mhurhangee/ep-ind-claims huggingface dataset:
An adapter, the adapter comprising a base having a container attachment portion on a first side thereof and a needle hub attachment portion on a second side thereof, the first side being opposite the second side, the adapter including a puncturing member extending along a first axis for entering a container inserted into the container attachment portion, the adapter including a channel extending substantially along the first axis from the needle hub attachment portion, through the base and along the puncturing member to an outlet at, or adjacent, a tip of the puncturing member, the adapter configured such that a needle comprising a shaft extending from a hub can be inserted into the adapter such that the hub engages the hub attachment portion and the shaft extends through the base and within the channel, the outlet is an axial outlet from the puncturing member, the axial outlet extending substantially along the first axis and configured such that the needle shaft extends within the channel towards the axial outlet, the container attachment portion is adapted to snap fit to a vial and the puncturing member is sharpened such that it will penetrate an elastomeric vial stopper sealing the vial as the vial is inserted into the container attachment portion and characterized in that the needle hub attachment portion is adapted to releasably couple to a needle hub inserted therein, the needle hub attachment portion including a seal for sealing to the needle hub inserted therein.
A wireless power receiver apparatus for charging a chargeable device, comprising: a plurality of receive antennas (618a, 618b, 618c) disposed on a cover of the chargeable device, at least one of the plurality of receive antennas configured to wirelessly receive power according to a wireless charging protocol different from at least one other of the plurality of receive antennas; and a switching circuit disposed on the cover and configured to: receive the wireless power from at least one of the plurality of receive antennas, selectively provide a respective voltage from a corresponding one of the plurality of receive antennas across an output configured to be connected to an input of the chargeable device, and disable a circuit path to the output for wireless power received from any receive antenna other than the corresponding one of the plurality of receive antennas based on wireless power being received from the corresponding one of the plurality of receive antennas. a plurality of receive antennas (618a, 618b, 618c) disposed on a cover of the chargeable device, at least one of the plurality of receive antennas configured to wirelessly receive power according to a wireless charging protocol different from at least one other of the plurality of receive antennas; and a switching circuit disposed on the cover and configured to: receive the wireless power from at least one of the plurality of receive antennas, selectively provide a respective voltage from a corresponding one of the plurality of receive antennas across an output configured to be connected to an input of the chargeable device, and disable a circuit path to the output for wireless power received from any receive antenna other than the corresponding one of the plurality of receive antennas based on wireless power being received from the corresponding one of the plurality of receive antennas. receive the wireless power from at least one of the plurality of receive antennas, selectively provide a respective voltage from a corresponding one of the plurality of receive antennas across an output configured to be connected to an input of the chargeable device, and disable a circuit path to the output for wireless power received from any receive antenna other than the corresponding one of the plurality of receive antennas based on wireless power being received from the corresponding one of the plurality of receive antennas.
A control apparatus system (3, 4, 5, 400) comprising plural control apparatuses (3, 4, 5, 400) that control operations of a device (2a, 2b, 402a, 402b) connected to a relay apparatus (1, 201, 401a, 401b) via the relay apparatus (1, 201, 401a, 401b), each control apparatus (3, 4, 5, 400) of the control apparatus system (3, 4, 5, 400) respectively comprising: an instruction part configured for transmitting an instruction for the device (2a, 2b, 402a, 402b) and an identification information of the instruction to the relay apparatus (1, 201, 401a, 401b), and an execution confirmation part configured for retrieving an execution status information indicating an execution status of the instruction by using the identification information, characterized in that the identification information transmitted by the instruction part of each control apparatus (3, 4, 5, 400) comprise a sequence number selected from a plurality of sequence numbers which are assigned to the respective control apparatus (3, 4, 5, 400), wherein the sequence number is indicated by the execution confirmation part when retrieving the execution status of the instruction from the control apparatus (3, 4, 5, 400) during or after the execution of the instruction such that an ill effect caused by receiving the execution status of an instruction transmitted by another control apparatus can be prevented. an instruction part configured for transmitting an instruction for the device (2a, 2b, 402a, 402b) and an identification information of the instruction to the relay apparatus (1, 201, 401a, 401b), and an execution confirmation part configured for retrieving an execution status information indicating an execution status of the instruction by using the identification information, characterized in that the identification information transmitted by the instruction part of each control apparatus (3, 4, 5, 400) comprise a sequence number selected from a plurality of sequence numbers which are assigned to the respective control apparatus (3, 4, 5, 400), wherein the sequence number is indicated by the execution confirmation part when retrieving the execution status of the instruction from the control apparatus (3, 4, 5, 400) during or after the execution of the instruction such that an ill effect caused by receiving the execution status of an instruction transmitted by another control apparatus can be prevented.
