mhurhangee/ep-ind-claims huggingface dataset:
A device for wireless communication, the device comprising: a first antenna system configured to use a first frequency band for wireless communication; and a second antenna system configured to use a second frequency band for wireless communication, the second frequency band being different from the first frequency band; characterised in that the device further comprises: a memory configured to store information comprising one or more wake-up schedules on the second frequency band of the device and/or other wireless devices; a medium access control layer configured to transmit and/or receive a signal on the first frequency band, wherein the signal contains at least part of the one or more wake-up schedules on the second frequency band of the device and/or other wireless devices; and the signal comprises an information element containing one or more of an element ID field a length of element field, and an awake window field. a first antenna system configured to use a first frequency band for wireless communication; and a second antenna system configured to use a second frequency band for wireless communication, the second frequency band being different from the first frequency band; characterised in that the device further comprises: a memory configured to store information comprising one or more wake-up schedules on the second frequency band of the device and/or other wireless devices; a medium access control layer configured to transmit and/or receive a signal on the first frequency band, wherein the signal contains at least part of the one or more wake-up schedules on the second frequency band of the device and/or other wireless devices; and the signal comprises an information element containing one or more of an element ID field a length of element field, and an awake window field. a memory configured to store information comprising one or more wake-up schedules on the second frequency band of the device and/or other wireless devices; a medium access control layer configured to transmit and/or receive a signal on the first frequency band, wherein the signal contains at least part of the one or more wake-up schedules on the second frequency band of the device and/or other wireless devices; and the signal comprises an information element containing one or more of an element ID field a length of element field, and an awake window field.
Spring brake actuator, in particular parking or emergency spring brake actuator, for use in a commercial vehicle, said actuator comprising - a cylinder housing having a cylinder housing base, - a spring brake piston located in said cylinder housing for applying a braking force, - a compression spring located between the cylinder housing base and the spring brake piston, said compression spring being effective to push the spring brake piston away from the base, - a brake release bolt, preferably a half-release bolt, having a threaded portion, - a running nut engaging the threaded portion, said running nut being adapted to move the spring brake piston against the force of the compression spring, wherein the spring brake piston comprises a flange portion adapted for abutting against the running nut, and - a static nut fixedly attached to the bolt, said static nut being effective to move the running nut along the threaded portion, characterized by a protrusion inside the cylinder housing extending away from the cylinder housing base, and a stopper located on the release bolt at a position between the running nut and the static nut, said stopper being adapted to abut against the protrusion at a predetermined stroke position of the spring brake piston. - a cylinder housing having a cylinder housing base, - a spring brake piston located in said cylinder housing for applying a braking force, - a compression spring located between the cylinder housing base and the spring brake piston, said compression spring being effective to push the spring brake piston away from the base, - a brake release bolt, preferably a half-release bolt, having a threaded portion, - a running nut engaging the threaded portion, said running nut being adapted to move the spring brake piston against the force of the compression spring, wherein the spring brake piston comprises a flange portion adapted for abutting against the running nut, and - a static nut fixedly attached to the bolt, said static nut being effective to move the running nut along the threaded portion,
A facility system, comprising: a) a telecommunications rack having equipment mounted thereon; b) an overhead cable pathway structure located above the telecommunications rack; c) cables running along the overhead cable pathway structure; and d) a cable termination device mounted to the overhead cable pathway structure, the cable termination device including a plurality of adapters mounted outside of a cable-carrying region of the overhead cable pathway structure; e) wherein cables exiting the overhead cable pathway structure are terminated to the adapters of the cable termination device mounted to the overhead cable pathway structure. a) a telecommunications rack having equipment mounted thereon; b) an overhead cable pathway structure located above the telecommunications rack; c) cables running along the overhead cable pathway structure; and d) a cable termination device mounted to the overhead cable pathway structure, the cable termination device including a plurality of adapters mounted outside of a cable-carrying region of the overhead cable pathway structure; e) wherein cables exiting the overhead cable pathway structure are terminated to the adapters of the cable termination device mounted to the overhead cable pathway structure.
