mhurhangee/ep-ind-claims huggingface dataset:
Hybrid cord for use as a rigidity support in a component part of a pneumatic vehicle tyre comprising two or more mutually end-twisted yarns (2, 3), wherein at least a first yarn is a high-modulus yarn and a further yarn is a low-modulus yarn, characterized in that the high-modulus yarn is a filament yarn and the low-modulus yarn is a yarn formed of staple fibres, wherein the high-modulus yarn has a breaking extension in a range from 2% to 8% and the low-modulus yarn of staple fibres has a breaking extension in the range ≥ 9%.
An on-board device of a train configured to receive, update and transmit a safety telegram that includes occupied range information about the train running on a rail track from and to an on-board device of another train, the occupied range information including occupancy rights to blocks of the rail track, the safety telegram further including entry permissions of other trains to the blocks, the safety telegram being circulated among the on-board devices (101,102,103), and the on-board devices (101,102,103) controlling the trains on the basis of information included in the safety telegram, characterised in that in a case of coupling the one train to the other train, other train entry permission information for permitting the other train to enter an occupied range of the one train is filled in the safety telegram, the other train entry permission information is filled in the safety telegram on condition that the one train is stopped, and control is exercised over the one train in such a manner that the one train continues to activate a brake, and on completion of coupling one train to the other train, the other train entry permission information is erased. in a case of coupling the one train to the other train, other train entry permission information for permitting the other train to enter an occupied range of the one train is filled in the safety telegram, the other train entry permission information is filled in the safety telegram on condition that the one train is stopped, and control is exercised over the one train in such a manner that the one train continues to activate a brake, and on completion of coupling one train to the other train, the other train entry permission information is erased.
A method of cryopreserving tumor tissue for the manufacture of tumor infiltrating lymphocytes (TILs), the method comprising: (i) fragmenting the tumor tissue; (ii) incubating the fragments in a cryopreservation medium for 30 minutes to 80 minutes at 2°C to 8°C; and, (iii) freezing the fragments wherein the freezing is flash freezing using the vapor phase of liquid nitrogen. (i) fragmenting the tumor tissue; (ii) incubating the fragments in a cryopreservation medium for 30 minutes to 80 minutes at 2°C to 8°C; and, (iii) freezing the fragments wherein the freezing is flash freezing using the vapor phase of liquid nitrogen.
A method for manufacturing a piston ring, in that a metallic base body at least comprising a radial outer bearing surface, a radial inner circumferential surface as well as upper and lower flank surfaces (2, 3) which extend between them is provided with a defined conicity in the area of an approximately cylindrical bearing surface, at least the bearing surface is provided with at least one wear-resistant layer and such area of the at least one wear-resistant layer which forms a strip edge is at least partially removed in an essentially cylindrical way while forming a web of pre-determinable width (h'), characterized in that the bearing surface is provided with a PVD cover layer, wherein in case of a given PVD cover layer, the same one will be removed down to the basic material of the bearing surface for forming the web.
Cap for a container for accommodating a liquid for enteral nutrition, in particular for a milk container, comprising a holder (54, 56) for fastening the cap on the container and also comprising a female connector element, which is arranged in the form of a through-opening in the cap and is intended for connecting to a male connector element, wherein the cap has a fluid-tight ventilating channel, characterized in that at least the female connector element, at least in part, has an antimicrobial surface, which is provided by an antimicrobial coating.
Combing machine for spinning preparation, having a machine frame in which at least two combing heads are arranged, and having a main drive motor for driving the combing heads, wherein a main shaft in operative connection with the main drive motor is provided, the main shaft driving the at least two combing heads, the combing heads being in operative connection with the main shaft such that, when the main drive motor is in operation, the combing cycles of the combing heads are phase-shifted relative to one another, characterised in that a first group of combing heads is in operative connection with and driven by the main drive motor by way of a first gear, and a second group of combing heads is in operative connection with and driven by the main drive motor by way of a second gear, wherein the main shaft has an adjusting means by means of which a part of the main shaft that is connected to the first gear is adjustable about a shaft axis relative to a part of the main shaft that is connected to the second gear. wherein a main shaft in operative connection with the main drive motor is provided, the main shaft driving the at least two combing heads, the combing heads being in operative connection with the main shaft such that, when the main drive motor is in operation, the combing cycles of the combing heads are phase-shifted relative to one another, characterised in that a first group of combing heads is in operative connection with and driven by the main drive motor by way of a first gear, and a second group of combing heads is in operative connection with and driven by the main drive motor by way of a second gear, wherein the main shaft has an adjusting means by means of which a part of the main shaft that is connected to the first gear is adjustable about a shaft axis relative to a part of the main shaft that is connected to the second gear.
