mhurhangee/ep-ind-claims huggingface dataset:
Machine for coiling pipes with a predefined internal pressure in spool form, comprising a structure supporting a rotating reel, a feeder for feeding a pipe to the reel in a longitudinal direction (X-X), a device for cutting the pipe, a unit for measuring the length of the pipe, arranged upstream of the cutting device in the longitudinal direction (X-X), characterized in that said machine comprises a device for hermetically sealing the pipe, arranged in a zone of the machine situated upstream - in the direction of feeding of the pipe towards the reel - of the means for fastening to the reel and upstream of the cutting device in the same direction of feeding, wherein said sealing device comprises a sealing gripper designed to crush and weld the head end of the pipe.
A liquid-crystal display device, comprising: a display that comprises a display face and a face on an opposite side of the display face; a plurality of first light sources, each of which is adapted to emit a first light to the face and a second light source that differs from the first light source and is adapted to emit a second light wherein the first light source comprises a direct Light Emitting Diode light source disposed to oppose the display, and wherein the second light source comprises a laser light source; characterized by further comprising: a scanning mirror unit that is adapted to two-dimensionally scan the second light emitted from the second light source on the face. a display that comprises a display face and a face on an opposite side of the display face; a plurality of first light sources, each of which is adapted to emit a first light to the face and a second light source that differs from the first light source and is adapted to emit a second light wherein the first light source comprises a direct Light Emitting Diode light source disposed to oppose the display, and wherein the second light source comprises a laser light source; characterized by further comprising: a scanning mirror unit that is adapted to two-dimensionally scan the second light emitted from the second light source on the face.
A system comprising a first terminal (VDC+) and a second terminal (VDC-) connectable to a DC/DC converter; a third terminal (BATT-) connectable to a battery; a fourth terminal (VOUT-) connectable to a load; a fifth terminal (VOUT/BATT+) connectable to the battery and to the load, and coupled to the first terminal (VDC+); a control circuitry (216, 218; 510) configured to detect a current wherein the detected current is one of a battery discharge current or a battery charging current; a first transistor, with its gate coupled between the first terminal (VDC+) and the fifth terminal (VOUT/BATT+), its source and its drain coupled between the second terminal (VDC-) and the fourth terminal (VOUT-), configured to disconnect the load from at least one of the battery and the DC/DC converter if the battery discharge current exceeds a maximum battery discharge current setting; a second transistor, with its gate coupled between the first terminal (VDC+) and the fifth terminal (VOUT/BATT+), its source and its drain coupled between the second terminal (VDC-) and the third terminal (BATT-), configured to adjust the charging current to maintain the charging current at or near a charge current setting; a third transistor, with its gate coupled to an output of the control circuitry (216, 218; 510), its source and its drain coupled between the gate and the source of the first transistor; a fourth transistor, with its gate coupled to an output of the control circuitry (216, 218; 510), its source and its drain coupled between the gate and the source of the second transistor; wherein the third transistor and the fourth transistor are configured to maintain a connection between the load, the battery and the DC/DC converter if the control circuitry (216, 218; 510) is unable to function.
An eco-friendly, non-aqueous and stable synergistic antimicrobial solution composition a. comprising 0.1 to 20.0 wt% of a Hinokitiol and 80.0 to 99.9 wt% of (i) 1,3-propanediol, and demonstrating synergistic antimicrobial activity against Escherichia coli and Staphylococcus aureus; or b. comprising 0.1 to 20.0 wt% of a Hinokitiol and 80.0 to 99.9 wt% of (ii) sorbitan caprylate, and demonstrating synergistic antimicrobial activity against Escherichia coli. a. comprising 0.1 to 20.0 wt% of a Hinokitiol and 80.0 to 99.9 wt% of (i) 1,3-propanediol, and demonstrating synergistic antimicrobial activity against Escherichia coli and Staphylococcus aureus; or b. comprising 0.1 to 20.0 wt% of a Hinokitiol and 80.0 to 99.9 wt% of (ii) sorbitan caprylate, and demonstrating synergistic antimicrobial activity against Escherichia coli.
A powder coating material characterized by comprising a resin powder component containing a fluorinated copolymer which has repeating units based on a fluoroolefin and repeating units based on a monomer having no fluorine atom, and which has a fluorine content of at least 10 mass%, and a plasticizer-covered luster pigment composed of luster pigment particles with their surface covered by a plasticizer, wherein the plasticizer is a plasticizer which has a melting point of from 30 to 200°C and a molecular weight of from 200 to 1,000, and which has from 1 to 4 ester groups in one molecule.
