mhurhangee/ep-ind-claims huggingface dataset:
Furniture object (10, 50, 80), characterized in that: - it comprises panels (14A-140, 60A-60J) that are connected in pairs by joints that each define a pivot axis, - the panels (14A-140, 60A-60J) are more rigid than the joints, such that two panels adjacent to a joint can effect a rotation about the pivot axis defined by this joint, - it comprises a gripping means (18, 54) located on the object (10, 50, 80) such that the weight of the object suspended from the gripping means (18, 54) causes it to pass from an unfolded position into a predetermined folded position in which at least two panels, known as outer panels, that are connected by a joint, are disposed substantially parallel to one another, - it can take up a substantially flat form when it is in its unfolded position, - the joint (16CP, 16DG, 16HK, 16LO, 62AB, 62CD, 62EF) that connects the two outer panels is sufficiently wide to allow two other panels to be accommodated between the two outer panels when the object (10, 50, 80) is in the predetermined folded position. - it comprises panels (14A-140, 60A-60J) that are connected in pairs by joints that each define a pivot axis, - the panels (14A-140, 60A-60J) are more rigid than the joints, such that two panels adjacent to a joint can effect a rotation about the pivot axis defined by this joint, - it comprises a gripping means (18, 54) located on the object (10, 50, 80) such that the weight of the object suspended from the gripping means (18, 54) causes it to pass from an unfolded position into a predetermined folded position in which at least two panels, known as outer panels, that are connected by a joint, are disposed substantially parallel to one another, - it can take up a substantially flat form when it is in its unfolded position, - the joint (16CP, 16DG, 16HK, 16LO, 62AB, 62CD, 62EF) that connects the two outer panels is sufficiently wide to allow two other panels to be accommodated between the two outer panels when the object (10, 50, 80) is in the predetermined folded position.
A method for receiving data at a power save node from a peer node, comprising: informing the peer node of a schedule of awake periods; transmitting to the peer node a receive window start frame prior to each one of the scheduled awake periods, wherein the receive window start frame indicates an upcoming awake period and includes a beacon change field indicating whether a change has been made to a beacon since the last transmission, the beacon change field for causing the peer node to review the beacon only when the beacon change field indicates that a change has been made to the beacon; being awake at least during the awake period; and receiving data from the peer node during the awake period. informing the peer node of a schedule of awake periods; transmitting to the peer node a receive window start frame prior to each one of the scheduled awake periods, wherein the receive window start frame indicates an upcoming awake period and includes a beacon change field indicating whether a change has been made to a beacon since the last transmission, the beacon change field for causing the peer node to review the beacon only when the beacon change field indicates that a change has been made to the beacon; being awake at least during the awake period; and receiving data from the peer node during the awake period.
A failure diagnosis device applicable to a mechanical device provided with a motor as a source to drive a motion axis, and configured to acquire a moving position of the motion axis and a disturbance torque value applied to the motion axis every predetermined period, and to diagnose that a failure is occurring, characterized by: a disturbance torque selection unit configured to calculate a change from a reference value of each of the acquired disturbance torque values, and to accumulate the disturbance torque values except each disturbance torque value having the change from the reference value equal to or larger than a predetermined threshold; and a failure diagnosis unit configured to diagnose that a failure of the mechanical device is occurring when at least one of an average value, a variance value and a median value of recent disturbance torque values accumulated by the disturbance torque selection unit is larger than a failure determination threshold, wherein the disturbance torque selection unit defines an average value of recent disturbance torque values as the reference value and calculates a rate of change with respect to the reference value as the change from the reference value, according to the following formula: rate of change with respect to the reference value = disturbance torque value − reference value / reference value. a disturbance torque selection unit configured to calculate a change from a reference value of each of the acquired disturbance torque values, and to accumulate the disturbance torque values except each disturbance torque value having the change from the reference value equal to or larger than a predetermined threshold; and a failure diagnosis unit configured to diagnose that a failure of the mechanical device is occurring when at least one of an average value, a variance value and a median value of recent disturbance torque values accumulated by the disturbance torque selection unit is larger than a failure determination threshold, wherein the disturbance torque selection unit defines an average value of recent disturbance torque values as the reference value and calculates a rate of change with respect to the reference value as the change from the reference value, according to the following formula: rate of change with respect to the reference value = disturbance torque value − reference value / reference value.
