mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: an electrically conductive material layer forming an electrically conductive trace (78, 80) terminating at an end and continuously extending between a first edge and a second edge opposite the first edge; an electrically resistive material layer over and electrically connected to the electrically conductive material layer, the electrically resistive material layer forming a resistor having an array of spaced resistor heating elements overlying the electrically conductive material layer between the first edge and the second edge, the spaced resistor heating elements projecting beyond the end of the electrically conductive trace (78, 80) out of contact with the electrically conductive material layer, characterized in that the array of spaced resistor heating elements projecting beyond the end of the electrically conductive trace (78, 80) overlie a nonconductive substrate, wherein the nonconductive substrate has an edge aligned with an edge of the electrically conductive trace (78, 80) and spaced from each opposite edge of the array of resistor heating elements. an electrically conductive material layer forming an electrically conductive trace (78, 80) terminating at an end and continuously extending between a first edge and a second edge opposite the first edge; an electrically resistive material layer over and electrically connected to the electrically conductive material layer, the electrically resistive material layer forming a resistor having an array of spaced resistor heating elements overlying the electrically conductive material layer between the first edge and the second edge, the spaced resistor heating elements projecting beyond the end of the electrically conductive trace (78, 80) out of contact with the electrically conductive material layer, characterized in that the array of spaced resistor heating elements projecting beyond the end of the electrically conductive trace (78, 80) overlie a nonconductive substrate, wherein the nonconductive substrate has an edge aligned with an edge of the electrically conductive trace (78, 80) and spaced from each opposite edge of the array of resistor heating elements.
An injector, comprising: a housing; a container portion disposed within the housing, defining a fluid chamber containing a medicament, and including a plunger moveably disposed therein and defining a portion of the fluid chamber; a firing mechanism including a ram associated with the plunger and extending axially therefrom; the firing mechanism further comprising a pair of resiliently deformable latches moveably disposed within the housing and configured to engage a portion of the ram in a latching connection; the firing mechanism further comprising an inner housing; a safety member, and a trigger moveably disposed within the housing between a ready position wherein the latches are held in engagement with the portion of the ram by the trigger and a firing position wherein the latches are released, permitting movement of the ram; characterized in that the safety member is positionable relative to the housing so as to restrict movement of the trigger into the firing position, and further in that the latches extend from the proximal end of the inner housing, wherein an axial movement of the trigger in a proximate direction disengages the latching connection between the latches and the ram. a housing; a container portion disposed within the housing, defining a fluid chamber containing a medicament, and including a plunger moveably disposed therein and defining a portion of the fluid chamber; a firing mechanism including a ram associated with the plunger and extending axially therefrom; the firing mechanism further comprising a pair of resiliently deformable latches moveably disposed within the housing and configured to engage a portion of the ram in a latching connection; the firing mechanism further comprising an inner housing; a safety member, and a trigger moveably disposed within the housing between a ready position wherein the latches are held in engagement with the portion of the ram by the trigger and a firing position wherein the latches are released, permitting movement of the ram; characterized in that the safety member is positionable relative to the housing so as to restrict movement of the trigger into the firing position, and further in that the latches extend from the proximal end of the inner housing, wherein an axial movement of the trigger in a proximate direction disengages the latching connection between the latches and the ram.
A method for assisting handover of a User Terminal's, UT's,, communication session in an integrated multiple Radio Access Technology network, multi RAT network, said method to be carried out by a Radio Network Controller 1, RNC1,, being installed in said multi RAT network and which RNC1 is being arranged to route said communication session through a first radio access network path via a first port according to a first routing protocol by binding a session identifier identifying said communication session to a radio bearer identifier defined according to said first routing protocol, said RNC1 being further arranged to route said communication session through an alternative radio access network path via a second port by binding said session identifier to an alternative radio bearer identifier being defined according to an alternative routing protocol, wherein each routing protocol of said first routing protocol and said alternative routing protocol comprises all transmission protocols exploited by a specific radio access network transmission path, said method comprising the following steps: - receiving a Handover Candidate message comprising a message type identifier information element identifying said message as being a Handover Candidate message and which Handover Candidate message identifies said communication session and which Handover Candidate message further carries information enabling the establishment of the identity of a candidate RNC (230, 231) of said multi RAT network, wherein said candidate RNC (230, 231) constitutes an RNC handover candidate for said communication session, - establishing the identity of said candidate RNC (230, 231) by investigating said Handover Candidate message, and - associating said communication session with said candidate RNC (230, 231). - receiving a Handover Candidate message comprising a message type identifier information element identifying said message as being a Handover Candidate message and which Handover Candidate message identifies said communication session and which Handover Candidate message further carries information enabling the establishment of the identity of a candidate RNC (230, 231) of said multi RAT network, wherein said candidate RNC (230, 231) constitutes an RNC handover candidate for said communication session, - establishing the identity of said candidate RNC (230, 231) by investigating said Handover Candidate message, and - associating said communication session with said candidate RNC (230, 231).