A jet grouting method for improving a ground to be treated, the method comprising: forming a ground improvement body by injecting an improving material into the ground via an injection rod while rotating the injection rod in the ground, characterized by, when forming the ground improvement body, changing stepwisely a rotation speed of the injection rod injecting the improving material so as to control a diameter of the ground improvement body to be formed such that the sectional shape of the ground improvement body is a combination of at least two kinds of fan shapes, one of the two kinds corresponding to a fan shape having a smaller radius, and the other corresponding to a fan shape having a larger radius. forming a ground improvement body by injecting an improving material into the ground via an injection rod while rotating the injection rod in the ground, characterized by, when forming the ground improvement body, changing stepwisely a rotation speed of the injection rod injecting the improving material so as to control a diameter of the ground improvement body to be formed such that the sectional shape of the ground improvement body is a combination of at least two kinds of fan shapes, one of the two kinds corresponding to a fan shape having a smaller radius, and the other corresponding to a fan shape having a larger radius.
A set comprising: an endorectal ultrasound probe comprising an elongated body, with a convex curved outer surface, extending along a longitudinal extension (A-A)of the elongated body; wherein at least an array of ultrasound sensors is provided on the elongated body, on the curved surface to emit and receive ultrasound waves; and a dummy endorectal probe, having an outer surface of shape and dimension equal to the shape and dimension of the ultrasound probe; wherein the material, of which the dummy probe is made, is selected such as not to disturb the acquisition of data, related to chemical physical features of biological tissues of a patient under investigation by a high-definition imaging machine, such as a magnetic resonance machine. an endorectal ultrasound probe comprising an elongated body, with a convex curved outer surface, extending along a longitudinal extension (A-A)of the elongated body; wherein at least an array of ultrasound sensors is provided on the elongated body, on the curved surface to emit and receive ultrasound waves; and a dummy endorectal probe, having an outer surface of shape and dimension equal to the shape and dimension of the ultrasound probe; wherein the material, of which the dummy probe is made, is selected such as not to disturb the acquisition of data, related to chemical physical features of biological tissues of a patient under investigation by a high-definition imaging machine, such as a magnetic resonance machine.
A method for producing a composite, comprising a step of placing a porous boron nitride sintered body immersed in a resin composition under a pressurized condition and then placing the boron nitride sintered body immersed in the resin composition under a pressure condition lower than the pressurized condition, wherein the step is repeated a plurality of times.
A solder tip for forming a junction between an electroconductive film formed on a glass substrate and a terminal, the solder tip comprising: a first surface for forming surface contact with a surface of the electroconductive film facing the terminal; and a second surface for forming surface contact with a surface of the terminal facing the electroconductive film, wherein the first surface and the second surface are planes parallel to each other, the area of the first surface and the area of the second surface are greater than or equal to 26 mm 2, respectively, the solder tip is formed of a lead-free solder, the second surface has a housing concave part formed to contain a projection to be formed on the surface of the terminal facing the electroconductive film, and the first surface has a dummy concave part formed corresponding to the housing concave part. a first surface for forming surface contact with a surface of the electroconductive film facing the terminal; and a second surface for forming surface contact with a surface of the terminal facing the electroconductive film,
A battery pack comprising: a plurality of secondary batteries, each comprising a first electrode terminal and a second electrode terminal protruding from a cap plate; and a plurality of busbars, each electrically coupling the first electrode terminal of one of the secondary batteries and the second electrode terminal of an adjacent one of the secondary batteries, wherein the first electrode terminal has a planar first surface at a top surface of the cap plate and parallel with the cap plate, and wherein the second electrode terminal protrudes above the top surface of the cap plate, and the second electrode terminal has a planar first surface and a second surface that is opposite to the first surface, wherein the first and second surfaces of the second electrode terminal are perpendicular to the cap plate, wherein each of the busbars comprises a first connection part welded to the first surface of the first electrode terminal, and a second connection part coupled to the second electrode terminal, wherein a portion of each of the busbars between the first connection part and the second connection part is bent, and wherein the busbars and the second electrode terminals are forcibly deformed to couple the second connection part to the second electrode terminal. a plurality of secondary batteries, each comprising a first electrode terminal and a second electrode terminal protruding from a cap plate; and a plurality of busbars, each electrically coupling the first electrode terminal of one of the secondary batteries and the second electrode terminal of an adjacent one of the secondary batteries, wherein the first electrode terminal has a planar first surface at a top surface of the cap plate and parallel with the cap plate, and wherein the second electrode terminal protrudes above the top surface of the cap plate, and the second electrode terminal has a planar first surface and a second surface that is opposite to the first surface, wherein the first and second surfaces of the second electrode terminal are perpendicular to the cap plate, wherein each of the busbars comprises a first connection part welded to the first surface of the first electrode terminal, and a second connection part coupled to the second electrode terminal, wherein a portion of each of the busbars between the first connection part and the second connection part is bent, and wherein the busbars and the second electrode terminals are forcibly deformed to couple the second connection part to the second electrode terminal.
