mhurhangee/ep-ind-claims huggingface dataset:
Tyre comprising two beads intended to come into contact with a mounting rim, two sidewalls extending the beads radially outwards and coming together in a crown comprising a tread, at least one carcass reinforcement extending from the beads through the sidewalls as far as the crown, said reinforcement being anchored in the two beads, an airtight layer extending between the two beads and located axially inside the carcass reinforcement, each bead comprising at least: - an annular reinforcing structure known as a bead wire; - an internal layer extending radially outwards from the said bead wire and in contact with the said carcass reinforcement, known as bead-wire filling; - optionally an internal layer located axially outside the carcass reinforcement and the bead-wire filling, known as side strip; characterized in that the beads comprise a rubber composition C based: - on a first elastomer formed of polybutadiene; - on a second elastomer; - on a reinforcing filler predominantly comprising a carbon black, known as CB black, exhibiting a BET specific surface at most equal to 30 m 2 /g and an oil absorption number of compressed sample (COAN) at least equal to 60 ml/100 g; - on a crosslinking system; in which the first elastomer of the rubber composition C is functionalized, the first elastomer of the rubber composition C comprising a functional group comprising a function selected from the group consisting of the alkoxysilane, silanol, amine, carboxylic acid and polyether functions and their combination, the said rubber composition C comprising, for sole elastomers, the said first and second elastomers. - an annular reinforcing structure known as a bead wire; - an internal layer extending radially outwards from the said bead wire and in contact with the said carcass reinforcement, known as bead-wire filling; - optionally an internal layer located axially outside the carcass reinforcement and the bead-wire filling, known as side strip; - on a first elastomer formed of polybutadiene; - on a second elastomer; - on a reinforcing filler predominantly comprising a carbon black, known as CB black, exhibiting a BET specific surface at most equal to 30 m 2 /g and an oil absorption number of compressed sample (COAN) at least equal to 60 ml/100 g; - on a crosslinking system;
Contact carrier, suitable for receiving and fastening a plug contact, which has a crimp connection and a central collar having a connection-side chamfer, wherein the contact carrier has a mating side and, on the opposite side, a connection side and wherein the contact carrier comprises an insulating body and a holding plate which can be mounted thereon on the connection side, and furthermore has at least one latching element, which, in the unmounted state, can assume both a position of latching the plug contact in place at its central collar and a position of releasing the plug contact from the latched connection, wherein the latching element is a component of the insulating body and in that the holding plate has at least one locking element which, in the mounted state, fixes the at least one latching element in its position of latching the plug contact in place and therefore prevents its transfer from the latching position into the latching-release position, wherein the locking element is a locking sleeve which, in the mounted state, is force-fittingly arranged between the at least one latching element and an inner surface of a through-opening of the insulating body, wherein the at least one latching element is a respective latching arm which is integrally formed on the inner surface of a circumferential inner collar of the through-opening of the insulating body, wherein the insulating body comprises at least two latching arms for latching the inserted plug contact in place against a movement of the plug contact in the direction of the connection side of the contact carrier, characterized in that the contact carrier furthermore has at least two holding elements which are integrally formed on the circumferential inner collar of the through-opening of the insulating body, wherein the holding elements each have a holding portion with which they project into the interior of the through-opening in order to prevent a deeper movement of the plug contact in the direction of the mating side of the contact carrier.
A device for sensing a fluid flow through an infusion or effusion tubing line, comprising: a housing adapted to couple to an outside wall of the tubing; the housing accommodating a heating element and at least one temperature sensor (24, T3); and a controller operatively coupled to the heating element and temperature sensor (24, T3); wherein the housing, when coupled to the tubing, is adapted to hold the heating element in contact with an outside wall of the tubing at a first contact area, and hold the temperature sensor in contact with the outside wall of the tubing at a second contact area, the second contact area substantially radially opposite the first contact area across the lumen of the tubing, and wherein the controller is adapted to simultaneously: control the heating element to dissipate a substantially constant heating power; and detect a flow parameter or condition based on an output from the temperature sensor. a housing adapted to couple to an outside wall of the tubing; the housing accommodating a heating element and at least one temperature sensor (24, T3); and a controller operatively coupled to the heating element and temperature sensor (24, T3); wherein the housing, when coupled to the tubing, is adapted to hold the heating element in contact with an outside wall of the tubing at a first contact area, and hold the temperature sensor in contact with the outside wall of the tubing at a second contact area, the second contact area substantially radially opposite the first contact area across the lumen of the tubing, and wherein the controller is adapted to simultaneously: control the heating element to dissipate a substantially constant heating power; and detect a flow parameter or condition based on an output from the temperature sensor. control the heating element to dissipate a substantially constant heating power; and detect a flow parameter or condition based on an output from the temperature sensor.
