mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method, comprising: determining, by a computing system, an anomaly graph of a network comprising nodes, edges, and an indegree of the nodes in the anomaly graph comprising subgraphs during a time period; designating, by the computing system, nodes with an indegree of at least two as potential targets; designating, by the computing system, nodes with no indegree and common node connections existing during the time period as potentially compromised nodes; and outputting, by the computing system, the designated potentially compromised nodes as potentially associated with a coordinated attack on the network when the potentially compromised nodes connect to at least one of the same potential target nodes. determining, by a computing system, an anomaly graph of a network comprising nodes, edges, and an indegree of the nodes in the anomaly graph comprising subgraphs during a time period; designating, by the computing system, nodes with an indegree of at least two as potential targets; designating, by the computing system, nodes with no indegree and common node connections existing during the time period as potentially compromised nodes; and outputting, by the computing system, the designated potentially compromised nodes as potentially associated with a coordinated attack on the network when the potentially compromised nodes connect to at least one of the same potential target nodes.
A discogenic cell population comprising: a plurality of nucleus pulposus cells derived from mammalian disc tissue and grown in vitro in anchorage independent culture, wherein the discogenic cell population increases expression, as measured by RT-PCR, of aggrecan at least 5.5-fold and collagen 2a at least 6.5-fold after 3 days in culture than the cells on day 0, grown in anchorage dependent culture, and less than about 40% of the population expresses the cell surface markers CD24 and CD105, as measured by fluorescence-activated cell sorting.
A burner for a gas turbine engine comprising: a radial swirler for creating a swirling fuel/air mix; a combustion chamber in which takes place combustion of the swirling fuel/air mix; and a pre-chamber located between the radial swirler and the combustion chamber, the radial swirler comprising a plurality of vanes arranged in a circle, generally radially inwardly extending flow slots being defined between adjacent vanes in the circle, each flow slot having a radially outer inlet end, a radially inner outlet end, first and second generally radially inwardly extending sides (15, 17) provided by adjacent vanes, and a base and top, in use of the burner fuel and air travelling along the flow slots from their inlet ends to their outlet ends so as to create adjacent the outlet ends the swirling fuel/air mix, a flow slot comprising a first gas fuel injection hole in its base and a second gas fuel injection hole in its first side, wherein a circular pilot face is located within the circle of vanes, and a number of pilot gas fuel injection holes are spaced around the circumference of the circular pilot face, characterised in that the amounts of gas fuel injected via the first and second gas fuel injection holes (23, 25) are independently variable, wherein the first gas fuel injection hole is supplied by gas fuel from a first gas fuel supply gallery and the second gas fuel injection hole is supplied by gas fuel from a second gas fuel supply gallery independent of the first gas fuel supply gallery.
An apparatus (144, 244) for inter prediction of a sample value of a current full-integer pixel of a plurality of pixels of a current block of a current frame of a video signal, wherein the apparatus (144, 244) comprises a processing unit configured to: determine a motion vector of the current full-integer pixel on the basis of a non-translational motion compensation model; determine for the current full-integer pixel a corresponding sub-integer pixel in a reference frame on the basis of the motion vector of the current full-integer pixel; generate on the basis of a predefined set of filter support pixels in the current frame a set of corresponding filter support pixels in the reference frame, wherein the predefined set of filter support pixels in the current frame comprises one or more neighboring sub-integer pixels of the current full-integer pixel, by determining a respective motion vector of each of the sub-integer pixels of the filter support pixels in the current frame by determining a mean vector of the motion vector of the current full-integer pixel and one or more motion vectors of neighboring full-integer pixels of the current full-integer pixel; determine respective sample values of the corresponding sub-integer pixel of the current full-integer pixel and of the corresponding filter support pixels in the reference frame; and determine the inter predicted sample value of the current pixel in the current frame by applying a spatial high-pass filter to the sample value of the corresponding sub-integer pixel of the current full-integer pixel in the reference frame and to the sample values of the corresponding filter support pixels in the reference frame. determine a motion vector of the current full-integer pixel on the basis of a non-translational motion compensation model; determine for the current full-integer pixel a corresponding sub-integer pixel in a reference frame on the basis of the motion vector of the current full-integer pixel; generate on the basis of a predefined set of filter support pixels in the current frame a set of corresponding filter support pixels in the reference frame, wherein the predefined set of filter support pixels in the current frame comprises one or more neighboring sub-integer pixels of the current full-integer pixel, by determining a respective motion vector of each of the sub-integer pixels of the filter support pixels in the current frame by determining a mean vector of the motion vector of the current full-integer pixel and one or more motion vectors of neighboring full-integer pixels of the current full-integer pixel; determine respective sample values of the corresponding sub-integer pixel of the current full-integer pixel and of the corresponding filter support pixels in the reference frame; and determine the inter predicted sample value of the current pixel in the current frame by applying a spatial high-pass filter to the sample value of the corresponding sub-integer pixel of the current full-integer pixel in the reference frame and to the sample values of the corresponding filter support pixels in the reference frame.
