mhurhangee/ep-ind-claims huggingface dataset:
An apron band (1, 11, 21) for spinning comprising: a rubber layer (2, 22); and a resin layer that is attached to the rubber layer (2, 22), wherein the rubber layer (2, 22) contains a nitrile rubber and an ethylene propylene diene rubber, the resin layer contains a polyolefin resin, and a mass ratio of the nitrile rubber to the ethylene propylene diene rubber is greater than 45/55. a rubber layer (2, 22); and a resin layer that is attached to the rubber layer (2, 22), wherein the rubber layer (2, 22) contains a nitrile rubber and an ethylene propylene diene rubber, the resin layer contains a polyolefin resin, and a mass ratio of the nitrile rubber to the ethylene propylene diene rubber is greater than 45/55.
An electromagnetic relay comprising: a movable block; a pair of hinge portions that protrude from both sides of the movable block on a same axis, comprising wide connection portions and shaft portions; a base block comprising common contact terminals (30, 31); and an electromagnetic block mounted on the base block; characterized in that the wide connection portions are welded so as to be integrated with the common contact terminals (30, 31) to provide welded portions, and based on excitation and non-excitation of the electromagnetic block, the movable block is rotated, with the shaft portions as the rotation axis to open and close contacts, in that, on an inside edge portion of each connection portion, a pair of first cutout portions are respectively provided in positions symmetrical with respect to the respective shaft portion, and a pair of second cutout portions are respectively provided in positions symmetrical with respect to the respective shaft portion and more distant from the respective shaft portion than each first cutout portion, and in that a reference line, tangent with a bottom portion of the first cutout portion provided in the inside edge portion of the connection portion and connecting the bottom portion of the first cutout portion and a center of a welded portion, which is located at a bottom portion of the second cutout portion, intersects a boundary between the connection portion and the welded portion. a movable block; a pair of hinge portions that protrude from both sides of the movable block on a same axis, comprising wide connection portions and shaft portions; a base block comprising common contact terminals (30, 31); and an electromagnetic block mounted on the base block; characterized in that the wide connection portions are welded so as to be integrated with the common contact terminals (30, 31) to provide welded portions, and based on excitation and non-excitation of the electromagnetic block, the movable block is rotated, with the shaft portions as the rotation axis to open and close contacts, in that, on an inside edge portion of each connection portion, a pair of first cutout portions are respectively provided in positions symmetrical with respect to the respective shaft portion, and a pair of second cutout portions are respectively provided in positions symmetrical with respect to the respective shaft portion and more distant from the respective shaft portion than each first cutout portion, and in that a reference line, tangent with a bottom portion of the first cutout portion provided in the inside edge portion of the connection portion and connecting the bottom portion of the first cutout portion and a center of a welded portion, which is located at a bottom portion of the second cutout portion, intersects a boundary between the connection portion and the welded portion.
A hybrid energy storage and control system for a clearance control system for a gas turbine engine, comprising: a hybrid electric power source (205; 305) comprising a battery and a capacitor; a first converter configured to regulate power between the battery and the capacitor; a second converter configured to receive electric power from the hybrid electric power source (205; 305) via the first converter and configured to send the electric power to a heating element (210; 310) for controlling a blade tip clearance between a rotor blade and an outer structure (220; 320) of the gas turbine engine; a valve assembly configured to meter a cooling air flow to the outer structure (220; 320); and a controller in electronic communication with the first converter, the second converter, and the valve assembly, wherein the controller is configured to: send a first control signal to a power electronics for varying the electric current supplied to a heating element (210; 310) to cause the outer structure (220; 320) to move in a first radial direction; and send a second control signal to the valve assembly for varying a cooling air flow supplied to the outer structure (220; 320) to cause the outer structure (220; 320) to move in a second radial direction. a hybrid electric power source (205; 305) comprising a battery and a capacitor; a first converter configured to regulate power between the battery and the capacitor; a second converter configured to receive electric power from the hybrid electric power source (205; 305) via the first converter and configured to send the electric power to a heating element (210; 310) for controlling a blade tip clearance between a rotor blade and an outer structure (220; 320) of the gas turbine engine; a valve assembly configured to meter a cooling air flow to the outer structure (220; 320); and a controller in electronic communication with the first converter, the second converter, and the valve assembly, wherein the controller is configured to: send a first control signal to a power electronics for varying the electric current supplied to a heating element (210; 310) to cause the outer structure (220; 320) to move in a first radial direction; and send a second control signal to the valve assembly for varying a cooling air flow supplied to the outer structure (220; 320) to cause the outer structure (220; 320) to move in a second radial direction. send a first control signal to a power electronics for varying the electric current supplied to a heating element (210; 310) to cause the outer structure (220; 320) to move in a first radial direction; and send a second control signal to the valve assembly for varying a cooling air flow supplied to the outer structure (220; 320) to cause the outer structure (220; 320) to move in a second radial direction.