Cleaning installation for vehicles, comprising at least: - a water supply source; - a first steam generator connected upstream to the water supply source, characterized in that it further comprises: - a suction or blowing device suitable for blowing air and for suction in a mode of operation opposite to the blowing mode; - a cleaning lance comprising: • a first pipe (43, 54) connected to the first steam generator, • a second pipe (60, 61, 55) arranged essentially parallel to the first pipe and connected to the suction or blowing device, installation in which the operation of the suction or blowing device is slaved to the operation of the first steam generator so as to be capable of blowing air or suction at the outlet of the second pipe simultaneously with and at a distance from the spraying of steam at the outlet of the first pipe. - a water supply source; - a first steam generator connected upstream to the water supply source, characterized in that it further comprises: - a suction or blowing device suitable for blowing air and for suction in a mode of operation opposite to the blowing mode; - a cleaning lance comprising: • a first pipe (43, 54) connected to the first steam generator, • a second pipe (60, 61, 55) arranged essentially parallel to the first pipe and connected to the suction or blowing device, - a suction or blowing device suitable for blowing air and for suction in a mode of operation opposite to the blowing mode; - a cleaning lance comprising: • a first pipe (43, 54) connected to the first steam generator, • a second pipe (60, 61, 55) arranged essentially parallel to the first pipe and connected to the suction or blowing device, • a first pipe (43, 54) connected to the first steam generator, • a second pipe (60, 61, 55) arranged essentially parallel to the first pipe and connected to the suction or blowing device,
A display apparatus, comprising: a display panel including a printed circuit board disposed on a rear surface of the display panel; a rear cover attached to at least a part of the rear surface of the display panel, and a housing supporting at least one of the display panel and the rear cover, characterised in that the rear cover has a penetrating hole, and in that the printed circuit board is accommodated in the penetrating hole. a display panel including a printed circuit board disposed on a rear surface of the display panel; a rear cover attached to at least a part of the rear surface of the display panel, and a housing supporting at least one of the display panel and the rear cover, characterised in that the rear cover has a penetrating hole, and in that the printed circuit board is accommodated in the penetrating hole.
Apparatus, preferably computerised tomography scanner apparatus, comprising a first beam tracker structure and a second beam tracker structure and configured to allow passage of radiation through the first and second beam tracker structures, wherein the first and second beam tracker structures each comprise at least one 2D position-sensitive detector assembly comprising: substantially planar detector portions arranged in overlapping relationship as viewed normal to the plane of the detector portions, each detector portion comprising an array of substantially parallel, linear detector elements, the detector elements of respective detector portions being mutually non-parallel, the detector elements each being configured to generate one or more electrical signals in response to interaction of a particle of radiation therewith; and a readout circuit portion configured to: receive the one or more electrical signals generated by each linear detector element in response to interaction of one or more particles therewith, and provide an output signal indicative of the identity of each linear detector element in which the one or more electrical signals have been generated; in which there are at least three such detector portions (210A1-3) in mutually non-parallel arrangement. substantially planar detector portions arranged in overlapping relationship as viewed normal to the plane of the detector portions, each detector portion comprising an array of substantially parallel, linear detector elements, the detector elements of respective detector portions being mutually non-parallel, the detector elements each being configured to generate one or more electrical signals in response to interaction of a particle of radiation therewith; and a readout circuit portion configured to: receive the one or more electrical signals generated by each linear detector element in response to interaction of one or more particles therewith, and provide an output signal indicative of the identity of each linear detector element in which the one or more electrical signals have been generated; receive the one or more electrical signals generated by each linear detector element in response to interaction of one or more particles therewith, and provide an output signal indicative of the identity of each linear detector element in which the one or more electrical signals have been generated; in which there are at least three such detector portions (210A1-3) in mutually non-parallel arrangement.
