mhurhangee/ep-ind-claims huggingface dataset:
A solid laminate stringer for use in an aircraft, the stringer comprising: a base segment comprising a first plurality of plies of reinforcement material, wherein the base segment forms a first generally trapezoidal cross section with sides having a first slope angle with respect to a first stacked ply of the base segment; a transition segment abutting the base segment, the transition segment comprising a second plurality of plies of reinforcement material, wherein the transition segment forms a cross section having concave sides that are continuous with the sides of the base segment; a top segment abutting the transition segment, the top segment comprising a third plurality of plies of reinforcement material, wherein the top segment forms a second generally trapezoidal cross section with sides that are continuous with the concave sides of the transition segment, and wherein the sides have a second slope angle with respect to the first stacked ply of the base segment that is greater than the first slope angle; a first overwrap layer comprising at least one ply of reinforcement material, wherein the first overwrap layer covers the top segment, the transition segment, and at least a portion of the base segment; and a second overwrap layer comprising at least one ply of reinforcement material, wherein the second overwrap layer overlaps at least a portion of the first overwrap layer covering the base segment. a base segment comprising a first plurality of plies of reinforcement material, wherein the base segment forms a first generally trapezoidal cross section with sides having a first slope angle with respect to a first stacked ply of the base segment; a transition segment abutting the base segment, the transition segment comprising a second plurality of plies of reinforcement material, wherein the transition segment forms a cross section having concave sides that are continuous with the sides of the base segment; a top segment abutting the transition segment, the top segment comprising a third plurality of plies of reinforcement material, wherein the top segment forms a second generally trapezoidal cross section with sides that are continuous with the concave sides of the transition segment, and wherein the sides have a second slope angle with respect to the first stacked ply of the base segment that is greater than the first slope angle; a first overwrap layer comprising at least one ply of reinforcement material, wherein the first overwrap layer covers the top segment, the transition segment, and at least a portion of the base segment; and a second overwrap layer comprising at least one ply of reinforcement material, wherein the second overwrap layer overlaps at least a portion of the first overwrap layer covering the base segment.
Laundry care appliance with an outer tub for accommodating wash liquor, wherein the outer tub comprises an outlet opening and an inlet opening, wherein the outlet opening is arranged below the inlet opening and is connected to the inlet opening by a line, wherein a drain pump is arranged in the line, and a controller, characterised in that the controller is embodied to control the drain pump and, in a first time segment, to activate a conveying mode of the drain pump, in order to pump wash liquor through the outlet opening out of the outer tub into the line up to a wash liquor level in the line, and that the controller is embodied, in a second time segment following the first time segment, to cease the conveying mode of the drain pump, in order to convey the wash liquor out of the line, through the outlet opening and back into the outer tub.
Method for testing a sensor system, which is set up to detect a facial movement of a vehicle passenger in a vehicle, by implementing the following steps: a) providing a humanoid imitation head, b) providing an animation device connected to the humanoid imitation head, c) implementing a predetermined facial movement of the humanoid imitation head by means of the animation device and, d) detecting the predetermined facial movement using the sensor system, wherein - a first value is derived from the predetermined facial movement detected using the sensor system and this first value is compared to a corresponding second value, characterised in that - the second value is provided by a further sensor system which detects the predetermined facial movement, - an eyelid is arranged on the humanoid imitation head and the animation device implements a predetermined movement of the eyelid as the facial movement and - the animation device transfers the eyelid from a start state to an end state in a defined time in order to simulate a falling asleep of the vehicle passenger by the humanoid imitation head. a) providing a humanoid imitation head, b) providing an animation device connected to the humanoid imitation head, c) implementing a predetermined facial movement of the humanoid imitation head by means of the animation device and, d) detecting the predetermined facial movement using the sensor system, - a first value is derived from the predetermined facial movement detected using the sensor system and this first value is compared to a corresponding second value, characterised in that - the second value is provided by a further sensor system which detects the predetermined facial movement, - an eyelid is arranged on the humanoid imitation head and the animation device implements a predetermined movement of the eyelid as the facial movement and - the animation device transfers the eyelid from a start state to an end state in a defined time in order to simulate a falling asleep of the vehicle passenger by the humanoid imitation head.