Laminated glazing unit comprising two glass sheets (2, 10, 14) and one or more thermoplastic interlayers, LEDs (8, 18) being inserted between the two glass sheets, a connecting circuit being formed by means of a conductive layer deposited on the interior surface of one of the two glass sheets, said layer being divided into at least two separate zones, each of the two zones being connected to an electrode, characterized in that zones (6a, 6b... 6e) have been insulated from the rest of the layer by thin insulating strips, the insulating strips having a width comprised between 0.01 and 3 mm, preferably between 0.05 and 1.5 mm and even more preferably between 0.1 and 0.8 mm.
A method for providing visual feedback, the method comprising: detecting a continuous contact of a stylus or digit of a user on a touch screen with a first point on a surface; displaying a menu in response to the detected continuous contact, the menu comprising a plurality of selectable menu elements; detecting that the continuous contact has moved across the touch screen from the first point on the surface to a second point on the surface, the second point corresponding to one of the plurality of selectable menu elements; and displaying a control corresponding to the one of the plurality of selectable menu elements, characterized in that displaying the control corresponding to the one of the plurality of selectable menu elements comprises displaying a slider relative to the second point, wherein a thumb of the slider is displayed aligned with the second point on a horizontal axis to allow the user to adjust the slider by moving the stylus or digit tnrof the user up and down in a path. detecting a continuous contact of a stylus or digit of a user on a touch screen with a first point on a surface; displaying a menu in response to the detected continuous contact, the menu comprising a plurality of selectable menu elements; detecting that the continuous contact has moved across the touch screen from the first point on the surface to a second point on the surface, the second point corresponding to one of the plurality of selectable menu elements; and displaying a control corresponding to the one of the plurality of selectable menu elements, characterized in that displaying the control corresponding to the one of the plurality of selectable menu elements comprises displaying a slider relative to the second point, wherein a thumb of the slider is displayed aligned with the second point on a horizontal axis to allow the user to adjust the slider by moving the stylus or digit tnrof the user up and down in a path.
Ceramic multilayer component, comprising a stack with ceramic layers and electrode layers (3, 4) arranged between them, wherein the ceramic layers and the electrode layers are arranged along a stack direction above one another, wherein at least one first electrode layer extends along a primary main extension direction from a first end region to a second end region of the first electrode layer, wherein the at least one electrode layer has a current-carrying capacity that decreases along the primary main extension direction, characterized in that the at least one electrode layer has a specific electrical conductivity that decreases along the primary main extension direction. wherein the ceramic layers and the electrode layers are arranged along a stack direction above one another, wherein at least one first electrode layer extends along a primary main extension direction from a first end region to a second end region of the first electrode layer, wherein the at least one electrode layer has a current-carrying capacity that decreases along the primary main extension direction, characterized in that the at least one electrode layer has a specific electrical conductivity that decreases along the primary main extension direction.
Device for preparing a fluid composition for complete or supplemental enteral nutrition, comprising - a liquid feeding device, - an ingredient feeding device and - a mixing device for mixing a liquid fed from the liquid feeding device and at least one ingredient fed from the ingredient feeding device, the mixing device comprising a mixer and a mixing container in which the liquid and the at least one ingredient are mixed by the mixer, wherein the device is operable to move the mixing container relative to the mixer during mixing of the liquid and the at least one ingredient of the fluid composition to be prepared, wherein the device is constructed and arranged so as to carry out at least a first and a second mixing mode, wherein in the first mixing mode only the mixer is operated and in the second mixing mode the mixer is operated and additionally the mixing container is moved relative to the mixer and characterized in that the device is constructed and arranged so as to carry out the first mixing mode for providing fluid enteral nutrition compositions up to a first energy density and the second mixing mode for providing fluid enteral nutrition compositions having a second energy density, wherein the second energy density is higher than the first energy density. - a liquid feeding device, - an ingredient feeding device and - a mixing device for mixing a liquid fed from the liquid feeding device and at least one ingredient fed from the ingredient feeding device, the mixing device comprising a mixer and a mixing container in which the liquid and the at least one ingredient are mixed by the mixer,
A wheeled transportation device comprising a base part, where the base part comprises a front end, a rear end, an upper part and a lower part, said lower part comprising a number of wheels (8, 12, 22) and said upper part comprising at least one substantially horizontal and plane surface, said wheeled transportation device comprising at least one movable first engagement member adapted to engage a frame part of a bed, characterized in that said movable first engagement member being movable between a resting engagement position and an activated engagement member position, said movable first engagement member extending above said substantially horizontal and plane surface in the activated engagement member position, wherein said upper part comprises a further engagement member located above said at least one substantially horizontal and plane surface, said resting engagement position is located at or below said at least one substantially horizontal and plane surface, such that said substantially horizontal surface is free of obstacles, whereby the transportation device can serve as a transportation device for other objects than beds, such as personnel.