Method for navigation for road users in the area of a traffic hold-up, comprising the following steps: - determining a group of road users in the area of the traffic hold-up that are subscribers to a predetermined service; - capturing driving information of the members of the group; - determining driving manoeuvres for the members of the group on the basis of the captured driving information; - outputting the driving manoeuvres to the associated members of the group; - wherein the driving manoeuvres are coordinated in order to reduce the effects of the traffic hold-up for the members of the group; wherein - the driving manoeuvres are determined such that speeds of travel of the members of the group are brought move into line with one another; and characterized in that - the driving manoeuvres are determined such that distances between the members of the group are reduced to a predetermined maximum distance. - determining a group of road users in the area of the traffic hold-up that are subscribers to a predetermined service; - capturing driving information of the members of the group; - determining driving manoeuvres for the members of the group on the basis of the captured driving information; - outputting the driving manoeuvres to the associated members of the group; - wherein the driving manoeuvres are coordinated in order to reduce the effects of the traffic hold-up for the members of the group; wherein - the driving manoeuvres are determined such that speeds of travel of the members of the group are brought move into line with one another; and characterized in that - the driving manoeuvres are determined such that speeds of travel of the members of the group are brought move into line with one another; - the driving manoeuvres are determined such that distances between the members of the group are reduced to a predetermined maximum distance.
A galliated calcium-phosphate biomaterial comprising a gallium-doped phosphocalcic compound of formula: Ca (10.5-1.5x) Ga x (PO 4) 7 wherein 0 < x < 1 having a β-tricalcium phosphate (β-TCP)-like structure characterized in that it crystallizes in the R3c space group, with cell parameters varying in the following range, as a function of the Ga content: a = 10.31-10.44 Å, c = 37.15-37.5 Å, α = 90°; β = 90° and γ = 120; and the hydrates and mixtures thereof.
A method for transmitting digital data by satellite, by a primary optical signal (S 1) between a transmitter terminal (T E) and a receiver terminal (T R), comprising steps consisting in: - determining a characteristic magnitude of optical-wave degradation between the transmitter terminal (T E) and the receiver terminal (T R), - determining a number (N λ) of transmission channels by means of a first stepwise decreasing function of the characteristic magnitude of optical-wave degradation, - distributing the digital data over the transmission channels, - modulating optical signals of different wavelengths, the number of which is equal to the number (N λ) of transmission channels; each of the respective optical signals being modulated by digital data distributed respectively to one of the transmission channels, - generating the primary optical signal (S 1) by means of wavelength multiplexing of the optical signals, - sending a transmission configuration from the transmitter terminal (T E) to the receiver terminal (T R); the transmission configuration comprising at least the number (N λ) of transmission channels. - determining a characteristic magnitude of optical-wave degradation between the transmitter terminal (T E) and the receiver terminal (T R), - determining a number (N λ) of transmission channels by means of a first stepwise decreasing function of the characteristic magnitude of optical-wave degradation, - distributing the digital data over the transmission channels, - modulating optical signals of different wavelengths, the number of which is equal to the number (N λ) of transmission channels; each of the respective optical signals being modulated by digital data distributed respectively to one of the transmission channels, - generating the primary optical signal (S 1) by means of wavelength multiplexing of the optical signals, - sending a transmission configuration from the transmitter terminal (T E) to the receiver terminal (T R); the transmission configuration comprising at least the number (N λ) of transmission channels.
