mhurhangee/ep-ind-claims huggingface dataset:
A case or case element for an active medical electronic device, comprising a metal wall having an outer side and an inner side, such wall being provided with at least one hermetic and electrically insulated feedthrough for an electric connection through the wall, the case or case element further including, in the feedthrough region: - on the inner side of the wall, a closed-contour groove delimiting in the wall a metal island physically and electrically insulated from the remaining of the wall, this groove extending through the whole thickness of the wall; and - on the outer side of the wall, an electrically insulating external layer formed above the wall and extending over a region located at least at the groove and beyond on either side of the groove, this insulating external layer comprising a cutout formed at the island through the whole thickness of the insulating external layer, said case or case element being characterized in that it further includes, in the feedthrough region: - on the outer side of the wall, an electrically conductive external layer formed above the insulating external layer and extending over said region located at least at the groove and beyond on either side of the groove, the island being mechanically and hermetically supported by the two insulating external and conductive external layers. - on the inner side of the wall, a closed-contour groove delimiting in the wall a metal island physically and electrically insulated from the remaining of the wall, this groove extending through the whole thickness of the wall; and - on the outer side of the wall, an electrically insulating external layer formed above the wall and extending over a region located at least at the groove and beyond on either side of the groove, this insulating external layer comprising a cutout formed at the island through the whole thickness of the insulating external layer, - on the outer side of the wall, an electrically conductive external layer formed above the insulating external layer and extending over said region located at least at the groove and beyond on either side of the groove, the island being mechanically and hermetically supported by the two insulating external and conductive external layers.
A combination comprising 4-methyl-8-phenoxy-1-(2-phenylethyl)-2,3-dihydro-1H-pyrrolo[3,2-c]quinoline or a pharmaceutically acceptable salt and/or solvate thereof, mupirocin or a pharmaceutically acceptable salt and/or solvate thereof, and neomycin or a pharmaceutically acceptable salt and/or solvate thereof.
Method for determining whether a target is within a direction sector of interest of a direction finder, which comprises: a. predefining said direction sector of interest as a specific threshold difference between an R reference value and an N null value; b. providing at least two antennas (50a, 50b) arranged in a broad-side configuration within the direction finder; c. generating an in-phase reference pattern using at least one of said antennas, and establishing wireless communication between the direction finder and said target; d. attenuating the wireless communication signal between the direction finder and said target until the wireless communication is lost, and recording the attenuation value which corresponds to said loss of wireless communication as the R reference value; e. generating an out-of-phase null pattern using at least two of said antennas, and re-establishing wireless communication between the direction finder and said target; f. attenuating the wireless communication signal between the direction finder and said target until the wireless communication is lost, and recording the attenuation value which corresponds to said loss of wireless communication as the N null value; g. determining whether the difference R-N is above or below said specific threshold difference, wherein a difference R-N above said specific threshold difference is an indication that the target is within said direction sector of interest, and wherein a difference R-N below said specific threshold difference is an indication that the target is out of said direction sector of interest. a. predefining said direction sector of interest as a specific threshold difference between an R reference value and an N null value; b. providing at least two antennas (50a, 50b) arranged in a broad-side configuration within the direction finder; c. generating an in-phase reference pattern using at least one of said antennas, and establishing wireless communication between the direction finder and said target; d. attenuating the wireless communication signal between the direction finder and said target until the wireless communication is lost, and recording the attenuation value which corresponds to said loss of wireless communication as the R reference value; e. generating an out-of-phase null pattern using at least two of said antennas, and re-establishing wireless communication between the direction finder and said target; f. attenuating the wireless communication signal between the direction finder and said target until the wireless communication is lost, and recording the attenuation value which corresponds to said loss of wireless communication as the N null value; g. determining whether the difference R-N is above or below said specific threshold difference, wherein a difference R-N above said specific threshold difference is an indication that the target is within said direction sector of interest, and wherein a difference R-N below said specific threshold difference is an indication that the target is out of said direction sector of interest.
Use of a gaseous medium comprising a hydrofluoroolefin with three carbon atoms and a fluoroketone with five carbon atoms, as an electric insulating and/or electric arc extinguishing medium in substation medium-voltage electrical devices.
