mhurhangee/ep-ind-claims huggingface dataset:
A method of assembling a modular machine on-site, comprising at least - a first container frame comprising a first machine module attachable to the first container frame; and - a second container frame comprising a second machine module releasably attachable to the second container frame, wherein the first machine module and the second machine module are connectable to each other, in which method a) the first container frame is arranged on top of a support; b) the second container frame is arranged to be in contact with the first container frame, wherein alignment means of the first container frame and alignment means of the second container frame are arranged in connection with each other; c) the second machine module is released from the second container frame and moved from a transportation position to a working position wherein the second machine module protrudes partially outside of the volume defined by the second container frame; and d) the second machine module is connected to the first machine module, wherein the step b) is performed before or after the step c). - a first container frame comprising a first machine module attachable to the first container frame; and - a second container frame comprising a second machine module releasably attachable to the second container frame, wherein the first machine module and the second machine module are connectable to each other, in which method a) the first container frame is arranged on top of a support; b) the second container frame is arranged to be in contact with the first container frame, wherein alignment means of the first container frame and alignment means of the second container frame are arranged in connection with each other; c) the second machine module is released from the second container frame and moved from a transportation position to a working position wherein the second machine module protrudes partially outside of the volume defined by the second container frame; and d) the second machine module is connected to the first machine module, wherein the step b) is performed before or after the step c). a) the first container frame is arranged on top of a support; b) the second container frame is arranged to be in contact with the first container frame, wherein alignment means of the first container frame and alignment means of the second container frame are arranged in connection with each other; c) the second machine module is released from the second container frame and moved from a transportation position to a working position wherein the second machine module protrudes partially outside of the volume defined by the second container frame; and d) the second machine module is connected to the first machine module,
A non-transitory computer-readable media having a security agent stored thereon: the security agent configured to be executed by a processor on a monitored computing device, the security agent including a pattern of behavior, PoB, that has an empty field, and the security agent having access to memory storing a definition that includes a parameter value corresponding to the empty field and a behavior identifier, the security agent further including: an accumulator executable by the processor to accumulate behavior information characterizing behavior exhibited by the monitored computing device into a test pattern, wherein the test pattern includes an observed pattern of behavior and an observed parameter value; and a matcher executable by the processor to: determine whether the test pattern matches a union of the PoB and the parameter value specified by the definition, and based on a determination that the test pattern matches the union, emit the behavior identifier. the security agent configured to be executed by a processor on a monitored computing device, the security agent including a pattern of behavior, PoB, that has an empty field, and the security agent having access to memory storing a definition that includes a parameter value corresponding to the empty field and a behavior identifier, the security agent further including: an accumulator executable by the processor to accumulate behavior information characterizing behavior exhibited by the monitored computing device into a test pattern, wherein the test pattern includes an observed pattern of behavior and an observed parameter value; and a matcher executable by the processor to: determine whether the test pattern matches a union of the PoB and the parameter value specified by the definition, and based on a determination that the test pattern matches the union, emit the behavior identifier. an accumulator executable by the processor to accumulate behavior information characterizing behavior exhibited by the monitored computing device into a test pattern, wherein the test pattern includes an observed pattern of behavior and an observed parameter value; and a matcher executable by the processor to: determine whether the test pattern matches a union of the PoB and the parameter value specified by the definition, and based on a determination that the test pattern matches the union, emit the behavior identifier. determine whether the test pattern matches a union of the PoB and the parameter value specified by the definition, and based on a determination that the test pattern matches the union, emit the behavior identifier.
