mhurhangee/ep-ind-claims huggingface dataset:
A tire with reduced cavity noise comprising: an adhesive agent layer applied to an inside of an inner liner; and a sound absorber layer attached to the adhesive agent layer, wherein the adhesive agent layer comprises poly(ether-urethane) containing alkoxysilane at both ends thereof. an adhesive agent layer applied to an inside of an inner liner; and a sound absorber layer attached to the adhesive agent layer, wherein the adhesive agent layer comprises poly(ether-urethane) containing alkoxysilane at both ends thereof.
A tool for channelling the liquid projected and/or sprayed by equipment for applying phytosanitary products, comprising an essentially concave hollow body, with a central part recessed with respect to the two side parts, defining a first U-shaped channel,and comprising means for projecting and/or spraying water which comprise a plurality of mechanisms that project and/or spray water, whereby the mechanisms are connected by means of a pipe with a solenoid valve to a water supply network and the solenoid valve is controlled by a control panel, characterised in that the tool comprises on each side part at least one longitudinal fold oriented towards the concave part of the body, which in combination with the side part defines a V- to U-shaped second channel designed to prevent the liquid from escaping from the body by the side parts and to channel the liquid inside it into the concave part of the body, the tool comprises a plurality of longitudinal fins in the concave part of the body and oriented towards the central, most deeply recessed part of the body, such that each one of the longitudinal fins forms a V-shaped channelling unit and the formed assembly channels the liquid in a U-shape, using the concave surface of the tool as the common side part of the V-shaped channelling units, and in that the plurality of mechanisms that project and/or spray water are disposed in the longitudinal folds in the front part of the tool and oriented such that with their projection and/or spray they direct in the direction of the splashes produced when the equipment for applying phytosanitary products projects and/or sprays liquid into the concave part of the body of the tool.
Rotating electrical machine for a motor vehicle, the machine comprises: - a casing, - an electronic assembly mounted on the casing, - a protective cover positioned around the electronic assembly, and - a screw extending along an axis (X') and allowing the cover to be fastened on the casing and/or the electronic assembly; wherein the protective cover comprises at least one aperture forming a fastening zone in which extend at least one tongue delimiting a central aperture for the passage of the screw and wherein the screw comprises a screw head and a retaining groove such that the tongues come to be housed in said groove, characterized by the protective cover comprising at least one dismantling rib inclined with respect to the axis (X') to allow the dismantling of the cover with respect to the screw. - a casing, - an electronic assembly mounted on the casing, - a protective cover positioned around the electronic assembly, and - a screw extending along an axis (X') and allowing the cover to be fastened on the casing and/or the electronic assembly;
A method for fabricating a forged titanium-alloy turbine engine component, comprising the steps of: providing a workpiece made of a titanium alloy, wherein the titanium alloy has a beta-transus temperature; with a nominal composition in weight percent of 6 percent aluminum, 4 percent vanadium, 0.2 percent oxygen, balance titanium and impurities; thereafter forging the workpiece to make a forged gas turbine engine component; thereafter heating treating the forged gas turbine engine component by: solution heat treating the forged gas turbine engine component at a solution heat treating temperature below the beta-transus temperature; thereafter water quenching the gas turbine engine component to room temperature; and thereafter aging the gas turbine engine component at an aging temperature; and thereafter final machining the forged gas turbine engine component; characterised in that: said solution heat treating temperature is from about 50°F (10°C) to about 75°F (24°C) below the beta-transus temperature; and said aging temperature is from about 900°F (482°C) to about 1000°F (538°C); and wherein said forged gas turbine engine component has a thick portion thereof with a section thickness greater than 2-1/4 inches (5.72 cm). providing a workpiece made of a titanium alloy, wherein the titanium alloy has a beta-transus temperature; with a nominal composition in weight percent of 6 percent aluminum, 4 percent vanadium, 0.2 percent oxygen, balance titanium and impurities; thereafter forging the workpiece to make a forged gas turbine engine component; thereafter heating treating the forged gas turbine engine component by: solution heat treating the forged gas turbine engine component at a solution heat treating temperature below the beta-transus temperature; thereafter water quenching the gas turbine engine component to room temperature; and thereafter aging the gas turbine engine component at an aging temperature; and thereafter final machining the forged gas turbine engine component; solution heat treating the forged gas turbine engine component at a solution heat treating temperature below the beta-transus temperature; thereafter water quenching the gas turbine engine component to room temperature; and thereafter aging the gas turbine engine component at an aging temperature; and thereafter final machining the forged gas turbine engine component; said solution heat treating temperature is from about 50°F (10°C) to about 75°F (24°C) below the beta-transus temperature; and said aging temperature is from about 900°F (482°C) to about 1000°F (538°C); and wherein said forged gas turbine engine component has a thick portion thereof with a section thickness greater than 2-1/4 inches (5.72 cm).