A method of detecting an analyte that is a nitroaromatic-containing explosive, accelerant or taggant, wherein the method provides qualitative detection selectivity with respect to the analyte, which method comprises: (i) allowing a luminescent triaryl amine compound to interact with the analyte and measuring the luminescent properties of the compound in the presence of the analyte, wherein the triaryl amine compound is provided as a coating on a substrate and is represented by formula (Id) or formula (Ie): in which m at each occurrence is independently 1 or 2, R 1b, R 2b and R 3b are independently selected from C 1 -C 20 alkyl, or C 1 -C 20 alkoxy when m is 1, and when m is 2, R 1b, R 2b and R 3b are independently an optionally substituted phenyl; or in which R 1c, R 2c and R 3c are independently selected from optionally substituted aryl, or optionally substituted heteroaryl, n at each occurrence is independently 1, 2, or 3, and R 4 and R 5 at each occurrence is independently C 1 -C 10 alkyl, C 1 -C 10 alkoxy, glycols of differing lengths, crosslinkable groups such as vinyl, methacrylate or oxetanes that can be attached via a flexible chain; (ii) detecting a difference between the luminescent properties measured in step (i) and the luminescent properties of the compound prior to measurement of luminescent properties in step (i); and (iii) determining whether the analyte is present based on the difference in luminescent properties detected in step (ii). (i) allowing a luminescent triaryl amine compound to interact with the analyte and measuring the luminescent properties of the compound in the presence of the analyte, wherein the triaryl amine compound is provided as a coating on a substrate and is represented by formula (Id) or formula (Ie): in which m at each occurrence is independently 1 or 2, R 1b, R 2b and R 3b are independently selected from C 1 -C 20 alkyl, or C 1 -C 20 alkoxy when m is 1, and when m is 2, R 1b, R 2b and R 3b are independently an optionally substituted phenyl; or in which R 1c, R 2c and R 3c are independently selected from optionally substituted aryl, or optionally substituted heteroaryl, n at each occurrence is independently 1, 2, or 3, and R 4 and R 5 at each occurrence is independently C 1 -C 10 alkyl, C 1 -C 10 alkoxy, glycols of differing lengths, crosslinkable groups such as vinyl, methacrylate or oxetanes that can be attached via a flexible chain; (ii) detecting a difference between the luminescent properties measured in step (i) and the luminescent properties of the compound prior to measurement of luminescent properties in step (i); and (iii) determining whether the analyte is present based on the difference in luminescent properties detected in step (ii).
Method of winding up a metallic strip, particularly a steel strip, in which the strip is moved in a transport direction, led through a strip diverter into a guide shaft and subsequently wound up on a coiler mandrel mounted to be rotatable about an axis, wherein in the region of the strip diverter a fluid is applied to the strip in the direction of the guide shaft, characterised in that at least one opening through which the water is sprayed under pressure onto the strip is formed in the strip diverter and water under pressure is used as fluid, wherein the water pressure is set in such a way that a width-specific force between 0.1 N/mm of strip width and 10 N/mm of strip width is exerted on the strip.