Method for correcting a packet of an Internet control message protocol, ICMP, during routing of a packet (12, 12t) between a private network, LAN, and a public network, WAN, having been processed by an application level gateway integrator, ALG, comprising the steps of: • reading a packet of an Internet control message protocol, ICMP, comprising a "fragmentation needed" message and a maximum transmission unit, MTU, value which defines the maximum size of data packets handled in a communication protocol used by a routing, • calculating a value (n) of a processing size by comparing a size (Lin) of a packet not processed by the application level gateway integrator, ALG, and a size (Lout) of the same processed packet after processing by the application level gateway integrator, ALG, • modifying the packet of an Internet control message protocol, ICMP, by overwriting the maximum transmission unit, MTU, value with an actual maximum packet size value which is a function of the processing size value (n), • sending, to a transmitter having sent the non-processed packet, the modified packet of an Internet control message protocol, ICMP. • reading a packet of an Internet control message protocol, ICMP, comprising a "fragmentation needed" message and a maximum transmission unit, MTU, value which defines the maximum size of data packets handled in a communication protocol used by a routing, • calculating a value (n) of a processing size by comparing a size (Lin) of a packet not processed by the application level gateway integrator, ALG, and a size (Lout) of the same processed packet after processing by the application level gateway integrator, ALG, • modifying the packet of an Internet control message protocol, ICMP, by overwriting the maximum transmission unit, MTU, value with an actual maximum packet size value which is a function of the processing size value (n), • sending, to a transmitter having sent the non-processed packet, the modified packet of an Internet control message protocol, ICMP.
A pharmaceutical composition comprising a MASP-2 inhibitory monoclonal antibody that inhibits lectin pathway complement activation and specifically binds to a portion of SEQ ID NO:5, and a MASP-3 inhibitory monoclonal antibody that specifically binds to the serine protease domain of human MASP-3 consisting of amino acids 450-711 of SEQ ID No 8 and inhibits alternative pathway complement activation, and a pharmaceutically acceptable carrier for use in the treatment of paroxysmal nocturnal hemoglobinuria.
Double gate transistor microelectronic device comprising: - a support, - a structure suited to forming at least one multi-branch channel and comprising a plurality of separate parallel semi-conductor rods (106 1, 106 2) and situated in a plane orthogonal to the principal plane of the support, the rods linking a first block suited to forming a source region of the transistor and a second block provided, suited to forming a drain region of the transistor, - a first gate electrode situated on one side of said structure against the sides of said semi-conductor rods, - a second gate electrode, separate from the first gate and situated on another side of the structure against the opposite sides of the rods, the semi-conductor rods and one or several insulating rods situated between the semi-conductor rods (106 1, 106 2), separating the first gate electrode and the second gate electrode, the insulating rods situated between the semi-conductor rods having a critical dimension wes less than the critical dimension Wsi of the semi-conductor rods, wherein the ratio between the critical dimension Wsi of the semi-conductor rods (106 1, 106 2) and the critical dimension Wes of the insulating rods is so as to confer to said microelectronic device a DIBL factor inferior to a predetermined maximum threshold (DIBL max) and/or so as to confer to said microelectronic device at least one coupling factor between the two gate electrodes (152, 154), superior to a predetermined minimum coupling factor α 0 = 0.15. - a support, - a structure suited to forming at least one multi-branch channel and comprising a plurality of separate parallel semi-conductor rods (106 1, 106 2) and situated in a plane orthogonal to the principal plane of the support, the rods linking a first block suited to forming a source region of the transistor and a second block provided, suited to forming a drain region of the transistor, - a first gate electrode situated on one side of said structure against the sides of said semi-conductor rods, - a second gate electrode, separate from the first gate and situated on another side of the structure against the opposite sides of the rods, the semi-conductor rods and one or several insulating rods situated between the semi-conductor rods (106 1, 106 2), separating the first gate electrode and the second gate electrode, the insulating rods situated between the semi-conductor rods having a critical dimension wes less than the critical dimension Wsi of the semi-conductor rods, wherein the ratio between the critical dimension Wsi of the semi-conductor rods (106 1, 106 2) and the critical dimension Wes of the insulating rods is so as to confer to said microelectronic device a DIBL factor inferior to a predetermined maximum threshold (DIBL max) and/or so as to confer to said microelectronic device at least one coupling factor between the two gate electrodes (152, 154), superior to a predetermined minimum coupling factor α 0 = 0.15.