Motor-vehicle interior lighting system with a multiplicity of light sources (LED1, LED2, LED3), with a control means (STE1, STE2) for controlling the light sources (LED1, LED2, LED3), with a multiplicity of light guides (L1, L2, L3), with a vehicle interior door trim, and with a substantially transparent diffuser which is placed on a recess in the vehicle interior door trim, and by which the light guides (L1, L2, L3) are held, wherein the light sources (LED1, LED2, LED3) and light guides (L1, L2, L3) are configured and arranged relative to each other such that light from different light sources (LED1, LED2, LED3) is coupled into different light guides (L1, L2, L3), wherein the light guides (L1, L2, L3) in each case have a plurality of coupling-out regions spaced apart in the main light propagation direction within the light guide, wherein the coupling-out regions of different light guides (L1, L2, L3) are arranged offset relative to each other in the main light propagation direction, wherein the control means (STE1, STE2) is configured such that the different light sources (LED1, LED2, LED3) are switched into a light-emitting state offset timewise from each other.
A fan plate (11, 31) for supporting one or more fans of an air conditioning device having at least one fan, the fan plate (11, 31) comprising: a first region to which the fan is attached and including a hole for permitting air to pass the fan; a second region being a heat transfer inhibiting region comprising a plurality of perforations and a plurality of bridges separating the perforations, the heat transfer inhibiting region substantially surrounding the first region; and a third region for attachment of the fan plate (11, 31) to a housing of the air conditioning device; wherein the second region is located between the first region and the third region, the second region being configured to inhibit the transfer of heat between the first region and the third region. a first region to which the fan is attached and including a hole for permitting air to pass the fan; a second region being a heat transfer inhibiting region comprising a plurality of perforations and a plurality of bridges separating the perforations, the heat transfer inhibiting region substantially surrounding the first region; and a third region for attachment of the fan plate (11, 31) to a housing of the air conditioning device; wherein the second region is located between the first region and the third region, the second region being configured to inhibit the transfer of heat between the first region and the third region.
An apparatus for determining cell detachment that determines a state of detachment from a cell culture container of cultured cells that have been cultured within the cell culture container, comprising: an image-capturing unit arranged to capture an image of the cultured cells; and a controller that is programmed to determine the state of detachment of the cultured cells based on image information of the cultured cells based upon image capture data from the image-capturing unit, and to issue a command to neutralize a breakdown enzyme in the cell culture container or to eliminate the breakdown enzyme within the cell culture container when the controller determines that the cultured cells are detached. an image-capturing unit arranged to capture an image of the cultured cells; and a controller that is programmed to determine the state of detachment of the cultured cells based on image information of the cultured cells based upon image capture data from the image-capturing unit, and to issue a command to neutralize a breakdown enzyme in the cell culture container or to eliminate the breakdown enzyme within the cell culture container when the controller determines that the cultured cells are detached.
A delivery device for implantation of a prosthetic device within the body, the prosthetic device being radially expandable from a radially compressed state to a radially expanded state, the delivery device comprising: an inflatable balloon; and a proximal stop and a distal stop configured to limit longitudinal movement of the prosthetic device relative to the balloon while the prosthetic device is mounted over the balloon in the radially compressed state between the proximal stop and the distal stop, the prosthetic device having a proximal end and a distal end; wherein the proximal stop and the distal stop each comprise an end portion (628, 630) positioned within the balloon and configured to be positioned adjacent a respective end of the prosthetic device when the prosthetic device is radially compressed between the proximal and distal stops (614, 618), each of the end portions (628, 630) comprising at least one longitudinally extending slot that allows the end portion (628, 630) of the respective stop (614, 618) to be radially compressed to a smaller diameter, characterized in that the proximal stop is configured to abut the proximal end of the prosthetic device and the distal stop is configured to abut the distal end of the prosthetic device. an inflatable balloon; and a proximal stop and a distal stop configured to limit longitudinal movement of the prosthetic device relative to the balloon while the prosthetic device is mounted over the balloon in the radially compressed state between the proximal stop and the distal stop, the prosthetic device having a proximal end and a distal end; wherein the proximal stop and the distal stop each comprise an end portion (628, 630) positioned within the balloon and configured to be positioned adjacent a respective end of the prosthetic device when the prosthetic device is radially compressed between the proximal and distal stops (614, 618), each of the end portions (628, 630) comprising at least one longitudinally extending slot that allows the end portion (628, 630) of the respective stop (614, 618) to be radially compressed to a smaller diameter, characterized in that the proximal stop is configured to abut the proximal end of the prosthetic device and the distal stop is configured to abut the distal end of the prosthetic device.
