mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of managing a plurality of networks by a network management system, the method comprising: obtaining control information from an underlay network (104; 714) of the plurality of networks, wherein the control information comprises data transmission information in the underlay network (104; 714), and network resource information in the underlay network (104; 714); obtaining control information from an overlay network (108; 716) of the plurality of networks, wherein the overlay network is a network structured on the underlay network, and wherein the overlay network uses a data transmission function of the underlay network, and wherein the overlay network has a routing function differing from a routing function of the underlay network, wherein the control information comprises data transmission information in the overlay network (108; 716), and network resource information in the overlay network (108; 716); correlating the control information of the underlay network (104; 714) and the control information of the overlay network (108; 716) to generate a relationship matrix; determining at least one issue in at least one of the underlay network (104; 714) and the overlay network (108; 716) in response to generating the relationship matrix; and performing at least one corrective action to resolve the at least one issue in the at least one of the underlay network (104; 714) and the overlay network (108; 716). obtaining control information from an underlay network (104; 714) of the plurality of networks, wherein the control information comprises data transmission information in the underlay network (104; 714), and network resource information in the underlay network (104; 714); obtaining control information from an overlay network (108; 716) of the plurality of networks, wherein the overlay network is a network structured on the underlay network, and wherein the overlay network uses a data transmission function of the underlay network, and wherein the overlay network has a routing function differing from a routing function of the underlay network, wherein the control information comprises data transmission information in the overlay network (108; 716), and network resource information in the overlay network (108; 716); correlating the control information of the underlay network (104; 714) and the control information of the overlay network (108; 716) to generate a relationship matrix; determining at least one issue in at least one of the underlay network (104; 714) and the overlay network (108; 716) in response to generating the relationship matrix; and performing at least one corrective action to resolve the at least one issue in the at least one of the underlay network (104; 714) and the overlay network (108; 716).
A ventilation system for supporting the blood gas exchange by means of mechanical ventilation and extracorporeal blood gas exchange, comprising: a ventilation device for mechanical ventilation of the lungs of a patient, and an ECLS (extracorporeal lung support) device for extracorporeal blood gas exchange, wherein the system is designed to perform mechanical respiratory support by the ventilation device on the one hand and extracorporeal blood gas exchange by the ECLS device on the other hand, in coordinated automated manner in order to support the gas exchange in the blood circulation of the patient, wherein the ECLS device sets a level of the extracorporeal blood gas exchange and the ventilation device, on the basis of the level of the extracorporeal blood gas exchange set by the ECLS device, adjusts in automated manner to a level of mechanical respiratory support; characterised in that the level of extracorporeal blood gas exchange set by the ECLS device is associated with a degree of extracorporeal support in oxygenation (%ECLS_O2), i.e. in the enrichment of the blood with oxygen, which determines a maximum positive end-expiratory pressure (PEEPmax) for mechanical ventilation. a ventilation device for mechanical ventilation of the lungs of a patient, and an ECLS (extracorporeal lung support) device for extracorporeal blood gas exchange, wherein the system is designed to perform mechanical respiratory support by the ventilation device on the one hand and extracorporeal blood gas exchange by the ECLS device on the other hand, in coordinated automated manner in order to support the gas exchange in the blood circulation of the patient, wherein the ECLS device sets a level of the extracorporeal blood gas exchange and the ventilation device, on the basis of the level of the extracorporeal blood gas exchange set by the ECLS device, adjusts in automated manner to a level of mechanical respiratory support; characterised in that the level of extracorporeal blood gas exchange set by the ECLS device is associated with a degree of extracorporeal support in oxygenation (%ECLS_O2), i.e. in the enrichment of the blood with oxygen, which determines a maximum positive end-expiratory pressure (PEEPmax) for mechanical ventilation.
Device for admitting cooling air to a motor vehicle interior, formed of one or several mobile flaps, each orientable in rotation about an axis (YY') by a control mechanism, each flap comprising on its external periphery a pressing surface intended, when the mobile flap is in the closed position, to come into contact with a bearing surface, characterised in that the pressing surface comprises a point of first contact and a point of last contact with the said bearing surface, these points being defined in such a way that when the control mechanism actuates closure of the mobile flaps and the point of first contact comes into contact with the said bearing surface, the point of last contact is distant from the said bearing surface by a predefined and non-zero distance (d).
An electronic device configured to be operatively connected to a data communications network within a vehicle; the electronic device is configured to: transmit a first message to a further electronic device connected to the data communications network; and output a first control signal to cause the operative state of the further electronic device to be reset, in dependence on no response message having been received from the further electronic device within a time period from transmission of the first message equal to a predetermined time period threshold. transmit a first message to a further electronic device connected to the data communications network; and output a first control signal to cause the operative state of the further electronic device to be reset, in dependence on no response message having been received from the further electronic device within a time period from transmission of the first message equal to a predetermined time period threshold.