Vehicle, in particular utility vehicle, having a mirror replacement system which has at least one image-capturing device (5, 7, 9), in particular a camera, by means of which at least part of the surroundings (13, 17, 19) of the vehicle can be captured visually and/or as a film, wherein the image-capturing device (5, 7, 9) is coupled in signalling terms to a display device by means of which the captured surroundings (13, 17, 19) of the vehicle can be displayed to a driver of the vehicle, wherein the display device is formed by a projection device by means of which the captured surroundings (13, 17, 19) of the vehicle can be projected onto at least one defined projection surface (23, 27, 31), wherein the captured surroundings (13, 17, 19) of the vehicle are projected onto the defined projection surface (23, 27, 31) which is embodied as a transparent projection surface (23, 27, 31), in such a way that it appears to the driver that the captured surroundings (13, 17, 19) of the vehicle are displayed outside the vehicle, wherein an actuating device is provided by means of which the degree of transparency of the projection surface (23, 27, 31) can be set and/or adjusted, characterized in that a driving situation-detection device is provided which is connected in terms of signalling to the control device and sensors the current driving situation, and in that the actuating device is part of a closed-loop and/or open-loop control device by means of which the degree of transparency of the projection surface (23, 27, 31) can be set automatically as a function of the current driving situation, wherein the degree of transparency of the projection surface (23, 27, 31) is reduced in order to improve the displaying on the projection surface (23, 27, 31) of an area of the surroundings of the vehicle which is difficult to see.
A method comprising: determining memory utilization statistics by a plurality of processing units (120 a-i; 220 a-i) arranged in a pipeline, the plurality of processing units (120 a-i; 220 a-i) configured to perform graphics operations to render graphics images; pre-assigning a plurality of caches (150 a-f; 250 a-n) to a processing unit (120; 220) among the plurality of processing units (120 a-i; 220 a-i) at the beginning of rendering a frame, image, or batch based on the memory utilization statistics by the plurality of processing units (120 a-i; 220 a-i) obtained for the prior rendering period; and exclusively coupling the processing unit (120; 220) to the plurality of caches (150 a-f; 250 a-n) based on the pre-assigning. determining memory utilization statistics by a plurality of processing units (120 a-i; 220 a-i) arranged in a pipeline, the plurality of processing units (120 a-i; 220 a-i) configured to perform graphics operations to render graphics images; pre-assigning a plurality of caches (150 a-f; 250 a-n) to a processing unit (120; 220) among the plurality of processing units (120 a-i; 220 a-i) at the beginning of rendering a frame, image, or batch based on the memory utilization statistics by the plurality of processing units (120 a-i; 220 a-i) obtained for the prior rendering period; and exclusively coupling the processing unit (120; 220) to the plurality of caches (150 a-f; 250 a-n) based on the pre-assigning.
A method of anticipating failure modes at a well site, comprising: receiving dynacards from a remote terminal unit at the well site; performing machine learning based analytics on an edge device at the well site using the dynacards from the RTU, the edge device being designed to provide access or entry to a network for the well site, the network including a local area network, a wide area network, or a metropolitan area network; identifying dynacard classifications on the edge device for the well site operations from the ML-based analytics performed on the dynacards; performing ML-based analytics on the edge device at the well site using the dynacards and the dynacard classifications; predicting a failure mode and a time to failure on the edge device at the well site from the ML-based analytics performed on the dynacards and the dynacard classifications; and initiating a responsive action on the edge device based on the failure mode and the time to failure, the responsive action including at least one of logging a date and time, sending an alert message to a control system, adjusting a motor speed of a rod pump, or shutting off power to the rod pump, depending on a severity of the failure mode and the time to failure. receiving dynacards from a remote terminal unit at the well site; performing machine learning based analytics on an edge device at the well site using the dynacards from the RTU, the edge device being designed to provide access or entry to a network for the well site, the network including a local area network, a wide area network, or a metropolitan area network; identifying dynacard classifications on the edge device for the well site operations from the ML-based analytics performed on the dynacards; performing ML-based analytics on the edge device at the well site using the dynacards and the dynacard classifications; predicting a failure mode and a time to failure on the edge device at the well site from the ML-based analytics performed on the dynacards and the dynacard classifications; and initiating a responsive action on the edge device based on the failure mode and the time to failure, the responsive action including at least one of logging a date and time, sending an alert message to a control system, adjusting a motor speed of a rod pump, or shutting off power to the rod pump, depending on a severity of the failure mode and the time to failure.