A system for reducing blood pressure comprising: - at least one stimulation electrode for stimulating at least one chamber of a heart of a patient with a stimulation pattern comprising at least one stimulation pulse; and - at least one controller configured to: receive input relating to the patient's blood pressure; and adjust the stimulation pattern based on said blood pressure, wherein the controller is configured to adjust the stimulation pattern by performing an adjustment process that includes adjusting a parameter of a first stimulation setting of at least one of the at least one stimulation pulse, the first stimulation setting being configured to reduce or prevent atrial kick in at least one ventricle. - at least one stimulation electrode for stimulating at least one chamber of a heart of a patient with a stimulation pattern comprising at least one stimulation pulse; and - at least one controller configured to: receive input relating to the patient's blood pressure; and adjust the stimulation pattern based on said blood pressure, receive input relating to the patient's blood pressure; and adjust the stimulation pattern based on said blood pressure,
A micro-hollow cathode discharge device, comprising: a first electrode layer comprising a first electrode, wherein a hole is disposed in the first electrode layer; a dielectric layer having a first surface that is disposed on the first electrode layer, wherein the hole continues from the first electrode layer through the dielectric layer; a semi-conducting layer disposed on a second surface of the dielectric layer opposite the first surface, the semi-conducting layer comprising a semiconductor material that spans across the hole such that the hole terminates at the semi-conducting layer; and a second electrode layer disposed on the semi-conducting layer opposite the dielectric layer, characterized in that said hole is lined by a ceramic that is electrically insulating, and in that said semi-conducting layer comprises carbon tape. a first electrode layer comprising a first electrode, wherein a hole is disposed in the first electrode layer; a dielectric layer having a first surface that is disposed on the first electrode layer, wherein the hole continues from the first electrode layer through the dielectric layer; a semi-conducting layer disposed on a second surface of the dielectric layer opposite the first surface, the semi-conducting layer comprising a semiconductor material that spans across the hole such that the hole terminates at the semi-conducting layer; and a second electrode layer disposed on the semi-conducting layer opposite the dielectric layer, characterized in that said hole is lined by a ceramic that is electrically insulating, and in that said semi-conducting layer comprises carbon tape.
A permeable paving system, comprising: abase layer, and a layer of paving material, said base layer comprising a plurality of bases, which are each a lower part of a substantially hollow structural module, having a rigid bottom wall substantially parallel to a rigid intermediate wall, retained in a fixed space relationship from each other by a plurality of pillars (76A;76B) extending between said rigid bottom wall and said rigid intermediate wall, said intermediate wall and said bottom wall comprising a plurality of struts (74A;74B) extending between the adjacent pillars, the paving system further comprising a top wall, the intermediate and bottom walls of the bases and said top wall having apertures for movement of fluids into, and out of the structural modules, wherein the intermediate wall provides structural support for the top wall, characterised in that the top wall is the upper part of the structural module and connects to, or rests on the intermediate wall, the top wall comprises a flat, rectangular, rigid material with apertures, wherein each of the structural modules includes a plurality of pillars, a plurality of female pillars and a plurality of male pillars, wherein the pillars (76A,76B,76C) are interlaced by a plurality of relatively thin connecting top struts that form the intermediate wall, and the plurality of bottom struts that form the bottom wall, and wherein perimeter edges of the intermediate wall, perimeter edges of the bottom wall, and a plurality of perimeter pillars (76A,76B,76C) form a plurality of substantially open side edges. abase layer, and a layer of paving material, said base layer comprising a plurality of bases, which are each a lower part of a substantially hollow structural module, having a rigid bottom wall substantially parallel to a rigid intermediate wall, retained in a fixed space relationship from each other by a plurality of pillars (76A;76B) extending between said rigid bottom wall and said rigid intermediate wall, said intermediate wall and said bottom wall comprising a plurality of struts (74A;74B) extending between the adjacent pillars, the paving system further comprising a top wall, the intermediate and bottom walls of the bases and said top wall having apertures for movement of fluids into, and out of the structural modules, wherein the intermediate wall provides structural support for the top wall, characterised in that the top wall is the upper part of the structural module and connects to, or rests on the intermediate wall, the top wall comprises a flat, rectangular, rigid material with apertures, wherein each of the structural modules includes a plurality of pillars, a plurality of female pillars and a plurality of male pillars, wherein the pillars (76A,76B,76C) are interlaced by a plurality of relatively thin connecting top struts that form the intermediate wall, and the plurality of bottom struts that form the bottom wall, and wherein perimeter edges of the intermediate wall, perimeter edges of the bottom wall, and a plurality of perimeter pillars (76A,76B,76C) form a plurality of substantially open side edges.