A fluid flow monitor including in combination, a diverted fluid conduit including a magnet and a first valve (1, 4), the magnet adapted to be displaced within the diverted fluid conduit when there is fluid flow therethrough, a second valve (8, 13) located in a supply fluid conduit, the second valve (8, 13) including a hole though its body adapted to divert a small amount of fluid flow from the supply fluid conduit to the diverted fluid conduit, wherein the first valve (1, 4) is arranged downstream of the second valve (8, 13); an electric circuit including a power supply; a magnetic sensor switch, the magnetic sensor switch located adjacent the diverted fluid conduit at a predetermined position; and a timer; wherein when the magnet is displaced to the predetermined position, the magnetic sensor switch closes the electric circuit activating the timer such that if the magnetic sensor switch remains closed for a period of time, the timer closes the first valve (1, 4) which, in turn, closes the second valve (8, 13).
Ampoule for insertion in an aerosol generator for nebulising a substance contained in the ampoule, comprising: a receptacle section which forms a chamber (11, 23) for receiving at least one component of the substance; and an interface section which is designed to receive and fix the ampoule in the receiving section of the aerosol generator and has a bottom (15, 31) which can be pushed open in a direction in which the ampoule is to be inserted in the aerosol generator, characterised in that the receptacle section and the interface section are formed by separate parts, the interface section is designed so as to be closable, and the receptacle section and the interface section are designed so as to be rotationally symmetrical about a longitudinal axis. a receptacle section which forms a chamber (11, 23) for receiving at least one component of the substance; and an interface section which is designed to receive and fix the ampoule in the receiving section of the aerosol generator and has a bottom (15, 31) which can be pushed open in a direction in which the ampoule is to be inserted in the aerosol generator,
An outer cup rotary axial eddy current damper, comprising a drive assembly and one or more eddy current damping generators, the drive assembly comprising a screw drive set, and a stator and a rotor respectively made of magnetic conductive materials, wherein the screw drive set comprises a screw rod and a nut sleeved on the screw rod; the stator is a circular tube with an upper opening and a lower opening, an upper flange is mounted at the upper opening of the stator, and a lower flange is mounted at the lower opening of the stator, the screw rod sequentially passes through a central hole of the upper flange and a central hole of the lower flange, and the nut is arranged within the stator, an upper end surface of the nut is connected with a bottom surface of the upper flange via an upper bearing, and a lower end surface of the nut is connected with a top surface of the lower flange via a lower bearing; the rotor comprises an outer rotor and an inner rotor having a bottom end provided with a lower connecting flange, the lower connecting flange is fixed between the upper end surface of the nut and a lower end surface of the upper bearing, the inner rotor passes through the central hole of the upper flange and a top end of the inner rotor is connected with the outer rotor arranged at a periphery of the stator, and a gap is formed between the screw rod and the inner rotor; the one or more eddy current damping generators are provided between the stator and the outer rotor; an upper end of the screw rod protrudes from a top end of the outer rotor and a top end of the screw rod is provided with an upper connecting end, a lower connecting tube is provided under the lower flange, a top end of the lower connecting tube is connected with the lower flange so as to make a lower end of the screw rod enclosed within the lower connecting tube, and a bottom end of the lower connecting tube is provided with a lower connecting end.