A UWB pulse generator comprising: an oscillator formed by a pair of intersecting differential branches (T1, T'1) having two outputs (S, S') connected to a resonant load LC, the differential branches being supplied with power by a common current (Ip) controlled by a current switching circuit (CCOM) that allows current to pass through only during a duration equal to a duration of a pulse to be transmitted; two current injection branches (T2, T'2) respectively connected to the two outputs; and a phase control circuit imposing a different injection of current into the two outputs; characterised in that said phase control circuit is configured to impose said injection of current before the start and at least during a first part of the pulse duration.
Apparatus for treating cardiac dysfunction, comprising: an electrode adapted to apply an electric field to in-vivo cardiac tissue; a controller configured to apply an electric signal sequence to the electrode, the controller including a memory having stored therein an electric signal sequence parameter, the stored electrical signal sequence parameter defines an electrical signal sequence comprising 2 spurts per hour with delays between the spurts of at least 1 minute, so as to achieve a phosphorylation effect on existing phospholamban protein in the tissue without the need to concurrently synthesize more protein, the controller being configured to apply the electrical signal sequence to the electrode in accordance with the stored electric signal sequence parameter in response to a determination that modification of protein activity is desired, and wherein the determination is made by the controller based on an input signal. an electrode adapted to apply an electric field to in-vivo cardiac tissue; a controller configured to apply an electric signal sequence to the electrode, the controller including a memory having stored therein an electric signal sequence parameter, the stored electrical signal sequence parameter defines an electrical signal sequence comprising 2 spurts per hour with delays between the spurts of at least 1 minute, so as to achieve a phosphorylation effect on existing phospholamban protein in the tissue without the need to concurrently synthesize more protein, the controller being configured to apply the electrical signal sequence to the electrode in accordance with the stored electric signal sequence parameter in response to a determination that modification of protein activity is desired, and wherein the determination is made by the controller based on an input signal.
A method for deriving M diffuse audio signals from N audio signals for presentation of a diffuse sound field, wherein M is greater than N and is greater than 2, and wherein the method comprises: receiving the N audio signals, wherein each of the N audio signals corresponds to a spatial location; deriving diffuse portions of the N audio signals; detecting instances of transient audio signal conditions in the N audio signals; and processing the diffuse portions of the N audio signals to derive the M diffuse audio signals, wherein during instances of transient audio signal conditions the processing comprises distributing the diffuse portions of the N audio signals in greater proportion to one or more of the M diffuse audio signals corresponding to spatial locations relatively nearer to the spatial locations of the N audio signals and in lesser proportion to one or more of the M diffuse audio signals corresponding to spatial locations relatively further from the spatial locations of the N audio signals. receiving the N audio signals, wherein each of the N audio signals corresponds to a spatial location; deriving diffuse portions of the N audio signals; detecting instances of transient audio signal conditions in the N audio signals; and processing the diffuse portions of the N audio signals to derive the M diffuse audio signals, wherein during instances of transient audio signal conditions the processing comprises distributing the diffuse portions of the N audio signals in greater proportion to one or more of the M diffuse audio signals corresponding to spatial locations relatively nearer to the spatial locations of the N audio signals and in lesser proportion to one or more of the M diffuse audio signals corresponding to spatial locations relatively further from the spatial locations of the N audio signals.
Component (1, 22) for a holding device for holding at least one cloth (14, 17, 18, 27, 28) stretched in one plane, wherein at least one frame element (2, 23) is provided as at least one partial section (20, 21) of a frame structure (12, 19, 26) of the holding device, as well as at least one spring element is provided and at least one fastening element (3, 24) is provided to which the spring element is fastened, wherein the spring element exerts traction on the cloth (14, 17, 18, 27, 28) during the holding of the cloth (14, 17, 18, 27, 28), wherein the fastening element (3, 24) is fixedly connected with the holding elements mounted on the frame element (2, 23), the frame element (2, 23) is spaced at a distance from the plane, and the spring element is fastened at a position on the fastening element (3, 24) which lies within this plane.
