mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a linear heater which comprises: a linear supporter having an outer surface; a heating element located on the linear supporter, wherein the heating element is a pure carbon nanotube structure consisting of a plurality of carbon nanotubes joined end-to-end by van der Waals attractive force therebetween and oriented along a length direction of the linear supporter, wherein the carbon nanotube structure is wrapped on the outer surface of the linear supporter; and two electrodes located on a surface of the carbon nanotube structure, spaced from each other along the length direction of the linear supporter, and electrically connected to the heating element, wherein the two electrodes are configured to supply a voltage therebetween, wherein the two electrodes are lamellar rings wrapped on the heating element and the plurality of carbon nanotubes extends from one of the two electrodes to the other and is aligned along a direction perpendicular to the two electrodes. a linear heater which comprises: a linear supporter having an outer surface; a heating element located on the linear supporter, wherein the heating element is a pure carbon nanotube structure consisting of a plurality of carbon nanotubes joined end-to-end by van der Waals attractive force therebetween and oriented along a length direction of the linear supporter, wherein the carbon nanotube structure is wrapped on the outer surface of the linear supporter; and two electrodes located on a surface of the carbon nanotube structure, spaced from each other along the length direction of the linear supporter, and electrically connected to the heating element, wherein the two electrodes are configured to supply a voltage therebetween, wherein the two electrodes are lamellar rings wrapped on the heating element and the plurality of carbon nanotubes extends from one of the two electrodes to the other and is aligned along a direction perpendicular to the two electrodes. a linear supporter having an outer surface; a heating element located on the linear supporter, wherein the heating element is a pure carbon nanotube structure consisting of a plurality of carbon nanotubes joined end-to-end by van der Waals attractive force therebetween and oriented along a length direction of the linear supporter, wherein the carbon nanotube structure is wrapped on the outer surface of the linear supporter; and two electrodes located on a surface of the carbon nanotube structure, spaced from each other along the length direction of the linear supporter, and electrically connected to the heating element, wherein the two electrodes are configured to supply a voltage therebetween, wherein the two electrodes are lamellar rings wrapped on the heating element and the plurality of carbon nanotubes extends from one of the two electrodes to the other and is aligned along a direction perpendicular to the two electrodes.
Casting table including a tray on which is capable of resting at least one die frame topped by a mold block forming a checker for the production of at least one mold for a tile or accessory, said die frame integrating means for ejecting said mold block and/or said mold, wherein the casting table includes means for actuating said ejection means, these actuating means including, on the one hand, means for pushing through the tray and, on the other hand, means for driving said pushing means.
Elevator comprising at least one elevator car and a counterweight which are at least partly suspended on hoisting ropes and a drive machine driving a traction sheave engaging the hoisting ropes for moving the elevator car along guide rails in an elevator shaft, which elevator further comprises a compensation rope, wherein the compensation rope is led upwards to an upper part of the elevator shaft and from there aside to a balancing area located aside of the travel paths of the car and counterweight, wherein a first part of the compensation rope connected with the car or counterweight and a second part of the compensation rope connected with the car or counterweight are led upwards to an upper part of the elevator shaft where they are guided over at least one corresponding upper diverting pulley (46, 48, 50), characterized in that the first part and second part of the compensation rope are guided via the upper diverting pulley to the balancing area and in the balancing area downwards to a third balancing part of the compensation rope connecting the first and second part of the compensation rope.
Pipe arrangement for a firefighting installation, wherein the firefighting installation is, for example, formed as a sprinkler installation, a spray water and/or an extinguishing installation, a dry extinguishing installation, a gas extinguishing installation, a hydrant installation or the like, and is preferably arranged in a canteen, a kitchen, a hospital, a production facility, in particular a food production facility, wherein the pipe arrangement is provided with a protective device against environmental influences, and the pipe arrangement comprises: a pipe joint which includes two pipe ends (1, 2) which are fixed together by means of a mechanical joint, wherein the pipe ends (1, 2) and also the mechanical joint are enclosed with a deformable hollow body and, after assuming its definitive deformation, the deformable hollow body bears snugly against the pipe ends (1, 2) and the mechanical joint and surrounds them in positively locking relationship, wherein the deformable hollow body is deformable by a thermal treatment or is chemically deformable, wherein the deformable hollow body is a shrink tube and/or is formed by wrapping a sleeve made of shrink tube material around the pipe joint.
