mhurhangee/ep-ind-claims huggingface dataset:
A heavy dynamic penetrometer, comprising: - a chassis, - a mast, mounted on the chassis and positioned to be substantially vertical during a test, - a rod string, including a tip for penetrating the ground, which is positioned at one end of the rod string, - an anvil, which bears against the rod string, at an end opposite the tip, - a hammer for striking the anvil, - means (24, 26, 162, 164) for raising the hammer along the mast up to a fall height, at which the hammer is released, and - means for measuring pushing of the tip into the ground, characterized in that the penetrometer further comprises: - an electronic control unit for controlling the fall height of the hammer, which is configured to select, from among several predetermined values (h1, h2, h3), the fall height to be adopted for the test based on the pushing in of the tip measured by the measuring means during one or more earlier tests, and - mechanical means (160, 35) for triggering the fall of the hammer, which are controlled by the electronic unit so that the hammer is released at the selected height of the electronic control unit. - a chassis, - a mast, mounted on the chassis and positioned to be substantially vertical during a test, - a rod string, including a tip for penetrating the ground, which is positioned at one end of the rod string, - an anvil, which bears against the rod string, at an end opposite the tip, - a hammer for striking the anvil, - means (24, 26, 162, 164) for raising the hammer along the mast up to a fall height, at which the hammer is released, and - means for measuring pushing of the tip into the ground, - an electronic control unit for controlling the fall height of the hammer, which is configured to select, from among several predetermined values (h1, h2, h3), the fall height to be adopted for the test based on the pushing in of the tip measured by the measuring means during one or more earlier tests, and - mechanical means (160, 35) for triggering the fall of the hammer, which are controlled by the electronic unit so that the hammer is released at the selected height of the electronic control unit.
A thermal ablation system comprising: a fluid handling unit receiving fluid from a fluid source at a first pressure, the fluid handling unit including a heater (96, 100) heating the fluid to a desired temperature and a pump; and an introducer including a sheath which, when in an operative position, is received within a hollow organ, the sheath including a delivery lumen introducing fluid heated by the heater to the hollow organ and a return lumen withdrawing fluid from the hollow organ and returning the withdrawn fluid to the fluid handling unit via a return lumen, wherein the pump increases a pressure of the fluid between the fluid source and the delivery lumen of the introducer, wherein the thermal ablation system is not configured to switch between a first and a second configuration, wherein in the first configuration the fluid is delivered to the hollow organ and in the second configuration a therapeutic agent is delivered to the hollow organ from a therapeutic agent source, and wherein the fluid handling unit includes a height determining mechanism ensuring a desired height differential between the fluid source and the hollow organ, the height determining mechanism providing a visual indication of a reference height relative to the hollow organ and including a light beam port projecting a light beam substantially horizontally. a fluid handling unit receiving fluid from a fluid source at a first pressure, the fluid handling unit including a heater (96, 100) heating the fluid to a desired temperature and a pump; and an introducer including a sheath which, when in an operative position, is received within a hollow organ, the sheath including a delivery lumen introducing fluid heated by the heater to the hollow organ and a return lumen withdrawing fluid from the hollow organ and returning the withdrawn fluid to the fluid handling unit via a return lumen, wherein the pump increases a pressure of the fluid between the fluid source and the delivery lumen of the introducer, wherein the thermal ablation system is not configured to switch between a first and a second configuration, wherein in the first configuration the fluid is delivered to the hollow organ and in the second configuration a therapeutic agent is delivered to the hollow organ from a therapeutic agent source, and wherein the fluid handling unit includes a height determining mechanism ensuring a desired height differential between the fluid source and the hollow organ, the height determining mechanism providing a visual indication of a reference height relative to the hollow organ and including a light beam port projecting a light beam substantially horizontally.
