mhurhangee/ep-ind-claims huggingface dataset:
A method of coordinating operating states of a plurality of systems-on-chips, SOC, within a computing device, comprising: determining, by a first SOC, whether an operating state (370, 365) of the first SOC is indicative of data processing that is capable of causing a potential impending interaction between the first SOC and a second SOC; communicating (110, 404), by the first SOC, information representing an advance notice of the potential impending interaction between the first SOC and a second SOC in response to determining that the operating state of the first SOC is indicative of data processing that is capable of causing the potential impending interaction between the first SOC and the second SOC; receiving (120, 422), by the second SOC, the information representing the advance notice of the potential impending interaction; executing, by the second SOC, an operating state of the second SOC based on the received information; and communicating, by the second SOC, a request preventing the first SOC from transitioning into a reduced power state in response to determining that the data received at the second SOC requires further processing by the first SOC. determining, by a first SOC, whether an operating state (370, 365) of the first SOC is indicative of data processing that is capable of causing a potential impending interaction between the first SOC and a second SOC; communicating (110, 404), by the first SOC, information representing an advance notice of the potential impending interaction between the first SOC and a second SOC in response to determining that the operating state of the first SOC is indicative of data processing that is capable of causing the potential impending interaction between the first SOC and the second SOC; receiving (120, 422), by the second SOC, the information representing the advance notice of the potential impending interaction; executing, by the second SOC, an operating state of the second SOC based on the received information; and communicating, by the second SOC, a request preventing the first SOC from transitioning into a reduced power state in response to determining that the data received at the second SOC requires further processing by the first SOC.
An air duct for conducting a main air flow in a main air flow direction within the air duct, the air duct comprising a pliable wall, a plurality of first openings in the pliable wall and not provided with guiding portions, each first opening for discharging a first air flow therethrough in a first direction, a plurality of second openings in the pliable wall, each second opening for discharging a second air flow therethrough and having a guiding portion, which is deflected by the second air flow and directs the second air flow along the guiding portion in a second direction different from the first direction, characterized in that the totality of first and second openings in the pliable wall are arranged in pairs of openings, each pair including one first opening and one second opening, the second opening being located downstream in the main air flow direction relative to the first opening and having the corresponding guiding portion on the downstream side of the second opening so that the first air flow and the a second air flow mix to form a mixed final air flow flowing in a third direction different from the first and second directions.
A system comprising: a first network having a first communications protocol; a second network having a second communications protocol; at least one edge device in communication with the first network and the second network, the edge device comprising a translator to translate a first address associated with the first network and based on the first communications protocol into a second address associated with the second network and based on the second communications protocol, the second address comprising: a first address portion based on a first fragment of the first address; a second address portion having a translation key based on a second fragment of the first address; and a third address portion having a locator address. a first network having a first communications protocol; a second network having a second communications protocol; at least one edge device in communication with the first network and the second network, the edge device comprising a translator to translate a first address associated with the first network and based on the first communications protocol into a second address associated with the second network and based on the second communications protocol, the second address comprising: a first address portion based on a first fragment of the first address; a second address portion having a translation key based on a second fragment of the first address; and a third address portion having a locator address. a first address portion based on a first fragment of the first address; a second address portion having a translation key based on a second fragment of the first address; and a third address portion having a locator address.
A spray dryer comprising an air disperser (1; 101) for a spray dryer, comprising a centre (3; 103) having a longitudinal axis defining an axial direction (a) and a radial direction (r) extending substantially perpendicularly to said axial direction, and a wall (4; 104), a space being defined by the centre (3; 103) and the wall (4; 104) of the air disperser (1; 101), a plurality of guide vanes (5; 105) being provided in said space, an adjustment device (6, 7, 8; 106, 107, 108) being provided for adjustment of the angular position of the guide vanes (5; 105) about at least one axis parallel to said radial direction (r), the adjustment device including remote operating means, characterized in that each guide vane comprises a first portion (51; 151) in use positioned substantially vertically in the axial direction (a) substantially on the radius between the centre (3; 103) and the wall (4; 104) of the air disperser, and a second portion (52; 152) of the guide vane (5; 105) is positioned below the first portion (51; 151), seen in the axial direction, and that at least some of the guide vanes comprise a first portion, a second portion and a third portion, the second portion (52; 152) and the third portion each being connected to the first portion (51; 151) at the facing edges of the first and second portions and the first and third portions in a rotatable manner, such that the position of the second portion (52; 152) and the third portion may be adjusted relative to that of the first portion (51; 151) about the radially extending axis.