A gas turbine engine, comprising: an engine case; and a replaceable rotor blade tip clearance measurement device accessible from outside the engine case; characterised in that the replaceable rotor blade tip clearance measurement device comprises an integral abradable tip with an internal lattice geometry. an engine case; and a replaceable rotor blade tip clearance measurement device accessible from outside the engine case; characterised in that the replaceable rotor blade tip clearance measurement device comprises an integral abradable tip with an internal lattice geometry.
A flux for brazing individual components of heat exchangers, in which nanoparticles are added to a base material, in which the proportion of nanoparticles added is between 0.01% by volume and 10% by volume, in particular between 0.1% by volume and 1% by volume, wherein the nanoparticles are nanoaggregates dispersed in an organic polymer.
An optical inspection method for determining the presence of defects on the surface (s) of the collar of a transparent or translucent container, the method including the following steps: - illuminating at least the surface of the collar (s) of the container by means of an illuminating system (11, 20) providing any point of a surface encompassing the surface (s) of the collar, with quasi-constant illumination according to the totality or part of the incidences included in at least one portion of the 2 π steradian solid angle; - forming an image of said collar surface; and - analyzing the image so as to determine the presence of a defect on the surface of the collar, the method being characterized in that: - blocking is performed of the light rays capable of causing stray reflections in the image of the collar, said light rays illuminating outside the surface (s) of the collar, the outer portion of the surface (s) and/or the inner portion of the surface (s) of the collar. - illuminating at least the surface of the collar (s) of the container by means of an illuminating system (11, 20) providing any point of a surface encompassing the surface (s) of the collar, with quasi-constant illumination according to the totality or part of the incidences included in at least one portion of the 2 π steradian solid angle; - forming an image of said collar surface; and - analyzing the image so as to determine the presence of a defect on the surface of the collar, - blocking is performed of the light rays capable of causing stray reflections in the image of the collar, said light rays illuminating outside the surface (s) of the collar, the outer portion of the surface (s) and/or the inner portion of the surface (s) of the collar.
A preparation method of a polyester dipped cord fabric with low denier and high modulus, the method including the following steps: 1) spinning, reducing melt discharge volume for extruding yarn with denier of 500~1000D (555,55 to 1111,11 dTex); using high-speed motor and heat roller, and spinning speed of 6000~6500 m/min to produce raw yarn; wherein the raw yarn has a modulus of 105 to 120 mN/dTex and a strength of 9.0 to 9.5 g/d (9,99 to 10,54 g/dTex); 2) twisting yarn, performing initial and repeat twisting of the raw yarn by a straight twisting machine to produce cords; 3) weaving, performing weaving of the cords by using a Dornier air-jet loom to produce a cord fabric; and when reeding, feeding two cords into each dent of the reed, and at the same time using a creel having a creel roller bearing and creel single spindle tension control belt to control a tension of the cords and thereby improve uniformity of the fabric; 4) dipping, performing dipping of the cord fabric using two-bath dipping method, pretreating the cord fabric in six ovens in a successive manner and then dipping the cord fabric in glue grooves, wherein each oven has a different temperature and a tension zone is provided in five of said ovens, the third and sixth ovens being the key ovens having a temperature of 250-260 degrees Celsius, the cord fabric in the third and sixth ovens reaching a tension of 0.3 to 2.9 daN/each yarn of the cord fabric, and running speed of the cord fabric to 55 to 70 m/min, to produce the polyester cord fabric; wherein the polyester cord fabric has yarns having a denier of 500~ 1000D (555,55 to 1111,11 dTex). 