mhurhangee/ep-ind-claims huggingface dataset:
A container module for accommodating industrial equipment, comprising a baseplate assembly and a plurality of columns, wherein the baseplate assembly comprises a base frame and a baseplate fixed on the base frame; the plurality of columns are fixed on the base frame in parallel to each other; and each column has an extension section extending above the baseplate assembly, and/or each column has an extension section extending below the baseplate assembly, wherein the base frame comprises two trusses arranged in parallel to each other; and the two trusses are arranged laterally, and the baseplate is fixed on upper sides or lower sides of the two trusses, wherein each truss includes a top chord and a bottom chord that are arranged in parallel, characterized in that a plurality of truss webs are connected between the top chord and the bottom chord, and wherein the truss web uses a hollow tube structure. the baseplate assembly comprises a base frame and a baseplate fixed on the base frame; the plurality of columns are fixed on the base frame in parallel to each other; and each column has an extension section extending above the baseplate assembly, and/or each column has an extension section extending below the baseplate assembly, wherein the base frame comprises two trusses arranged in parallel to each other; and the two trusses are arranged laterally, and the baseplate is fixed on upper sides or lower sides of the two trusses, wherein each truss includes a top chord and a bottom chord that are arranged in parallel, characterized in that a plurality of truss webs are connected between the top chord and the bottom chord, and wherein the truss web uses a hollow tube structure.
An assistance device for a shock absorber intended to equip a vehicle axle and including i) a body holding in translation a rod having a free end provided with a threading suitable for permitting its securing to a body of said vehicle and held in a retracted position with respect to said body by a strap, ii) a filtering tip mounted in a sliding manner on said rod, and iii) a protective boot surrounding said body and coupled to said filtering tip, characterized in that it includes a part including at least a first end (E1j) suitable for pressing on said filtering tip and blocking means suitable for cooperating with said threading for immobilizing said part with respect to said free end, said filtering tip and said protective boot before and after a withdrawal of said strap.
A multi-circuit safety valve (4', 4", 4*) of a compressed air system of a motor vehicle, which is arranged between the output terminal of a compressed air feed installation and the input terminals (a21.1, a21.2; a22.1, a22.2; a23.1, a23.2; a24.1, a24.2; a25.1, a25.2; a26.1, a26.2) of a plurality of consumer circuits, and in which, for at least some consumer circuits, a circuit safety valve (42, 46, 50, 58, 62, 66) is arranged, which are each arranged in a connection line (40, 44, 48, 56, 60, 64) between the output terminal of the compressed air compressed air feed installation and the input terminal (a21.1, a21.2; a22.1, a22.2; a23.1, a23.2; a24.1, a24.2; a25.1, a25.2; a26.1, a26.2) of the relevant consumer circuit, characterized in that at least one of the circuit safety valves (84, 88, 92, 96, 100, 104) is configured as a shut-off valve which can be actively controlled by an electronic control device via a respective electrical control line (86, 90, 94, 98, 102, 106), and that at least at the sections (40.2, 44.2, 56.2) of the connection lines (40, 44, 56) on the outside of the service brake circuits and of the parking brake circuit in each case a pressure sensor (68, 72, 76) is connected, which is integrated into the electronic control device or is connected to the electronic control device via an electrical sensor line.