A sound source separation device (41, 141, 181) comprising a combining unit (52, 152) that combines, on the basis of a combination parameter, a first sound source separation signal of a predetermined sound source, the first sound source separation signal being separated from a mixed sound signal by a first sound source separation unit of the device (151-1 - 151-N, 191-1 - 191-N), with a second sound source separation signal of the sound source, the second sound source separation signal being separated from the mixed sound signal by a second sound source separation unit of the device (151-1 - 151-N, 191-1 - 191-N) that differs in separation performance from the first sound source separation unit in predetermined units of time, and that outputs a sound source separation signal obtained by the combination, wherein a magnitude relation between the separation performance of the first sound source separation unit and the separation performance of the second sound source separation unit changes with time, wherein the first sound source separation unit comprises a Deep Neural Network -DNN- for amplitude spectrum estimation, and characterized in that the separation performance is Image to Spatial distortion Ratio -ISR-, the combination parameter for the combining unit is determined in relation to the magnitude relation, and the second sound source separation unit comprises Long Short Term Memory -LSTM- for amplitude spectrum estimation. a combining unit (52, 152) that combines, on the basis of a combination parameter, a first sound source separation signal of a predetermined sound source, the first sound source separation signal being separated from a mixed sound signal by a first sound source separation unit of the device (151-1 - 151-N, 191-1 - 191-N), with a second sound source separation signal of the sound source, the second sound source separation signal being separated from the mixed sound signal by a second sound source separation unit of the device (151-1 - 151-N, 191-1 - 191-N) that differs in separation performance from the first sound source separation unit in predetermined units of time, and that outputs a sound source separation signal obtained by the combination, wherein a magnitude relation between the separation performance of the first sound source separation unit and the separation performance of the second sound source separation unit changes with time, wherein the first sound source separation unit comprises a Deep Neural Network -DNN- for amplitude spectrum estimation, and characterized in that the separation performance is Image to Spatial distortion Ratio -ISR-, the combination parameter for the combining unit is determined in relation to the magnitude relation, and the second sound source separation unit comprises Long Short Term Memory -LSTM- for amplitude spectrum estimation.
A security document (100, 200), comprising: printed data (105, 315); a plurality of spaced microscopic bumps (215, 320A, 320B) integrally formed in a laser reactive material layer of the security document, wherein at least some of the spaced microscopic bumps and the printed data overlap one another and at least some of the spaced microscopic bumps do not overlap the printed data; and the spaced microscopic bumps are arranged to form an image, wherein the spaced microscopic bumps that overlap with the printed data vary in size from the spaced microscopic bumps that do not overlap the printed data, wherein the microscopic bumps that overlap with the printed data are non-uniform. printed data (105, 315); a plurality of spaced microscopic bumps (215, 320A, 320B) integrally formed in a laser reactive material layer of the security document, wherein at least some of the spaced microscopic bumps and the printed data overlap one another and at least some of the spaced microscopic bumps do not overlap the printed data; and the spaced microscopic bumps are arranged to form an image, wherein the spaced microscopic bumps that overlap with the printed data vary in size from the spaced microscopic bumps that do not overlap the printed data, wherein the microscopic bumps that overlap with the printed data are non-uniform.
Tampon for days between menstruation, comprising at least an absorbent body, of which at least a part of its volume is made from an absorbent material and having a middle part, a proximal end and a distal end, and an extraction means connected to the tampon, wherein the absorbent body is formed from an absorbent material throughout its entire volume, characterized in that the tampon is designed for the days between menstruation periods having a volume of absorbent material to absorb a liquid quantity of between 0.5 g and 4 g, preferably 3.5 g, and the absorbent body has a length of less than 40 mm, preferably a length of between 40 and 10 mm or between 38 and 30 mm.