A method for control and monitoring of security and network capabilities of a network device, comprising the steps of: providing a network connection device having a network port, a management network connectivity port, and a security processor; exchanging data traffic on a first path that extends between a data network and a host computer via the network port of the network connection device; and isolating security and network configuration functions of the network connection device from the host computer by exchanging security management data on a second path that extends between the security processor and a management host on a management network via the management network connectivity port, wherein the second path is isolated from the first path. providing a network connection device having a network port, a management network connectivity port, and a security processor; exchanging data traffic on a first path that extends between a data network and a host computer via the network port of the network connection device; and isolating security and network configuration functions of the network connection device from the host computer by exchanging security management data on a second path that extends between the security processor and a management host on a management network via the management network connectivity port, wherein the second path is isolated from the first path.
A bone screw (1, 30) comprising a head part (2, 31), a threaded part (3, 32), and a flexible connection part (4, 34) between head part (2, 31) and threaded part (3, 32), for transmitting a torsional force between head part (2, 31) and threaded part (3, 32), and for allowing two bending movements in the opposite direction between head part (2, 31) and threaded part (3, 32) in the longitudinal axis of the screw, wherein head part (2, 31) and threaded part (3, 32) in each case have a longitudinal axis, which can be arranged offset in parallel to one another, and that in the case of an arrangement of head part (2, 31) and threaded part (3, 32) on a longitudinal axis, the screw has an ε-module of between 20,000 and 100,000 N/mm 2 against an elongation, characterized in that the flexible connection part (4, 33, 70) as coupling has a first coupling element (5, 34, 50, 60) comprising a plug connection (6, 36) for transmitting torsional forces, and a second coupling element (7, 41) for transmitting tensile forces.
A computer-implemented method of characterizing a reverberant response associated with a reverberant subsystem, the method comprising: determining a first variance associated with an excitation energy exposed to the reverberant subsystem, wherein the first variance represents uncertainty in amplitude of the excitation energy with respect to frequency; determining a second variance associated with a damping provided by the reverberant subsystem, wherein the second variance represents uncertainty in the damping provided by the reverberant subsystem with respect to frequency; determining a third variance associated with an input modal power acceptance of the reverberant subsystem; determining a cumulative variance associated with the reverberant response based on the first variance, the second variance, and the third variance in accordance with the law of total variance; obtaining a mean reverberant response associated with the reverberant subsystem in response to the excitation energy; obtaining a probability density function for the reverberant response; determining a maximum expected value for the reverberant as a percentile of the probability density function using the mean reverberant response and the cumulative variance; and displaying a graphical representation of the maximum expected value on an electronic display device. determining a first variance associated with an excitation energy exposed to the reverberant subsystem, wherein the first variance represents uncertainty in amplitude of the excitation energy with respect to frequency; determining a second variance associated with a damping provided by the reverberant subsystem, wherein the second variance represents uncertainty in the damping provided by the reverberant subsystem with respect to frequency; determining a third variance associated with an input modal power acceptance of the reverberant subsystem; determining a cumulative variance associated with the reverberant response based on the first variance, the second variance, and the third variance in accordance with the law of total variance; obtaining a mean reverberant response associated with the reverberant subsystem in response to the excitation energy; obtaining a probability density function for the reverberant response; determining a maximum expected value for the reverberant as a percentile of the probability density function using the mean reverberant response and the cumulative variance; and displaying a graphical representation of the maximum expected value on an electronic display device.
