included in the display control signals is disabled, and outputs the display signals to the first transmission lines for a second period where the data enable signal is enabled. - a signal synthesizer for outputting display signals constituting pixels of a display module, display control signals for controlling the display signals to be displayed on the display module and chip control signals for controlling a chip provided to the display module, wherein the display signals include R, G and B signals transmitted in parallel, wherein the chip control signals include a chip select signal, a serial clock signal, and a serial data input signal, wherein the display control signals include a horizontal synchronized input signal (Hsync), a vertical synchronized input signal (Vsync), a data enable signal and a data clock signal (DCLK); - a connecting means for connecting the signal synthesizer and a signal separator including first transmission lines connected with the signal synthesizer and for sequentially transmitting the chip control signals and the display signals by the same transmission lines under the control of the data enable signal, and second transmission lines for transmitting the display control signals; and - the signal separator for separating the display signals and chip control signals from the first transmission lines,
Reformer for generating a hydrogen gas-containing reformate gas from a fuel containing hydrogen and an oxidiser, in particular for a fuel cell system, having a reformate gas line connected to an output side of the reformer for carrying away reformate gas from the reformer, a recirculation line being provided for recirculating reformate gas to the reformer, which is connected on the one hand to the reformate gas line and on the other hand to an input side of the reformer, characterised in that a pre-reaction chamber is provided, to which the recirculation line and an oxidiser line supplying oxidiser to the reformer are connected, and which chamber communicates with a mixture-forming portion of the reformer to which a fuel line supplying fuel to the reformer is connected.
Polyurethane compositions comprising A) a polyisocyanate component at least containing an exclusively diol-based NCO-terminated polyurethane prepolymer, the NCO groups of which are bonded in a primary manner, B) isocyanate-reactive polymers, C) compounds which have groups which react by polymerizing with ethylenically unsaturated compounds under the action of actinic radiation (radiation-curing groups) and are themselves free of NCO groups, D) free-radical stabilizers, E) photoinitiators, F) optionally catalysts, G) optionally assistants and additives, characterized in that the isocyanate-functional prepolymers used in A) are allophanates formed from HDI or TMDI and difunctional polyether polyols having number-average molar masses of 1000 to 8200 g/mol. A) a polyisocyanate component at least containing an exclusively diol-based NCO-terminated polyurethane prepolymer, the NCO groups of which are bonded in a primary manner, B) isocyanate-reactive polymers, C) compounds which have groups which react by polymerizing with ethylenically unsaturated compounds under the action of actinic radiation (radiation-curing groups) and are themselves free of NCO groups, D) free-radical stabilizers, E) photoinitiators, F) optionally catalysts, G) optionally assistants and additives,
Use of a two-component polyurethane adhesive system which comprises: - at least one binder comprising at least one urethane prepolymer or urethane polymer, either isocyanic-terminated or hydroxyl-terminated, - at least one chain-extender selected from a polyol, a urethane prepolymer or polymer, and mixtures thereof, all hydroxyl-terminated when the binder of the adhesive system is isocyanic-terminated, - at least one chain-extender selected from urethane prepolymer, urethane polymer or isocyanic adduct, and mixtures thereof, all isocyanic-terminated when the binder of the adhesive system is hydroxyl-terminated, wherein said adhesive system is prepared through a process comprising: (a) thermally treating said binder and/or said chain-extender, when different from a polyol, at a temperature within the range of 70-225°C; (b) removing the isocyanic monomers formed during said thermal treatment, to reduce or prevent the formation of amines in a multilayer packaging subjected to a preservative thermal treatment, said amines being originated from the destruction of allophanate bonds or biuret bonds present in said binder and/or said chain-extender. - at least one binder comprising at least one urethane prepolymer or urethane polymer, either isocyanic-terminated or hydroxyl-terminated, - at least one chain-extender selected from a polyol, a urethane prepolymer or polymer, and mixtures thereof, all hydroxyl-terminated when the binder of the adhesive system is isocyanic-terminated, - at least one chain-extender selected from urethane prepolymer, urethane polymer or isocyanic adduct, and mixtures thereof, all isocyanic-terminated when the binder of the adhesive system is hydroxyl-terminated, (a) thermally treating said binder and/or said chain-extender, when different from a polyol, at a temperature within the range of 70-225°C; (b) removing the isocyanic monomers formed during said thermal treatment,