An embolectomy cage having an elongate axis and a circumference, the embolectomy cage comprising: a plurality of paired, closely spaced, parallel, elongate members ( 60a, 60b), each pair of elongate members (60a, 60b) defining a slot between them, and extending in a direction of the elongate axis and forming nodal interconnections at nodes and inter-nodal interconnections of the embolectomy cage collectively defining a plurality of open cells (30, 30', 30", 30"'), wherein the slots defined by the respective pairs span the nodes wherein each cell includes pairs of interior and exterior elongate members relative to each cell, wherein the interior elongate members of two axially adjacent cells (30, 30') connect to each other at a nodal interconnect between cells and wherein the interior elongate members of each cell connect to the paired exterior elongate members forming two inter-nodal interconnections. a plurality of paired, closely spaced, parallel, elongate members ( 60a, 60b), each pair of elongate members (60a, 60b) defining a slot between them, and extending in a direction of the elongate axis and forming nodal interconnections at nodes and inter-nodal interconnections of the embolectomy cage collectively defining a plurality of open cells (30, 30', 30", 30"'), wherein the slots defined by the respective pairs span the nodes wherein each cell includes pairs of interior and exterior elongate members relative to each cell, wherein the interior elongate members of two axially adjacent cells (30, 30') connect to each other at a nodal interconnect between cells and wherein the interior elongate members of each cell connect to the paired exterior elongate members forming two inter-nodal interconnections.
Method for adjustment of a system for filling of big bags with materials, wherein neck of a big bag is located and retained in an airtight seal around a feed pipe having a telescopically attached outer pipe, wherein the outer pipe is movable to a low position corresponding to the height of the big bag, wherein filling of material is carried out while the bottom of the big bag is supported on an underlying surface, wherein the feed pipe is adapted to fill materials in a vertical stream from overlying dosage unit and wherein the outer pipe after filling the big bag is separated from the neck of the big bag, wherein the distance between the feed pipe's bottom rim (5.4) and the dosage unit is changed, when moving from a big bag with a specific height between the underlying surface and the neck, to a big bag of a different height characterised in that the distance is changed by that the feed pipe is detached from a bracket on the underside of the dosage unit and that a feed pipe of a different length is attached to the bracket or by that the feed pipe's distance to the underlying surface is increased or decreased by replacing a section (5.2) of the feed pipe with a shorter or longer section, or by that a section of feed pipe is added or a section of feed pipe is removed. materials, wherein neck of a big bag is located and retained in an airtight seal around a feed pipe having a telescopically attached outer pipe, wherein the outer pipe is movable to a low position corresponding to the height of the big bag, wherein filling of material is carried out while the bottom of the big bag is supported on an underlying surface, wherein the feed pipe is adapted to fill materials in a vertical stream from overlying dosage unit and wherein the outer pipe after filling the big bag is separated from the neck of the big bag, wherein the distance between the feed pipe's bottom rim (5.4) and the dosage unit is changed, when moving from a big bag with a specific height between the underlying surface and the neck, to a big bag of a different height characterised in that the distance is changed by that the feed pipe is detached from a bracket on the underside of the dosage unit and that a feed pipe of a different length is attached to the bracket or by that the feed pipe's distance to the underlying surface is increased or decreased by replacing a section (5.2) of the feed pipe with a shorter or longer section, or by that a section of feed pipe is added or a section of feed pipe is removed.
An optical-to-electrical conversion apparatus, comprising a first reflection layer, an optical gain layer, a light absorption layer, a second reflection layer, a first current source interface, a second current source interface, a first voltage source interface, and a second voltage source interface, wherein the first reflection layer and the second reflection layer are disposed in parallel to form a resonant cavity between the first reflection layer and the second reflection layer; signal light is incident into the first reflection layer; after the signal light passes through the first reflection layer, signal light of a transmitted part is output to the resonant cavity; and the signal light of the transmitted part is reflected for a plurality of times between the first reflection layer and the second reflection layer, until the signal light in the resonant cavity is converted into a light current; the optical gain layer and the light absorption layer are located in the resonant cavity; the optical gain layer is configured to amplify the signal light in the resonant cavity; the light absorption layer is configured to convert the signal light in the resonant cavity into the light current; the first current source interface and the second current source interface are respectively connected to a positive electrode and a negative electrode of a current source, to supply a current to the optical gain layer; and the first voltage source interface and the second voltage source interface are respectively connected to a positive electrode and a negative electrode of a voltage source, to supply voltage to the light absorption layer.
An absorbable foam, comprising a semicrystalline absorbable segmented copolymer, said copolymer comprising repeating units of polymerized lactide and polymerized epsilon-caprolactone, wherein the mole ratio of polymerized lactide to polymerized epsilon-caprolactone is between 60:40 to 75:25, wherein prior to forming the foam said copolymer has a first heat Tg, as determined by differential scanning calorimetry at a scan rate of 10°C per minute, equal to or less than 0°C, and a crystallinity level of 20 percent to 50 percent, as measured by wide angle X-ray diffraction.