A thermosetting resin composition comprising: (a) a benzoxazine component comprising two or more benzoxazine monomer compounds; wherein at least one of the benzoxazine monomers is a compound of the general formula and at least another benzoxazine monomer is a compound of the general formula: wherein each R is, independently from one another, allyl, unsubstituted or substituted phenyl, unsubstituted or substituted C 1 -C 8 alkyl or unsubstituted or substituted C 3 -C 8 cycloalkyl and n is an integer from 0 to 5, and (b) at least one epoxy resin characterized in that a resultant cured product formed by curing the thermosetting resin composition contains at least two or more of the following well-balanced properties: a glass transition temperature (Tg) of greater than about 170° C; a decomposition temperature (Td) of greater than about 300° C; a time to delamination at 288° C of greater than about 1 minute; a UL94 flame retardancy ranking of at least V1; a dielectric loss tangent of less than about 0,010 at 10 GHz; and, a dielectric loss constant of less than about 4.00 at 10 GHz. (a) a benzoxazine component comprising two or more benzoxazine monomer compounds; wherein at least one of the benzoxazine monomers is a compound of the general formula and at least another benzoxazine monomer is a compound of the general formula: wherein each R is, independently from one another, allyl, unsubstituted or substituted phenyl, unsubstituted or substituted C 1 -C 8 alkyl or unsubstituted or substituted C 3 -C 8 cycloalkyl and n is an integer from 0 to 5, and (b) at least one epoxy resin characterized in that a resultant cured product formed by curing the thermosetting resin composition contains at least two or more of the following well-balanced properties: a glass transition temperature (Tg) of greater than about 170° C; a decomposition temperature (Td) of greater than about 300° C; a time to delamination at 288° C of greater than about 1 minute; a UL94 flame retardancy ranking of at least V1; a dielectric loss tangent of less than about 0,010 at 10 GHz; and, a dielectric loss constant of less than about 4.00 at 10 GHz.
A self-sealing vascular graft, comprising: a generally tubular ePTFE substrate (10, 12, 80, 90), including a proximal end section, a distal end section and a central section positioned between the proximal end section and distal end section, at least one of the proximal end section, central section, and distal end section including a self-sealing region; and a first beading (18, 50, 86, 98, 139) contiguous to a surface of the ePTFE substrate along at least a portion of the central section, the first beading comprising barium sulphate. a generally tubular ePTFE substrate (10, 12, 80, 90), including a proximal end section, a distal end section and a central section positioned between the proximal end section and distal end section, at least one of the proximal end section, central section, and distal end section including a self-sealing region; and a first beading (18, 50, 86, 98, 139) contiguous to a surface of the ePTFE substrate along at least a portion of the central section, the first beading comprising barium sulphate.
A test system comprising: instrument modules (13A-13N) configured to control testing of one or more devices under test; an Ethernet-based communication network; and a computing system configured to broadcast, periodically, control packets over the Ethernet-based communication network to the instrument modules, a control packet comprising data representing sequence numbers of last data packets received from the instrument modules, information based on each sequence number, and global information that is usable by each of the instrument modules to regulate a communication connection of message traffic between the computing system and the instrument module, wherein the global information comprises a traffic congestion status of the computing system, the control packet comprising slots (28a-28d) for all of the instrument modules, each slot containing the data that is specific to one of the instrument modules and each slot being indexed based on an identifier for the one of the instrument modules; the computing system also being configured to receive, via unicast and over the Ethernet-based communication network, an acknowledgement packet from each of the instrument modules in response to the control packet, the acknowledgement packet comprising repair information that is based on the control packet received by the instrument module from the computing system. instrument modules (13A-13N) configured to control testing of one or more devices under test; an Ethernet-based communication network; and a computing system configured to broadcast, periodically, control packets over the Ethernet-based communication network to the instrument modules, a control packet comprising data representing sequence numbers of last data packets received from the instrument modules, information based on each sequence number, and global information that is usable by each of the instrument modules to regulate a communication connection of message traffic between the computing system and the instrument module, wherein the global information comprises a traffic congestion status of the computing system, the control packet comprising slots (28a-28d) for all of the instrument modules, each slot containing the data that is specific to one of the instrument modules and each slot being indexed based on an identifier for the one of the instrument modules; data representing sequence numbers of last data packets received from the instrument modules, information based on each sequence number, and global information that is usable by each of the instrument modules to regulate a communication connection of message traffic between the computing system and the instrument module, wherein the global information comprises a traffic congestion status of the computing system, the computing system also being configured to receive, via unicast and over the Ethernet-based communication network, an acknowledgement packet from each of the instrument modules in response to the control packet, the acknowledgement packet comprising repair information that is based on the control packet received by the instrument module from the computing system.