An electric wires twisting device for twisting a pair of electric wires comprising: a cylindrical rotor that has a slit portion provided in a part of the rotor in a circumferential direction of the rotor, an inner diameter of the rotor being greater than a width of the slit portion; a twisting rod provided on an inner circumferential surface of the rotor so as to be projected therefrom and so as to face the slit portion; a rotary driving portion that rotates the rotor; and a setting portion for insertion of the pair of electric wires parallel in a direction of the width of the slit portion into an inner side of the circumferential surface of the rotor so as to be individually disposed on both sides of the twisting rod, wherein an electric wire guide member provided in a frame has a pair of inclined surfaces (21 a) which continue individually to both sides of the slit portion in the direction of the width of the slit portion; and wherein the pair of electric wires can respectively be brought into contact with the pair of inclined surfaces in a state that an interval of the pair of electric wires is greater than the width of the slit portion. a cylindrical rotor that has a slit portion provided in a part of the rotor in a circumferential direction of the rotor, an inner diameter of the rotor being greater than a width of the slit portion; a twisting rod provided on an inner circumferential surface of the rotor so as to be projected therefrom and so as to face the slit portion; a rotary driving portion that rotates the rotor; and a setting portion for insertion of the pair of electric wires parallel in a direction of the width of the slit portion into an inner side of the circumferential surface of the rotor so as to be individually disposed on both sides of the twisting rod,
A process for the preparation of an aqueous iron suspension comprising solid iron particles in the nanometer size range, characterized in that the following steps are taken: a) an aqueous solution comprising as starting materials aqueous ferrous-sulphate (FeSO 4) or hydrated ferrous-sulphate (FeSO 4 ×7H 2 O); sodium-ditionite (Na 2 S 2 O 4); sodium-borohydride (NaBH 4); sodium-hydroxide (NaOH) and hydrated copper-sulphate (CuSO 4 ×5H 2 O) is prepared; and optionally one or more additive(s) selected from the group consisting of polyvinyl-pirrolidone, preferably PVP-K30 or PVP-K90, and as co-metal PdCl 2 ×2H 2 O; b) the reaction mixture according to step a) is reacted for 1 hour, optionally with stirring; and c) the slurry-like product is obtained, and optionally the process is one or more times repeated. a) an aqueous solution comprising as starting materials aqueous ferrous-sulphate (FeSO 4) or hydrated ferrous-sulphate (FeSO 4 ×7H 2 O); sodium-ditionite (Na 2 S 2 O 4); sodium-borohydride (NaBH 4); sodium-hydroxide (NaOH) and hydrated copper-sulphate (CuSO 4 ×5H 2 O) is prepared; and optionally one or more additive(s) selected from the group consisting of polyvinyl-pirrolidone, preferably PVP-K30 or PVP-K90, and as co-metal PdCl 2 ×2H 2 O; b) the reaction mixture according to step a) is reacted for 1 hour, optionally with stirring; and c) the slurry-like product is obtained, and optionally the process is one or more times repeated.
Arrangement for emitting light with at least one substantially point-shaped light source, a light guiding element of a transparent material arranged upstream of the light source in the emission direction, as well as a reflector surrounding the light guiding element, wherein the light guiding element is essentially cylindrical in shape, wherein • an end face of the cylinder forms a light entry surface and • the sheath surface of the cylinder is provided with structures for light decoupling, wherein the side of the cylinder opposite the light entry surface is at least partly inclined relative to a longitudinal axis of the cylinder, so that it is transmissive to a portion of the light and is reflective to another portion of the light, and wherein the light emitting surface of the light guiding element formed by the inclined surface, is formed by the sheath surface of a cone-shaped recess extending into the light guiding element, characterized in that the light entry surface of the light guiding element is provided with a diffusing structure, or a foil with a diffusing structure is arranged upstream of the light-receiving surface of the light guiding element. • an end face of the cylinder forms a light entry surface and • the sheath surface of the cylinder is provided with structures for light decoupling,
A method of making a fiber reinforced polymer resin, including, coating reinforcing fibers with a first polymeric resin; and embedding the coated fibers in a second polymeric resin, wherein a distortional deformation capability of the first polymeric resin is greater than that of the second polymeric resin.
