mhurhangee/ep-ind-claims huggingface dataset:
A method of making a laminated paint roller comprising: helically winding at least one strip comprising polypropylene around a mandrel so as to form at least one helically wound strip, the strip having an outer surface; advancing the at least one wound strip along the mandrel; applying a molten layer of adhesive comprising polypropylene onto the outer surface of the at least one wound strip; and wrapping a strip of composite cover material about the at least one wound strip and over at least a portion of the layer of adhesive, the composite cover material having a compound backing having a thickness of about 254 micrometers (10 mil) to 1016 micrometers (40 mil), the compound backing comprising between 25% and 66% calcium carbonate by weight; and, allowing the adhesive to cool, thereby laminating the composite cover material with the outer surface of the at least one wound strip. helically winding at least one strip comprising polypropylene around a mandrel so as to form at least one helically wound strip, the strip having an outer surface; advancing the at least one wound strip along the mandrel; applying a molten layer of adhesive comprising polypropylene onto the outer surface of the at least one wound strip; and wrapping a strip of composite cover material about the at least one wound strip and over at least a portion of the layer of adhesive, the composite cover material having a compound backing having a thickness of about 254 micrometers (10 mil) to 1016 micrometers (40 mil), the compound backing comprising between 25% and 66% calcium carbonate by weight; and, allowing the adhesive to cool, thereby laminating the composite cover material with the outer surface of the at least one wound strip.
Cap for a header box of a heat exchanger, in particular for a motor vehicle, in particular a radiator, this cap comprising: - a head, - a tail comprising at least one mounting ramp, this tail being between the head and a free end of the cap, - a retention tab, in particular one that is elastically deformable, arranged to retain the cap in an opening of the header box in an intermediate position of the cap, in which position the cap leaves a passage while being retained in the opening, this retention tab being formed on the tail; characterized in that the cap comprises a ramp comprising a substantially helical flank that is arranged to allow the cap to be mounted - in particular by a quarter-turn - in an opening of the header box, and in that the ramp comprises a rotational locking peg that is arranged so as to cooperate with a stop of the header box in order to prevent the cap from rotating when it is in the intermediate position. - a head, - a tail comprising at least one mounting ramp, this tail being between the head and a free end of the cap, - a retention tab, in particular one that is elastically deformable, arranged to retain the cap in an opening of the header box in an intermediate position of the cap, in which position the cap leaves a passage while being retained in the opening, this retention tab being formed on the tail; characterized in that the cap comprises a ramp comprising a substantially helical flank that is arranged to allow the cap to be mounted - in particular by a quarter-turn - in an opening of the header box, and in that the ramp comprises a rotational locking peg that is arranged so as to cooperate with a stop of the header box in order to prevent the cap from rotating when it is in the intermediate position.
A rolling-element bearing for a turbomachine, in particular for an aircraft, comprising: - an internal ring defining a first raceway having a first diameter, - an external ring defining a second raceway, - a plurality of rolling-elements disposed between the internal and external rings and adapted to roll on the first and second raceways (112; 124), wherein the bearing has at least one loop circuit (21, 22) for forced recirculation of lubricant, this loop circuit comprising a first recirculation circuit comprising at least one lubricant inlet located at the level of the second raceway and connected by at least one duct (120, 166) created in the external ring to at least one lubricant outlet which opens onto a second recirculation circuit of the loop circuit (21, 22), this second recirculation circuit comprising at least one duct (152, 1134, 1136; 1135, 1136) created in the internal ring, characterised in that each lubricant inlet of the first recirculation circuit forms an orifice opening onto the second raceway, the rolling-elements being able to roll over this orifice. - an internal ring defining a first raceway having a first diameter, - an external ring defining a second raceway, - a plurality of rolling-elements disposed between the internal and external rings and adapted to roll on the first and second raceways (112; 124), wherein the bearing has at least one loop circuit (21, 22) for forced recirculation of lubricant, this loop circuit comprising a first recirculation circuit comprising at least one lubricant inlet located at the level of the second raceway and connected by at least one duct (120, 166) created in the external ring to at least one lubricant outlet which opens onto a second recirculation circuit of the loop circuit (21, 22), this second recirculation circuit comprising at least one duct (152, 1134, 1136; 1135, 1136) created in the internal ring, characterised in that each lubricant inlet of the first recirculation circuit forms an orifice opening onto the second raceway, the rolling-elements being able to roll over this orifice.