A manufacturing method of an electrode (100, 110, 200, 910) for a honeycomb structure forming die which forms a honeycomb structure including a plurality of flow-through cells partitioned by porous partition walls, the method comprising: preparing a thick plate-like electrode base body (102B, 202B) made of an electricity discharging material and having two surfaces (107B, 108B); making a plurality of holes (145B, 245B, 246B)at positions corresponding to the flow-through cells, in the electrode base body (102B, 202B); characterised by; inserting processing electrodes (161, 261, 262, 263) into the plurality of holes (145B, 245B, 246B), respectively, and discharging electricity from the insides of the holes (145B, 245B, 246B) toward side surfaces (103, 203, 205) of the holes (145B, 245B, 246B) of the electrode base body (102B, 202B) to process the side surfaces (103, 203, 205) of the holes (145B, 245B, 246B) of the electrode base body (102B, 202B) into shapes corresponding to the porous partition walls; whereby obtaining an electrode (100, 110, 200, 910) where a plurality of electrode cells (142, 242, 243) partitioned by electrode partition walls appear on at least one of the surfaces (107, 117, 118) thereof; wherein the plurality of processing electrodes (161, 261, 262, 263) are used for the plurality of holes (145B, 245B, 246B), and the plurality of processing electrodes (161, 261, 262, 263) are integrated through a support portion. preparing a thick plate-like electrode base body (102B, 202B) made of an electricity discharging material and having two surfaces (107B, 108B); making a plurality of holes (145B, 245B, 246B)at positions corresponding to the flow-through cells, in the electrode base body (102B, 202B); characterised by; inserting processing electrodes (161, 261, 262, 263) into the plurality of holes (145B, 245B, 246B), respectively, and discharging electricity from the insides of the holes (145B, 245B, 246B) toward side surfaces (103, 203, 205) of the holes (145B, 245B, 246B) of the electrode base body (102B, 202B) to process the side surfaces (103, 203, 205) of the holes (145B, 245B, 246B) of the electrode base body (102B, 202B) into shapes corresponding to the porous partition walls; whereby obtaining an electrode (100, 110, 200, 910) where a plurality of electrode cells (142, 242, 243) partitioned by electrode partition walls appear on at least one of the surfaces (107, 117, 118) thereof; wherein the plurality of processing electrodes (161, 261, 262, 263) are used for the plurality of holes (145B, 245B, 246B), and the plurality of processing electrodes (161, 261, 262, 263) are integrated through a support portion.
A tool for fusing an outlet fitting in a side wall of a plastic pipe at a predetermined point along a longitudinal axis of the pipe, the tool comprising: a proximal base adapted to be secured against the side wall of the pipe; first and second parallel guide rods (21,22) fixed to said proximal base and having center longitudinal axes extending on opposite sides of, and in a plane transverse to, a centre longitudinal axis of the pipe, said first and second guide rods (21,22) being proximal in relation to the predetermined point along the pipe center longitudinal axis; a movable plate mounted for reciprocation on said first and second guide rods (21,22) and having a hole oriented to align a drill adapter and an outlet fitting adapter interchangeably inserted therein on an axis extending through the predetermined point; and an actuator (24,25) engaged with said movable plate to selectively reciprocate said movable plate on said first and second guide rods (21,22) toward and away from the pipe. a proximal base adapted to be secured against the side wall of the pipe; first and second parallel guide rods (21,22) fixed to said proximal base and having center longitudinal axes extending on opposite sides of, and in a plane transverse to, a centre longitudinal axis of the pipe, said first and second guide rods (21,22) being proximal in relation to the predetermined point along the pipe center longitudinal axis; a movable plate mounted for reciprocation on said first and second guide rods (21,22) and having a hole oriented to align a drill adapter and an outlet fitting adapter interchangeably inserted therein on an axis extending through the predetermined point; and an actuator (24,25) engaged with said movable plate to selectively reciprocate said movable plate on said first and second guide rods (21,22) toward and away from the pipe.