Brake system for a vehicle comprising a brake actuating element; an actuating element coupling device with a first piston which is arranged on the brake actuating element in such a way that the first piston can be moved by means of an actuation of the brake actuating element at least partially into a first inner chamber of the actuating element coupling device; a master brake cylinder with a second piston, wherein the brake system can be operated at least in a driver braking mode in which a driver braking force transmitted to the first piston can be transmitted at least partially to the second piston such that the second piston can be moved out of its starting position at least partially into a second inner chamber of the master brake cylinder, and the brake system can be controlled out of the driver braking mode at least into an external force braking mode; a braking medium reservoir which is hydraulically connected via a snifting bore to the second inner chamber when the second piston is in its starting position, wherein the snifting bore between the braking medium reservoir and the second inner chamber is sealed during a movement of the second piston by a minimum movement travel; and at least one first brake circuit which is arranged on the master brake cylinder, is hydraulically connected to the second inner chamber and has at least one first wheel brake cylinder (36a, 42a) and at least one first pump, wherein, in the external force braking mode, a braking medium volume can be pumped by means of the at least one first pump out of the braking medium reservoir via the master brake cylinder into the at least one first wheel brake cylinder (36a, 42a); characterized by a first valve via which a first pressure chamber delimited by means of the second piston from the second inner chamber is hydraulically connected to the first inner chamber or a second pressure chamber delimited by means of a displaceable inner piston from the first inner chamber, wherein the brake system can be controlled by means of the first valve out of the driver braking mode into the external force braking mode in which a movement of the second piston by the minimum movement travel is suppressed in spite of the driver braking force transmitted to the first piston.
A submersible pumping apparatus for displacing transmission fluid, comprising: a pump operably coupled with a motor; the submersible pumping apparatus characterized in that it further comprises: a filter housing attached to the pump and having a cavity with an inlet aperture extending to an exhaust port of the pump; a fluid filter engaged with the cavity and having a filter cover with a relief valve disposed within an outlet aperture that extends from the cavity to an exit port on the filter cover; and a rotor cover attached to the motor and having a circuit board for operating the motor, wherein the rotor cover is configured to prevent the circuit board from being exposed to liquid. a pump operably coupled with a motor; the submersible pumping apparatus characterized in that it further comprises: a filter housing attached to the pump and having a cavity with an inlet aperture extending to an exhaust port of the pump; a fluid filter engaged with the cavity and having a filter cover with a relief valve disposed within an outlet aperture that extends from the cavity to an exit port on the filter cover; and a rotor cover attached to the motor and having a circuit board for operating the motor, wherein the rotor cover is configured to prevent the circuit board from being exposed to liquid. a filter housing attached to the pump and having a cavity with an inlet aperture extending to an exhaust port of the pump; a fluid filter engaged with the cavity and having a filter cover with a relief valve disposed within an outlet aperture that extends from the cavity to an exit port on the filter cover; and a rotor cover attached to the motor and having a circuit board for operating the motor, wherein the rotor cover is configured to prevent the circuit board from being exposed to liquid.
A method for producing flexible tube bodies for packaging tubes from a film substrate, which preferably has printing on an outer side, the film substrate having or consisting of at least one sealable plastic layer and comprising a first longitudinal-edge side, which extends in a longitudinal direction, and a second longitudinal-edge side, which is parallel to and spaced apart from the first longitudinal-edge side, the film substrate being shaped into a tube body using shaping means, and the two longitudinal-edge sides being connected, in particular sealed together, a longitudinal seam being formed in the process, a strip (2, 22) being disposed on the inside and/or the outside of the film substrate shaped into the tube body in the area of the longitudinal seam and being connected, in particular sealed, to the longitudinal-edge sides at least partially or in sections, the strip (2, 22) being heated, preferably to a temperature above the plastification temperature of the strip (2, 22), using heating means (19, 29, 39) before being connected to the longitudinal-edge sides, characterized in that the strip (2, 22) is supplied by a providing unit (6, 26) in such a manner that a supply speed (v s) of the strip (2, 22) is lower than a feeding or sealing speed (v 0) of the longitudinal-edge sides of the film substrate in the longitudinal direction.