A double glazing unit comprising exterior-side laminated glass disposed on an exterior side and interior-side laminated glass disposed on an interior side so as to be apart from each other through a spacer, the spacer having respective lateral sides facing the exterior-side laminated glass and the interior-side laminated glass, the respective lateral sides being bonded to the exterior-side laminated glass and the interior-side laminated glass by use of primary seals, the primary seals having a secondary seal applied on outer sides thereof; wherein the exterior-side laminated glass is configured as laminated glass comprising a first chemically tempered glass plate, a first interlayer and a second chemically tempered glass plate disposed in this order from the exterior side to the interior side; and wherein the interior-side laminated glass is configured as laminated glass comprising a glass plate with a heat reflective film disposed thereon, a second interlayer, a light-modulating sheet, a third interlayer, a fourth interlayer and a tempered glass plate disposed in this order from the exterior side to the interior side such that the third interlayer surrounds the light-modulating sheet, or, wherein the interior-side laminated glass is configured as laminated glass comprising a glass plate, a second interlayer, a heat reflective sheet, a third interlayer, a light-modulating sheet, a fourth interlayer formed in a frame shape, a fifth interlayer, and a tempered glass plate disposed in this order from the exterior side to the interior side such that the fourth interlayer surrounds the light-modulating sheet.
Circuit arrangement configured to operate one or more low-power lighting units with a self-oscillating power supply, the self-oscillating power supply having a primary side configured to be connected to a power source and a secondary side configured to be connected to the circuit arrangement, the circuit arrangement comprising at least - an input configured to receive an operating voltage from said self-oscillating power supply at the secondary side of the self-oscillating power supply, - an output configured to be connected to said one or more low-power lighting units, characterized in that the circuit arrangement further comprises - an envelope detector connected with said input and configured to determine cycle information of an envelope component of said operating voltage, - a pulse generator connected with said input and adapted to inject at least one trigger pulse (40a, 40b) into the secondary side of said self-oscillating power supply during operation, and - a pulse controller connected at least with said envelope detector and with said pulse generator and configured to control said pulse generator so that said at least one trigger pulse (40a, 40b) is injected into said self-oscillating power supply in each cycle of said envelope component. - an input configured to receive an operating voltage from said self-oscillating power supply at the secondary side of the self-oscillating power supply, - an output configured to be connected to said one or more low-power lighting units, - an envelope detector connected with said input and configured to determine cycle information of an envelope component of said operating voltage, - a pulse generator connected with said input and adapted to inject at least one trigger pulse (40a, 40b) into the secondary side of said self-oscillating power supply during operation, and - a pulse controller connected at least with said envelope detector and with said pulse generator and configured to control said pulse generator so that said at least one trigger pulse (40a, 40b) is injected into said self-oscillating power supply in each cycle of said envelope component.
Process for preparing a dichromatic material in the form of a translucent film, said translucent film being a film having an optical transmission coefficient ranging from 10% to 80%, measured by a conventional UV-visible spectrometer at a wavelength of 490 nm. said dichromatic material comprising monodisperse nanoparticles formed of gold and optionally of a noble metal chosen from platinum, palladium, silver and copper, and at least one organic macromolecule selected from proteins, polysaccharides and synthetic polymers, said process comprising the following steps: i) a step of mixing at least one organic macromolecule selected from proteins, polysaccharides and synthetic polymers with a colloidal suspension S 0 of NP, and ii) a step of drying the mixture of step i), in order to form a dichromatic material in the form of a translucent film deposited on a support, said process being characterized in that: * the NPs are in spherical form and have a diameter ranging from 70 to 100 nm, the NPs being monodisperses, they are defined by a diameter d = do ± ε, with ε < 0.2xdo * the molar concentration of gold in the mixture of step i) ranges from 10 -4 to 5x10 -1 mol/l, * the molar concentration of macromolecule in the mixture of step i) ranges from 0.001 to 5 mol/l, * the film has a volume density ranging from 0.5x10 10 to 5.0x1010 NPs/cm 3 for a 1 mm film thickness E, and * said material has two complementary colours distinct to the naked eye, one colour in transmission and one colour in backscattering. i) a step of mixing at least one organic macromolecule selected from proteins, polysaccharides and synthetic polymers with a colloidal suspension S 0 of NP, and ii) a step of drying the mixture of step i), in order to form a dichromatic material in the form of a translucent film deposited on a support, * the NPs are in spherical form and have a diameter ranging from 70 to 100 nm, the NPs being monodisperses, they are defined by a diameter d = do ± ε, with ε < 0.2xdo * the molar concentration of gold in the mixture of step i) ranges from 10 -4 to 5x10 -1 mol/l, * the molar concentration of macromolecule in the mixture of step i) ranges from 0.001 to 5 mol/l, * the film has a volume density ranging from 0.5x10 10 to 5.0x1010 NPs/cm 3 for a 1 mm film thickness E, and * said material has two complementary colours distinct to the naked eye, one colour in transmission and one colour in backscattering.
