mhurhangee/ep-ind-claims huggingface dataset:
An intra-vaginal device for the control of stool passage, comprising: a stabilizing body for securing said device around an area of the pubic notch and in an area of the posterior fornix, said stabilizing body including a force applying portion for reversibly applying a force to a posterior portion of the vagina to control the passage of stool through the rectum, wherein the stabilizing body has an anterior end and a posterior end operatively connected by a portion (20, 12), which has a lateral span and includes the force applying portion, such that when inserted, the anterior end rests around the pubic notch and the posterior end rests in the posterior fornix of the vagina, wherein the lateral span of the portion (20, 12) proximate to the force applying portion narrows, thereby minimizing tension to lateral walls of the vagina, wherein the portion of the lateral span is considered as a central or posterior portion of the stabilizing body. a stabilizing body for securing said device around an area of the pubic notch and in an area of the posterior fornix, said stabilizing body including a force applying portion for reversibly applying a force to a posterior portion of the vagina to control the passage of stool through the rectum, wherein the stabilizing body has an anterior end and a posterior end operatively connected by a portion (20, 12), which has a lateral span and includes the force applying portion, such that when inserted, the anterior end rests around the pubic notch and the posterior end rests in the posterior fornix of the vagina, wherein the lateral span of the portion (20, 12) proximate to the force applying portion narrows, thereby minimizing tension to lateral walls of the vagina, wherein the portion of the lateral span is considered as a central or posterior portion of the stabilizing body.
A method comprising a root of a directed acyclic graph, DAG: determining transmission of critical traffic from a first device to a second device in a computer network using the DAG; determining a maximum tolerable delay of the critical traffic; computing, based on a known topology of the computer network, a constrained shortest path first, CSPF, point-to-point, P2P, path from the first device to the second device to meet the maximum tolerable delay; and informing the first device of the P2P path to the second device to cause the first device to use the P2P path for the critical traffic. determining transmission of critical traffic from a first device to a second device in a computer network using the DAG; determining a maximum tolerable delay of the critical traffic; computing, based on a known topology of the computer network, a constrained shortest path first, CSPF, point-to-point, P2P, path from the first device to the second device to meet the maximum tolerable delay; and informing the first device of the P2P path to the second device to cause the first device to use the P2P path for the critical traffic.
Method for operating a steering system of a vehicle, wherein an actuator is provided for generating a restoring moment, which opposes the torque from a driver, in a steering handle of the vehicle, wherein the following steps are carried out: - generating the restoring moment up to a maximum moment, if the maximum moment is enabled, and limited to a lower limit moment, if the maximum moment is limited, - identifying a vehicle situation for the vehicle, - enabling the maximum moment, if the vehicle situation is identified as a boarding and/or deboarding situation, in order to stiffen the steering handle, - limiting the maximum moment, if the vehicle situation is identified as a driving mode of the vehicle. - generating the restoring moment up to a maximum moment, if the maximum moment is enabled, and limited to a lower limit moment, if the maximum moment is limited, - identifying a vehicle situation for the vehicle, - enabling the maximum moment, if the vehicle situation is identified as a boarding and/or deboarding situation, in order to stiffen the steering handle, - limiting the maximum moment, if the vehicle situation is identified as a driving mode of the vehicle.
A method for controlling a device, the method comprising: receiving, by a RF receiving unit of a remote controller, information indicating that a currently connected external apparatus is a first device, the information being received from a second device that is different from the first device; determining, by a control unit of the remote controller, a type of the first device based on the received information; determining, by the control unit, keys on the remote controller to operate the first device; displaying the keys on the remote controller to operate the first device; receiving, by a user input unit of the remote controller, an input signal indicating a selection of at least one key to operate the first device; generating, by the control unit, a remote-control signal corresponding to the received input signal; and transmitting, by a transmitting unit of the remote controller, the remote-control signal as an RF signal to the first device or the second device, wherein the keys displayed on the remote controller to operate the first device are different from keys displayed on the remote controller to operate a third device different from the first device, wherein the received information is received through an RF signal, characterised in that a display of the remote controller includes a region indicating whether or not the remote controller can control the third device, wherein in case that the region indicates that the remote controller cannot control the third device, the keys displayed to operate the third device are maintained in a deactivated state. receiving, by a RF receiving unit of a remote controller, information indicating that a currently connected external apparatus is a first device, the information being received from a second device that is different from the first device; determining, by a control unit of the remote controller, a type of the first device based on the received information; determining, by the control unit, keys on the remote controller to operate the first device; displaying the keys on the remote controller to operate the first device; receiving, by a user input unit of the remote controller, an input signal indicating a selection of at least one key to operate the first device; generating, by the control unit, a remote-control signal corresponding to the received input signal; and transmitting, by a transmitting unit of the remote controller, the remote-control signal as an RF signal to the first device or the second device, wherein the keys displayed on the remote controller to operate the first device are different from keys displayed on the remote controller to operate a third device different from the first device, wherein the received information is received through an RF signal, characterised in that a display of the remote controller includes a region indicating whether or not the remote controller can control the third device, wherein in case that the region indicates that the remote controller cannot control the third device, the keys displayed to operate the third device are maintained in a deactivated state.