A sandwich construction element, comprising: - a first element with a face, extending in a longitudinal direction with a thickness and a height being smaller than the longitudinal length; - a second element with a face, extending in the same longitudinal direction as the first element with a thickness and a height being smaller than the longitudinal length, wherein the second element is facing the face of the first element; - an open core structure arranged between, and operatively connected to the first element and the second element, wherein the open core structure comprises a plurality of close packed tetrahedron structures, wherein the tetrahedron structures are asymmetric and are arranged to form one or more unit cells with six points defining two tetrahedrons sharing a diagonal spine, wherein each tetrahedron has a plane that is perpendicular to another, wherein each tetrahedron is an asymmetric tetrahedron, wherein a volume is formed by said two tetrahedrons and wherein said two tetrahedrons define two parallelograms (301, 302, 400a-c), arranged in an overlapping intersection relation along a diagonal wherein each of the parallelograms (301, 302, 400a-c) comprises a slit along said diagonal from a corner to at least a center of the parallelogram, wherein the slit is configured to receive a corresponding parallelogram with a slit such that the end portions of the slit of the two parallelograms overlap. - a first element with a face, extending in a longitudinal direction with a thickness and a height being smaller than the longitudinal length; - a second element with a face, extending in the same longitudinal direction as the first element with a thickness and a height being smaller than the longitudinal length, wherein the second element is facing the face of the first element; - an open core structure arranged between, and operatively connected to the first element and the second element, wherein the open core structure comprises a plurality of close packed tetrahedron structures, wherein the tetrahedron structures are asymmetric and are arranged to form one or more unit cells with six points defining two tetrahedrons sharing a diagonal spine, wherein each tetrahedron has a plane that is perpendicular to another, wherein each tetrahedron is an asymmetric tetrahedron, wherein a volume is formed by said two tetrahedrons and wherein said two tetrahedrons define two parallelograms (301, 302, 400a-c), arranged in an overlapping intersection relation along a diagonal wherein each of the parallelograms (301, 302, 400a-c) comprises a slit along said diagonal from a corner to at least a center of the parallelogram, wherein the slit is configured to receive a corresponding parallelogram with a slit such that the end portions of the slit of the two parallelograms overlap.
Cooling unit, comprising an evaporative cooling unit having an evaporative water circuit and a heat exchanger exposed thereto for the medium to be cooled, wherein the evaporative water circuit has a collection basin, an evaporative water pump, an evaporative water distributor and an evaporation path exposed to an air flow, and the heat exchanger is arranged in the collection basin and washed around by the water present there, characterized by the following features: the collection basin comprises a plurality of partial basins (23; 23a, 23b, 23c, 23d) delimited from one another; the heat exchanger comprises a plurality of heat exchanger segments (24; 24a, 24b, 24c, 24d) arranged in different partial basins (23; 23a, 23b, 23c, 23d) and fluidically connected in series; evaporation water collected downstream of the evaporation path is applied to the partial basins (23; 23a, 23b, 23c, 23d) parallel to one another; inflow region and outflow region of the evaporation water in the respective partial basin (23; 23a, 23b, 23c, 23d) are offset in opposite directions from one another to the inlet and outlet of the respectively assigned heat exchanger segment (24; 24a, 24b, 24c, 24d); a succession of flow-guiding elements with passage cross-sections (39, 41) vertically offset from one another is respectively arranged in the individual partial basins (23; 23a, 23b, 23c, 23d).
A toothing machining arrangement comprising a chamfering tool rotatably driven around its chamfering tool axis for plastic deformation of an end edge of a toothing and a machining tool (10, 10') for machining a chamfer formed on a tooth tip end edge of the toothing, said machining tool comprising a cutting edge (13a, b) for removing excess material from the chamfer on the tooth tip end edge, characterised in that the machining tool is formed in the manner of a disc, said disc having a second peripheral region having a radial extension different from a first radial extension of a first peripheral region, and the cutting edge (13a, b) is arranged at a transition between the first and second peripheral regions.
A personal care device comprising: vibratory means adapted to vibrate the personal care device so that, in use, the personal care device vibrates with a periodic vibration waveform; an image capture device adapted, in use, to capture images of one or more features of a user; and a control unit adapted to control an exposure parameter of the image capture device based on a parameter of the periodic vibration waveform; wherein the exposure parameter comprises an image capture exposure duration of the image capture device, and wherein the control unit is adapted to set the image capture exposure duration to be less than or equal to a target exposure duration value; and wherein the control unit is adapted to determine the target exposure duration value based on the parameter of the periodic vibration waveform and at least one resolution parameter of the image capture device, preferably wherein the at least one resolution parameter comprises one or more of: sensor pixel width; sensor pixel length; sensor spacing; and sensor density. vibratory means adapted to vibrate the personal care device so that, in use, the personal care device vibrates with a periodic vibration waveform; an image capture device adapted, in use, to capture images of one or more features of a user; and a control unit adapted to control an exposure parameter of the image capture device based on a parameter of the periodic vibration waveform; wherein the exposure parameter comprises an image capture exposure duration of the image capture device, and wherein the control unit is adapted to set the image capture exposure duration to be less than or equal to a target exposure duration value; and wherein the control unit is adapted to determine the target exposure duration value based on the parameter of the periodic vibration waveform and at least one resolution parameter of the image capture device, preferably wherein the at least one resolution parameter comprises one or more of: sensor pixel width; sensor pixel length; sensor spacing; and sensor density.