A device for generating a variable time-dependent signal on a capacitive surface sensor, wherein the device comprises an apparatus and the capacitive surface sensor, wherein the apparatus comprises a first electrically conductive structure, wherein the first electrically conductive structure can be converted into a second electrically conductive structure by changing the first electrically conductive structure, characterized in that the first electrically conductive structure comprises at least two individual elements which are electrically isolated from one another and is configured, when a dynamic input is performed in the form of a movement of an input means by a user on the first electrically conductive structure, while the apparatus is in operative contact with the capacitive surface sensor, to generate a first time-dependent signal on the capacitive surface sensor, which is determined by the arrangement, electrical conductivity, size, distance, and/or shape of the individual elements of the first electrically conductive structure and wherein the second electrically conductive structure comprises at least two individual elements which are electrically isolated from one another and is configured, when a dynamic input is performed in the form of a movement of an input means on the second electrically conductive structure, while the device is in operative contact with the capacitive surface sensor, to generate a second time-dependent signal on the capacitive surface sensor, which is determined by the arrangement, electrical conductivity, size, distance, and/or shape of the individual elements of the second electrically conductive structure. wherein the first electrically conductive structure can be converted into a second electrically conductive structure by changing the first electrically conductive structure, characterized in that the first electrically conductive structure comprises at least two individual elements which are electrically isolated from one another and is configured, when a dynamic input is performed in the form of a movement of an input means by a user on the first electrically conductive structure, while the apparatus is in operative contact with the capacitive surface sensor, to generate a first time-dependent signal on the capacitive surface sensor, which is determined by the arrangement, electrical conductivity, size, distance, and/or shape of the individual elements of the first electrically conductive structure and wherein the second electrically conductive structure comprises at least two individual elements which are electrically isolated from one another and is configured, when a dynamic input is performed in the form of a movement of an input means on the second electrically conductive structure, while the device is in operative contact with the capacitive surface sensor, to generate a second time-dependent signal on the capacitive surface sensor, which is determined by the arrangement, electrical conductivity, size, distance, and/or shape of the individual elements of the second electrically conductive structure.
A system for managing a plurality of interactive electronic program guides (IPGs) accessible by a plurality of electronic devices located in a household, each IPG including television channel identifications, program titles, and starting times, the system comprising: an IPG data extractor for receiving telecast data and extracting IPG data from the telecast data for the plurality of IPGs; a first database, for storing information specific to each of the plurality of IPGs; a second database, for storing information common to the plurality of IPGs, and to enable the IPGs to interact with each other; means for supporting a hierarchy of multiple user passwords, the hierarchy of multiple user passwords including a master password; a microprocessor coupled to a memory for: receiving an adjustment to an IPG setting from a first user using a first device on which a first one of the plurality of IPGs is accessed, wherein the received adjustment comprises a user selected scheduled event; updating the information stored in the second database common to the plurality of IPGs to reflect the received adjustment; and processing the information stored in the first and second databases for the plurality of IPGs, wherein the processing comprises use of the second database to display on a second one of the plurality of IPGs that is accessed on a second device the adjustment received from the first device; and a plurality of tuners coupled to the microprocessor for receiving the telecast data and tuning to a plurality of television channels respectively; wherein the second one of the plurality of interactive electronic program guides enables a second user having the master password to modify a scheduled event of a first type received from the first device; in which modifying the scheduled event of the first type comprises allowing the second user to make changes to the plurality of IPGs or override changes to the plurality of IPGs; and wherein the list of scheduled events is accessible for display from any of the plurality of interactive electronic program guides accessible by the plurality of electronic devices in the household. receiving an adjustment to an IPG setting from a first user using a first device on which a first one of the plurality of IPGs is accessed, wherein the received adjustment comprises a user selected scheduled event; updating the information stored in the second database common to the plurality of IPGs to reflect the received adjustment; and processing the information stored in the first and second databases for the plurality of IPGs, wherein the processing comprises use of the second database to display on a second one of the plurality of IPGs that is accessed on a second device the adjustment received from the first device; and