Variable curvature catheter comprising - a catheter body which extends from a proximal end to a distal end, the catheter body being fitted with a side wall which defines at least one cavity, - the catheter body comprising, at said distal end, a variable curvature section which ends in a tip, - wherein inside the cavity of the catheter body at least one traction wire is housed having an ascending branch, which extends from the proximal end towards the distal end so as to at least partially go through the variable curvature section characterised in that - the traction wire extends from a first fork at least partially going through the variable curvature section, coming out of the variable curvature section and rejoining the ascending branch at said first fork, so as to form a closed loop which at least partially goes through the variable curvature section closing itself on the first fork, - wherein the traction wire, after closing itself in a loop on the first fork, extends towards the proximal end along a descending branch, - wherein the descending branch slides in relation to the ascending branch inside constraint means (64,68,72) joined to the ascending branch at said first fork, said constraint means (64,68, 72) permitting the relative sliding of the descending branch in relation to the ascending branch and ensuring the closure of the loop run through by the traction wire along the variable curvature section, the sliding of the descending branch modifying the curvature of the distal portion of the catheter. - a catheter body which extends from a proximal end to a distal end, the catheter body being fitted with a side wall which defines at least one cavity, - the catheter body comprising, at said distal end, a variable curvature section which ends in a tip, - wherein inside the cavity of the catheter body at least one traction wire is housed having an ascending branch, which extends from the proximal end towards the distal end so as to at least partially go through the variable curvature section - the traction wire extends from a first fork at least partially going through the variable curvature section, coming out of the variable curvature section and rejoining the ascending branch at said first fork, so as to form a closed loop which at least partially goes through the variable curvature section closing itself on the first fork, - wherein the traction wire, after closing itself in a loop on the first fork, extends towards the proximal end along a descending branch, - wherein the descending branch slides in relation to the ascending branch inside constraint means (64,68,72) joined to the ascending branch at said first fork, said constraint means (64,68, 72) permitting the relative sliding of the descending branch in relation to the ascending branch and ensuring the closure of the loop run through by the traction wire along the variable curvature section, the sliding of the descending branch modifying the curvature of the distal portion of the catheter.
An operating method for a ternary content addressable memory TCAM, the TCAM comprising a plurality of directly interconnected and identical TCAM stages, the method comprising: receiving an inverted match line output from the previous TCAM stage at gates of series-connected pull-up transistors of a current TCAM stage; receiving said inverted match line output from the previous TCAM stage at a gate of a pull-down transistor of the current TCAM stage; setting a match line at the current TCAM stage to a low value, via the pull-down transistor, when said inverted match line output from the previous TCAM stage indicates a mismatch; setting the match line at the current TCAM stage to a high value, via the series-connected pull-up transistors, when said inverted match line output from the previous TCAM stage indicates a match; pulling down the high value on the match line in response to a mismatch between a search value and a key value or a mismatch between a complementary search value and a mask value, and not pulling down the high value on the match line in response to a match between the search value and the key value or a match between the complementary search value and the mask value; and inverting the high value or low value on the match line to generate an inverted match line output of the current TCAM stage. receiving an inverted match line output from the previous TCAM stage at gates of series-connected pull-up transistors of a current TCAM stage; receiving said inverted match line output from the previous TCAM stage at a gate of a pull-down transistor of the current TCAM stage; setting a match line at the current TCAM stage to a low value, via the pull-down transistor, when said inverted match line output from the previous TCAM stage indicates a mismatch; setting the match line at the current TCAM stage to a high value, via the series-connected pull-up transistors, when said inverted match line output from the previous TCAM stage indicates a match; pulling down the high value on the match line in response to a mismatch between a search value and a key value or a mismatch between a complementary search value and a mask value, and not pulling down the high value on the match line in response to a match between the search value and the key value or a match between the complementary search value and the mask value; and inverting the high value or low value on the match line to generate an inverted match line output of the current TCAM stage.
A lens having optical power adjustable by relative lateral translation of two lens elements, the lens comprising: a first lens element sealed to a cover to define a cavity therebetween; a second lens element disposed within the cavity and coupled to an elongate drive element extending laterally from the second lens element, the second lens element being arranged to be driven laterally relative to the first lens element by lateral translation of the elongate drive element to thereby adjust the optical power of the lens, the lens comprising an adjuster for driving lateral translation of the elongate drive element, the lens characterised by further comprising a lateral projection into which the cavity and drive element extend, the lateral projection having there mounted the adjuster, the adjuster is a rotational adjuster rotatable by a user to control the optical power of the lens. a first lens element sealed to a cover to define a cavity therebetween; a second lens element disposed within the cavity and coupled to an elongate drive element extending laterally from the second lens element, the second lens element being arranged to be driven laterally relative to the first lens element by lateral translation of the elongate drive element to thereby adjust the optical power of the lens, the lens comprising an adjuster for driving lateral translation of the elongate drive element, the lens characterised by further comprising a lateral projection into which the cavity and drive element extend, the lateral projection having there mounted the adjuster, the adjuster is a rotational adjuster rotatable by a user to control the optical power of the lens.
