mhurhangee/ep-ind-claims huggingface dataset:
A water craft fin to be removably secured to a water craft fin plug having distinct front and rear open cavities (75, 20) and a bridge section therebetween, the front open cavity of the fin plug having a front cavity fin engagement means comprising a protrusion in a front end of the front open cavity and a first recess between the protrusion and a base surface of the front open cavity; and the rear open cavity of the fin plug having a resiliently protruding ring-shaped member extending into the rear open cavity from an elongate side surface of the rear open cavity; the water craft fin comprising: a base portion having a front tab and a rear tab adapted to be received in the front open cavity and the rear open cavity respectively; the front tab includes a nose section at a front portion of the tab which is adapted to engage with the first recess and the protrusion so as to be retained by the front cavity fin engagement means; and the rear tab includes a side surface which is partially recessed at a forward location of the rear tab side surface, adapted to at least partially receive the resiliently protruding ring-shaped member of the rear cavity; whereby at fin insertion the front tab engages with the front cavity fin engagement means and the fin pivots to insert the rear tab into the rear cavity and engage with the resiliently protruding ring-shaped member such that the fin is removably secured to the fin plug by the fin engagement means and the resiliently protruding ring-shaped member. the front open cavity of the fin plug having a front cavity fin engagement means comprising a protrusion in a front end of the front open cavity and a first recess between the protrusion and a base surface of the front open cavity; and the rear open cavity of the fin plug having a resiliently protruding ring-shaped member extending into the rear open cavity from an elongate side surface of the rear open cavity; the water craft fin comprising: a base portion having a front tab and a rear tab adapted to be received in the front open cavity and the rear open cavity respectively; the front tab includes a nose section at a front portion of the tab which is adapted to engage with the first recess and the protrusion so as to be retained by the front cavity fin engagement means; and the rear tab includes a side surface which is partially recessed at a forward location of the rear tab side surface, adapted to at least partially receive the resiliently protruding ring-shaped member of the rear cavity;
A transformer radiator including an inlet manifold, an outlet manifold and a heat exchange fin extending between and connected to the inlet and outlet manifolds, wherein the heat exchange fin defines at least one oil flow passage (16.1) to convey transformer oil, which, in use, enters the radiator through the inlet manifold, to the outlet manifold, characterised in that the heat exchange fin is provided by a single component having a continuously undulating profile formed by alternating bends (16.2) and straight, parallel turns (16.3) between the bends (16.2), wherein the manifolds (12, 14) extend transversely to the turns (16.3) of the undulating profile, and wherein the single component of the heat exchange fin comprises a pair of metal sheet portions sealed to one another peripherally and separated from one another at least at one location inside the periphery so as to form the at least one oil flow passage (16.1).
A method for producing a monolithic titanium suboxide TiO x ceramic electrode for water electrochemical treatment comprising thermal treating of titanium dioxide TiO 2, forming a titanium suboxide flat strip by extrusion, sealing the titanium suboxide strip with potting resin, creating at least one electroconductive contact surface on the titanium suboxide strip and fastening an electroconductive element thus creating an electric connection, characterized in that a green body in the shape of a flat strip with length not more than 200 mm is formed by extrusion from a mixture of titanium oxide TiO 2 powder, water and binder; the green body is dried; a hole for fastening the electroconductive element in one end of the dried green body is made; a monolithic titanium suboxide TiO x, where x is in the range from 1.95 to 1.97, ceramic strip with the open porosity 10-30% is formed by treating the green body in air at the temperature 1100-1300 °C for 1-3 hours and in vacuum at the temperature 1200-1300 °C for 1-3 hours; on the flat surface of the strip around the hole at least 5 mm wide zone of 5-20 microns thick electroconductive coating is sputtered, creating continuous metal-ceramic connection; the electroconductive element, to which an electrical conductor is connected, through the hole using fastening elements (6,7,8) is motionlessly mechanically fastened to the titanium suboxide ceramic strip where the electroconductive coating is; thereafter, using vacuum impregnation, the end of the electrode where electric connection is created, is sealed with the epoxide resin, sealing it off completely.
A self-energized rising-diving adjusting device for a euphausia superba beam trawl, comprising: rising-diving adjusting apparatuses symmetrically installed on a beam, wherein the rising-diving adjusting apparatuses each comprise a fairing, a protective cover, a propeller water flow generator, a bidirectional driving motor, a rotary screw, a lifting and lowering connector and a fin, the protective cover is connected with a rear end of the fairing, the propeller water flow generator is installed inside the fairing, the bidirectional driving motor is powered by the propeller water flow generator, two ends of the rotary screw are installed on the protective cover in a vertical direction in a mode of rotating bidirectionally, the rotary screw is driven by the bidirectional driving motor to rotate, the lifting and lowering connector is assembled on the rotary screw through a thread structure, characterized in that a front end of the fin is horizontal and both sides of the fin are rotationally connected with the protective cover respectively, and a rear end of the fin is connected with the lifting and lowering connector and is driven to adjust an angle of the fin through lifting and lowering movement of the lifting and lowering connector.