An illuminating glass partition, comprising, on the one hand, at least one glazing module (1A, 1B, 1C) having two main faces (14, 15) and an edge face, the module comprising at least one glass sheet (10, 11), and on the other hand, an illuminating system, - the illuminating system comprises light-emitting diodes the light-emitting faces of which are placed facing the edge face of at least one edge of the module, the module guiding the light emitted by the diodes and the module comprising means for extracting the light thus guided, in order to provide illumination via at least one of the main faces; - the diodes are arranged on at least one carrier electrical-supply device called a PCB carrier; - the partition comprises at least one profile for accommodating the diodes that is provided with a longitudinal base, facing the edge face of the module and bearing the PCB carrier; and - said profile for accommodating the diodes comprises a part (34, 35, 36) able to maintain a separation between the emitting face of the diodes and the edge face of the module, the part forming at least one stop bearing the edge face of the module - the partition being transparent, beyond the means for extracting light characterized in that: the illuminating system is arranged on the upper horizontal edge of the module in the fitted position of the partition the part comprises, facing the edge face of the module, a continuous area forming said one stop bearing the edge face and supporting the edge face, the area opposite the base in regions free of diodes, the continuous area extending longitudinally in the diode-containing region while being aperture in line with the diodes. - the illuminating system comprises light-emitting diodes the light-emitting faces of which are placed facing the edge face of at least one edge of the module, the module guiding the light emitted by the diodes and the module comprising means for extracting the light thus guided, in order to provide illumination via at least one of the main faces; - the diodes are arranged on at least one carrier electrical-supply device called a PCB carrier; - the partition comprises at least one profile for accommodating the diodes that is provided with a longitudinal base, facing the edge face of the module and bearing the PCB carrier; and - said profile for accommodating the diodes comprises a part (34, 35, 36) able to maintain a separation between the emitting face of the diodes and the edge face of the module, the part forming at least one stop bearing the edge face of the module - the partition being transparent, beyond the means for extracting light the illuminating system is arranged on the upper horizontal edge of the module in the fitted position of the partition the part comprises, facing the edge face of the module, a continuous area forming said one stop bearing the edge face and supporting the edge face, the area opposite the base in regions free of diodes, the continuous area extending longitudinally in the diode-containing region while being aperture in line with the diodes.
A precursor solution comprising: a first one of a sol-gel metal precursor or a sol-gel metalloid precursor; a polar protic solvent, wherein the polar protic solvent is an organic acid; and an alkyl amine polar aprotic solvent, wherein said precursor solution forms a gel after a shear force is applied to said precursor solution, wherein relative amounts of said polar protic solvent and said polar aprotic solvent are selected to control gel formation in said precursor solution, and wherein said polar aprotic solvent is present in said precursor solution at between 1 and 25 vol%. a first one of a sol-gel metal precursor or a sol-gel metalloid precursor; a polar protic solvent, wherein the polar protic solvent is an organic acid; and wherein the polar protic solvent is an organic acid; and an alkyl amine polar aprotic solvent, wherein said precursor solution forms a gel after a shear force is applied to said precursor solution, wherein relative amounts of said polar protic solvent and wherein said precursor solution forms a gel after a shear force is applied to said precursor solution, wherein relative amounts of said polar protic solvent and said polar aprotic solvent are selected to control gel formation in said precursor solution, and wherein said polar aprotic solvent is present in said precursor solution at between 1 and 25 vol%. wherein said polar aprotic solvent is present in said precursor solution at between 1 and 25 vol%.