A method for surface modification of a material by means of introducing the phosphorylcholine group represented by the following formula onto the surface of the material; said method comprising a step in which primary or secondary amino groups are introduced to the material and a step in which said material containing said amino groups is treated in a reductive amination reaction with a chemical compound containing an aldehyde derivative obtained by the oxidative cleavage reaction of glycerophosphorylcholine to directly add phosphorylcholine groups to the surface of the material, wherein the material is a polymer material including resin molded pieces, fiber, film, sheets, fabric and non-woven fabric or the material is composed of ceramic or metal, R 1, R 2, and R 3 each independently denote a straight chain or branched chain alkyl group having 1-6 carbon atoms, and n=2-4.
Differential circuit breaker comprising a differential protective compartment and a linking part mounted inside the differential protective compartment, said differential circuit breaker furthermore comprising a test circuit able to test correct operation of the differential protective compartment, said test circuit including a first on/off switch able to be opened and/or closed via a press on a test button, and the differential circuit breaker furthermore comprising switching compartments containing a mechanism for opening and closing at least one electrical contact between an upstream electrical line and a downstream electrical line, characterized in that the linking part on the one hand protrudes from either side of the differential protective compartment and penetrates into said switching compartments, which are located on either side of the differential protective compartment, and on the other hand allows the switching compartments to be joined mechanically to one another by virtue of lateral pins (251, 251') and is able to actuate opening of the contact of the switching compartments on a differential fault via its lateral pins (251, 251') and in that said test circuit furthermore includes a second on/off switch able to opened by said linking part when the contact of the switching compartments is opened and/or when the differential protective compartment detects a fault.
A method for ejecting a spirally wound pipe section from a mandrel, wherein the mandrel has a longitudinal axis around of which it is rotated and a cylindrical outer surface around which the profile forming the pipe section is spirally wound, the method comprising steps of: - cutting the profile that is wound on the mandrel to form an end of the pipe section, and - pushing at least one ejector element against the end of the pipe section, characterized of - holding the at least one ejector element stationary in the direction of longitudinal axis of the mandrel, - rotating the mandrel and pipe section in the same direction as the profile is wound on the mandrel so that the ejector element pushes the pipe in the direction of the longitudinal axis of the mandrel according to the rise of the angle of the end of the pipe, and - the ejector element is moved towards the end of the mandrel every time the end of the profile is detected. - cutting the profile that is wound on the mandrel to form an end of the pipe section, and - pushing at least one ejector element against the end of the pipe section, characterized of - holding the at least one ejector element stationary in the direction of longitudinal axis of the mandrel, - rotating the mandrel and pipe section in the same direction as the profile is wound on the mandrel so that the ejector element pushes the pipe in the direction of the longitudinal axis of the mandrel according to the rise of the angle of the end of the pipe, and - the ejector element is moved towards the end of the mandrel every time the end of the profile is detected.
A cable rotation blocking system (CRBS) extending along an axis X between a first end and a second end, and comprising: a first section provided at said first end that is configured to be connectable to a cable; and a second section provided at said second end that is configured to be attachable to a load; wherein when no load, or a load up to an upper load threshold is attached to said second section, said second section is rotatable about said axis X, relative to said first section, and wherein: when a load higher than said upper load threshold load is attached to said second section, said second section is prevented from rotation about said axis relative to said first section, and wherein said first section comprises a first body; and wherein said second section comprises a second body; and wherein, when said load higher than said upper load threshold load is attached to said second section, a surface of said first body contacts a surface of said second body, thereby preventing said rotation of said second section about said axis X relative to said first section. a first section provided at said first end that is configured to be connectable to a cable; and a second section provided at said second end that is configured to be attachable to a load; wherein when no load, or a load up to an upper load threshold is attached to said second section, said second section is rotatable about said axis X, relative to said first section, and wherein: when a load higher than said upper load threshold load is attached to said second section, said second section is prevented from rotation about said axis relative to said first section, and wherein said first section comprises a first body; and wherein said second section comprises a second body; and wherein, when said load higher than said upper load threshold load is attached to said second section, a surface of said first body contacts a surface of said second body, thereby preventing said rotation of said second section about said axis X relative to said first section. said first section comprises a first body; and wherein said second section comprises a second body; and wherein, when said load higher than said upper load threshold load is attached to said second section, a surface of said first body contacts a surface of said second body, thereby preventing said rotation of said second section about said axis X relative to said first section.