An apparatus, comprising: a housing comprising one or more optical components where at least one of the one or more optical components is a sacrificial component (11, 11'), wherein in a working state the housing has a predefined one or more gas pressures in corresponding one or more portions of the housing; characterized in that one or more transducers are configured, when the housing is in the working state, to automatically generate a shutdown command of a laser when a gas pressure parameter at least in one of the one or more portions of the housing is changed beyond a threshold level which is detected by at least one pressure transducer of the one or more transducers and caused by a damage to the sacrificial component (11, 11') due to an external contamination. a housing comprising one or more optical components where at least one of the one or more optical components is a sacrificial component (11, 11'), wherein in a working state the housing has a predefined one or more gas pressures in corresponding one or more portions of the housing; characterized in that one or more transducers are configured, when the housing is in the working state, to automatically generate a shutdown command of a laser when a gas pressure parameter at least in one of the one or more portions of the housing is changed beyond a threshold level which is detected by at least one pressure transducer of the one or more transducers and caused by a damage to the sacrificial component (11, 11') due to an external contamination.
Gap bridging in the form of a folding/sliding step for a rail vehicle for bridging the gap between a passenger compartment floor and a platform, comprising a step plate, which is mounted such that it can be shifted horizontally by means of a force drive between a retracted position and an extended position, as well as any number of intermediate positions, and a pivot arm, which is connected to the step plate in an articulated manner by means of a joint, wherein the pivot arm is equipped with a pivot joint (7, 14), which can be shifted vertically, at its end facing away from the joint, wherein the shifting of the pivot joint (7, 14) that can be shifted vertically takes place by way of the effect of the force drive, and wherein the pivot joint (7, 14) that can be shifted vertically can be blocked in its vertical freedom of movement when the step plate is in the extended position, characterised in that a pullback facility is provided, which exerts a restoring force applied by means of a spring upon the pivot arm in a rest position, wherein the blocking and the cancelling of the blocking of the vertical freedom of movement of the pivot joint (7, 14) that can be shifted vertically takes place by means of the force applied by the force drive, such that the force drive acts upon a push-and-pull rod, which is connected to the step plate by means of a spring, wherein once the step plate has reached the extended position, the push-and-pull rod can still be moved by a further path section and this further movement can be transmitted to the shiftable pivot joint via a locking lever and actuates a blocking facility on the shiftable pivot joint (7, 14).
An assembly for mounting one or more RRUs to a mounting structure, comprising: first and second mounting panels, each of the first and second mounting panels having a main body and a flange (45, 47) that extends generally perpendicularly to the main body, the main body including mounting apertures patterned for mounting of an RRU (60, 60'); a mounting foundation having side edges, each of the side edges having an open-ended slot (31, 33); and mounting members extending from the flanges (45, 47) away from the main body of each of the first and second mounting panels, the mounting members configured to enter the open-ended slots (31, 33) on the mounting foundation and slide therein, and fasteners cooperating with the mounting members to mount the first and second mounting panels to the mounting foundation. first and second mounting panels, each of the first and second mounting panels having a main body and a flange (45, 47) that extends generally perpendicularly to the main body, the main body including mounting apertures patterned for mounting of an RRU (60, 60'); a mounting foundation having side edges, each of the side edges having an open-ended slot (31, 33); and mounting members extending from the flanges (45, 47) away from the main body of each of the first and second mounting panels, the mounting members configured to enter the open-ended slots (31, 33) on the mounting foundation and slide therein, and fasteners cooperating with the mounting members to mount the first and second mounting panels to the mounting foundation.