1) spinning, reducing melt discharge volume for extruding yarn with denier of 500~1000D (555,55 to 1111,11 dTex); using high-speed motor and heat roller, and spinning speed of 6000~6500 m/min to produce raw yarn; wherein the raw yarn has a modulus of 105 to 120 mN/dTex and a strength of 9.0 to 9.5 g/d (9,99 to 10,54 g/dTex); 2) twisting yarn, performing initial and repeat twisting of the raw yarn by a straight twisting machine to produce cords; 3) weaving, performing weaving of the cords by using a Dornier air-jet loom to produce a cord fabric; and when reeding, feeding two cords into each dent of the reed, and at the same time using a creel having a creel roller bearing and creel single spindle tension control belt to control a tension of the cords and thereby improve uniformity of the fabric; 4) dipping, performing dipping of the cord fabric using two-bath dipping method, pretreating the cord fabric in six ovens in a successive manner and then dipping the cord fabric in glue grooves, wherein each oven has a different temperature and a tension zone is provided in five of said ovens, the third and sixth ovens being the key ovens having a temperature of 250-260 degrees Celsius, the cord fabric in the third and sixth ovens reaching a tension of 0.3 to 2.9 daN/each yarn of the cord fabric, and running speed of the cord fabric to 55 to 70 m/min, to produce the polyester cord fabric; wherein the polyester cord fabric has yarns having a denier of 500~ 1000D (555,55 to 1111,11 dTex).
A method for receiving a Multicast Control Channel, MMCH, notification message, wherein a user equipment, UE, is connected to a broadcast control channel, BCCH, and located in an overlapping area of two or more Multimedia Broadcast Multicast Service Single Frequency Network, MBSFN, areas, each MBSFN area comprising one MCCH intended for transmitting the MCCH notification message according to a characteristic modification period, MP, being characterized by comprising the steps of: - determining, by reading, using the UE, data provided by the BCCH which comprises modification periods, MPs, of the MCCHs of each MBSFN area, if an expected Multimedia Broad Multicast Service, MBMS, that the UE is interested in, is configured on any of the MCCHs of the MBSFN areas in the overlapping area; and - if the UE determines the MCCH on which the expected MBMS is configured on: • obtaining the MP of the MCCH on which the expected MBMS is configured on, by reading the data provided by the BCCH, and • receiving the MCCH notification message for one or more times within the time interval of the MP obtained, - if the UE cannot determine the MCCH on which the expected MBMS is configured on: • obtaining the shortest MP of the MCCHs of the MBSFN areas in the overlapping area, by reading data provided by the BCCH, and • receiving the MCCH notification message for one or more times within the time interval of the shortest MP obtained. - determining, by reading, using the UE, data provided by the BCCH which comprises modification periods, MPs, of the MCCHs of each MBSFN area, if an expected Multimedia Broad Multicast Service, MBMS, that the UE is interested in, is configured on any of the MCCHs of the MBSFN areas in the overlapping area; and - if the UE determines the MCCH on which the expected MBMS is configured on: • obtaining the MP of the MCCH on which the expected MBMS is configured on, by reading the data provided by the BCCH, and • receiving the MCCH notification message for one or more times within the time interval of the MP obtained, • obtaining the MP of the MCCH on which the expected MBMS is configured on, by reading the data provided by the BCCH, and • receiving the MCCH notification message for one or more times within the time interval of the MP obtained, - if the UE cannot determine the MCCH on which the expected MBMS is configured on: • obtaining the shortest MP of the MCCHs of the MBSFN areas in the overlapping area, by reading data provided by the BCCH, and • receiving the MCCH notification message for one or more times within the time interval of the shortest MP obtained. • obtaining the shortest MP of the MCCHs of the MBSFN areas in the overlapping area, by reading data provided by the BCCH, and • receiving the MCCH notification message for one or more times within the time interval of the shortest MP obtained.