An ultrasound imaging system with image dynamic range control comprising: a transducer array probe; a beamformer coupled to the probe; an image processor coupled to the beamformer and configured to produce ultrasound images; a dynamic range processor, coupled to the image processor, and adapted to produce an approximation image in response to an input image, to apply dynamic range compression to the approximation image, and to add image detail to the dynamic range compressed approximation image, wherein the image detail added to the dynamic range compressed approximation image comprises speckle dynamic range information; and a display, coupled to the dynamic range processor, and adapted to display a dynamic range compressed approximation image with added image detail, characterized in that the image detail added to the dynamic range compressed approximation image further comprises image detail weighted by a speckle dynamic range term. a transducer array probe; a beamformer coupled to the probe; an image processor coupled to the beamformer and configured to produce ultrasound images; a dynamic range processor, coupled to the image processor, and adapted to produce an approximation image in response to an input image, to apply dynamic range compression to the approximation image, and to add image detail to the dynamic range compressed approximation image, wherein the image detail added to the dynamic range compressed approximation image comprises speckle dynamic range information; and a display, coupled to the dynamic range processor, and adapted to display a dynamic range compressed approximation image with added image detail, characterized in that the image detail added to the dynamic range compressed approximation image further comprises image detail weighted by a speckle dynamic range term.
Fuel supply system for an internal combustion engine (3.1) of a motor vehicle, having at least one fuel tank (1.1, 1.4) for storing the fuel and having at least one cooling device for fuel cooling, which is separate from an engine cooling arrangement and which comprises a compressor (2.1), a condenser (2.3) and at least one evaporator (2.9, 2.6, 2.11), wherein the evaporator (2.9, 2.6, 2.11) of the cooling device is arranged in the fuel tank (1.1, 1.4), characterized in that an electrically controllable valve (2.8, 2.5, 2.10) is connected upstream of the at least one evaporator (2.9, 2.6, 2.11), such that the at least one fuel tank (1.1, 1.4) and/or an interior compartment of the vehicle can be cooled in temperature-dependent fashion by means of a measuring and control device, and in that the fuel supply system comprises at least two fuel tanks (1.1, 1.4), wherein the first fuel tank (1.1) is a main fuel tank which can be filled from the outside with fuel, and the second fuel tank (1.4), which is connected to the first fuel tank (1.1) via a first fuel line (1.2), is an extraction tank from which the fuel can be fed to the internal combustion engine (3.1).
Heating/bending/forming and heating/toasting device of barrels, casks, vats and the like comprising: - heating/toasting means suitable to generate heat to produce the heating and/or toasting of an inner side wall of a wooden container for ageing food substances, such as a barrel, cask, vat or the like, said container comprising a plurality of staves arranged side by side along the perimeter with each other to form a polyline closed at a first longitudinal end thereof, bending/forming means of said staves suitable to grasp free ends of said staves opposite said first longitudinal ends, said bending/forming means pulling the staves towards a central axis of symmetry (S-S) of the barrel, cask, vat or the like. characterised in that - the device comprises centering means operatively connected to the heating/toasting means and suitable to be operatively connected to the staves of the barrel, cask, vat or the like, on the side of the free ends of the staves opposite, along a longitudinal extension axis, the first longitudinal ends, - wherein said centering means move the heating /toasting means to said central axis of symmetry (S-S) of the barrel, cask, vat or the like, wherein the device comprises at least one temperature sensor, integral with the heating/toasting means, said temperature sensor being directed towards a side wall of the associated staves in order to measure the surface temperature of the inner side wall of the staves at a distance. - heating/toasting means suitable to generate heat to produce the heating and/or toasting of an inner side wall of a wooden container for ageing food substances, such as a barrel, cask, vat or the like, said container comprising a plurality of staves arranged side by side along the perimeter with each other to form a polyline closed at a first longitudinal end thereof, bending/forming means of said staves suitable to grasp free ends of said staves opposite said first longitudinal ends, said bending/forming means pulling the staves towards a central axis of symmetry (S-S) of the barrel, cask, vat or the like. characterised in that - the device comprises centering means operatively connected to the heating/toasting means and suitable to be operatively connected to the staves of the barrel, cask, vat or the like, on the side of the free ends of the staves opposite, along a longitudinal extension axis, the first longitudinal ends, - wherein said centering means move the heating /toasting means to said central axis of symmetry (S-S) of the barrel, cask, vat or the like,