Arrangement for the internal control of the selection of gear lines in a gearbox, which comprises: - a selection control member which is mounted so as to be rotatable, in both directions, between at least a first angular selection position and a second angular selection position, each of which is associated with a first selection line and with a second selection line respectively, the selection control member additionally being mounted so as to slide axially in both directions; - a controlled actuator which can apply an actuating force to the control member to cause it to rotate at least in a first direction, from its first angular selection position to its second angular selection position, the actuator being a rotary actuator comprising: - a fixed actuator body; - an actuator shaft which is mounted so as to be rotatable in the actuator body and which is capable of being driven to rotate over a limited angular travel between a first angular end position and a second angular end position; characterized in that it further comprises: - a crank which is locked in rotation with the shaft and which comprises an eccentric section (44A, 50) which applies the actuating force to the control member to cause it to rotate in the first direction, and in that the axis of rotation of the actuator shaft is orthogonal to the axis of rotation of the control member, and in that the actuating force is transmitted to the control member via a lever which is mounted so as to pivot about an axis parallel to the actuator shaft on a plate which is fixed with respect to the actuator body. - a selection control member which is mounted so as to be rotatable, in both directions, between at least a first angular selection position and a second angular selection position, each of which is associated with a first selection line and with a second selection line respectively, the selection control member additionally being mounted so as to slide axially in both directions; - a controlled actuator which can apply an actuating force to the control member to cause it to rotate at least in a first direction, from its first angular selection position to its second angular selection position, the actuator being a rotary actuator - a fixed actuator body; - an actuator shaft which is mounted so as to be rotatable in the actuator body and which is capable of being driven to rotate over a limited angular travel between a first angular end position and a second angular end position; - a crank which is locked in rotation with the shaft and which comprises an eccentric section (44A, 50) which applies the actuating force to the control member to cause it to rotate in the first direction,
An animal identification station, comprising means for automatic marking of the animals, by attaching an identifying mark to each animal, - means for taking a sample from said animal, and - means for reading at least one piece of identifying information carried by said identifying mark, characterised in that said station also comprises the following means, activated to identify at least one of said animals: - means for generating at least one identifier from said at least one piece of identifying information read by said reading means, and - means for identifying said sample with said at least one identifier. - means for taking a sample from said animal, and - means for reading at least one piece of identifying information carried by said identifying mark, - means for generating at least one identifier from said at least one piece of identifying information read by said reading means, and - means for identifying said sample with said at least one identifier.
Outer thread brake for a cording or cabling machine with at least one workstation comprising a creel for holding at least one feed package, a spindle for rotating a thread pulled off of the feed package around a spindle pot associated with the spindle, and a thread guide channel for guiding the thread received via a free end section of the thread guide channel to the spindle; wherein the outer thread brake can be coupled to the free end section in order to form a thread entry for the thread guide channel and can be arranged, in the thread running direction of the pulled-off thread, between the feed package and the thread guide channel for the passage of the pulled-off thread and comprising a clamping section for the defined braking of motion of the thread passing through, characterised in that the outer thread brake comprises a thread exit, which can be plugged, locked or rotated into or onto the free end section and which is preceded by a shoulder section, from which a protrusion protrudes, which runs parallel to the thread exit and forms a pneumatic port for pneumatically releasing the outer thread brake.
Vehicle, in particular military vehicle, with a vehicle housing which is designed so as to be protected against the action of mines and in which at least one vehicle seat and a footrest assigned to the vehicle seat are provided, characterized in that, in a use position relating to a sitting position of the vehicle occupant on the vehicle seat, a second footrest which is assigned to the vehicle seat is arranged above the first footrest, wherein the two footrests (4, 5) are arranged so as to be blast-decoupled from the housing floor (2.1) of the vehicle housing in such a manner that buckling of the housing floor (2.1) as a consequence of a detonation of a mine does not directly penetrate the footrests (4, 5).