Energy chain with a guide channel for guiding lines, such as hoses, cables or the like, between two connection points, at least one of which is non-stationary, comprising a plurality of chain links which are composed of side parts (2, 3) and cross bars and which are connected together in an articulated manner, wherein the pivotability of adjacent chain links relative to one another is limited by cooperating abutments and abutment surfaces which are arranged on the side parts (2, 3), and wherein resiliently deformable damping elements are provided which damp abutting of the regions between the abutments and the abutment surfaces, characterized in that - at least some of the abutments comprise in their contact regions in which they come into contact with the abutment surfaces at least one damping bow (13, 14) which is curved convexly in the direction towards the respective abutment surface, - a free space is provided behind the damping bow (13, 14), - both ends of the damping bow (13, 14) are fixedly connected to the respective abutment in the manner of an arched bridge; and - the damping bow (13, 14) is connected in a lateral direction at least in a partial area between the ends of the damping bow or over its entire dimension via a connecting region to an inner wall of the side part (2, 3) that faces towards the inner guide channel, - wherein the inner wall of the side part (2, 3) is recessed in the area of the damping bow (13, 14) and has a first recess opening into to the free space as well as an opposite second recess, the first and second recess (18A, 18B) being recessed in relation to the surrounding surface of the inner wall. - at least some of the abutments comprise in their contact regions in which they come into contact with the abutment surfaces at least one damping bow (13, 14) which is curved convexly in the direction towards the respective abutment surface, - a free space is provided behind the damping bow (13, 14), - both ends of the damping bow (13, 14) are fixedly connected to the respective abutment in the manner of an arched bridge; and - the damping bow (13, 14) is connected in a lateral direction at least in a partial area between the ends of the damping bow or over its entire dimension via a connecting region to an inner wall of the side part (2, 3) that faces towards the inner guide channel, - wherein the inner wall of the side part (2, 3) is recessed in the area of the damping bow (13, 14) and has a first recess opening into to the free space as well as an opposite second recess, the first and second recess (18A, 18B) being recessed in relation to the surrounding surface of the inner wall.
A manufacturing process for a metal foam provided with at least one channel and intended namely for the manufacture of heat exchangers using a preform of balls, characterised in that a core constituted by a central core (3, 9) and a coating of a material fusible at low temperature are arranged in a foundry mould, the preform is then tightly arranged around the core, the fusible material is then eliminated by heating at a low temperature, then the molten metal mass is cast in the mould in order to fill the free spaces between the balls and between the balls and the central core (3, 9), and lastly the balls are eliminated.
A method for producing a material diffusion barrier on an elastomeric substrate, comprising: exposing the elastomeric substrate to a cationic solution to produce a cationic layer on the elastomeric substrate, wherein the cationic solution comprises cationic materials comprising a polymer with hydrogen bonding which is polyethylene oxide and wherein the elastomeric substrate is selected from polyisoprene, polychloroprene, butadiene-styrene copolymers, acrylonitrilebutadiene copolymers, ethylenepropylene-diene rubbers, polysulfide rubber, nitrile rubber, silicone, butyl rubber, or any combinations thereof; exposing the cationic layer to an anionic solution to produce an anionic layer on the cationic layer, wherein a layer comprises the cationic layer and the anionic layer, and wherein the layer comprises the material diffusion barrier. exposing the elastomeric substrate to a cationic solution to produce a cationic layer on the elastomeric substrate, wherein the cationic solution comprises cationic materials comprising a polymer with hydrogen bonding which is polyethylene oxide and wherein the elastomeric substrate is selected from polyisoprene, polychloroprene, butadiene-styrene copolymers, acrylonitrilebutadiene copolymers, ethylenepropylene-diene rubbers, polysulfide rubber, nitrile rubber, silicone, butyl rubber, or any combinations thereof; exposing the cationic layer to an anionic solution to produce an anionic layer on the cationic layer, wherein a layer comprises the cationic layer and the anionic layer, and wherein the layer comprises the material diffusion barrier.
A piston arrangement comprising a piston and a cylinder, said piston being configured for reciprocating motion in a cylinder bore and for sealing contact with piston seals, wherein a first end of the piston is arranged for contact with a product to be processed and the second end is configured for coupling to a drive means, wherein at least a portion of the piston arranged for contact with the piston seals is coated with a first low-friction material, providing a lowered friction as compared to the uncoated piston, the piston further comprising at least one piston pump seal arranged in an annular slot in the cylinder wall and extending into sealing contact with the piston, wherein a radially inner surface portion of the seal is provided with a coating of a second low-friction material, and characterized in that the cylinder comprises an inlet and an outlet for lubricating or sterilizing fluid water or other fluid in an annular slit between the cylinder wall and the piston.