A load carrying bar for a roof rack, said load carrying bar having a length, a height and a width, said load carrying bar comprising a channel with an opening for receiving a fastening member of a load carrying bar accessory, a cover being arranged to seal at least a portion of said opening of said channel of said load carrying bar, said cover comprising an attachment portion for attaching said cover to said load carrying bar and channel sealing portion adapted to substantially seal at least a portion of said opening of said channel of said load carrying bar, said cover is configured to have a direction of deformation along the width of said load carrying bar to provide space for said fastening member of said load carrying bar accessory, characterized in that said cover comprises a first and a second strip member (15, 16) each having an attachment portion and a channel sealing portion, said first and said second strip members (15, 16) extending parallel with said channel of said load carrying bar and being adapted to cooperate to seal said opening of said channel of said load carrying bar.
Method of forming an organic co-polymer film over a surface that is a conductor or semi-conductor of electricity, in two stages: a) electrolysis of an electrolytic solution containing an adhesion primer, selected from among the diazonium aryl salts with the formula below: R-N 2 +, A - wherein: - A represents a monovalent anion and - R represents an aryl group, until a priming coat is formed over the surface, said electrolysis being produced with a reduction potential at least equal to the reduction potential of the adhesion primer; b) a reaction, in the presence of a free-radical polymerisation trigger, of a solution that contains: - at least one protic solvent, - at least one monomer that is polymerisable through the free-radicle pathway, with solubility of at least one protic solvent that is less than 0.1M at 25°C and 1.10 5 Pa, - at least one surfactant whose concentration is such that its critical micellar concentration will be reached, and that the formation of micelles can facilitated, over the surface obtained upon completion of stage (a). a) electrolysis of an electrolytic solution containing an adhesion primer, selected from among the diazonium aryl salts with the formula below: R-N 2 +, A - wherein: - A represents a monovalent anion and - R represents an aryl group, until a priming coat is formed over the surface, said electrolysis being produced with a reduction potential at least equal to the reduction potential of the adhesion primer; - A represents a monovalent anion and - R represents an aryl group, b) a reaction, in the presence of a free-radical polymerisation trigger, of a solution that contains: - at least one protic solvent, - at least one monomer that is polymerisable through the free-radicle pathway, with solubility of at least one protic solvent that is less than 0.1M at 25°C and 1.10 5 Pa, - at least one surfactant whose concentration is such that its critical micellar concentration will be reached, and that the formation of micelles can facilitated, over the surface obtained upon completion of stage (a). - at least one protic solvent, - at least one monomer that is polymerisable through the free-radicle pathway, with solubility of at least one protic solvent that is less than 0.1M at 25°C and 1.10 5 Pa, - at least one surfactant whose concentration is such that its critical micellar concentration will be reached, and that the formation of micelles can facilitated,
In vitro process for identifying the presence or absence of a stress state in a subject comprising a step of detecting the expression and/or quantifying the expression level, in a sample of said subject, of at least four genes selected from the group consisting of Ankrd33b, Anxa1, Anxa2, Chac1, Cidea, Col1a1, Col12a1, Col14a1, Efemp1, G0s2, Gfpt2, Hmox1, Kctd12, Kera, Lgals1, Mgp, Mrc1, Nes, Panx1, Postn, Runx1, Serpinh1, Sh2b2, Slit3, Thbs1 and Tnc, wherein the stress state corresponding to a physiological state wherein the subject exposed to modifications of biotic or abiotic factors in the environment initiate a response to maintain homeostasis.