A valve actuator for a valve body comprising: a housing fixably coupleable to the valve body; a sleeve having a first end rotatably coupled to said housing and a second end projecting out of said housing; a valve stem partially disposed within said sleeve and extendable into the valve body; a stem housing fixably coupled to the second end of the rotating sleeve; a screw member coupled to said valve stem and said sleeve so that rotation of said sleeve causes translation of said valve stem; a transmission coupled to said housing and engaged with said sleeve; a motor coupled to said transmission so that operation of said motor causes rotation of said sleeve; said motor being configured to rotate the sleeve and said sleeve being configured to be rotated by the motor to translate said valve stem back and forth between a first position and a second position; and wherein said sleeve is configured to rotate both with and independently of the operation of said motor to translate said valve stem, the valve actuator further configured such that it may be actuated by applying torque to stem housing independent of the motor and the transmission or in conjunction therewith. a housing fixably coupleable to the valve body; a sleeve having a first end rotatably coupled to said housing and a second end projecting out of said housing; a valve stem partially disposed within said sleeve and extendable into the valve body; a stem housing fixably coupled to the second end of the rotating sleeve; a screw member coupled to said valve stem and said sleeve so that rotation of said sleeve causes translation of said valve stem; a transmission coupled to said housing and engaged with said sleeve; a motor coupled to said transmission so that operation of said motor causes rotation of said sleeve; said motor being configured to rotate the sleeve and said sleeve being configured to be rotated by the motor to translate said valve stem back and forth between a first position and a second position; and wherein said sleeve is configured to rotate both with and independently of the operation of said motor to translate said valve stem, the valve actuator further configured such that it may be actuated by applying torque to stem housing independent of the motor and the transmission or in conjunction therewith.
Tube rupture protection device, comprising a valve unit consisting of a single block, said valve unit comprising: - a hydraulic line comprising at least one first port intended for the connection with a hydraulic actuator and at least one second port intended for the connection with a tube at risk of rupture; - a control valve operating in said hydraulic line and comprising at least one first position in which it allows a flow toward said first port and prevents a flow toward said second port and at least one second position in which it allows a flow toward said second port; - a pilot line arranged to pilot said control valve and comprising at least one third port intended for the connection with at least one element external to the device; - a discharge line connected to said pilot line and comprising at least one fourth port intended for the connection with a drain to discharge fluid from said pilot line; - a circuit element arranged to control a discharge flow in said discharge line; - valve means arranged in said discharge line between said circuit element and said pilot line; - a service line arranged to pilot said circuit element by a pressure coming from a portion of said hydraulic line comprised between said second port and said control valve, said circuit element being piloted to close said discharge line when in said portion of said hydraulic line there is a first pressure, in case of intact tube, and to at least partially open said discharge line when in said portion of said hydraulic line there is a second pressure, lower than said first pressure, in case of ruptured tube - a hydraulic line comprising at least one first port intended for the connection with a hydraulic actuator and at least one second port intended for the connection with a tube at risk of rupture; - a control valve operating in said hydraulic line and comprising at least one first position in which it allows a flow toward said first port and prevents a flow toward said second port and at least one second position in which it allows a flow toward said second port; - a pilot line arranged to pilot said control valve and comprising at least one third port intended for the connection with at least one element external to the device; - a discharge line connected to said pilot line and comprising at least one fourth port intended for the connection with a drain to discharge fluid from said pilot line; - a circuit element arranged to control a discharge flow in said discharge line; - valve means arranged in said discharge line between said circuit element and said pilot line; - a service line arranged to pilot said circuit element by a pressure coming from a portion of said hydraulic line comprised between said second port and said control valve, said circuit element being piloted to close said discharge line when in said portion of said hydraulic line there is a first pressure, in case of intact tube, and to at least partially open said discharge line when in said portion of said hydraulic line there is a second pressure, lower than said first pressure, in case of ruptured tube
An electronic lock comprising: a cylinder body having a first cylinder half and a second cylinder half; a plug having a keyway for receiving a key, rotatable within said cylinder body, a solenoid-activated actuator within the cylinder body, said actuator having a retention pin which is arranged to selectively engage the plug to prevent the rotation thereof and disengages the plug in response to an actuating signal to allow rotation thereof, said electronic lock further comprises: an antenna for receiving data from an electronic circuit placed at a shaft of the key, when the key is inserted into the keyway fully;said antenna provided inside the first cylinder half of the cylinder body; the solenoid-activated actuator for housing and driving said retention pin downwardly or upwardly according to the longitudinal axis of the electronic lock; and an electronic card arranged to compare data read from the antenna with data stored in memory itself, such that if the data received from the antenna is found to be acceptable, the electronic card provides the actuating signal to the solenoid-activated actuator to move the retention pin. a cylinder body having a first cylinder half and a second cylinder half; a plug having a keyway for receiving a key, rotatable within said cylinder body, a solenoid-activated actuator within the cylinder body, said actuator having a retention pin which is arranged to selectively engage the plug to prevent the rotation thereof and disengages the plug in response to an actuating signal to allow rotation thereof, said electronic lock further comprises: an antenna for receiving data from an electronic circuit placed at a shaft of the key, when the key is inserted into the keyway fully;said antenna provided inside the first cylinder half of the cylinder body; the solenoid-activated actuator for housing and driving said retention pin downwardly or upwardly according to the longitudinal axis of the electronic lock; and an electronic card arranged to compare data read from the antenna with data stored in memory itself, such that if the data received from the antenna is found to be acceptable, the electronic card provides the actuating signal to the solenoid-activated actuator to move the retention pin. an antenna for receiving data from an electronic circuit placed at a shaft of the key, when the key is inserted into the keyway fully;said antenna provided inside the first cylinder half of the cylinder body; the solenoid-activated actuator for housing and driving said retention pin downwardly or upwardly according to the longitudinal axis of the electronic lock; and an electronic card arranged to compare data read from the antenna with data stored in memory itself, such that if the data received from the antenna is found to be acceptable, the electronic card provides the actuating signal to the solenoid-activated actuator to move the retention pin.