A method for the indirect determination of a specific formulation during an extrusion process in an extrusion device, having the following steps: - Determination of measurement data of at least one process parameter of the extrusion process of the extrusion device, - comparison of the specific measurement data with memory data of the same process parameter stored with respect to the specific formulation, - determination of the deviation of the measurement data from the memory data of the same process parameter and - comparison of the deviation of a predefined deviation threshold value, wherein a suitable specific formulation is sought in the stored memory data of the same process parameter depending on the determined measurement data, characterized in that in the event of a permissible deviation of the measurement data from the memory data below the predefined deviation threshold value said measurement data are added to the storage data and are used for a necessary change or refinement of the deviation threshold values. - Determination of measurement data of at least one process parameter of the extrusion process of the extrusion device, - comparison of the specific measurement data with memory data of the same process parameter stored with respect to the specific formulation, - determination of the deviation of the measurement data from the memory data of the same process parameter and - comparison of the deviation of a predefined deviation threshold value, wherein a suitable specific formulation is sought in the stored memory data of the same process parameter depending on the determined measurement data,
An X-ray CT apparatus comprising: an energy classifying unit configured to classify photons passing through an object into a number of energy bins in accordance with energy of the photons; a setting unit configured to set an energy level and set an energy width of a plurality of energy bins of the number of energy bins; and an image generating unit configured to generate an extended energy bin image based on information on the photons classified into the plurality of energy bins, the image having the energy level and the energy width of the plurality of energy bins, characterised in that the image generating unit is configured to, when an instruction about an energy level and an energy width is newly acquired by the setting unit, generate an extended energy bin image having the newly set energy level and energy width again. an energy classifying unit configured to classify photons passing through an object into a number of energy bins in accordance with energy of the photons; a setting unit configured to set an energy level and set an energy width of a plurality of energy bins of the number of energy bins; and an image generating unit configured to generate an extended energy bin image based on information on the photons classified into the plurality of energy bins, the image having the energy level and the energy width of the plurality of energy bins, characterised in that the image generating unit is configured to, when an instruction about an energy level and an energy width is newly acquired by the setting unit, generate an extended energy bin image having the newly set energy level and energy width again.
An expandable intervertebral device, comprising: a base having a bottom surface; a first body portion slidably coupled to the base and configured to move in a first direction with respect to the base, the first direction being substantially parallel to a longitudinal axis of the base, the first body portion including a first engaging element, a second body portion slidably coupled to the base and configured to move in a second direction with respect to the base, the second body portion including a top surface and a second engaging element, the first engaging element of the first body portion being configured to couple to the second engaging element of the second body portion, such that coupling of the first and second engaging elements (434, 454) prevents movement of the second body portion in a third direction with respect to the base when a compression force is present between the top surface of the second body portion and the bottom surface of the base, the third direction being substantially opposite to the first direction. a base having a bottom surface; a first body portion slidably coupled to the base and configured to move in a first direction with respect to the base, the first direction being substantially parallel to a longitudinal axis of the base, the first body portion including a first engaging element, a second body portion slidably coupled to the base and configured to move in a second direction with respect to the base, the second body portion including a top surface and a second engaging element, the first engaging element of the first body portion being configured to couple to the second engaging element of the second body portion, such that coupling of the first and second engaging elements (434, 454) prevents movement of the second body portion in a third direction with respect to the base when a compression force is present between the top surface of the second body portion and the bottom surface of the base, the third direction being substantially opposite to the first direction.