An ink jet head unit (1;100) comprising: an ink ejector including nozzles for ejecting ink; and a holder that holds the ink ejector in a predetermined positional relationship; wherein the holder includes three abutment faces (1211a,1211b,1212a) for determining a fixing position and a fixing angle with respect to a predetermined fixing member in a plane parallel to an ink ejection surface having openings of the nozzles; and wherein adjustment plates (123,124,125) that make an adjustment according to a positional shift amount of the ink ejector with respect to the holder are bonded to the respective abutment faces (1211a,1211b,1212a). an ink ejector including nozzles for ejecting ink; and a holder that holds the ink ejector in a predetermined positional relationship; wherein the holder includes three abutment faces (1211a,1211b,1212a) for determining a fixing position and a fixing angle with respect to a predetermined fixing member in a plane parallel to an ink ejection surface having openings of the nozzles; and wherein adjustment plates (123,124,125) that make an adjustment according to a positional shift amount of the ink ejector with respect to the holder are bonded to the respective abutment faces (1211a,1211b,1212a).
Boom, in particular for a utility vehicle, having - a spar which is connected rotatably about a rear fixed axis to a fastening device for a vehicle, - a tool lever which is connected rotatably about a front fixed axis to the spar, - a deflection triangle which is connected rotatably about a central fixed axis to the spar, - a rear strut connected rotatably about a first strut pivot axis to the fastening device and connected rotatably about a second strut pivot axis to the deflection triangle, and with a front strut which is connected rotatably about a third strut pivot axis to the deflection triangle and connected rotatably about a fourth strut pivot axis to the tool lever, wherein - the rear and the middle fixed axes (4, 9) span a first plane and the rear strut intersects the first plane, wherein - the central and front fixed axes (9, 7) span a second plane and the front strut intersects the second plane, and wherein - the spar has a bend, characterized in that - the central fixed axis of the deflection triangle is arranged in the region of the inner side of the bend - and in that the second and third strut pivot axes (13, 15) are arranged remote therefrom. - a spar which is connected rotatably about a rear fixed axis to a fastening device for a vehicle, - a tool lever which is connected rotatably about a front fixed axis to the spar, - a deflection triangle which is connected rotatably about a central fixed axis to the spar, - a rear strut connected rotatably about a first strut pivot axis to the fastening device and connected rotatably about a second strut pivot axis to the deflection triangle, - the rear and the middle fixed axes (4, 9) span a first plane and the rear strut intersects the first plane, wherein - the central and front fixed axes (9, 7) span a second plane and the front strut intersects the second plane, and wherein - the spar has a bend, - the central fixed axis of the deflection triangle is arranged in the region of the inner side of the bend - and in that the second and third strut pivot axes (13, 15) are arranged remote therefrom.
Steam cleaner nozzle, comprising: - a main suction pipe arranged to be connected to suction means of the steam cleaner; - a base comprising a steam diffuser arranged between a front suction channel and a rear suction channel; - a flow diversion mechanism, arranged to connect either the front suction channel and the rear suction channel to the main suction pipe, and arranged to be connected to a control handle, making it possible for a user to impose a cleaning movement on the nozzle in a forward or backward direction; characterised in that the flow diversion mechanism is arranged to be between the control handle and the nozzle, so as: - to be controlled by a backward movement of the control handle, to connect the rear suction channel to the main suction pipe, and then transmit the backward movement to the nozzle, - to be controlled by a forward movement of the control handle, to connect the front suction channel to the main suction pipe, and then transmit the forward movement to the nozzle. - a main suction pipe arranged to be connected to suction means of the steam cleaner; - a base comprising a steam diffuser arranged between a front suction channel and a rear suction channel; - a flow diversion mechanism, arranged to connect either the front suction channel and the rear suction channel to the main suction pipe, and arranged to be connected to a control handle, making it possible for a user to impose a cleaning movement on the nozzle in a forward or backward direction; - to be controlled by a backward movement of the control handle, to connect the rear suction channel to the main suction pipe, and then transmit the backward movement to the nozzle, - to be controlled by a forward movement of the control handle, to connect the front suction channel to the main suction pipe, and then transmit the forward movement to the nozzle.
An ultrasonic measuring device for the measurement on a fluid flowing in a pipe, with a closable housing, which has a continuous measuring channel having a center axis defining a flow direction, wherein the housing is designed for a releasable attachment to the pipe in such a way that in the closed state of the housing, the measuring channel can receive the pipe and can fix it with respect to the housing, so that the fluid can flow through the measuring channel in the flow direction, characterized in that at least four ultrasonic transducers (11, 12, 21, 22) are further provided in the housing for the respective emitting and receiving of ultrasonic signals, namely at least two first ultrasonic transducers (11, 12) and two second ultrasonic transducers (21, 22), the first ultrasonic transducers (11, 12) forming a first pair of transducers and defining a first measuring section via which the two first ultrasonic transducers (11, 12) can exchange ultrasonic signals with each other, and the two second ultrasonic transducers (21, 22) forming a second pair of transducers and defining a second measuring section via which the two second ultrasonic transducers (21, 22) can exchange ultrasonic signals with each other, and wherein the ultrasonic transducers (11, 12, 21, 22) are further arranged and aligned in such a way that both the first measuring section and the second measuring section each extend obliquely to the flow direction, wherein the ultrasonic transducers (11, 12, 21, 22) are arranged and aligned in such a way that a first measuring plane being defined by the center axis of the measuring channel and the first measuring section is different from a second measuring plane being defined by the center axis of the measuring channel and the second measuring section.