A system for delivering content for playback on a seagoing vessel, the system comprising: at least one teleport (215A, 215B, 215C, 215D), in networked communication with at least one satellite (220A, 220B, 220C, 220D), configured to provide a unitary item of programming content to the at least one satellite (220A, 220B, 220C, 220D) for transmission to the seagoing vessel and to cause the at least one satellite (220A, 220B, 220C, 220D) to transmit the unitary item of programming content to the seagoing vessel, the at least one teleport (215A, 215B, 215C, 215D) being configured to determine a rate at which to provide data comprising the unitary item of programming content to the at least one satellite (220A, 220B, 220C, 220D), and to dynamically throttle the rate at which the data is provided to the at least one satellite (220A, 220B, 220C, 220D), based at least in part upon the at least one satellite's excess transmission capacity during at least one previous period; and at least one storage facility, which is located in use on the seagoing vessel, configured to store the unitary item of programming content transmitted by the at least one satellite (220A, 220B, 220C, 220D) and to make the unitary item of programming content available for playback on the seagoing vessel.
A liquid formulation for an e-vaping device, the liquid formulation comprising: a vapor former including propylene glycol, water and substantially no amount of glycerol, wherein a concentration of propylene glycol in the vapor former is 80 percent by weight and a concentration of water in the vapor former is 20 percent by weight; nicotine, wherein a concentration of nicotine in the liquid formulation is equal to or lower than 1.5 percent by weight; and one or more acids, wherein the liquid formulation is configured to form a vapor having a particulate phase and a gas phase when heated in the e-vaping device. a vapor former including propylene glycol, water and substantially no amount of glycerol, wherein a concentration of propylene glycol in the vapor former is 80 percent by weight and a concentration of water in the vapor former is 20 percent by weight; nicotine, wherein a concentration of nicotine in the liquid formulation is equal to or lower than 1.5 percent by weight; and one or more acids, wherein the liquid formulation is configured to form a vapor having a particulate phase and a gas phase when heated in the e-vaping device.
Vehicle seat element for a vehicle seat having a residual spring travel adjustment device, the vehicle seat element having a first fastening eye, the residual spring travel adjustment device can be introduced into the first fastening eye and the residual spring travel adjustment device has a fastening eye insert having an eccentric hole, wherein the fastening eye insert is cylindrical, characterised in that the fastening eye insert has two projections (7, 8) extending in a radial direction that engage in complementarily shaped grooves (9, 9', 9", 9"') of the first fastening eye.
Securing device for temporarily limiting the freedom of movement of a universal joint of a shaft arrangement (21, 23) of a steering column, comprising a locking element, which extends in a longitudinal direction and has a free, front end at the front, as seen in the longitudinal direction, and on which a handling means is arranged at the rear, as seen in the longitudinal direction, wherein the locking element has a blocking body and at least one positioning element, which extends in the longitudinal direction adjacent to the blocking body and is designed to be resilient relative to the blocking body in a transverse direction transverse to the longitudinal direction, characterized in that the locking element has in each case at least one positioning element on either side of the blocking body, as seen in the transverse direction.
A razor assembly (10, 20, 30, 40, 50, 60, 70), comprising: a razor cartridge (12, 62, 72) including at least one shaving blade having a cutting edge and a blade housing configured to receive the at least one shaving blade in a longitudinal direction; a razor handle (130, 230, 330, 430, 530, 630, 730) connected to the razor cartridge (12, 62, 72) and configured to be rotatable about a first rotational axis parallel to the longitudinal direction within a predetermined rotation range; and a recovering force-providing unit (140, 240, 340, 440, 540, 640, 740) configured to provide the razor cartridge (12, 62, 72) having been rotated about the first rotational axis from a rest position with a recovering force for returning the razor cartridge (12, 62, 72) to the rest position, wherein the predetermined rotation range comprises: a first pivot section spanning from the rest position to a first angle, and a second pivot section spanning from the first angle to a second angle greater than the first angle, and wherein the recovering force increases as the razor cartridge (12, 62, 72) rotates with an increasing rotational angle, the recovering force increasing at an increasing rate that differs between the first pivot section and the second pivot section, characterized in that the increasing rate of the recovering force according to the increasing rotational angle of the razor cartridge (12, 62, 72) is greater in the second pivot section than in the first pivot section. a razor cartridge (12, 62, 72) including at least one shaving blade having a cutting edge and a blade housing configured to receive the at least one shaving blade in a longitudinal direction; a razor handle (130, 230, 330, 430, 530, 630, 730) connected to the razor cartridge (12, 62, 72) and configured to be rotatable about a first rotational axis parallel to the longitudinal direction within a predetermined rotation range; and a recovering force-providing unit (140, 240, 340, 440, 540, 640, 740) configured to provide the razor cartridge (12, 62, 72) having been rotated about the first rotational axis from a rest position with a recovering force for returning the razor cartridge (12, 62, 72) to the rest position, wherein the predetermined rotation range comprises: a first pivot section spanning from the rest position to a first angle, and a second pivot section spanning from the first angle to a second angle greater than the first angle, and a first pivot section spanning from the rest position to a first angle, and a second pivot section spanning from the first angle to a second angle greater than the first angle, and wherein the recovering force increases as the razor cartridge (12, 62, 72) rotates with an increasing rotational angle, the recovering force increasing at an increasing rate that differs between the first pivot section and the second pivot section, characterized in that the increasing rate of the recovering force according to the increasing rotational angle of the razor cartridge (12, 62, 72) is greater in the second pivot section than in the first pivot section.