Tipper for motor vehicles, lorries, trailers and semi-trailers comprising: - a first panel constituting the base of said tipper; - a second panel and a third panel constituting the sidewalls of said tipper; - a fourth panel constituting the ceiling of said tipper; - a fifth panel constituting the head of said tipper; - an openable panel or shutter, opposite to said fifth panel, for closing said tipper, at least said second panel, said third panel and said fourth panel each comprising at least a first polyurethane layer and at least a second aerogel layer, characterized in that, between said at least one second aerogel layer and said at least one first polyurethane layer, there is interposed at least one third fibreglass layer (33a, 33b, 33c), said at least one first polyurethane layer and said at least one second aerogel layer of said at least second, third and fourth panel (3, 4, 5) alternating with three respective fibreglass layers (33a, 33b, 33c) that are parallel to and spaced apart from each other. - a first panel constituting the base of said tipper; - a second panel and a third panel constituting the sidewalls of said tipper; - a fourth panel constituting the ceiling of said tipper; - a fifth panel constituting the head of said tipper; - an openable panel or shutter, opposite to said fifth panel, for closing said tipper,
A method of controlling radio transmission in a cellular network, the method comprising: a node (100, 200) of the cellular network controlling sending of first uplink grants to the communication device, the first uplink grants indicating first uplink radio resources allocated to the communication device and being sent in response to receiving scheduling requests from the communication device; and the node (100, 200) controlling sending of second uplink grants (303, 309) to the communication device, the second uplink grants indicating second uplink radio resources allocated to the communication device and being sent according to a configured periodicity; characterized by depending on a periodicity of opportunities for transmission of the scheduling requests by the communication device and said configured periodicity of sending the second uplink grants (303, 309), the node (100, 200) controlling an alignment of said sending of the second uplink grants (303, 309) with respect to said opportunities for transmission of the scheduling requests; depending on said periodicity of opportunities for transmission of the scheduling requests by the communication device and said configured periodicity of sending the second uplink grants (303, 309), the node (100, 200) determining a maximum delay between determining a need for transmission of uplink data by the communication device and transmission of this uplink data on the radio resources indicated in one of the first uplink grants and the second uplink grants (303, 309); and the network node controlling the alignment depending on the maximum delay. a node (100, 200) of the cellular network controlling sending of first uplink grants to the communication device, the first uplink grants indicating first uplink radio resources allocated to the communication device and being sent in response to receiving scheduling requests from the communication device; and the node (100, 200) controlling sending of second uplink grants (303, 309) to the communication device, the second uplink grants indicating second uplink radio resources allocated to the communication device and being sent according to a configured periodicity; characterized by depending on a periodicity of opportunities for transmission of the scheduling requests by the communication device and said configured periodicity of sending the second uplink grants (303, 309), the node (100, 200) controlling an alignment of said sending of the second uplink grants (303, 309) with respect to said opportunities for transmission of the scheduling requests; depending on said periodicity of opportunities for transmission of the scheduling requests by the communication device and said configured periodicity of sending the second uplink grants (303, 309), the node (100, 200) determining a maximum delay between determining a need for transmission of uplink data by the communication device and transmission of this uplink data on the radio resources indicated in one of the first uplink grants and the second uplink grants (303, 309); and the network node controlling the alignment depending on the maximum delay.