A hybrid power module for a vehicle, comprising a hybrid transmission, a first motor and a second motor, wherein the hybrid transmission comprises a transmission input shaft connected to an internal combustion engine of the vehicle, a transmission output shaft, a first planetary gear mechanism connected to the transmission input shaft, a second planetary gear mechanism connected to the transmission output shaft, and a transmission housing; wherein the first planetary gear mechanism comprises a first sun gear, a first planetary carrier, and a first ring gear; the second planetary gear mechanism comprises a second sun gear, a second planetary carrier, and a second ring gear, wherein the transmission input shaft is rotationally fixedly connected to the first ring gear, power is transmitted between the first motor and the first sun gear, power is transmitted between the second motor and the second sun gear, and the transmission output shaft is rotationally fixedly connected to the second planetary carrier, wherein a first clutch, a second clutch and a third clutch are provided in the hybrid transmission, wherein the first clutch can engage or disengage the second ring gear and the transmission housing, the second clutch can engage or disengage the first planetary carrier and the second ring gear, and the third clutch can engage or disengage the first planetary carrier and the second planetary carrier. the transmission input shaft is rotationally fixedly connected to the first ring gear, power is transmitted between the first motor and the first sun gear, power is transmitted between the second motor and the second sun gear, and the transmission output shaft is rotationally fixedly connected to the second planetary carrier, wherein a first clutch, a second clutch and a third clutch are provided in the hybrid transmission, wherein the first clutch can engage or disengage the second ring gear and the transmission housing, the second clutch can engage or disengage the first planetary carrier and the second ring gear, and the third clutch can engage or disengage the first planetary carrier and the second planetary carrier.
A receptive solution for ink-jet recording ink, comprising polyvalent metal cations, a water-soluble solvent, a resin, and anions, wherein the resin is contained as a resin emulsion, and the anions contained in the receptive solution contain anions of an organic substance which have an OV/IV value of 0.3 or more and 1.0 or less, the OV/IV value being a ratio of an organic value to an inorganic value, and the content of the anions of an organic substance which have an OV/IV value of 0.3 or more and 1.0 or less relative to the entire anions contained in the receptive solution is 50% by mass or more.
Apparatus for coating a medical-technical component with a liquid medium, having - a dispenser for applying the liquid medium to a section to be coated of the component, and - a suction device for suctioning off at least a part of the liquid medium from the section to be coated of the component, characterized in that the dispenser has at least one dispensing device (100, 100') onto which a component can be mounted in a mounting direction and which, at least in sections, extends longitudinally along the mounting direction, and the dispensing device (100, 100') has a first end (100A, 100A') and a second end (100B, 100B'), wherein - the dispensing device (100, 100') is designed such that, in the region of the first end (100A, 100A'), it supplies the liquid medium for applying to the section to be coated of the component, and - the suction device is designed so as to generate a negative pressure in the region of the second end (100B, 100B') in order to suction the liquid medium at least partially from the region of the first end (100A, 100A') to the second end (100B, 100B'), such that the liquid medium, suctioned by the suction device, flows along the component to be coated from the first end (100A, 100A') of the dispensing device (100, 100') to the second end (100B, 100B') of the dispensing device (100, 100'), and a liquid film is applied to the section to be coated of the component. - a dispenser for applying the liquid medium to a section to be coated of the component, and - a suction device for suctioning off at least a part of the liquid medium from the section to be coated of the component, - the dispensing device (100, 100') is designed such that, in the region of the first end (100A, 100A'), it supplies the liquid medium for applying to the section to be coated of the component, and - the suction device is designed so as to generate a negative pressure in the region of the second end (100B, 100B') in order to suction the liquid medium at least partially from the region of the first end (100A, 100A') to the second end (100B, 100B'), such that the liquid medium, suctioned by the suction device, flows along the component to be coated from the first end (100A, 100A') of the dispensing device (100, 100') to the second end (100B, 100B') of the dispensing device (100, 100'), and a liquid film is applied to the section to be coated of the component.