A method for detecting feedback in an electrical amplification system, the method comprising: dividing a frequency spectrum into a plurality of frequency bands; associating a tone present in an incoming audio signal to one of the frequency bands within which a frequency of the tone falls; selecting a threshold value based on the frequency band to which the tone is associated, each frequency band of the plurality being associated with a different threshold value to be selected; and disqualifying the tone from potentially being feedback if an amplitude of the tone is greater than an amplitude of a harmonic of the tone by less than the selected threshold value. dividing a frequency spectrum into a plurality of frequency bands; associating a tone present in an incoming audio signal to one of the frequency bands within which a frequency of the tone falls; selecting a threshold value based on the frequency band to which the tone is associated, each frequency band of the plurality being associated with a different threshold value to be selected; and disqualifying the tone from potentially being feedback if an amplitude of the tone is greater than an amplitude of a harmonic of the tone by less than the selected threshold value.
Pharmaceutical composition for use in intranasal treatment of a condition in a human subject, wherein the composition comprises vitamin B12 and a pharmaceutically acceptable carrier, and wherein vitamin B12 particles are dispersed in a hydrophobic continuous phase as the pharmaceutically acceptable carrier.
A tyre sensor device comprising a connecting element for connecting the tyre sensor device to a vehicle tyre, and a tyre sensor device electronics assembly housed in the connecting element, characterized in that the tyre sensor device electronics assembly comprises a flexible printed circuit board being foldable and comprising at least two printed circuit board portions ( 705,710,715) each having two surfaces, the at least two printed circuit board portions (705, 710, 715) being joined by joining portions (720, 725) to ensure a flexural mechanical connection between the at least two circuit board portions (705, 710, 715), the at least two printed circuit board portions being suitable for the placement, on at least one surface thereof, of electronic components of the tyre sensor device, wherein said electronic components comprise at least one sensor for sensing at least one tyre parameter, said printed circuit board being folded so that the tyre sensor device electronics assembly can be inserted in the connecting element with the at least two printed circuit board portions being essentially planar.
A graphene field effect transistor sensor comprising: an electrically conducting source region (12, 40); an electrically conducting drain region (14, 42); and a transistor channel region (18, 44) connected between the source and drain regions, the channel region comprising graphene and including an aperture of less than 1 micron in diameter and extending through a thickness or disposed at an edge (21, 23) of the graphene; wherein the channel region (18, 44) includes at least one electrically conductive path around the aperture between the source and drain regions; wherein the channel region (18, 44), source region (12, 40) and drain region (14, 42) are provided on a support structure having an aperture through the thickness thereof that is in communication with the aperture of the channel region for translocating species such as molecules completely through the channel (18, 44) region and the support structure; and an electrical circuit connected between the source region and the drain region to measure a change in electrical conductance of the graphene region during the species translocation. an electrically conducting source region (12, 40); an electrically conducting drain region (14, 42); and a transistor channel region (18, 44) connected between the source and drain regions, the channel region comprising graphene and including an aperture of less than 1 micron in diameter and extending through a thickness or disposed at an edge (21, 23) of the graphene; wherein the channel region (18, 44) includes at least one electrically conductive path around the aperture between the source and drain regions; wherein the channel region (18, 44), source region (12, 40) and drain region (14, 42) are provided on a support structure having an aperture through the thickness thereof that is in communication with the aperture of the channel region for translocating species such as molecules completely through the channel (18, 44) region and the support structure; and an electrical circuit connected between the source region and the drain region to measure a change in electrical conductance of the graphene region during the species translocation.