A submersible electric thruster comprising: a stator assembly with a stator, electrical windings, bearings, and a base; a rotor assembly with a shaft extending through the stator assembly that is connected co-rotatably to a plurality of magnets arranged about the stator that are driven by the electromagnetic forces of the stator and windings; a propeller with a central hub that surrounds and is co-rotatably connected to the rotor assembly and with a plurality of angularly spaced propeller blades that extend from said central hub; a nose cone that is connected to the stator assembly; a nozzle that is connected to the stator assembly and provides an inlet and outlet for water flow; a tail cone that is connected to the nozzle and at least one chamber containing at least the stator and windings; the shaft of the rotor assembly is rotatable relative to the stator; the plurality of magnets of the rotor assembly are arranged radially outwardly of the electrical windings of the stator assembly to thereby rotate about the windings when driven by the electromagnetic forces provided by the stator and windings; and characterized in that the stator and windings have a protective coating that completely covers the stator and windings that prevents contact with water when the at least one chamber of the thruster is flooded with the water due to the thruster being submerged. a stator assembly with a stator, electrical windings, bearings, and a base; a rotor assembly with a shaft extending through the stator assembly that is connected co-rotatably to a plurality of magnets arranged about the stator that are driven by the electromagnetic forces of the stator and windings; a propeller with a central hub that surrounds and is co-rotatably connected to the rotor assembly and with a plurality of angularly spaced propeller blades that extend from said central hub; a nose cone that is connected to the stator assembly; a nozzle that is connected to the stator assembly and provides an inlet and outlet for water flow; a tail cone that is connected to the nozzle and at least one chamber containing at least the stator and windings; the shaft of the rotor assembly is rotatable relative to the stator; the plurality of magnets of the rotor assembly are arranged radially outwardly of the electrical windings of the stator assembly to thereby rotate about the windings when driven by the electromagnetic forces provided by the stator and windings; and characterized in that the stator and windings have a protective coating that completely covers the stator and windings that prevents contact with water when the at least one chamber of the thruster is flooded with the water due to the thruster being submerged.
A machine for applying a container-unitising film to containers by use of a roller, the container-unitising film comprising a plastics sheet material having a number of apertures for holding a number of containers together, the apertures extending in at least a first direction, wherein the apertures have a centre and wherein the edges defining the apertures have a geometry which comprises a plurality of tabs facing the centre, the tabs being defined by innermost edges separated by troughs, the troughs defining a root at a maximum point from the centre; wherein the innermost edges and the roots lie, respectively, on first and second circumferences relative to the centre, the second circumference being equal to or greater than a beading circumference of a container; the configuration of the apertures being such that, upon placement about a container, the innermost edges of the tabs engage with said beading of such a container as the troughs are urged downwardly and outwardly and the apertured sheet material elastically forms a three dimensional structure, wherein the machine comprises a conveyor system for the transport of containers; the conveyor system being operable to feed the containers to an accumulation position and operable to convey the containers towards an application station comprising said roller for the application of the apertured sheet to the containers, the roller in use receiving apertured sheet material from a supply system and urging the apertured sheet material onto the containers such that each container is received in an un-stretched aperture whereby the sheet material forms the three dimensional structure.
A generator management system comprising: a first generator; a second generator; a bus that connects at least one of the first generator and the second generator to a load; and a control that is configured to determine a time delay to connect at least one of the first generator and the second generator to the bus and disconnect at least one of the first generator and the second generator from the bus, wherein the control is configured to vary the time delay based on the load supplied by the first generator and the second generator characterized in that the control is configured to increase the time delay to connect at least one of the first generator and the second generator as the load supplied by the first generator and the second generator decreases. a first generator; a second generator; a bus that connects at least one of the first generator and the second generator to a load; and a control that is configured to determine a time delay to connect at least one of the first generator and the second generator to the bus and disconnect at least one of the first generator and the second generator from the bus, wherein the control is configured to vary the time delay based on the load supplied by the first generator and the second generator characterized in that the control is configured to increase the time delay to connect at least one of the first generator and the second generator as the load supplied by the first generator and the second generator decreases.