An image processing device, comprising: circuitry configured to: receive an encoded stream in which motion vector range limit information is encoded, the MV range limit information including a flag indicating whether an inter-view MV corresponding to a current block for referring to a view different from a view of the current block has a range limit in a vertical direction; and decode the received encoded stream based on the flag included in the MV range limit information. receive an encoded stream in which motion vector range limit information is encoded, the MV range limit information including a flag indicating whether an inter-view MV corresponding to a current block for referring to a view different from a view of the current block has a range limit in a vertical direction; and decode the received encoded stream based on the flag included in the MV range limit information.
A facility for sorting items comprising: - at least one conveyor forming a circulation path for the items, the conveyor including supports designed to support the items, and - at least one receiving device, the supports also being designed to eject at least some of the items in series into or onto the receiving device, the ejected items describing actual paths (Tr) with respect to the receiving device, the actual paths (Tr) being capable of belonging to a predefined set (Tr-Out) of potential paths considered to be incorrect, characterised in that it also comprises: - a detector designed to provide primary information relative to the actual paths (Tr), respectively, and - an analyser designed to use said primary information and to produce at least one piece of secondary information showing that at least one of the actual paths (Tr) belongs to the predefined set (Tr-Out). - at least one conveyor forming a circulation path for the items, the conveyor including supports designed to support the items, and - at least one receiving device, the supports also being designed to eject at least some of the items in series into or onto the receiving device, the ejected items describing actual paths (Tr) with respect to the receiving device, the actual paths (Tr) being capable of belonging to a predefined set (Tr-Out) of potential paths considered to be incorrect, - a detector designed to provide primary information relative to the actual paths (Tr), respectively, and - an analyser designed to use said primary information and to produce at least one piece of secondary information showing that at least one of the actual paths (Tr) belongs to the predefined set (Tr-Out).
A battery cover for prevention of electrolyte leakage, comprising a lower cover hermetically seated on an upper end of a battery case that stores an electrolyte therein, and an upper cover mounted to an upper end of the lower cover (10, 20), wherein the upper cover includes: one or more upper cells (11-13, 11'∼13') arranged lengthwise on a lower surface of the upper cover, an upper inner wall extending horizontally and vertically at spaced locations, and an upper labyrinth wall extending vertically in a space between the upper cells and the upper inner wall and connecting the upper cells (11-13, 11'∼13') to the upper inner wall; the lower cover includes: one or more lower cells arranged lengthwise on an upper surface of the lower cover, a lower wall extending horizontally and vertically at spaced locations, and a lower labyrinth wall extending vertically in a space between the lower cells (21-23, 21'∼23) and the lower wall; and the upper labyrinth wall comprises a pair of upper labyrinth walls (172a, 172b) that are spaced apart from each other, and so, when the upper cover is mounted to the upper end of the lower cover, the lower labyrinth wall is placed between the pair of upper labyrinth walls (172a, 172b), characterised in that the lower cells (21-23, 21'∼23') include: gas discharge holes communicating with the battery case that stores the electrolyte therein, thereby discharging gas from the battery case; micro-holes communicating with the battery case that stores the electrolyte therein, thereby discharging gas from the battery case; and lower recovery ports each having one or more recovery holes so as to recover a leaked electrolyte into the battery case. gas discharge holes communicating with the battery case that stores the electrolyte therein, thereby discharging gas from the battery case; micro-holes communicating with the battery case that stores the electrolyte therein, thereby discharging gas from the battery case; and lower recovery ports each having one or more recovery holes so as to recover a leaked electrolyte into the battery case.
A crystal polymorph of potassium N-[8-(2-hydroxybenzoyl)amino]octanoate, characterized in that the crystal polymorph of potassium N-[8-(2-hydroxybenzoyl)amino]octanoate is crystal Form I, and the crystal Form I has at least an X-ray powder diffraction pattern using Monochromatic Cu-Ka ray (λ=1.5406) with characteristic peaks represented by 2θ° of 7.83±0.2, 26.64±0.2, and 18.89±0.2.