Getter device including a combination of getter materials comprising a mixture of powders of transition metal oxides and metallic palladium, wherein the amount of said metallic palladium is in the range between 0.2 and 2% by weight with respect to the total weight of said transition metal oxides, characterized in that said mixture of powders of transition metal oxides comprises cerium oxide and copper oxide, wherein the mixture of cerium oxide and copper oxide and metallic palladium has a BET surface area comprised between 5 and 50 m 2 /g, and in that copper oxide is present in a quantity in the range between 5 and 50% with respect to the total weight of said transition metal oxides, wherein the combination of getter materials further comprises powders of at least one metal hydroxide selected in the group consisting of lithium hydroxide and calcium hydroxide.
An indwelling clip comprising a clip main body including: a pair of arm plate portions (22,22) capable of opening in a substantially V shape with an elastic force; claw portions (23,23) formed on respective tip portions of the arm plate portions (22,22); and a fastening ring attached to the arm plate portions (22,22) so as to be movable along a longitudinal direction of the pair of arm plate portions (22,22) and be able to close the pair of arm plate portions (22,22) by moving in a direction of the claw portions (23,23), wherein an outer surface of at least one of the claw portions (23,23) is provided with a fluorescent body containing a fluorescent pigment emitting red or near infrared light by being irradiated with excitation light, and characterised in that the fluorescent body is an extrusion molded body or an injection molded body of a polymer material composition containing the fluorescent pigment. a pair of arm plate portions (22,22) capable of opening in a substantially V shape with an elastic force; claw portions (23,23) formed on respective tip portions of the arm plate portions (22,22); and a fastening ring attached to the arm plate portions (22,22) so as to be movable along a longitudinal direction of the pair of arm plate portions (22,22) and be able to close the pair of arm plate portions (22,22) by moving in a direction of the claw portions (23,23), wherein an outer surface of at least one of the claw portions (23,23) is provided with a fluorescent body containing a fluorescent pigment emitting red or near infrared light by being irradiated with excitation light, and characterised in that the fluorescent body is an extrusion molded body or an injection molded body of a polymer material composition containing the fluorescent pigment.
Method for suppressing a radio transmission in a cellular radio network in a predefined region, wherein the radio transmission of signals is impeded by an interference signal of an interfering transmitter, wherein in the predefined region a signal transmitted between a radio station of the cellular radio network and a mobile unit is received by the interfering transmitter, wherein the received signal is amplified by the interfering transmitter, wherein the interference signal is generated from the amplified received signal from the interfering transmitter by means of modification, wherein the interference signal is diverted by means of a time delay of the amplified received signal, and wherein then at least one time-delayed version of the amplified received signal is sent as an interference signal by the interfering transmitter.
An inorganic filler-containing epoxy resin composition, comprising: an epoxy resin, which is a reaction product of an epoxy resin monomer having a mesogen backbone and having two glycidyl groups in a molecule thereof with hydroquinone, wherein the epoxy resin has a number average molecular weight in gel permeation chromatographic measurement of from 600 to 2,500; and an inorganic filler, wherein the inorganic filler comprises magnesium oxide. an epoxy resin, which is a reaction product of an epoxy resin monomer having a mesogen backbone and having two glycidyl groups in a molecule thereof with hydroquinone, wherein the epoxy resin has a number average molecular weight in gel permeation chromatographic measurement of from 600 to 2,500; and an inorganic filler, wherein the inorganic filler comprises magnesium oxide.
A plant for processing ceramic or stone slabs, comprising: - a loading station for loading a slab onto a rigid support element; - a reinforcement net application station for laying a net; - a station for depositing an adhesive substance, the adhesive substance being adapted to fix the net to a first face of the slab, - a drying oven configured to receive the slab to which the net is applied on the first face and to dry the adhesive substance, and - an unloading station of the slab with the glued net, configured to lift the slab with the net from the rigid support element, characterised in that the reinforcement net application station is configured to place the net onto the rigid support element; the station for depositing the adhesive substance is configured to deposit the adhesive substance onto the net placed on the rigid support element, and the loading station is configured to deposit the slab onto the net coated with adhesive substance. - a loading station for loading a slab onto a rigid support element; - a reinforcement net application station for laying a net; - a station for depositing an adhesive substance, the adhesive substance being adapted to fix the net to a first face of the slab, - a drying oven configured to receive the slab to which the net is applied on the first face and to dry the adhesive substance, and - an unloading station of the slab with the glued net, configured to lift the slab with the net from the rigid support element, the reinforcement net application station is configured to place the net onto the rigid support element; the station for depositing the adhesive substance is configured to deposit the adhesive substance onto the net placed on the rigid support element, and the loading station is configured to deposit the slab onto the net coated with adhesive substance.