A composition for enhancing the rate at which organic soil phosphorus is converted to orthophosphate comprising bacterial strains Comamonas testosteroni, Pseudomonas putida, Enterobacter cloacae and Citrobacter freundii and a carrier.
A compression latch assembly (18, 19) configured for latching a panel separating an interior region from an exterior region, the compression latch assembly (18, 19) comprising: a housing assembly defining an exterior well open to the exterior region and a compartment (72, 74) extending into the interior region; a handle actuator assembly having a handle exposed within the exterior well of the housing assembly, a crank (58a, 58b) coupled to the handle, and a drive shaft coupled to the crank (58a, 58b), wherein the handle and the crank (58a, 58b) rotate about a pivot point within the compartment of the housing assembly to move the drive shaft; and a rotating pawl assembly having a hook defining a slot positioned to receive the drive shaft of the handle actuator assembly, wherein pivotal movement of the handle of the handle actuator assembly with respect to the pivot point actuates the hook by movement of the drive shaft of the handle actuator assembly within the slot defined in the hook, characterized in that the housing assembly further defines a second compartment and a lockplug assembly is positioned within the second compartment, the lockplug assembly including a lockplug configured to selectively capture and eject the handle. a housing assembly defining an exterior well open to the exterior region and a compartment (72, 74) extending into the interior region; a handle actuator assembly having a handle exposed within the exterior well of the housing assembly, a crank (58a, 58b) coupled to the handle, and a drive shaft coupled to the crank (58a, 58b), wherein the handle and the crank (58a, 58b) rotate about a pivot point within the compartment of the housing assembly to move the drive shaft; and a rotating pawl assembly having a hook defining a slot positioned to receive the drive shaft of the handle actuator assembly, wherein pivotal movement of the handle of the handle actuator assembly with respect to the pivot point actuates the hook by movement of the drive shaft of the handle actuator assembly within the slot defined in the hook, characterized in that the housing assembly further defines a second compartment and a lockplug assembly is positioned within the second compartment, the lockplug assembly including a lockplug configured to selectively capture and eject the handle.
An apparatus for controlling an earphone and a media player in communication with the earphone, comprising: an ambient sound detector (101, 201) configured to detect an ambient sound volume level; a processor (102, 202) configured to select an adjustment value to be applied to an audio volume level to be produced by an earphone speaker of the earphone based on the ambient sound volume level; and a controller (103, 203) configured to adjust the audio volume level of the earphone speaker based on the adjustment value selected by the processor (102, 202); wherein the processor (102, 202) is configured to generate a first prompt signal when the ambient sound detector (101, 201) detects an ambient sound volume level higher than a threshold level; and the controller (103, 203) is configured to receive and output the first prompt signal, wherein the processor (102, 202) is configured to generate a second prompt signal when the ambient sound detector (101, 201) detects an ambient sound volume level higher than the threshold level upon lapse of a first time interval after the first prompt signal is generated; and the controller (103, 203) is configured to output the second prompt signal at least once upon receiving the second prompt signal, and discontinue output of system sound from the earphone speaker after the second prompt signal is output for N times, N is an integer greater than 1. an ambient sound detector (101, 201) configured to detect an ambient sound volume level; a processor (102, 202) configured to select an adjustment value to be applied to an audio volume level to be produced by an earphone speaker of the earphone based on the ambient sound volume level; and a controller (103, 203) configured to adjust the audio volume level of the earphone speaker based on the adjustment value selected by the processor (102, 202); wherein the processor (102, 202) is configured to generate a first prompt signal when the ambient sound detector (101, 201) detects an ambient sound volume level higher than a threshold level; and the controller (103, 203) is configured to receive and output the first prompt signal, wherein the processor (102, 202) is configured to generate a second prompt signal when the ambient sound detector (101, 201) detects an ambient sound volume level higher than the threshold level upon lapse of a first time interval after the first prompt signal is generated; and the controller (103, 203) is configured to output the second prompt signal at least once upon receiving the second prompt signal, and discontinue output of system sound from the earphone speaker after the second prompt signal is output for N times, N is an integer greater than 1.