Windproof head for a support of raised floors, comprising a body having a flat upper surface and through holes, a central compartment having a central surface with a central through hole, a curved surface in a lower portion of the windproof head, and attachment elements for flat elements of the raised floor, wherein each attachment element is associated with the body and provides a flat upper surface and a lower pin suitable for going through the body in correspondence of through holes of the body, characterized in that the windproof head further comprises two forks, each of which is able to lock two lower pins of respective attachment elements so that the attachment elements remain associated with the body, wherein each fork comprises a body with two seats suitable for coupling with respective lower pins of respective attachment elements, wherein from the body of each fork protrudes a septum able to protrude from a loop of the body having a flat upper surface, and wherein the septum is surrounded by an edge which laterally protrudes with respect to the vertical development of the septum so as to engage with an edge of the loop of the body having the flat upper surface. a body having a flat upper surface and through holes, a central compartment having a central surface with a central through hole, a curved surface in a lower portion of the windproof head, and attachment elements for flat elements of the raised floor, wherein each attachment element is associated with the body and provides a flat upper surface and a lower pin suitable for going through the body in correspondence of through holes of the body, characterized in that the windproof head further comprises two forks, each of which is able to lock two lower pins of respective attachment elements so that the attachment elements remain associated with the body, wherein each fork comprises a body with two seats suitable for coupling with respective lower pins of respective attachment elements, wherein from the body of each fork protrudes a septum able to protrude from a loop of the body having a flat upper surface, and wherein the septum is surrounded by an edge which laterally protrudes with respect to the vertical development of the septum so as to engage with an edge of the loop of the body having the flat upper surface.
Food handling system comprising: a food positioning system comprising: a main conveying surface configured to move food products, an electronic sensor configured to capture position data about one or more food products on the main conveying surface within a sensor range of the sensor, a robot, and a controller which is signal-connected to the electronic sensor and the robot, and configured to instruct the robot to move a food product from the main conveying surface to a destination position, characterized in that: with respect to the food positioning system: the food products on the main conveying surface comprising a stack of food products, the electronic sensor configured to detect when the stack of food products is not properly stacked or aligned in a vertical direction on the main conveying surface, and the controller configured to instruct the robot to correct the vertical mis-alignment of the stack of food products. a main conveying surface configured to move food products, an electronic sensor configured to capture position data about one or more food products on the main conveying surface within a sensor range of the sensor, a robot, and a controller which is signal-connected to the electronic sensor and the robot, and configured to instruct the robot to move a food product from the main conveying surface to a destination position, characterized in that: with respect to the food positioning system: the food products on the main conveying surface comprising a stack of food products, the electronic sensor configured to detect when the stack of food products is not properly stacked or aligned in a vertical direction on the main conveying surface, and the controller configured to instruct the robot to correct the vertical mis-alignment of the stack of food products.