An installation for drying a non-woven web which comprises: - a fan, - a heating oven having an inlet and an outlet, - an inlet conduit which connects the delivery of the fan with the inlet of the oven and sends delivered air to the inlet of the oven, - a heat source arranged in such a way that the air delivered in the inlet conduit is heated, - an outlet conduit which connects the outlet of the oven with the intake of the fan, - a drying device comprising a diffusion chamber having an outlet fitting, - a branch conduit, in the branch of the inlet conduit upstream of the heat source, connecting the inlet conduit with the inlet of the drying device (10, 11), - a means of transport which displaces a web in the drying device (10, 11) and in the oven, the drying device (10, 11) being upstream of the oven in the direction of displacement of the web, and - a conduit for extracting the air from the drying device (10, 11), characterised in that there is mounted in said fitting a perforated sheet and downstream of the perforated sheet is mounted in the outlet fitting or in a channel which is clamped to the fitting a honeycombed bundle, the dimension of whose cells is greater than that of the perforations of the perforated sheet. - a fan, - a heating oven having an inlet and an outlet, - an inlet conduit which connects the delivery of the fan with the inlet of the oven and sends delivered air to the inlet of the oven, - a heat source arranged in such a way that the air delivered in the inlet conduit is heated, - an outlet conduit which connects the outlet of the oven with the intake of the fan, - a drying device comprising a diffusion chamber having an outlet fitting, - a branch conduit, in the branch of the inlet conduit upstream of the heat source, connecting the inlet conduit with the inlet of the drying device (10, 11), - a means of transport which displaces a web in the drying device (10, 11) and in the oven, the drying device (10, 11) being upstream of the oven in the direction of displacement of the web, and - a conduit for extracting the air from the drying device (10, 11),
A composition comprising iron, buffering agent and a carrier comprising denatured protein, wherein the composition releases at least 71% of the total load of iron as ferrous iron over the course of one hour in simulated gastric fluid at pH 1.6, and wherein the composition when placed in simulated gastric fluid at pH 1.6 buffers the pH to at least 2 after 30 minutes, and wherein the composition when placed in a simulated intestinal fluid at pH 6.6 buffers the solution to at most pH 5.5 after 30 minutes, and wherein the composition, when administered orally to a human, has a relative trough to peak ratio of serum iron over 2 hours of at least 120% that of an equimolar dose of an orally administered immediate release ferrous sulfate composition; wherein the composition has a total iron content of 5% to 20% by weight; wherein the iron is provided as ferrous sulphate; wherein the water content of the composition is less than 20, less than 15%, or less than about 10% by weight; wherein the denatured protein comprises denatured whey protein, denatured whey protein isolate, denatured beta lactoglobulin, or combinations thereof; wherein the buffering agent is present in an amount of from 6% to 15% based on the total weight of the composition; wherein the buffering agent comprises sodium acetate; wherein the composition consists of particles having an average particle size of 60 microns or less or 40 microns or less or 20 microns or less, as measured by laser diffraction particle size analysis; wherein the iron is encapsulated by the denatured protein. wherein the composition has a total iron content of 5% to 20% by weight; wherein the iron is provided as ferrous sulphate; wherein the water content of the composition is less than 20, less than 15%, or less than about 10% by weight; wherein the denatured protein comprises denatured whey protein, denatured whey protein isolate, denatured beta lactoglobulin, or combinations thereof; wherein the buffering agent is present in an amount of from 6% to 15% based on the total weight of the composition; wherein the buffering agent comprises sodium acetate; wherein the composition consists of particles having an average particle size of 60 microns or less or 40 microns or less or 20 microns or less, as measured by laser diffraction particle size analysis; wherein the iron is encapsulated by the denatured protein.