A walking assist device to be worn on a person's leg, the device comprising: a shank link; a thigh member including a thigh support, which is in contact with the person's thigh when the device is worn on the person's leg, and a thigh link connected to the thigh support; and a knee mechanism that rotatably connects said shank link to the thigh link of said thigh member, with the shank link only being connected to the thigh support through the knee mechanism and the thigh link and optionally connected through a connecting link coupling said shank link with the person's leg at a location below the person's knee and above the person's ankle when the device is worn on the person's leg, wherein when the device is worn on the person's leg and the person is walking: when said shank link is in contact with the ground, said knee mechanism is configured to resist the rotation of said shank link relative to said thigh member to prevent the person's foot from contacting the ground, and when said shank link is not in contact with the ground, said knee mechanism's resistance to the rotation of said shank link relative to said thigh member is less than said knee mechanism's resistance when said shank link is in contact with the ground. a shank link; a thigh member including a thigh support, which is in contact with the person's thigh when the device is worn on the person's leg, and a thigh link connected to the thigh support; and a knee mechanism that rotatably connects said shank link to the thigh link of said thigh member, with the shank link only being connected to the thigh support through the knee mechanism and the thigh link and optionally connected through a connecting link coupling said shank link with the person's leg at a location below the person's knee and above the person's ankle when the device is worn on the person's leg, wherein when the device is worn on the person's leg and the person is walking: when said shank link is in contact with the ground, said knee mechanism is configured to resist the rotation of said shank link relative to said thigh member to prevent the person's foot from contacting the ground, and when said shank link is not in contact with the ground, said knee mechanism's resistance to the rotation of said shank link relative to said thigh member is less than said knee mechanism's resistance when said shank link is in contact with the ground. when said shank link is in contact with the ground, said knee mechanism is configured to resist the rotation of said shank link relative to said thigh member to prevent the person's foot from contacting the ground, and when said shank link is not in contact with the ground, said knee mechanism's resistance to the rotation of said shank link relative to said thigh member is less than said knee mechanism's resistance when said shank link is in contact with the ground.
Locking device for a headrest, having a headrest rod, a guide sleeve for the headrest rod, and a blocking element, wherein the blocking element is movable relative to the guide sleeve between a locking position, in which the blocking element is in engagement with a recess in the headrest rod, and an unlocking position, in which the blocking element is disengaged from recesses in the headrest rod, wherein the blocking element is pivotable in relation to the guide sleeve about an axis of rotation parallel to the headrest rod, wherein the blocking element is mounted in the guide sleeve in such a manner that, during a relative rotational movement between the guide sleeve and the headrest rod, the blocking element at least partially rotates together with the headrest rod about the axis of rotation, characterized in that the blocking element comprises a blocking bolt and an actuating element, wherein the actuating element comprises an outer segment and an inner segment, which are in particular connected rigidly to each other, wherein the guide sleeve has two guide channels which extend parallel to the main direction of movement and in which free limbs of the outer segment are displaceably guided.
A wind tower for delivering wind flow to a turbine including: • a support structure mounted to a support surface; • a stackable wind intake section rotatably mounted to the support structure and elevated with respect to the support surface, the intake section having a central aperture and a plurality of internal passageways separated by a plurality of internal partitions extending between a plurality of wind-facing inlets oriented for concurrently receiving an oncoming wind-flow across the width of the stackable intake section and a plurality of outlets, each of the plurality of wind-facing inlets being in fluid communication with one of the plurality of outlets and the outlets being arranged around and in fluid communication with the central aperture, with the central aperture being of lesser diameter than the total width of the inlets to concentrate wind flow captured across a wider area via one of the passageways; and • an output passageway for collecting wind flow from the plurality of outlets, the output passageway being in fluid communication with the outlets and extending downwardly from the intake section toward the support surface for delivering wind flow to a turbine located at or proximate to the support surface. • a support structure mounted to a support surface; • a stackable wind intake section rotatably mounted to the support structure and elevated with respect to the support surface, the intake section having a central aperture and a plurality of internal passageways separated by a plurality of internal partitions extending between a plurality of wind-facing inlets oriented for concurrently receiving an oncoming wind-flow across the width of the stackable intake section and a plurality of outlets, each of the plurality of wind-facing inlets being in fluid communication with one of the plurality of outlets and the outlets being arranged around and in fluid communication with the central aperture, with the central aperture being of lesser diameter than the total width of the inlets to concentrate wind flow captured across a wider area via one of the passageways; and • an output passageway for collecting wind flow from the plurality of outlets, the output passageway being in fluid communication with the outlets and extending downwardly from the intake section toward the support surface for delivering wind flow to a turbine located at or proximate to the support surface.