Self-propelled and self-steering floor cleaner comprising a cleaning device with at least one cleaning unit (36, 38, 40) for cleaning a floor surface of a room, at least sections of an obstacle (18, 124) located inside the room not being in contact with the floor surface, the floor cleaner (10; 120) further comprising a transmission unit for emitting radiation directed at the obstacle (18, 124) and the floor surface, in order to spatially scan these, a detection unit for detecting reflected radiation and providing a detection signal relating thereto, a control unit coupled to the detection unit, and a chassis for movement on the floor surface comprising a drive unit coupled to the control unit, it being determinable by the control unit from the detection signal whether a space (22, 130) is present between the obstacle (18, 124) and the floor surface, if so, a floor surface section (108, 134) located underneath the obstacle (18, 124) being regarded as cleanable, and the drive unit being actuatable to move the floor cleaner (10; 120) for cleaning the floor surface section (108, 134), with at least one cleaning unit (36, 38, 40) reaching into the space (22, 130), characterized in that the drive unit is actuatable to move the floor cleaner (10; 120) during the cleaning of the floor surface section (108, 134) at a predetermined or predeterminable distance from the obstacle (18, 124), in particular, parallel to the obstacle (18, 124).
An emulsion-based adhesive comprising: a styrene-butadiene rubber; a natural rubber; and a tackifier, wherein a gel fraction of the styrene-butadiene rubber is 20 to 60% by mass, the gel fraction being determined according to the description, a content of the natural rubber with respect to 100 parts by mass of the styrene-butadiene rubber is 10 to 35 parts by mass, a content of the tackifier with respect to 100 parts by mass of the styrene-butadiene rubber is 100 to 150 parts by mass, and a ratio of a styrene monomer unit in a total amount of the styrene-butadiene rubber and the natural rubber contained in the adhesive is 5 to 15% by mass, the ratio being determined according to the description. a styrene-butadiene rubber; a natural rubber; and a tackifier, wherein a gel fraction of the styrene-butadiene rubber is 20 to 60% by mass, the gel fraction being determined according to the description, a content of the natural rubber with respect to 100 parts by mass of the styrene-butadiene rubber is 10 to 35 parts by mass, a content of the tackifier with respect to 100 parts by mass of the styrene-butadiene rubber is 100 to 150 parts by mass, and a ratio of a styrene monomer unit in a total amount of the styrene-butadiene rubber and the natural rubber contained in the adhesive is 5 to 15% by mass, the ratio being determined according to the description.
A lead-through device for a wall, having a first and a second pipe fitting element (10, 12), which are adapted to be connected to one another through a through-passage in the wall, wherein the first pipe fitting element has a flange, which bears a sealing element which, in the connected state of the two pipe fitting elements (10, 12), butts with fluid-sealing action against a wall portion adjacent to the through-passage in the wall, and wherein the second pipe fitting element has arranged on it a supporting element which, in the connected state of the two pipe fitting elements (10, 12), is supported on the other side of the wall, as seen with respect to the sealing element of the first pipe fitting element, characterized in that the supporting element is connected to the second pipe fitting element by way of an elastic portion which allows limited displacement of the supporting element in relation to the second pipe fitting element at least in the direction of a longitudinal center axis of the pipe fitting element, wherein the elastic portion connecting the supporting element to the second pipe fitting element is designed in the form of an annular bead.
An exhaust purification apparatus for an internal combustion engine that performs sulfur poison recovery control for causing a sulfur component that is adsorbed to an exhaust purification catalyst provided in an exhaust system of the internal combustion engine to desorb from the exhaust purification catalyst by supplying fuel to the exhaust system, wherein the fuel supplied to the exhaust system is supplied from a fuel injection valve that injects fuel into a combustion chamber, the exhaust purification apparatus is configured such that as an injection form of fuel injected from the fuel injection valve into the combustion chamber in order to raise the temperature of the exhaust system in the sulfur poison recovery control, angle-of-advance post-injection and angle-of-delay post-injection that are executed after piston compression top dead center are performed within a same combustion cycle, and the sulfur poison recovery control is interrupted by stopping post-injection if an integrated amount of fuel injected in the angle-of-delay post-injection reached a recovery control interruption amount, and the recovery control interruption amount is set to an amount at which it is determined that an oil dilution rate reached a predetermined value due to the fuel injected from the fuel injection valve attaching to a wall surface in the combustion chamber.