A focusing device for a beam projector, comprising: a casing; a lens holder having at least one lens, and being movable forward or backward in a direction of the optical axis of the lens within the casing; a movable member provided at a side of the lens holder that moves parallel to the direction of the optical axis together with the lens holder; and a control knob adjacent to the lens holder and rotatably coupled on the casing, wherein the movable member is connected to the control knob in such a manner that as the control knob is rotated, the movable member moves parallel to the direction of the optical axis, thereby moving the lens holder forward and backward in the direction of the optical axis; the focusing device further comprising: a coupling piece extending at a side surface of the movable member; a bore formed in the coupling piece and extending in one direction; and a coupling protrusion located on the control knob and eccentrically rotated about the axis of rotation of the control knob as the control knob is rotated, wherein the coupling protrusion is positioned in the bore in such a manner that as the control knob is rotated, the coupling protrusion is rectilinearly moved within the bore, and pushes against the opposite inner walls of the bore, thereby moving the movable member, characterized in that the length of the bore is at least two times the turning radius of the coupling protrusion and the center of the bore is positioned at the center of rotation of the coupling protrusion. a casing; a lens holder having at least one lens, and being movable forward or backward in a direction of the optical axis of the lens within the casing; a movable member provided at a side of the lens holder that moves parallel to the direction of the optical axis together with the lens holder; and a control knob adjacent to the lens holder and rotatably coupled on the casing, wherein the movable member is connected to the control knob in such a manner that as the control knob is rotated, the movable member moves parallel to the direction of the optical axis, thereby moving the lens holder forward and backward in the direction of the optical axis; the focusing device further comprising: a coupling piece extending at a side surface of the movable member; a bore formed in the coupling piece and extending in one direction; and a coupling protrusion located on the control knob and eccentrically rotated about the axis of rotation of the control knob as the control knob is rotated, wherein the coupling protrusion is positioned in the bore in such a manner that as the control knob is rotated, the coupling protrusion is rectilinearly moved within the bore, and pushes against the opposite inner walls of the bore, thereby moving the movable member, characterized in that the length of the bore is at least two times the turning radius of the coupling protrusion and the center of the bore is positioned at the center of rotation of the coupling protrusion.
A makeup supporting device comprising: a reference point setting unit that sets, based on facial feature points detected in an image obtained by photographing a face, facial reference points to positions in the image; a makeup information storage in which makeup information is stored, the makeup information indicating positions of makeup reference points set with respect to a region of a makeup image, the makeup image indicating a state in which makeup is applied to the face; and a makeup presentation unit that generates a simulation image by superimposing the makeup image on the image obtained by photographing a face, wherein the makeup presentation unit fixes the region of the makeup image with respect to the image by adjusting the makeup reference points to the facial reference points; characterized in that a makeup correction unit that receives from a user a correction of the makeup image included in the generated simulation image, the correction including at least one of translation, rotation, scaling, and deformation of the makeup image; and a correction recording unit that records correction information indicating, with respect to each facial reference point, a difference between a position of the facial reference point in the generated simulation image and a position of the facial reference point after the correction, in a face coordinate system which is defined based on the arrangement of the facial feature points. a reference point setting unit that sets, based on facial feature points detected in an image obtained by photographing a face, facial reference points to positions in the image; a makeup information storage in which makeup information is stored, the makeup information indicating positions of makeup reference points set with respect to a region of a makeup image, the makeup image indicating a state in which makeup is applied to the face; and a makeup presentation unit that generates a simulation image by superimposing the makeup image on the image obtained by photographing a face, wherein the makeup presentation unit fixes the region of the makeup image with respect to the image by adjusting the makeup reference points to the facial reference points; characterized in that a makeup correction unit that receives from a user a correction of the makeup image included in the generated simulation image, the correction including at least one of translation, rotation, scaling, and deformation of the makeup image; and a correction recording unit that records correction information indicating, with respect to each facial reference point, a difference between a position of the facial reference point in the generated simulation image and a position of the facial reference point after the correction, in a face coordinate system which is defined based on the arrangement of the facial feature points.