A box for transporting and disembarking at least one robot, the box comprising a frame intended to be secured to a vehicle and hinged with respect to a leaf of the box around a substantially horizontal hinge, wherein the leaf can be placed in a so-called closed position when it closes the frame and a so-called open position such that a panel constituting it acts as a ramp for disembarking the robot, the box further comprising at least one rigid actuator, which has a fixed travel or length when it is extended and when it is folded, that is secured to the frame at a first end and secured to the leaf at a second end, at least one of the ends comprising a pivot pin that is substantially horizontal when the box is mounted on the vehicle, passing through a hole of one portion of the box to which said end of the actuator is secured, the box being characterised in that said hole is oblong and in that the leaf carries the oblong hole that is oriented horizontally when the leaf is closed and substantially vertically when the leaf is opened, the oblong hole thus ensuring that the leaf is held when it is in closed position and providing to the leaf a pivoting degree of freedom when it is in open position.
A device, comprising: a shared bus; a first slave device coupled to the shared bus and configured to operate according to a first protocol mode including issuing in-band interrupt requests over the shared bus; monitor the shared bus for an entry call indicating the shared bus is switching to a second protocol mode; and upon detection of the entry call, disable the first slave device from making in-band interrupt requests over the shared bus; and a second slave device coupled to the shared bus and configured to operate according to the second protocol mode including issuing side-band interrupt requests over an interrupt bus or in-band interrupt requests over the shared bus; and detect the entry call over the shared bus, the entry call transmitted according to the second protocol mode. a shared bus; a first slave device coupled to the shared bus and configured to operate according to a first protocol mode including issuing in-band interrupt requests over the shared bus; monitor the shared bus for an entry call indicating the shared bus is switching to a second protocol mode; and upon detection of the entry call, disable the first slave device from making in-band interrupt requests over the shared bus; and operate according to a first protocol mode including issuing in-band interrupt requests over the shared bus; monitor the shared bus for an entry call indicating the shared bus is switching to a second protocol mode; and upon detection of the entry call, disable the first slave device from making in-band interrupt requests over the shared bus; and a second slave device coupled to the shared bus and configured to operate according to the second protocol mode including issuing side-band interrupt requests over an interrupt bus or in-band interrupt requests over the shared bus; and detect the entry call over the shared bus, the entry call transmitted according to the second protocol mode. operate according to the second protocol mode including issuing side-band interrupt requests over an interrupt bus or in-band interrupt requests over the shared bus; and detect the entry call over the shared bus, the entry call transmitted according to the second protocol mode.
A method for manufacturing a metal foam comprising a step of applying an electromagnetic field to a green structure having a polymer foam, in which a layer of a metal component containing a conductive metal having a relative magnetic permeability of 90 or more is formed on its surface, and sintering the metal component by heat generated by induction heating of the conductive metal.