A composite pressure vessel assembly comprising: a first vessel (22,24,26) including a first inner layer (84,86,88); a second vessel (22,24,26) including a second inner layer (84,86,88); an outer layer being in contact with and enveloping the first and second inner layers (84,86,88); and a junction having outer boundaries defined by segments (94,96,98) of the first inner layer (84,86,88), the second inner layer (84,86,88) and the outer layer, characterised by further comprising: a cross-layered component disposed in the junction, the first and second inner layers (84,86,88) and the outer layer. a first vessel (22,24,26) including a first inner layer (84,86,88); a second vessel (22,24,26) including a second inner layer (84,86,88); an outer layer being in contact with and enveloping the first and second inner layers (84,86,88); and a junction having outer boundaries defined by segments (94,96,98) of the first inner layer (84,86,88), the second inner layer (84,86,88) and the outer layer, characterised by further comprising: a cross-layered component disposed in the junction, the first and second inner layers (84,86,88) and the outer layer.
Personal weighing scales with a stepping surface, on which the person to be weighed stands, wherein the stepping surface has a central elevation, which acts as a haptic orientation for locating the correct standing position, characterised in that the elevation is embodied to be soft.
A printhead assembly for an inkjet printer, the printhead assembly comprising: a support structure; a plurality of elongate printhead ICs mounted end to end on the support structure, each printhead IC having a nozzle face defining an array of nozzles, wherein a long side edge of each of the printhead ICs are aligned with each other, wherein: the support structure has an epoxy resin layer adjacent the long side edges of the printhead ICs, the epoxy resin layer being flush with nozzle faces of the printhead ICs; the printhead ICs each have a line of wire bonds along a trailing long side edge opposite the long side edge adjacent the epoxy resin layer; and the wire bonds are encased in an encapsulant profiled to present a surface inclined upwardly from the nozzle face. a support structure; a plurality of elongate printhead ICs mounted end to end on the support structure, each printhead IC having a nozzle face defining an array of nozzles, wherein a long side edge of each of the printhead ICs are aligned with each other, wherein: the support structure has an epoxy resin layer adjacent the long side edges of the printhead ICs, the epoxy resin layer being flush with nozzle faces of the printhead ICs; the printhead ICs each have a line of wire bonds along a trailing long side edge opposite the long side edge adjacent the epoxy resin layer; and the wire bonds are encased in an encapsulant profiled to present a surface inclined upwardly from the nozzle face. the support structure has an epoxy resin layer adjacent the long side edges of the printhead ICs, the epoxy resin layer being flush with nozzle faces of the printhead ICs; the printhead ICs each have a line of wire bonds along a trailing long side edge opposite the long side edge adjacent the epoxy resin layer; and the wire bonds are encased in an encapsulant profiled to present a surface inclined upwardly from the nozzle face.
A vitroceramic article, in particular a vitroceramic plate, intended in particular to cover or receive heating elements, said article being provided with at least one luminous zone, in particular for display, comprising at least one luminous pattern, said article comprising at least one vitroceramic substrate, at least one light source, and at least one enamel coating which covers at least a part of said zone and within which an uncovered region is formed in the shape of said pattern, the composition of said enamel comprising at least one glass frit and at least one pigment, the glass frit comprising the following constituents: SiO 2 40 - 55% Al 2 O 3 0 - 10% B 2 O 3 25 - 55% Na 2 O 0 - 5% K 2 O 0 - 5% Li 2 O 0 - 10%, the rate of pigment or pigments further being from 40 to 65% by weight of the frit/pigment mixture, the article furthermore comprising a diffusing zone facing the enamel coating.
Circuit breaker, comprising a movable main contact carrier which has at least one main contact cell, and a pre-charge contact carrier which by means of a pre-charge contact carrier spring is elastically accommodated on a switching chamber component with a static pre-charge contact, characterised in that the pre-charge contact carrier can be detachably connected directly to a coupling extension on the main contact support by means of a magnet, wherein the coupling extension is formed integrally with a dividing wall of the main contact carrier which delimits the at least one main contact cell, or is arranged on a strut which connects at least two dividing walls of the main contact support which delimit the at least one main contact cell.