A portable helmet-shaped device configured to cover patient's head, the device comprising a PCB and an array including 1440 non-coherent light sources grouped as quadruple light sources, wherein each quadruple light source has an arrangement of four LEDs comprising a first LED (40, D1) configured to emit light in a bandwidth of 660 nm ±20 nm, a second LED (41, D2) configured to emit light in a bandwidth of 850 nm ±20 nm, a third LED (42, D3) configured to emit light in a bandwidth of 1550 nm ±20 nm and a fourth LED (45, D4) configured to emit light in a bandwidth of 405 nm ±20 nm, wherein each said arrangement of four LEDs (40, 41, 42, 45; D1, D2, D3, D4) is mounted on a single LED socket (38, 47) being soldered on said PCB as SMD, and wherein said array is configured to irradiate patient's head for stimulating bio-chemical effects to ease patient's impairments due to Parkinson's disease. a PCB and an array including 1440 non-coherent light sources grouped as quadruple light sources, wherein each quadruple light source has an arrangement of four LEDs comprising a first LED (40, D1) configured to emit light in a bandwidth of 660 nm ±20 nm, a second LED (41, D2) configured to emit light in a bandwidth of 850 nm ±20 nm, a third LED (42, D3) configured to emit light in a bandwidth of 1550 nm ±20 nm and a fourth LED (45, D4) configured to emit light in a bandwidth of 405 nm ±20 nm, wherein each said arrangement of four LEDs (40, 41, 42, 45; D1, D2, D3, D4) is mounted on a single LED socket (38, 47) being soldered on said PCB as SMD, and wherein said array is configured to irradiate patient's head for stimulating bio-chemical effects to ease patient's impairments due to Parkinson's disease.
In a source network node, a lossless adjustment method of ODUflex channel bandwidth, characterized in that the method comprises: obtaining, by the source network node, current ODUflex channel bandwidth state information through a network management system, and implementing bandwidth reservation on an ODUflex channel; and if the bandwidth reservation is successful: adjusting, by the source network node, the number of time slots occupied by an ODUflex frame in a Higher Order Optical Channel Data Unit, HO ODU, at an egress side of the source network node on an ODUflex channel; adjusting, by the source network node, a transmission rate of the ODUflex frame. obtaining, by the source network node, current ODUflex channel bandwidth state information through a network management system, and implementing bandwidth reservation on an ODUflex channel; and if the bandwidth reservation is successful: adjusting, by the source network node, the number of time slots occupied by an ODUflex frame in a Higher Order Optical Channel Data Unit, HO ODU, at an egress side of the source network node on an ODUflex channel; adjusting, by the source network node, a transmission rate of the ODUflex frame. adjusting, by the source network node, the number of time slots occupied by an ODUflex frame in a Higher Order Optical Channel Data Unit, HO ODU, at an egress side of the source network node on an ODUflex channel; adjusting, by the source network node, a transmission rate of the ODUflex frame.
Valve for a flowing fluid, in particular dosing or injection valve for internal combustion engines, having a valve seat body which forms a termination of a valve chamber and in which there is formed a valve orifice, and having a spray hole disk which is arranged downstream of the valve seat body in a flow direction of the fluid, which spray hole disk has at least one spray hole, a swirl chamber which is concentric with respect to the spray hole, and at least one swirl duct which leads, at a constant height level, from the swirl chamber as far as under the valve orifice, and the swirl chamber and swirl duct are formed as depressions into that disk surface of the spray hole disk which faces toward the valve seat body, characterized in that the swirl duct has a duct cross section and the spray hole has a hole cross section, which cross sections are dimensioned such that the ratio of duct cross section to hole cross section is equal to or greater than 1.5, and wherein the swirl chamber is formed in so as to be recessed relative to the respective swirl duct itself.