A multipolar outlet for a conductor connector system, the outlet comprising: • a housing, wherein the housing is divided into at least two chambers, which are separated from each other by a partition element, each chamber having two contacts accessible from a first end of the chamber, wherein the contacts run through inserts parallel to the longitudinal axis of the housing; and • a separator for separating conductor wires and for holding the wires in place in the separator, the separator being arranged to form an end piece for the chambers at a second end, opposite to the first end, wherein the contacts are arranged to be electrically connected to the wires when the separator is in place in the housing, and wherein two wires pass through one opening in the separator and each opening is separated from another opening by a separator partition wall, wherein each wire is arranged to be held in place in a first notch in the separator so that two wires passing through one opening are held in place at a right angle to each other. • a housing, wherein the housing is divided into at least two chambers, which are separated from each other by a partition element, each chamber having two contacts accessible from a first end of the chamber, wherein the contacts run through inserts parallel to the longitudinal axis of the housing; and • a separator for separating conductor wires and for holding the wires in place in the separator, the separator being arranged to form an end piece for the chambers at a second end, opposite to the first end, wherein the contacts are arranged to be electrically connected to the wires when the separator is in place in the housing, and wherein two wires pass through one opening in the separator and each opening is separated from another opening by a separator partition wall, wherein each wire is arranged to be held in place in a first notch in the separator so that two wires passing through one opening are held in place at a right angle to each other.
A pile preparation unit for changing a pallet support of a pile of sheets with a first end and second end where the pallet has a support side supporting the pile of sheets at the first end, the pile preparation unit comprising: - a rotation unit configured with an infeed opening for receiving a pallet with a pile of sheets, the rotation unit configured with a rotating structure to rotate a lift unit about a rotational axis; wherein the lift unit comprises a first lift plate and a second lift plate, each configured to move and position in a lift structure to engage to the respective first end and second end of the pile of sheets; wherein the lift unit is configured with a lift structure fixed to the rotating structure and has a lift plate movable along the lift structure to engage with the second end of the pile of sheets and to move and position the pile of sheets transverse, relative to the rotational axis providing a portal for changing a pallet, wherein the rotating unit comprises a first conveyor configured to rotate with the rotating structure and the lift unit comprises a second conveyor configured as a second lift plate, characterised in that the pile preparation unit is configured with a pallet change module comprising a pallet portal with movable pallet engagement means for engaging with a pallet for extraction from and insertion into a portal formed in an upper section of the rotation unit. - a rotation unit configured with an infeed opening for receiving a pallet with a pile of sheets, the rotation unit configured with a rotating structure to rotate a lift unit about a rotational axis; wherein the lift unit comprises a first lift plate and a second lift plate, each configured to move and position in a lift structure to engage to the respective first end and second end of the pile of sheets; wherein the lift unit is configured with a lift structure fixed to the rotating structure and has a lift plate movable along the lift structure to engage with the second end of the pile of sheets and to move and position the pile of sheets transverse, relative to the rotational axis providing a portal for changing a pallet, wherein the rotating unit comprises a first conveyor configured to rotate with the rotating structure and the lift unit comprises a second conveyor configured as a second lift plate, characterised in that the pile preparation unit is configured with a pallet change module comprising a pallet portal with movable pallet engagement means for engaging with a pallet for extraction from and insertion into a portal formed in an upper section of the rotation unit.
Device for measuring the angular speed or the speed of a moving part and for detecting the direction of motion thereof with a sensor that can be or is disposed in a stationary manner and an encoder that can be or is disposed on the moving part, which together with the sensor generates a signal that follows the encoder form, wherein the encoder has a structure reproducing a periodic pattern for the frequency measurement that is necessary for the angular speed/speed measurement, characterized in that the sensor comprises a single sensor element for frequency measurement and for detecting the direction of motion and that the periodic pattern of the encoder is of asymmetric form, characterized in that the sensor comprises an evaluation unit for performing a spectral signal analysis, - the evaluation unit being designed to determine the phase shift between the phase of the fundamental of the signal frequency and the phase of a harmonic of the lowest possible order from the phase spectrum of the measurement signal and - to discern the direction of movement from the phase shift determined. - the evaluation unit being designed to determine the phase shift between the phase of the fundamental of the signal frequency and the phase of a harmonic of the lowest possible order from the phase spectrum of the measurement signal and - to discern the direction of movement from the phase shift determined.