Power tool with a rotary functional element of the roller type, in particular of the type with a surface restoration function, comprising an elongate shaft which has a rotary drive and is provided with two diametrically opposed longitudinal grooves (13A, 13B) for removably mounting at least one roller, and at least one roller which has a functional surface and comprises a hub which comprises a central hollow part (31, 32) constituting the part for mounting the roller on the shaft of the tool, characterized in that the central hollow part (31, 32) of the hub of the roller comprises two longitudinal ribs (30A, 30B) for mutual engagement which are diametrically opposed, extend longitudinally with respect to the central hollow part (31, 32) of the hub and are engaged by direct contact in said longitudinal grooves (13A, 13B) of the shaft of the tool.
A method for wireless communications at a user equipment, UE, comprising: determining to establish a communication link between the UE and a serving cell of a base station; selecting, by the UE to establish the communication link, a first beam of a plurality of candidate beams of the serving cell; transmitting, to the base station, an indication of the selected first beam in a media access control, MAC, control element on an uplink resource based at least in part on an availability of the uplink resource. determining to establish a communication link between the UE and a serving cell of a base station; selecting, by the UE to establish the communication link, a first beam of a plurality of candidate beams of the serving cell; transmitting, to the base station, an indication of the selected first beam in a media access control, MAC, control element on an uplink resource based at least in part on an availability of the uplink resource.
- Test apparatus for testing a device being tested, the apparatus comprising: a test device comprising a memory for storing data processing instructions and one or more processors arranged, when the data processing instructions are executed: - to execute test code in order to implement a test operation on the device being tested, the test code defining one or more test patterns and one or more test algorithms to be applied to test instruments the device being tested, the test code being in a first format that is independent of the test interface (106, 108) between the test device and the device being tested; and an interface controller coupled to the device being tested and arranged to convert communications generated by the test device during the execution of the test code into a second format suitable for the test interface, and to convert communications from the device being tested into the first format. a test device comprising a memory for storing data processing instructions and one or more processors arranged, when the data processing instructions are executed: - to execute test code in order to implement a test operation on the device being tested, the test code defining one or more test patterns and one or more test algorithms to be applied to test instruments the device being tested, the test code being in a first format that is independent of the test interface (106, 108) between the test device and the device being tested; and - to execute test code in order to implement a test operation on the device being tested, the test code defining one or more test patterns and one or more test algorithms to be applied to test instruments the device being tested, the test code being in a first format that is independent of the test interface (106, 108) between the test device and the device being tested; and an interface controller coupled to the device being tested and arranged to convert communications generated by the test device during the execution of the test code into a second format suitable for the test interface, and to convert communications from the device being tested into the first format.
A pipe system linear unit, having two guide rods (10, 11) arranged in parallel and spaced apart from one another, and an actuating spindle standing between the guide rods (10, 11) and being rotatably drivable and parallel to and spaced from the guide rods (10, 11), on which at least one integral guide carriage (12, 13) is positioned which is respectively provided with a lead nut, and that integral end elements (14, 15) are fixedly positioned on the end regions of the guide rods (10, 11), wherein the at least one guide carriage (12, 13) is provided with two passage bores (16, 17) extending at a distance from one another, through which the guide rods (10, 11) are guided, characterized in that the end elements (14, 15) have blind holes (18, 19) on the sides facing the guide carriage or carriages (12, 13), into which the end regions of the guide rods (10, 11) are inserted, and at least the end regions of the guide rods (10, 11) are fixed in the blind holes by means of expandable tensioning elements (26, 27).
A semiconductor device, comprising: a dummy gate in a semiconductor device active area; a first and a second active contact on each side of and adjacent to the dummy gate; a dielectric layer over the dummy gate and the first and second active contacts; an extended stacked contact through the dielectric layer and directly electrically coupled to a gate contact of the dummy gate and the first active contact, the extended stacked contact arranged to ground the dummy gate by at least partially overlapping both the dummy gate and the first active contact; an adjacent neighbor stacked contact through the dielectric layer and directly electrically coupled to the second active contact, wherein the extended stacked contact is electrically isolated from the neighbor stacked contact. a dummy gate in a semiconductor device active area; a first and a second active contact on each side of and adjacent to the dummy gate; a dielectric layer over the dummy gate and the first and second active contacts; an extended stacked contact through the dielectric layer and directly electrically coupled to a gate contact of the dummy gate and the first active contact, the extended stacked contact arranged to ground the dummy gate by at least partially overlapping both the dummy gate and the first active contact; an adjacent neighbor stacked contact through the dielectric layer and directly electrically coupled to the second active contact, wherein the extended stacked contact is electrically isolated from the neighbor stacked contact.