A method comprising: transmitting, by a current root network device of a network, a first unicast message to a network router, wherein the network is organized according to a spanning tree protocol; and when the first unicast message is received by at least two intermediate network devices (1110,1115) situated between the current root network device and the network router: receiving, by the current root network device: a first response from a first intermediate device indicating a first root path cost associated with the first intermediate device; and a second response from a second intermediate device indicating a second root path cost associated with the second intermediate device, the first and second intermediate devices (1110,1115) having relayed the first unicast message from the current root network device to the router; determining, by the current root network device, based on the received responses, that a particular network device (1110,1115) that is different than the current root network device is a more optimal root of the network spanning tree than the current root network device by comparing the first and second root path costs; and sending, by the current root network device, a message to designate the identified particular network device (1110,1115) as the new root network device, comprising exchanging bridge priority between the current root network device and the new root network device. receiving, by the current root network device: a first response from a first intermediate device indicating a first root path cost associated with the first intermediate device; and a second response from a second intermediate device indicating a second root path cost associated with the second intermediate device, the first and second intermediate devices (1110,1115) having relayed the first unicast message from the current root network device to the router; a first response from a first intermediate device indicating a first root path cost associated with the first intermediate device; and a second response from a second intermediate device indicating a second root path cost associated with the second intermediate device, the first and second intermediate devices (1110,1115) having relayed the first unicast message from the current root network device to the router; determining, by the current root network device, based on the received responses, that a particular network device (1110,1115) that is different than the current root network device is a more optimal root of the network spanning tree than the current root network device by comparing the first and second root path costs; and sending, by the current root network device, a message to designate the identified particular network device (1110,1115) as the new root network device, comprising exchanging bridge priority between the current root network device and the new root network device.
A method for performing search space set switching, the method comprising: by a wireless communication device: monitoring for a DCI Format 2_0 message using a first search space set group, wherein the first search space set group uses single-slot monitoring; receiving the DCI Format 2_0 message, wherein the DCI Format 2_0 message includes an indication for the wireless communication device to switch to monitoring a second search space set group, wherein the second search space set group uses multi-slot monitoring; in response to the indication, switching to monitoring the second search space set group instead of the first search space set group; transmitting to a base station an indication of first multi-slot monitoring capabilities of the wireless communication device with regard to common search space monitoring, wherein the second search space set group is configured to not exceed the first multi-slot monitoring capabilities, and wherein the first multi-slot monitoring capabilities include an indication that the wireless communication device can accommodate monitoring of non-contiguous symbols within a multi-slot span of a common search space. monitoring for a DCI Format 2_0 message using a first search space set group, wherein the first search space set group uses single-slot monitoring; receiving the DCI Format 2_0 message, wherein the DCI Format 2_0 message includes an indication for the wireless communication device to switch to monitoring a second search space set group, wherein the second search space set group uses multi-slot monitoring; in response to the indication, switching to monitoring the second search space set group instead of the first search space set group; transmitting to a base station an indication of first multi-slot monitoring capabilities of the wireless communication device with regard to common search space monitoring, wherein the second search space set group is configured to not exceed the first multi-slot monitoring capabilities, and wherein the first multi-slot monitoring capabilities include an indication that the wireless communication device can accommodate monitoring of non-contiguous symbols within a multi-slot span of a common search space.
A method of displaying flight parameters on an aircraft, with the aid of at least one viewing screen comprising display elements (4, 5, 6, 7) dedicated to given flight parameters which each comprise at least one corresponding scale (14, 15, 16, 17), said aircraft being capable of being guided by a guidance system according to one of a plurality of guidance modes, according to which method said aircraft guidance system is monitored so as to be able to detect a situation in which: the aircraft is guided by said guidance system according to a guidance mode having as objective at least one given guidance setpoint relating to a given flight parameter and said guidance mode holds this given guidance setpoint, and wherein, when such a situation is detected, a scale part (14A, 15A, 16A, 17A) which is reduced to a size corresponding at most to a holding range for said guidance setpoint is highlighted on the display element (4, 5, 6, 7) dedicated to said flight parameter and displayed on the viewing screen, characterized in that a check is performed to verify whether the motion of the aircraft is consistent with a guidance setpoint relating to a flight parameter, and in that: - if the motion of the aircraft is consistent with this guidance setpoint, then only a part of the scale is displayed onward of the current value of this flight parameter, doing so in the direction of the motion of the aircraft; and - if the motion of the aircraft is not consistent with a guidance setpoint, the scale is unraveled in both directions (16C, 16D) with respect to the current value of the flight parameter. - if the motion of the aircraft is consistent with this guidance setpoint, then only a part of the scale is displayed onward of the current value of this flight parameter, doing so in the direction of the motion of the aircraft; and - if the motion of the aircraft is not consistent with a guidance setpoint, the scale is unraveled in both directions (16C, 16D) with respect to the current value of the flight parameter.