A method for a home gateway (120, 220, 300, 710, 910, 1210, 2030, 2110, 2210, 2910, 3010) configured to control home devices (110, 210, 712, 714, 912, 914, 1212, 1214, 2032, 2034, 2112, 2114, 2212, 2214, 2912, 2914, 3012) in a home network system, the method comprising: receiving (616, 1104, 1404, 1704, 1716, 3106), from a control station, a request message for executing an operation mode of the home network system; and broadcasting the request message to home devices in the home network system for at least one of the home devices to execute at least one function associated with the operation mode when it is determined that the at least one home device is associated with the operation mode of the home network system. receiving (616, 1104, 1404, 1704, 1716, 3106), from a control station, a request message for executing an operation mode of the home network system; and broadcasting the request message to home devices in the home network system for at least one of the home devices to execute at least one function associated with the operation mode when it is determined that the at least one home device is associated with the operation mode of the home network system.
An electronic hardware assembly comprising at least a first and second laminar component, wherein the first laminar component comprises a die, the die comprising a substrate, a functional region and a first protective layer, and the second laminar component comprises a second protective layer, the protective layers comprising any structure which resists or reacts to attempts to access the interior of the functional region of the die wherein the first and second laminar components (150', 402) are arranged in a stack such that the functional region of the first laminar component is arranged within the assembly between the first and second protective layers, and further wherein the second laminar component comprises a second die, which comprises a substrate and the second protective layer, characterised in that the laminar components are electrically interconnected through Vertical Interconnect Accesses.
A method for exchanging messages among a plurality of data processing entities, comprising sending an original message from a sender entity to a set of original receiver entities, the original message including an original information content and an indication of the original receiver entities, and sending a correction message from the sender entity at least partially to the original receiver entities and completely to a set of missing receiver entities being missing in the original message, the correction message including the original information content and an indication of the original receiver entities and the missing receiver entities, the original message being then corrected on each original receiver entity according to the correction message, said method being characterized in that it further comprises the steps of: sending a reply message as a reply to the original message from the original receiver entity to a set of reply receiver entities including the sender entity and the other original receiver entities before correcting the original message, the reply message including a reply information content and an indication of the reply receiver entities, sending a further correction message from the original receiver entity at least partially to the reply receiver entities and completely to the missing receiver entities in response to the correction of the original message, the further correction message including the reply information content and an indication of the reply receiver entities and the missing receiver entities, and correcting the reply message for each reply receiver entity according to the further correction message. sending a reply message as a reply to the original message from the original receiver entity to a set of reply receiver entities including the sender entity and the other original receiver entities before correcting the original message, the reply message including a reply information content and an indication of the reply receiver entities, sending a further correction message from the original receiver entity at least partially to the reply receiver entities and completely to the missing receiver entities in response to the correction of the original message, the further correction message including the reply information content and an indication of the reply receiver entities and the missing receiver entities, and correcting the reply message for each reply receiver entity according to the further correction message.
A modular well tubular head comprising: a bowl tubular for connecting with an uphole component, the bowl tubular comprising a bowl body; and a casing connector for reversibly connecting with the bowl tubular and with casing, the casing connector comprising a connector body, wherein a flow path is defined through the connector body and the bowl body; a port defined in the well tubular head for providing fluid communication between the flow path and a flow line; a removable connection point reversibly connected with the well tubular head at the port; wherein the bowl tubular comprises an uphole component connection point on the bowl body for connecting with the uphole component, a first modular connection point on the bowl body for reversibly connecting with the casing connector, and a hanger profile defined on an inside surface of the bowl body; the casing connector comprises a casing connection point on the connector body for connecting with the casing, and a second modular connection point on the connector body for reversibly connecting with the bowl body, characterized by the removable connection point comprising a threaded box end for connecting with the flow line. a bowl tubular for connecting with an uphole component, the bowl tubular comprising a bowl body; and a casing connector for reversibly connecting with the bowl tubular and with casing, the casing connector comprising a connector body, wherein a flow path is defined through the connector body and the bowl body; a port defined in the well tubular head for providing fluid communication between the flow path and a flow line; a removable connection point reversibly connected with the well tubular head at the port; wherein the bowl tubular comprises an uphole component connection point on the bowl body for connecting with the uphole component, a first modular connection point on the bowl body for reversibly connecting with the casing connector, and a hanger profile defined on an inside surface of the bowl body; the casing connector comprises a casing connection point on the connector body for connecting with the casing, and a second modular connection point on the connector body for reversibly connecting with the bowl body, characterized by the removable connection point comprising a threaded box end for connecting with the flow line.