A playlist generation system comprising: at least one analysis module for receiving and analyzing a streaming source that contains media content including a plurality of unknown works and generating representations of segments of the media content, wherein the analysis module is configured to generate representations from segments of the media content that include unknown works, and each representation includes a calculation of a psychoacoustic property of the segment from which the representation is generated; wherein the playlist generation system further comprises an identification server for receiving said representations from said at least one analysis module, determining identities of said representations of segments of the media content, and determining identities of the unknown works included in the media content based on the identities of the representations, characterized in that the identification server is further adapted for examining representations of all unidentified segments, for extracting a plurality of additional characteristics of the unidentified segments, and for classifying unidentified unknown representations of segments of the media content based on the extracted additional characteristics of the segments; and in that the playlist generation system further comprises a playlist database maintained by the identification server, the playlist database adapted for containing a comprehensive playlist of unknown works in the media content from the streaming source, the comprehensive playlist including identities of the plurality of unknown works that have been identified. at least one analysis module for receiving and analyzing a streaming source that contains media content including a plurality of unknown works and generating representations of segments of the media content, wherein the analysis module is configured to generate representations from segments of the media content that include unknown works, and each representation includes a calculation of a psychoacoustic property of the segment from which the representation is generated; wherein the playlist generation system further comprises an identification server for receiving said representations from said at least one analysis module, determining identities of said representations of segments of the media content, and determining identities of the unknown works included in the media content based on the identities of the representations, characterized in that the identification server is further adapted for examining representations of all unidentified segments, for extracting a plurality of additional characteristics of the unidentified segments, and for classifying unidentified unknown representations of segments of the media content based on the extracted additional characteristics of the segments; and in that the playlist generation system further comprises a playlist database maintained by the identification server, the playlist database adapted for containing a comprehensive playlist of unknown works in the media content from the streaming source, the comprehensive playlist including identities of the plurality of unknown works that have been identified.
Component having a coating comprising at least one layer containing molybdenum with molybdenum oxide, characterized in that the molybdenum oxide is essentially molybdenum monoxide and the coating comprises at least one molybdenum nitride layer and the coating comprises at least one Mo-N-O layer including molybdenum-nitrogen compounds and molybdenum-oxide compounds, wherein essentially the molybdenum atoms form a compound with a maximum of one oxygen atom.
An apparatus comprising: a device mount configured to be coupled to a component; an inner hub coupled to the device mount by a first flexure (118a-118b, 120a-120b), the first flexure configured to permit translational movement of the device mount within the inner hub along a first axis; an outer hub coupled to the inner hub by a second flexure (128a-128b, 130a-130b), the second flexure configured to permit translational movement of the device mount and the inner hub within the outer hub along a second axis different from the first axis, the first and second flexures forming a compound nested flexure, wherein the outer hub is configured to be coupled to a support structure and to permit both (i) translational movement of the apparatus along a third axis different from the first and second axes and (ii) tip or tilt adjustment of the apparatus; and a first lockable adjuster configured to control movement of the device mount within the inner hub in order to control the translational movement along the first axis; a second lockable adjuster configured to control movement of the inner hub within the outer hub in order to control the translational movement along the second axis; and third lockable adjusters (412, 414, 416) configured to couple the outer hub to the support structure and to control the translational movement along the third axis and the tip or tilt adjustment. a device mount configured to be coupled to a component; an inner hub coupled to the device mount by a first flexure (118a-118b, 120a-120b), the first flexure configured to permit translational movement of the device mount within the inner hub along a first axis; an outer hub coupled to the inner hub by a second flexure (128a-128b, 130a-130b), the second flexure configured to permit translational movement of the device mount and the inner hub within the outer hub along a second axis different from the first axis, the first and second flexures forming a compound nested flexure, wherein the outer hub is configured to be coupled to a support structure and to permit both (i) translational movement of the apparatus along a third axis different from the first and second axes and (ii) tip or tilt adjustment of the apparatus; and a first lockable adjuster configured to control movement of the device mount within the inner hub in order to control the translational movement along the first axis; a second lockable adjuster configured to control movement of the inner hub within the outer hub in order to control the translational movement along the second axis; and third lockable adjusters (412, 414, 416) configured to couple the outer hub to the support structure and to control the translational movement along the third axis and the tip or tilt adjustment.