An image processing device that processes images obtained by an endoscopic device including an objective lens on its distal portion and a head part at its proximal portion having an image taking part and a gyro part built therein, the image processing device, comprising: circuitry configured to estimate an approximate center of rotation of the endoscopic device that is positioned between the objective lens and the gyro part of the endoscopic device, based on detection of motion of the endoscopic device in response to a movement of the objective lens by manipulating the proximal portion of the endoscopic device wherein detection of motion of the distal portion of the endoscopic device is based on an analysis of relative motion of multiple images obtained using the objective lens at the distal portion of the endoscopic device, and includes determining an angular velocity of the proximal portion of the endoscopic device.
A monobloc aerosol tube or can being coated on at least a portion of an internal surface thereof with a coating composition, the coating composition comprising a thermoset powder composition, wherein the coating composition is substantially free of bisphenol A, bisphenol F, bisphenol A diglycidyl ether (BADGE) and bisphenol F diglycidyl ether (BFDGE); wherein the thermoset powder composition comprises an acid functional polyester material and a crosslinker material operable to crosslink the acid functionality on the acid functional polyester material, and wherein the acid functional polyester material has an acid number of at least 25 mg KOH/g.
A process for forming a plurality of hot melt adhesive pellets comprising the steps of: a) extruding the adhesive through an orifice of a die plate immersed in a cooling fluid, which has a temperature T1; b) cutting the adhesive into a plurality of pellets in the cooling fluid; c) solidifying the pellets in a recrystallization fluid at a temperature T2 for at least 30 minutes; d) separating the pellets from the recrystallization fluid and drying the pellets, wherein the T1 is less than 7.2°C (45°F) and the T2 is higher than T1 by at least 16.7°C (30°F; T2 = T1 + 30°F ≙ T1 + 16.7 °C), wherein the hot melt adhesive comprises an amorphous poly-alpha-olefin polymer, and wherein the obtained pellets have an average percent deformation less than 40%, whereby the percent deformation is (d 0 -d 1)/d 0 x 100%; d 0 is an initial diameter and d 1 is a diameter measured after applying a weight of 70g for one minute. a) extruding the adhesive through an orifice of a die plate immersed in a cooling fluid, which has a temperature T1; b) cutting the adhesive into a plurality of pellets in the cooling fluid; c) solidifying the pellets in a recrystallization fluid at a temperature T2 for at least 30 minutes; d) separating the pellets from the recrystallization fluid and drying the pellets, wherein the T1 is less than 7.2°C (45°F) and the T2 is higher than T1 by at least 16.7°C (30°F; T2 = T1 + 30°F ≙ T1 + 16.7 °C), wherein the hot melt adhesive comprises an amorphous poly-alpha-olefin polymer, and wherein
Seam-forming means for a sewing machine, comprising thread-guiding means such as, for example, a needle and/or a grippe, for guiding at least one thread that is intended for forming a seam, and a thread-clamp installation which is provided with a thread clamp into which a thread, in particular for forming a seam start may be introduced, in which said thread may be clamped, and from which said thread may be guided out again, characterized by an activatable thread clamp which by means of a controllable activation means is closable for clamping and/or by means of the activation means is openable, and in which at least a point in time for opening or releasing the thread clamp is variably adjustable.
A scale inhibitor composition for inhibiting scale in induced hydraulic fractures in hydraulic fracturing treatment of oil and/or gas wells or in industrial water systems, the composition comprising a polyphosphate glass component, the polyphosphate glass component comprising a reaction product of a mixture of components comprising 60 to 80 wt.% of a phosphorus-containing compound, and 1 to 20 wt.% of one or more controlled release additives, wherein the controlled release additives comprise one or more slowed release additive compounds, one or more accelerated release additive compounds, or a combination thereof; the one or more slowed release additive compounds comprising one or more aluminum-containing compounds; the one or more accelerated release additive compounds comprising one or more silicon-containing compounds or one or more zinc-containing compounds, or a combination thereof; and the controlled release additive optionally comprises one or more titanium-containing compounds or one or more zirconium-containing compounds as the one or more slowed release additive compounds or the one or more accelerated release additive compounds, wherein the mixture of components further comprises a combination of 6 to 12 wt.% of a calcium-containing compound and 5 to 10 wt.% of a magnesium-containing compound, and wherein the mixture of components further comprises 5 to 10 wt.% of sodium carbonate, sodium hydroxide or a combination thereof.