A work vehicle comprising: a driver's seat to be seated by a driver; a front control tower provided forwardly of the driver's seat; a battery accommodated inside the front control tower; and a bottom member that provides a bottom of the front control tower, the battery being mounted on the bottom member; characterized in that the bottom member includes a mounting member on which the battery is mounted, and a separate member (38, 39) separable from the mounting member when the battery is mounted on the mounting member, and in that the work vehicle further comprises: a steering wheel that is disposed erect on the front control tower for steering operation of a vehicle body; and a steering-wheel post that supports the steering wheel; wherein the steering-wheel post includes a pair of right and left leg portions that extend in a vertical direction through the bottom member, the bottom member being separable into the mounting member and the separate member (38, 39) at a portion where one of the leg portions extend through the bottom member. a driver's seat to be seated by a driver; a front control tower provided forwardly of the driver's seat; a battery accommodated inside the front control tower; and a bottom member that provides a bottom of the front control tower, the battery being mounted on the bottom member; characterized in that the bottom member includes a mounting member on which the battery is mounted, and a separate member (38, 39) separable from the mounting member when the battery is mounted on the mounting member, and in that the work vehicle further comprises: a steering wheel that is disposed erect on the front control tower for steering operation of a vehicle body; and a steering-wheel post that supports the steering wheel; wherein the steering-wheel post includes a pair of right and left leg portions that extend in a vertical direction through the bottom member, the bottom member being separable into the mounting member and the separate member (38, 39) at a portion where one of the leg portions extend through the bottom member.
An inkjet printing system comprising: an inkjet printing block comprising an inkjet printing head and a material reservoir, the material reservoir is configured to contain a liquid material to be dispensed by one or more print nozzles of the printing head; a material container coupled to the material reservoir and configured to provide the liquid material to the material reservoir; a pressure sensor configured to monitor an actual air pressure difference between an air pressure of air contained within the material reservoir above the liquid material and a reference air pressure at the ambient atmosphere; a peristaltic pump located along a duct, wherein the duct is connected at one end to the material reservoir and at another end to the ambient atmosphere and the peristaltic pump is configured, based on signals received from the pressure sensor, to maintain the air pressure within the material reservoir at a predetermined sub-atmospheric pressure level, wherein maintaining the air pressure is done by moving air from the ambient atmosphere into the material reservoir, by removing air from the material reservoir toward the ambient atmosphere or by functioning as a closed valve when the peristaltic pump remains still; and a controller coupled to the pressure sensor and the peristaltic pump and configured to receive the signals from the pressure sensor, to determine the actual pressure difference and to operate the peristaltic pump so as to maintain the air pressure within the material reservoir at the predetermined sub-atmospheric pressure level. an inkjet printing block comprising an inkjet printing head and a material reservoir, the material reservoir is configured to contain a liquid material to be dispensed by one or more print nozzles of the printing head; a material container coupled to the material reservoir and configured to provide the liquid material to the material reservoir; a pressure sensor configured to monitor an actual air pressure difference between an air pressure of air contained within the material reservoir above the liquid material and a reference air pressure at the ambient atmosphere; a peristaltic pump located along a duct, wherein the duct is connected at one end to the material reservoir and at another end to the ambient atmosphere and the peristaltic pump is configured, based on signals received from the pressure sensor, to maintain the air pressure within the material reservoir at a predetermined sub-atmospheric pressure level, wherein maintaining the air pressure is done by moving air from the ambient atmosphere into the material reservoir, by removing air from the material reservoir toward the ambient atmosphere or by functioning as a closed valve when the peristaltic pump remains still; and a controller coupled to the pressure sensor and the peristaltic pump and configured to receive the signals from the pressure sensor, to determine the actual pressure difference and to operate the peristaltic pump so as to maintain the air pressure within the material reservoir at the predetermined sub-atmospheric pressure level.
Machine for bending metal bars, such as round pieces for reinforcement or suchlike, comprising a first movement device and a second movement device both suitable to move, along a work plane, at least one bar toward a bending device interposed between said first and second movement device, the bending device comprising a rotating mandrel provided peripherally with a bending pin and centrally with a contrast member around which a first segment of said bar is suitable to be bent, clamping means possibly being present, suitable to constrain the sliding of said bar along its longitudinal extension during bending, said second movement device being selectively positionable in a first condition, protruding with respect to the work plane, in which it is suitable at least to move said bar toward said bending device and in a second condition in which it is disposed completely under said work plane and not interfering with the movements of said bar, characterized in that it comprises at least a mobile pin disposed downstream of said bending device and suitable to assume at least a retracted non-operating position under said work plane and not interfering with the movements of the bar, and an operating position protruding with respect to said work plane in which it is suitable to support and contrast the movement of a second segment of the bar, said second protruding operating position of said pin being temporally and functionally coordinated to the second retracted condition under the work plane of said second movement device, so that said second segment of the bar is supported by said pin.