A friction disk comprising: a friction disk core comprising: a core outer surface; and a first plurality of recesses disposed on the core outer surface; a first wear liner comprising: an annular structure having a wear surface and a non-wear surface; a first plurality of notches disposed on the non-wear surface, the first plurality of notches having a complimentary shape to the first plurality of recesses, wherein the first plurality of notches is configured to mate with the first plurality of recesses and wherein the friction disk core further comprises a core inner surface, and wherein the friction disk further comprises a second wear liner having a mirrored shape to the first wear liner disposed on the core inner surface, the second wear liner being offset circumferentially from the first wear liner. a friction disk core comprising: a core outer surface; and a first plurality of recesses disposed on the core outer surface; a core outer surface; and a first plurality of recesses disposed on the core outer surface; a first wear liner comprising: an annular structure having a wear surface and a non-wear surface; a first plurality of notches disposed on the non-wear surface, the first plurality of notches having a complimentary shape to the first plurality of recesses, wherein the first plurality of notches is configured to mate with the first plurality of recesses and wherein the friction disk core further comprises a core inner surface, and wherein the friction disk further comprises a second wear liner having a mirrored shape to the first wear liner disposed on the core inner surface, the second wear liner being offset circumferentially from the first wear liner. an annular structure having a wear surface and a non-wear surface; a first plurality of notches disposed on the non-wear surface, the first plurality of notches having a complimentary shape to the first plurality of recesses, wherein the first plurality of notches is configured to mate with the first plurality of recesses and wherein the friction disk core further comprises a core inner surface, and wherein the friction disk further comprises a second wear liner having a mirrored shape to the first wear liner disposed on the core inner surface, the second wear liner being offset circumferentially from the first wear liner.
A network node of a network with a plurality of frequency hopping channels, the network node configured to: transmit a beacon on a beacon channel different from the frequency hopping channels; receive a request from a node to join the network in response to the beacon; add the node to the network in response to the request; and communicate with the node on the plurality of frequency hopping channels, wherein the beacon channel has a different bandwidth from each of the frequency hopping channels. transmit a beacon on a beacon channel different from the frequency hopping channels; receive a request from a node to join the network in response to the beacon; add the node to the network in response to the request; and communicate with the node on the plurality of frequency hopping channels, wherein the beacon channel has a different bandwidth from each of the frequency hopping channels.
An aircraft suspension system device, said aircraft suspension system device comprising: a first suspension linkage including a first and a second terminal end (74,76), each having a helical threaded portion(70, 72); a first rod end having a helical threaded portion, said helical threaded portion of said first rod end having a hand corresponding to said helical threaded portion of said first terminal end of said first suspension linkage, said first rod end includes a non-threaded stopper portion disposed to prevent said suspension link from moving in a first direction when said helical threaded portion of said first terminal end meets said non-threaded stopper portion of said first rod end; and a second rod end having a helical threaded portion, said helical threaded portion of said second rod end having a hand corresponding to said helical threaded portion of said second terminal end of said first suspension linkage, said second rod end includes a non-threaded stopper portion disposed to prevent said suspension link from moving in a second direction when said helical threaded portion of said second terminal end meets said non-threaded stopper portion of said second rod end, characterised in that said helical threaded portion of said first terminal end and said helical threaded portion of said second terminal end are of the same hand; and said helical threaded portion of said first rod end and said helical threaded portion of said second rod end are of the same hand and have the same pitch. a first suspension linkage including a first and a second terminal end (74,76), each having a helical threaded portion(70, 72); a first rod end having a helical threaded portion, said helical threaded portion of said first rod end having a hand corresponding to said helical threaded portion of said first terminal end of said first suspension linkage, said first rod end includes a non-threaded stopper portion disposed to prevent said suspension link from moving in a first direction when said helical threaded portion of said first terminal end meets said non-threaded stopper portion of said first rod end; and a second rod end having a helical threaded portion, said helical threaded portion of said second rod end having a hand corresponding to said helical threaded portion of said second terminal end of said first suspension linkage, said second rod end includes a non-threaded stopper portion disposed to prevent said suspension link from moving in a second direction when said helical threaded portion of said second terminal end meets said non-threaded stopper portion of said second rod end, characterised in that said helical threaded portion of said first terminal end and said helical threaded portion of said second terminal end are of the same hand; and said helical threaded portion of said first rod end and said helical threaded portion of said second rod end are of the same hand and have the same pitch.