Sensor for locating metallic objects, in particular a metal sensor for construction materials, comprising at least one transmission coil (116, 216) and at least one reception conductor loop system (112, 212), which are inductively coupled to one another, wherein the reception conductor loop system (112, 212) is formed by conductor structures on a printed circuit board (100, 200), characterized in that a shunt resistor connected in series with at least one transmission coil (116, 216) is provided, said shunt resistor being embodied as a conductor track structure on the printed circuit board (100, 200), furthermore characterized by an evaluation circuit, which is connectable via switching means both to the shunt resistor and to at least one reception conductor loop system (112, 114, 212, 214).
A valve comprising: a body having an inlet, an outlet, an access port comprising an interior space, and a post, wherein the inlet is selectively coupled to the outlet through the interior space; and a rotatable element having an axis of rotation, wherein the rotatable element is disposed within the body so that the post protrudes into the rotatable element, and the body and rotatable element are configured to cooperatively displace the rotatable element with respect to the body and along the axis of rotation as the rotatable element is moved between a first and a second position; wherein, in the first position, fluid entering the inlet entirely flows through the interior space to the outlet, and in the second position, the rotatable element is displaced along the axis of rotation such that fluid entering the inlet flows between the post and the rotatable element to the outlet. a body having an inlet, an outlet, an access port comprising an interior space, and a post, wherein the inlet is selectively coupled to the outlet through the interior space; and a rotatable element having an axis of rotation, wherein the rotatable element is disposed within the body so that the post protrudes into the rotatable element, and the body and rotatable element are configured to cooperatively displace the rotatable element with respect to the body and along the axis of rotation as the rotatable element is moved between a first and a second position; wherein, in the first position, fluid entering the inlet entirely flows through the interior space to the outlet, and in the second position, the rotatable element is displaced along the axis of rotation such that fluid entering the inlet flows between the post and the rotatable element to the outlet.
Detecting apparatus for imaging at least two areas of a brain of a subject, a first area of the brain being distinct from a second area of the brain, the detecting apparatus Z comprising: - a holder comprising: - a frame devoted to be cemented on a part of the skull of the subject, the frame delimitating an inner portion which is transparent to ultrasound waves, - a removable imaging device comprising: - a platform delimitating an inner space, the inner space facing the inner portion, - a fixing element adapted to temporary fix and lock the platform to the holder, - an ultrasound probe comprising one or more transducer arrays, and - a moving stage holding the ultrasound probe,being adapted to move the ultrasound probe within the inner space, the moving stage being adapted to move between a first position wherein the first area of the brain is imaged with the ultrasound probe and a second position wherein the second area of the brain is imaged with the ultrasound probe, the fixing element and the frame are magnetic, the frame further comprising an element (22, 24, 26) having a first shape, the fixing element having a second shape, the first shape and the second shape being complementary. - a holder comprising: - a frame devoted to be cemented on a part of the skull of the subject, the frame delimitating an inner portion which is transparent to ultrasound waves, - a frame devoted to be cemented on a part of the skull of the subject, the frame delimitating an inner portion which is transparent to ultrasound waves, - a removable imaging device comprising: - a platform delimitating an inner space, the inner space facing the inner portion, - a fixing element adapted to temporary fix and lock the platform to the holder, - an ultrasound probe comprising one or more transducer arrays, and - a moving stage holding the ultrasound probe,being adapted to move the ultrasound probe within the inner space, the moving stage being adapted to move between a first position wherein the first area of the brain is imaged with the ultrasound probe and a second position wherein the second area of the brain is imaged with the ultrasound probe, - a platform delimitating an inner space, the inner space facing the inner portion, - a fixing element adapted to temporary fix and lock the platform to the holder, - an ultrasound probe comprising one or more transducer arrays, and - a moving stage holding the ultrasound probe,being adapted to move the ultrasound probe within the inner space, the moving stage being adapted to move between a first position wherein the first area of the brain is imaged with the ultrasound probe and a second position wherein the second area of the brain is imaged with the ultrasound probe,