A wireless device, comprising: an antenna (104, 204); a power amplifier (112, 212); a low noise amplifier (114, 214); a duplexer (106, 206) comprising: a hybrid transformer (110, 210) comprising: a primary coil having a first terminal and a second terminal, wherein the first terminal of the primary coil is connected to an output of the power amplifier and the second terminal of the primary coil is connected to the antenna; and a secondary coil having a first terminal and a second terminal, wherein the second terminal of the secondary coil is connected to an input of the low noise amplifier and the first terminal of the secondary coil is connected to ground; and a balancing impedance (108, 208) having a first terminal and a second terminal, wherein the first terminal of the balancing impedance is connected to the output of the power amplifier and the second terminal of the balancing impedance is connected to the input of the low noise amplifier. an antenna (104, 204); a power amplifier (112, 212); a low noise amplifier (114, 214); a duplexer (106, 206) comprising: a hybrid transformer (110, 210) comprising: a primary coil having a first terminal and a second terminal, wherein the first terminal of the primary coil is connected to an output of the power amplifier and the second terminal of the primary coil is connected to the antenna; and a secondary coil having a first terminal and a second terminal, wherein the second terminal of the secondary coil is connected to an input of the low noise amplifier and the first terminal of the secondary coil is connected to ground; and a balancing impedance (108, 208) having a first terminal and a second terminal, wherein the first terminal of the balancing impedance is connected to the output of the power amplifier and the second terminal of the balancing impedance is connected to the input of the low noise amplifier. a hybrid transformer (110, 210) comprising: a primary coil having a first terminal and a second terminal, wherein the first terminal of the primary coil is connected to an output of the power amplifier and the second terminal of the primary coil is connected to the antenna; and a secondary coil having a first terminal and a second terminal, wherein the second terminal of the secondary coil is connected to an input of the low noise amplifier and the first terminal of the secondary coil is connected to ground; and a primary coil having a first terminal and a second terminal, wherein the first terminal of the primary coil is connected to an output of the power amplifier and the second terminal of the primary coil is connected to the antenna; and a secondary coil having a first terminal and a second terminal, wherein the second terminal of the secondary coil is connected to an input of the low noise amplifier and the first terminal of the secondary coil is connected to ground; and a balancing impedance (108, 208) having a first terminal and a second terminal, wherein the first terminal of the balancing impedance is connected to the output of the power amplifier and the second terminal of the balancing impedance is connected to the input of the low noise amplifier.
Fuselage shell for an aircraft, comprising a skin, longitudinal stringers and transversal frames, characterized in that the frames comprise a plurality of sections, the sections being separated by intermediate gaps corresponding to the position of the stringers in the fuselage, each section having a multi-cell configuration constituted by several modular longitudinal elements of composite material arranged in the transversal direction of the fuselage, and in that the frames also comprise an inner cap on top of the sections and the intermediate gaps.
A cooling compressor control system, the system comprising at least: - an electronic control; and - a reciprocating compressor comprising at least one mechanical assembly, which includes at least one compression mechanism and a motor; - the control system being characterized in that the electronic control is configured to detect a rotation turn velocity of the compression mechanism and to apply a braking torque to the mechanical assembly after detecting that the turn velocity is below a velocity level. - an electronic control; and - a reciprocating compressor comprising at least one mechanical assembly, which includes at least one compression mechanism and a motor; - the control system being characterized in that
Head cushion or neck support cushion composed of a cover with a top side and a bottom side sewn up at the edge below a surround band, and a fastener on one side, which can be opened repeatedly, and a filling which is introduced through said fastener into the cushion, wherein the cover is unipartite and wherein said cover is pleated inwards at the edge situated opposite the fastener of the cushion to form a pocket for a grain cushion or a foam core, wherein the two edges of the pleats of the pocket are provided with interacting parts of a second fastener, which can be opened repeatedly.
: Method for diagnosing the metabolic syndrome by determination of the afamin content in a sample of a body fluid or a tissue sample, wherein the metabolic syndrome is diagnosed if the afamin content in the sample is increased compared to the afamin content in a sample from a person not having the metabolic syndrome.