A gas turbine engine comprising: an engine case housing a low pressure compressor drivingly connected to a low pressure turbine by a low pressure compressor shaft extending along an engine axis, the low pressure turbine disposed forward of the low pressure compressor; a low pressure turbine shaft drivingly connected to the low pressure turbine and extending forward of the low pressure turbine; a reduction gear box drivingly connected to the low pressure turbine shaft forward of the low pressure turbine, wherein the RGB is off-centered radially away from the engine axis by a distance sufficient to provide an axial access to the low pressure compressor shaft via an axially forwardly facing surface of the engine case; an access port defined in the axially forwardly facing surface of the engine case, the port disposed to provide access to the low pressure compressor shaft; and a high pressure compressor drivingly connected to a high pressure turbine via a high pressure shaft, the high pressure compressor disposed forward of the low pressure compressor and in fluid flow communication therewith to receive pressurized air therefrom, the high pressure turbine disposed aft of the low pressure turbine and in fluid communication therewith. an engine case housing a low pressure compressor drivingly connected to a low pressure turbine by a low pressure compressor shaft extending along an engine axis, the low pressure turbine disposed forward of the low pressure compressor; a low pressure turbine shaft drivingly connected to the low pressure turbine and extending forward of the low pressure turbine; a reduction gear box drivingly connected to the low pressure turbine shaft forward of the low pressure turbine, wherein the RGB is off-centered radially away from the engine axis by a distance sufficient to provide an axial access to the low pressure compressor shaft via an axially forwardly facing surface of the engine case; an access port defined in the axially forwardly facing surface of the engine case, the port disposed to provide access to the low pressure compressor shaft; and a high pressure compressor drivingly connected to a high pressure turbine via a high pressure shaft, the high pressure compressor disposed forward of the low pressure compressor and in fluid flow communication therewith to receive pressurized air therefrom, the high pressure turbine disposed aft of the low pressure turbine and in fluid communication therewith.
Brake system for motor vehicles, which can be actuated in a "brake-by-wire" operating mode both by a driver and also independently of the driver, with • a brake pedal, • at least two hydraulically operated wheel brakes (8, 9, 10, 11), • a first and a second brake operation sensor (505a, 505b), • a first electrically controllable pressure source (301, 5), by means of which the wheel brakes can be operated, • a first electronic control unit (112, 12), which is connected to the first brake operation sensor and activates the first pressure source (301, 5), • a second electrically controllable pressure source (302, 249), by means of which the wheel brakes can be operated, • a second electronic control unit (139, 39), which is connected to the second brake operation sensor and actuates the second pressure source (302, 249), • a hydraulic control device, and • a data connection, in particular a third data bus, between the first electronic control unit (112, 12) and the second electronic control unit (139, 39), characterized in that the first electronic control unit (112, 12) comprises a first interface for requesting externally actuated braking, and that the second electronic control unit (139, 39) comprises a second interface for requesting externally actuated braking, wherein the first interface and the second interface are not connected to each other, wherein the first interface is connected by means of a first data bus to a first interface of a first environment control unit having autopilot function, and wherein the second interface is connected by means of a second data bus • to a second interface of the first environment control unit having autopilot function or • to a first interface of a second environment control unit having autopilot function. • a brake pedal, • at least two hydraulically operated wheel brakes (8, 9, 10, 11), • a first and a second brake operation sensor (505a, 505b), • a first electrically controllable pressure source (301, 5), by means of which the wheel brakes can be operated, • a first electronic control unit (112, 12), which is connected to the first brake operation sensor and activates the first pressure source (301, 5), • a second electrically controllable pressure source (302, 249), by means of which the wheel brakes can be operated, • a second electronic control unit (139, 39), which is connected to the second brake operation sensor and actuates the second pressure source (302, 249), • a hydraulic control device, and • a data connection, in particular a third data bus, between the first electronic control unit (112, 12) and the second electronic control unit (139, 39), • to a second interface of the first environment control unit having autopilot function or • to a first interface of a second environment control unit having autopilot function.
Method for transmitting data by inductive coupling, comprising a step consisting of applying bursts (B2, B3) of a periodic signal (Slm) to a tuned inductive antenna circuit at the rate of a data-carrying signal (MS(DTx)), in order to lead to an antenna signal (Vam) that generates a magnetic field, wherein the amplitude of each burst is defined by an envelope signal (E2, E3) having a rising edge (i1-i2) and a falling edge (i3-i4), characterized in that it comprises a step consisting of generating the bursts of the periodic signal by means of a set of points (Pi) applied to a digital-to-analog converter, the set of points defining a burst of the periodic signal by discrete values.
Use of a combination of metabolites contained in a blood sample of a mammalian subject, the combination of metabolites comprising at least (a) one amino acid selected from glutamine, glutamate and serine, and one lipid, or (b) glutamine and glutamate, as a biomarker set for screening and/or diagnosing breast cancer. (a) one amino acid selected from glutamine, glutamate and serine, and one lipid, or (b) glutamine and glutamate,
A dispenser comprising: a body extending along a longitudinal axis between opposite proximal and distal ends (16, 18), the body comprising a proximal chamber, a distal chamber and a wall between the chambers (20, 22), the body including a first port in communication with the proximal chamber and a second port in communication with the distal chamber; and a shaft movably positioned within the body, the shaft extending through the wall and comprising a proximal plunger positioned within the proximal chamber and a distal plunger positioned within the distal chamber, wherein pressure introduced through an opening in the proximal end moves the shaft such that the proximal plunger moves a material within the proximal chamber out of the first port and the distal plunger moves a material within the distal chamber out of the second port, characterized in that the first port extends transverse to the longitudinal axis, and the second port is coaxial with the longitudinal axis. a body extending along a longitudinal axis between opposite proximal and distal ends (16, 18), the body comprising a proximal chamber, a distal chamber and a wall between the chambers (20, 22), the body including a first port in communication with the proximal chamber and a second port in communication with the distal chamber; and a shaft movably positioned within the body, the shaft extending through the wall and comprising a proximal plunger positioned within the proximal chamber and a distal plunger positioned within the distal chamber, wherein pressure introduced through an opening in the proximal end moves the shaft such that the proximal plunger moves a material within the proximal chamber out of the first port and the distal plunger moves a material within the distal chamber out of the second port, characterized in that the first port extends transverse to the longitudinal axis, and the second port is coaxial with the longitudinal axis.