Method of termination of a call, implemented by a Voice over IP terminal (3A,3B) registered with an IP network core, said method comprising: - a step of detecting a hanging up of said terminal (3A,3B) during said call; and - a step of dispatching to a device of said IP network core a freeing message in respect of the resources allocated to said call; said method being characterized in that it comprises, subsequent to said detecting step, a step of waiting for a predetermined duration before the dispatching of said freeing message, and in that said freeing message is dispatched on completion of said waiting step if no pickup of said terminal (3A,3B) has been detected in the course of said predetermined duration. - a step of detecting a hanging up of said terminal (3A,3B) during said call; and - a step of dispatching to a device of said IP network core a freeing message in respect of the resources allocated to said call;
Arrangement, comprising at least two insulating claddings for thermal insulation of machine or engine parts and at least one connecting body for connecting the two insulating claddings, wherein the connecting body comprises an enveloping body having a bearing surface facing the insulating claddings, wherein the bearing surface has two mutually opposite sealing strips (13a, 13b) between which two sealing flanks (14a, 14b) projecting in the direction of the insulating claddings are arranged, wherein the sealing flanks (14a, 14b) are arranged at an inclination to the sealing strips (13a, 13b) and project inwardly from the sealing strips (13a, 13b) in such a way that they converge to form a wedge shape and/or that the sealing flanks (14a, 14b) form two sides of an isosceles triangle whose base side is aligned with the sealing strips (13a, 13b), wherein the first sealing strip bears for sealing against a counter-surface of a first outer shell body, and the second sealing strip bears for sealing against a counter-surface of a second outer shell body, wherein the first sealing flank bears for sealing against an inclined surface of the first shell body, and the second sealing flank bears for sealing against an inclined surface of the second shell body, characterized in that the enveloping body is band-like in form, wherein a first end of the enveloping body is assigned a first clamping or screwing means, and a second end is assigned a second clamping or screwing means, in order to connect the ends in such a way that the enveloping body surrounds the insulating claddings and can be pressed against them.
A pharmaceutical composition comprising: (i) at least one formoterol compound selected from formoterol, pharmaceutically acceptable salts of formoterol, solvates of formoterol, and solvates of pharmaceutically acceptable salts of formoterol; (ii) at least one corticosteroid selected from the group consisting of beclomethasone dipropionate and fluticasone propionate; (iii) a surfactant component comprising at least one surfactant compound; and (iv) a propellant component at least 90 weight % of which is 1,1-difluoroethane (R-152a). (i) at least one formoterol compound selected from formoterol, pharmaceutically acceptable salts of formoterol, solvates of formoterol, and solvates of pharmaceutically acceptable salts of formoterol; (ii) at least one corticosteroid selected from the group consisting of beclomethasone dipropionate and fluticasone propionate; (iii) a surfactant component comprising at least one surfactant compound; and (iv) a propellant component at least 90 weight % of which is 1,1-difluoroethane (R-152a).
A method for locating a first wireless communication node (802, 902, 1002, 1102) on a movable body (800, 900, 1000, 1110), said first node being within the transmission range of at least one second node (801, 901, 903, 1001, 1003, 1101, 1103, 1004) that is also on said movable body, said nodes being suitable to transmit and/or receive radiofrequency signals, said method being characterised in that it comprises at least the following steps: ∘ carrying out at least one measurement of the flight time of an indirect path of an ultra-wide band signal transmitted between said first node and said second node, said path coming from a single reflection on a surface (840, 940, 1040, 1140) outside of said body, between said first node and said second node; ∘ using said measurement of the flight time to locate said first node at least relative to said second node; and in that said first node and said second node are attached to a same articulated body provided with known mechanical or biomechanical constraints, the position of said second node on said articulated body being known, said method further comprising a step of jointly using said known position of said second node, said mechanical or biomechanical constraints and the measured flight time of said indirect path in order to determine the location of said first node. ∘ carrying out at least one measurement of the flight time of an indirect path of an ultra-wide band signal transmitted between said first node and said second node, said path coming from a single reflection on a surface (840, 940, 1040, 1140) outside of said body, between said first node and said second node; ∘ using said measurement of the flight time to locate said first node at least relative to said second node;