Ossicular prosthesis (10; 20; 30), which replaces or bridges over at least one link of the human ossicular chain, in which at least at one end the ossicular prosthesis (10; 20; 30) has a fastening element (11; 21; 31) made as a first elastic clip for mechanical connection to a link of the ossicular chain, in which the fastening element (11; 21; 31) is arranged at one end of an oblong shaft (13; 23; 33), which connects the fastening element (11; 21; 31) to the other end of the prosthesis (10; 20; 30), in which the fastening element (11; 21; 31) is made in the form of a clamp open towards the outside on one side with an outside opening (14; 24; 34) for receiving this link, with which the mechanical connection is to be made, in which after implanting the prosthesis the clamp surrounds this link in a positive locking way with two bent part areas (18a, 18b; 28a, 28b; 38a, 38b) lying opposite each other, which are connected to each other at their ends lying opposite the outside opening (14; 24; 34) through a section running at a distance from this link, and in which the oblong shaft (13; 23; 33) is connected rigidly to one of the two part areas (18b; 28b; 38b) on a middle section of the clamp, which is joined to the section connecting both part areas (18a, 18b; 28a, 28b; 38a, 38b) in the direction of the outside opening (14; 24; 34), in such a way that the geometrical longitudinal axis of the oblong shaft (13; 23; 33) runs through the middle section of the part area (18a; 28a; 38a) lying opposite, characterised in that the section connecting both part areas (18a, 18b; 28a, 28b; 38a, 38b) is arranged at a distance from the longitudinal axis of the oblong shaft (13; 23; 33) and has at least two protrusions (19a, 19b; 29a, 29b; 39a, 39b) in the shape of an arc, which are curved away from the link of the ossicular chain, with which the mechanical connection is to be made, towards the outside in the shape of an arc.
The use of a detergent system that includes (i) an overbased alkyl-substituted hydroxybenzoate calcium salt of TBN less than 250, which alkyl group has 20-28 carbon atoms, in a trunk piston marine lubricating oil composition for a medium-speed compression-ignited marine engine during operation of the engine, where the detergent system further comprises (ii) an overbased alkyl-substituted hydroxybenzoate calcium salt of TBN less than 250, which alkyl group has 14-18 carbon atoms, the wt% Ca ratio of (ii) to (i) being greater than one, said use being to improve the asphaltene dispersancy performance of the composition.
A method for utilizing a converting machine in a packaging system for packaging orders, the method comprising: receiving a first order that has been gathered and is ready for packaging; attaching a tracking label to the first order wherein the tracking label comprises a unique tracking code, wherein the tracking label associates the first order with a packaging template; after receiving the first order requesting a packaging template 160 by scanning, with a tracking-code scanner 132, a tracking code associated with the first order 180, the tracking code being associated with packaging information relating to packaging attributes of the first order; sending a packaging template request to a packaging system to generate a packaging template, the packaging template being associated with the first order, after the first order has been gathered; and generating the packaging template, wherein the packaging template is custom made by the packaging system wherein the packaging information comprises information relating to the dimensions of one or more items within the first order. receiving a first order that has been gathered and is ready for packaging; attaching a tracking label to the first order wherein the tracking label comprises a unique tracking code, wherein the tracking label associates the first order with a packaging template; after receiving the first order requesting a packaging template 160 by scanning, with a tracking-code scanner 132, a tracking code associated with the first order 180, the tracking code being associated with packaging information relating to packaging attributes of the first order; sending a packaging template request to a packaging system to generate a packaging template, the packaging template being associated with the first order, after the first order has been gathered; and generating the packaging template, wherein the packaging template is custom made by the packaging system wherein the packaging information comprises information relating to the dimensions of one or more items within the first order.
An electric toothbrush for use by an operator and capable of being connected to a suction device, the electric toothbrush comprising: a head including a plurality of bristles, at least one irrigation port, and at least one suction port; a post coupled to the head; an injection port positioned on the post and in fluid communication with the at least one irrigation port; and a handle coupled to the post, the handle including: a ventilation port in fluid communication with the at least one suction port and configured to be coupled to the suction device, the ventilation port permitting suction from the suction device to the at least one suction port, a user interface configured to receive feedback from the operator, and a controller configured to actuate at least one of rotation, oscillation, and vibration of the bristles for a preset time period in response to a predetermined feedback from the operator through the user interface.