A method for reducing combustion temperature and/or thermal radiation within a lime kiln of a pulp production plant, which kiln is a rotary kiln having a rotary kiln tube internally covered with refractory tiles and a burner attached to burner end of the rotary kiln, which burner is supplied by fuel for heating of the rotary kiln by a flame, wherein calcium carbonate containing particles are supplied to the flame and/or to surrounding area around the flame, and wherein that flow of supplied calcium carbonate containing particles is directed to the upper part of the flame
A pulse period calculation device (1, 3) comprising maximum value detecting means that detects a maximum value of a biological signal obtained at a predetermined time interval, peak value determining means that, in a case where a maximum value that is larger than the maximum value detected by the maximum value detecting means is not detected within a fixed time period by the maximum value detecting means, determines that the maximum value detected by the maximum value detecting means is a peak value, calculating means that, on the basis of a time interval between successive peak values determined by the peak value determining means, calculates a rhythmic period of a pulse of a living body that generates the biological signal, and fixed time period changing means that, in accordance with the time interval between successive peak values determined by the peak value determining means, successively changes the fixed time period by selecting one of a plurality of predetermined time periods in accordance with the time interval between the peak values.
A support member for use in a sealing assembly of a patient interface device for delivering a flow of a breathing gas to the airway of a patient, the support member comprising: a first end structured to be coupled to a frame member of the patent interface device; a second end structured to sealingly engage the face of a patient or to underlie a sealing flap which is structured to sealingly engage the face of a patient; and a sidewall which extends between the first end and the second end, wherein the sidewall comprises a plurality of beads of material, characterized in that the beads have elongated shape, are oriented lengthwise in a circumferential direction around the support member, and at least some of the beads are disposed in a manner that defines one or more separate voids between them in the sidewall. a first end structured to be coupled to a frame member of the patent interface device; a second end structured to sealingly engage the face of a patient or to underlie a sealing flap which is structured to sealingly engage the face of a patient; and a sidewall which extends between the first end and the second end,
A system for tracking a substrate to be printed upon, the substrate translated on a pallet with a conveyance system, the conveyance system configured to translate the pallet through a print zone of a print head, the system comprising: an encoding sensor disposed proximate to the conveyance system, the encoding sensor configured to be oriented toward the pallet and to acquire positional information regarding the pallet; wherein there is at least one processor operably coupled to the print head and the encoding sensor, the at least one processor configured to: receive the positional information from the encoding sensor; determine timing information corresponding to when the substrate disposed on the pallet will be in the print zone; and control the print head to print on the substrate when the substrate is in the print zone characterised in that the encoding sensor is disposed directly behind the pallet and substrate along a line of travel, and is oriented along the line of travel toward the pallet and substrate and that the encoding sensor comprises at least one of a laser interferometer or a laser velocimeter. an encoding sensor disposed proximate to the conveyance system, the encoding sensor configured to be oriented toward the pallet and to acquire positional information regarding the pallet; wherein there is at least one processor operably coupled to the print head and the encoding sensor, the at least one processor configured to: receive the positional information from the encoding sensor; determine timing information corresponding to when the substrate disposed on the pallet will be in the print zone; and control the print head to print on the substrate when the substrate is in the print zone characterised in that the encoding sensor is disposed directly behind the pallet and substrate along a line of travel, and is oriented along the line of travel toward the pallet and substrate and that the encoding sensor comprises at least one of a laser interferometer or a laser velocimeter. receive the positional information from the encoding sensor; determine timing information corresponding to when the substrate disposed on the pallet will be in the print zone; and control the print head to print on the substrate when the substrate is in the print zone characterised in that the encoding sensor is disposed directly behind the pallet and substrate along a line of travel, and is oriented along the line of travel toward the pallet and substrate and that the encoding sensor comprises at least one of a laser interferometer or a laser velocimeter.