A liquid pharmaceutical formulation for use in the treatment of edema, hypertension or heart failure or for use in the treatment of a patient exhibiting the symptoms of edema, hypertension or heart failure, wherein the liquid pharmaceutical formulation comprises: furosemide, or a pharmaceutically acceptable salt, hydrate or ester thereof, wherein the amount of furosemide in the liquid pharmaceutical formulation is between about 2 mg/mL to about 20 mg/mL; and a pharmaceutically acceptable buffer comprising tris(hydroxymethyl)aminomethane, wherein the concentration of tris(hydroxymethyl)aminomethane in the liquid pharmaceutical formulation is in a range of about 50 mM to about 250 mM; wherein the liquid pharmaceutical formulation has a pH between about 7.2 to about 8, is isosmotic, and the molar ratio of tris(hydroxymethyl)aminomethane to furosemide is greater than or equal to two. furosemide, or a pharmaceutically acceptable salt, hydrate or ester thereof, wherein the amount of furosemide in the liquid pharmaceutical formulation is between about 2 mg/mL to about 20 mg/mL; and a pharmaceutically acceptable buffer comprising tris(hydroxymethyl)aminomethane, wherein the concentration of tris(hydroxymethyl)aminomethane in the liquid pharmaceutical formulation is in a range of about 50 mM to about 250 mM;
A method for securing an access process for vehicles, the access process having at least one mobile device and a remote control device for managing the access rights, having the steps: repeatedly autonomously connecting the mobile device to the remote control device, generating new characteristic synchronisation data for each connection in the remote control device, transmitting the new synchronisation data from the remote control device to the mobile device, storing at least some of the new characteristic synchronisation data in the mobile device and in the remote control device, transmitting legacy characteristic synchronisation data of a preceding connection from the mobile device to the remote control device, consistency checking in the remote control device between the legacy synchronisation data received by the mobile device and the legacy synchronisation data stored in the remote control device, - if the data are consistent, breaking the connection and waiting for a synchronisation interval before the connection is restored for the next synchronisation; - if the data are inconsistent, blocking the mobile device from further access to vehicles. repeatedly autonomously connecting the mobile device to the remote control device, generating new characteristic synchronisation data for each connection in the remote control device, transmitting the new synchronisation data from the remote control device to the mobile device, storing at least some of the new characteristic synchronisation data in the mobile device and in the remote control device, transmitting legacy characteristic synchronisation data of a preceding connection from the mobile device to the remote control device, consistency checking in the remote control device between the legacy synchronisation data received by the mobile device and the legacy synchronisation data stored in the remote control device, - if the data are consistent, breaking the connection and waiting for a synchronisation interval before the connection is restored for the next synchronisation; - if the data are inconsistent, blocking the mobile device from further access to vehicles. - if the data are consistent, breaking the connection and waiting for a synchronisation interval before the connection is restored for the next synchronisation; - if the data are inconsistent, blocking the mobile device from further access to vehicles.
A hearing aid comprising a hearing aid assembly having a first side and a second side, a signal processor, a wireless communications unit, the wireless communications unit being connected to the signal processor, an antenna (15, 25, 35, 45, 55, 65, 115) for emission and reception of an electromagnetic field and being connected to the wireless communications unit, the antenna having an excitation point (23, 33, 43, 53, 63, 73, 113), wherein a first branch (21, 31, 41, 51, 61, 71, 111) of the antenna extends from the excitation point and a second branch (22, 32, 42, 52, 62, 72, 120) of the antenna extends from the excitation point; at least a part of the first branch extending along the first side, and at least a part of the second branch extending along the second side, wherein at least a part of the second branch extends from the first side to the second side, and wherein the antenna has a first resonant frequency and a second resonant frequency different from the first resonant frequency, wherein the first branch has a first length and the second branch has a second length and the relative difference between the first length and the second length is less than 10%.