A method for analyzing a diene compound, comprising: a triazolinedione adduct heating step of heating a triazolinedione adduct represented by formula to produce a triazolinedione compound represented by formula; an ene compound formation step of reacting the triazolinedione compound with a diene compound represented by formula to obtain an ene compound represented by formula; and an ene compound analysis step of analyzing the ene compound to quantitatively determine the diene compound, wherein the diene compound is a vitamin, wherein in the formula, R 1 represents a substituted or unsubstituted phenyl group; and A represents a fused ring having three or more rings comprising at least one aromatic ring, wherein in the formula, R 1 is as defined in the formula, wherein in the formula, R 2, R 3, R 4, R 5, R 6, and R 7 each independently represent a group selected from the group consisting of a hydrogen atom, an alkyl group having 1 to 100 carbon atoms, an aralkyl group, a phenyl group, and a heterocyclic group, wherein the alkyl group, the aralkyl group, the phenyl group, and the heterocyclic group optionally comprise an atom selected from the group consisting of an oxygen atom, a nitrogen atom, a sulfur atom, and a phosphorus atom, and wherein at least two of R 2, R 3, R 4, R 5, R 6, and R 7 are optionally combined with one another, and wherein in the formula, R 1 is as defined in the formula; and R 2, R 3, R 4, R 5, R 6, and R 7 are as defined in the formula. a triazolinedione adduct heating step of heating a triazolinedione adduct represented by formula to produce a triazolinedione compound represented by formula; an ene compound formation step of reacting the triazolinedione compound with a diene compound represented by formula to obtain an ene compound represented by formula; and an ene compound analysis step of analyzing the ene compound to quantitatively determine the diene compound, wherein the diene compound is a vitamin, wherein in the formula, R 1 represents a substituted or unsubstituted phenyl group; and A represents a fused ring having three or more rings comprising at least one aromatic ring, wherein in the formula, R 1 is as defined in the formula, wherein in the formula, R 2, R 3, R 4, R 5, R 6, and R 7 each independently represent a group selected from the group consisting of a hydrogen atom, an alkyl group having 1 to 100 carbon atoms, an aralkyl group, a phenyl group, and a heterocyclic group, wherein the alkyl group, the aralkyl group, the phenyl group, and the heterocyclic group optionally comprise an atom selected from the group consisting of an oxygen atom, a nitrogen atom, a sulfur atom, and a phosphorus atom, and wherein at least two of R 2, R 3, R 4, R 5, R 6, and R 7 are optionally combined with one another, and wherein in the formula, R 1 is as defined in the formula; and R 2, R 3, R 4, R 5, R 6, and R 7 are as defined in the formula.
A method for increasing the density of a flowable material in need thereof comprising: applying highly propagating ultrasonic energy at a frequency of between about 16 kHz to about 40 kHz to the material, wherein the amplitude of said highly propagating ultrasonic energy is between about 0.01 to about 150 microns amplitude and has an energy density of between about 0.001 watt/cm 3 to about 10 watts/cm 3, and wherein the highly propagating ultrasonic energy is emitted substantially orthogonal to the axial direction of a sonotrode or transducer emitting said energy and is substantially uniformly distributed throughout the material, and wherein the density of the material is increased by decreasing gas levels in the material. applying highly propagating ultrasonic energy at a frequency of between about 16 kHz to about 40 kHz to the material, wherein the amplitude of said highly propagating ultrasonic energy is between about 0.01 to about 150 microns amplitude and has an energy density of between about 0.001 watt/cm 3 to about 10 watts/cm 3, and wherein the highly propagating ultrasonic energy is emitted substantially orthogonal to the axial direction of a sonotrode or transducer emitting said energy and is substantially uniformly distributed throughout the material, and wherein the density of the material is increased by decreasing gas levels in the material.
A tool for loosening or removing leaf lard from at least a part of an animal carcass, the tool comprising a winding mandrel configured to wind a leaf lard around it, the mandrel comprising • a suction cavity located inside the mandrel and with a rounded opening arranged on an outer surface of the mandrel, the suction cavity being configured to engage with a part of the leaf lard, • at least one first air device located inside the mandrel, characterized in that the at least one first air device is arranged for alternately aspirating and blowing air into and away from the suction cavity via the rounded opening to respectively pull the engaged part of the leaf lard into the suction cavity and blow off the engaged part of the leaf lard from the suction cavity. • a suction cavity located inside the mandrel and with a rounded opening arranged on an outer surface of the mandrel, the suction cavity being configured to engage with a part of the leaf lard, • at least one first air device located inside the mandrel,
A clutch disk having a torsional vibration damper that has two spring dampers (102, 103) connected in series, having a hub and a flange arranged on the hub, wherein side disks are arranged on both sides of the flange, wherein the side disks are connected radially on the outside to friction linings, wherein a first spring damper is arranged as a main damper between the side disks and the flange in a torque-transmitting manner, and a second spring damper is arranged as a pre-damper between the flange and the hub in a torque-transmitting manner, characterised in that the clutch disk has a centrifugal pendulum, wherein the centrifugal pendulum has at least one flange of the centrifugal pendulum and centrifugal weights arranged displaceably thereon, wherein the flange of the centrifugal pendulum is hinged to an element of the clutch disk upstream of the pre-damper when viewed in the direction of torque.