A method of controlling maximum output power of a transmitter of an unmanned aerial vehicle, the method being performed by the unmanned aerial vehicle and comprising: - obtaining information about its height h over ground, characterized in that the method further comprises: - adapting maximum allowed output power based on the obtained information about the height h over ground, wherein the adapting comprises increasing the maximum allowed output power with increasing height h and reducing the maximum allowed output power with reducing height h. - obtaining information about its height h over ground, characterized in that the method further comprises: - adapting maximum allowed output power based on the obtained information about the height h over ground, wherein - adapting maximum allowed output power based on the obtained information about the height h over ground, wherein
An electronic device, comprising: a housing including: a first plate forming a front surface of the housing, a second plate (130, 1300) integrally forming a rear surface and side surface (110C, 1201) of the housing, wherein a space is enclosed between the front surface, side surface and rear surface, and wherein the second plate includes a first surface forming the side and rear surfaces of the housing, and a second surface (132, 1002) disposed opposite to the first surface; and a display disposed in the space and at least partially visible through the first plate, wherein at least a portion of the second surface (132, 1002) includes a pattern having surface roughness having a height of 0.1 μm to 1 μm, and wherein the second plate (130, 1300) includes a light transmittance rate of 70% to 100%. a housing including: a first plate forming a front surface of the housing, a second plate (130, 1300) integrally forming a rear surface and side surface (110C, 1201) of the housing, wherein a space is enclosed between the front surface, side surface and rear surface, and wherein the second plate includes a first surface forming the side and rear surfaces of the housing, and a second surface (132, 1002) disposed opposite to the first surface; and a first plate forming a front surface of the housing, a second plate (130, 1300) integrally forming a rear surface and side surface (110C, 1201) of the housing, wherein a space is enclosed between the front surface, side surface and rear surface, and wherein the second plate includes a first surface forming the side and rear surfaces of the housing, and a second surface (132, 1002) disposed opposite to the first surface; and wherein a space is enclosed between the front surface, side surface and rear surface, and wherein the second plate includes a first surface forming the side and rear surfaces of the housing, and a second surface (132, 1002) disposed opposite to the first surface; and a display disposed in the space and at least partially visible through the first plate, wherein at least a portion of the second surface (132, 1002) includes a pattern having surface roughness having a height of 0.1 μm to 1 μm, and wherein the second plate (130, 1300) includes a light transmittance rate of 70% to 100%.
Particle detection device comprising a support and at least one moveable structure with respect to the support, said moveable structure comprising a platform, of which one face at least is intended to receive the particle(s) to detect, suspension means for suspending the platform such that the platform can be made to vibrate with respect to the support, actuating means for making said platform vibrate at at least one of its resonance frequencies, detection means for detecting the displacement of the platform in a given direction, the suspension means comprising at least two beams (12.1, 12.2, 12.3, 12.4), configured to deform when the platform is made to vibrate, in which each beam (12.1, 12.2, 12.3, 12.4) has a length I, a width L and a thickness e and the platform has a dimension in the direction of displacement of the platform, characterized in that - the dimension of each beam in the given direction of displacement of the platform is at least 10 times smaller than the dimension of the platform in the given direction of displacement, and - in the case of a detection device with in plane mode l ≥ 10 ×L and in the case of a detection device with out of plane mode l ≥ 10 ×e, such that, when the platform is made to vibrate, said platform is not or is little deformed by the action of the beams. - the dimension of each beam in the given direction of displacement of the platform is at least 10 times smaller than the dimension of the platform in the given direction of displacement, and - in the case of a detection device with in plane mode l ≥ 10 ×L and in the case of a detection device with out of plane mode l ≥ 10 ×e, such that, when the platform is made to vibrate, said platform is not or is little deformed by the action of the beams.