A system, comprising an electric motor which is fed via a connecting cable, in particular supply cable, from a converter (10, 14), wherein motor-side signal electronics are arranged on the motor, in particular wherein the signal electronics comprise at least one sensor, an actuator and/or a data memory, arranged in order to transmit signals via the connecting cable from the signal electronics to converter-side signal electronics, wherein the converter-side signal electronics have a means for planning and determining points in time of switching events of the controllable switches of the converter (10, 14) and/or of the brake control, a means for advance calculation of the points in time of the next and next-but-one switching event, and a means for generating a query signal which is sent when a time interval which is sufficiently long for the transmission of a protocol and during which no deterministically plannable disturbance is present is to be expected between these points in time, in particular PWM switching instants, wherein the motor-side and/or converter-side signal electronics have a means for transmitting a protocol, in particular wherein the motor-side and the converter-side signal electronics each have a means for transmitting a bit-serial digital protocol, wherein the protocol comprises information which represents a measured value detected in each case by the sensor or a data value originating from other data sources, such as actuator or data memory.
A valve prosthesis adapted for implantation in a body vessel and having a lengthwise axis, said implantable valve prosthesis comprising: a first frame element defining a serpentine path comprising a series of substantially straight strut portions interconnected by bends; a second frame element defining a path that includes first and second substantially straight struts disposed substantially parallel to each other and third and fourth substantially straight struts disposed substantially parallel to each other, the first and second substantially straight struts disposed circumferentially opposite the first and second substantially straight struts with respect to said lengthwise axis; and a graft member attached to the first frame element and the second frame element, the graft member comprising a closure member adapted to move between a first position that allows fluid flow through said implantable valve prosthesis in a first, antegrade direction and a second position that restricts fluid flow through said implantable valve prosthesis in a second, retrograde direction, characterised in that one of the first and second frame elements (114, 116) defines an elongate strut that defines an outwardly-projecting curve with respect to said lengthwise axis, wherein said outwardly-projecting curve is adapted to force a part of a vessel wall outward, which defines a sinus in said body vessel when said valve prosthesis is implanted therein. a first frame element defining a serpentine path comprising a series of substantially straight strut portions interconnected by bends; a second frame element defining a path that includes first and second substantially straight struts disposed substantially parallel to each other and third and fourth substantially straight struts disposed substantially parallel to each other, the first and second substantially straight struts disposed circumferentially opposite the first and second substantially straight struts with respect to said lengthwise axis; and a graft member attached to the first frame element and the second frame element, the graft member comprising a closure member adapted to move between a first position that allows fluid flow through said implantable valve prosthesis in a first, antegrade direction and a second position that restricts fluid flow through said implantable valve prosthesis in a second, retrograde direction, characterised in that one of the first and second frame elements (114, 116) defines an elongate strut that defines an outwardly-projecting curve with respect to said lengthwise axis, wherein said outwardly-projecting curve is adapted to force a part of a vessel wall outward, which defines a sinus in said body vessel when said valve prosthesis is implanted therein.
A filling rate measurement method comprising: obtaining a space three-dimensional model generated (2011; 2051) by measuring a first storage having an opening (102a; 112a) and a first storage space in which a measurement target is to be stored, the measuring being performed through the opening using a range sensor facing the first storage; obtaining a storage three-dimensional model (2012; 2022; 2032) that is a three-dimensional model of the first storage in which the measurement target is not stored; extracting a target portion corresponding to the measurement target from the space three-dimensional model using the space three-dimensional model obtained and the storage three-dimensional model obtained; calculating a first three-dimensional coordinate system based on only a shape of a part of the first storage as viewed from the range sensor; estimating a target three-dimensional model using the target portion extracted and the first three-dimensional coordinate system calculated, the target three-dimensional model being a three-dimensional model of the measurement target in the first storage space; and calculating a first filling rate of the measurement target with respect to the first storage space, using the storage three-dimensional model and the target three-dimensional model. obtaining a space three-dimensional model generated (2011; 2051) by measuring a first storage having an opening (102a; 112a) and a first storage space in which a measurement target is to be stored, the measuring being performed through the opening using a range sensor facing the first storage; obtaining a storage three-dimensional model (2012; 2022; 2032) that is a three-dimensional model of the first storage in which the measurement target is not stored; extracting a target portion corresponding to the measurement target from the space three-dimensional model using the space three-dimensional model obtained and the storage three-dimensional model obtained; calculating a first three-dimensional coordinate system based on only a shape of a part of the first storage as viewed from the range sensor; estimating a target three-dimensional model using the target portion extracted and the first three-dimensional coordinate system calculated, the target three-dimensional model being a three-dimensional model of the measurement target in the first storage space; and calculating a first filling rate of the measurement target with respect to the first storage space, using the storage three-dimensional model and the target three-dimensional model.