mhurhangee/ep-ind-claims huggingface dataset:
A plasticizing system for plasticizing a solidified-resin particle, the plasticizing system, comprising: a housing assembly providing: (i) a melt channel being configured to receive the solidified-resin particle, and (ii) opposite-facing surfaces, the opposite-facing surfaces being provided by: a wall of the melt channel of the housing assembly, and an outer wall of a stationary assembly being located inside the melt channel of the housing assembly, the opposite-facing surfaces being configured to contact, in use and at least in part, opposite sides (200A, 200B) of the solidified-resin particle, being spaced apart from each other, and defining, at least in part, a convergence channel being configured to receive the solidified-resin particle, the opposite-facing surfaces and the convergence channel forming part of the melt channel; a mesh assembly being positioned in the melt channel, and a plunger assembly being movable, at least in part, relative to the opposite-facing surfaces, the plunger assembly being configured to move, at least in part, the solidified-resin particle relative to the opposite-facing surfaces along, at least in part, the convergence channel, and in response to relative movement between the solidified-resin particle and the opposite-facing surfaces, the solidified-resin particle receives, in use, a plasticization-inducing effect from the opposite-facing surfaces, and the plasticization-inducing effect is configured to plasticize the solidified-resin particle into a flowable melt injected into a mold assembly, characterized in that the mesh assembly extends between the opposite-facing surfaces. a housing assembly providing: (i) a melt channel being configured to receive the solidified-resin particle, and (ii) opposite-facing surfaces, the opposite-facing surfaces being provided by: a wall of the melt channel of the housing assembly, and an outer wall of a stationary assembly being located inside the melt channel of the housing assembly, (i) a melt channel being configured to receive the solidified-resin particle, and (ii) opposite-facing surfaces, the opposite-facing surfaces being provided by: a wall of the melt channel of the housing assembly, and an outer wall of a stationary assembly being located inside the melt channel of the housing assembly, a wall of the melt channel of the housing assembly, and an outer wall of a stationary assembly being located inside the melt channel of the housing assembly, a mesh assembly being positioned in the melt channel, and a plunger assembly being movable, at least in part, relative to the opposite-facing surfaces, the plunger assembly being configured to move, at least in part, the solidified-resin particle relative to the opposite-facing surfaces along, at least in part, the convergence channel, and in response to relative movement between the solidified-resin particle and the opposite-facing surfaces, the solidified-resin particle receives, in use, a plasticization-inducing effect from the opposite-facing surfaces, and the plasticization-inducing effect is configured to plasticize the solidified-resin particle into a flowable melt injected into a mold assembly,
A recombinant retrovirus comprising: a viral vector comprising a nucleic acid having the R and U5 sequences from a 5' lentiviral long terminal repeat; a self-inactivating lentiviral 3' LTR; and gene of interest encoding an antigen against which an immune response is desired; and, a viral envelope comprising a fusogenic molecule which is a Sindbis virus E1-E2 glycoprotein, and a membrane-bound cell-specific binding determinant which is an anti-DEC-205 antibody that targets dendritic cells, wherein said antibody is separate from the fusogenic molecule and is incorporated into the envelope of the recombinant retrovirus, for use in a method of therapy of a patient. a viral vector comprising a nucleic acid having the R and U5 sequences from a 5' lentiviral long terminal repeat; a self-inactivating lentiviral 3' LTR; and gene of interest encoding an antigen against which an immune response is desired; and, a viral envelope comprising a fusogenic molecule which is a Sindbis virus E1-E2 glycoprotein, and a membrane-bound cell-specific binding determinant which is an anti-DEC-205 antibody that targets dendritic cells, wherein said antibody is separate from the fusogenic molecule and is incorporated into the envelope of the recombinant retrovirus, for use in a method of therapy of a patient.
A milling adaptor system for holding an abutment blank in a housing of a milling unit, comprising: a holding device extending from a first end to a second end, the holding device including: a flange positioned at the first end, the flange including a top surface and a shoulder, opposite the top surface, the top surface configured to attach the abutment blank to the holding device, a securing shaft extending from the flange to the second end of the holding device, and an engagement bore extending through the holding device; and a fastener having a head and a threaded shaft extending from the head, the fastener configured to extend through the engagement bore and couple with the abutment blank, wherein the securing shaft includes at least one securing surface for securing the holding device to the housing, and wherein a cross-sectional shape of the flange includes a curved portion and a flat portion. a holding device extending from a first end to a second end, the holding device including: a flange positioned at the first end, the flange including a top surface and a shoulder, opposite the top surface, the top surface configured to attach the abutment blank to the holding device, a securing shaft extending from the flange to the second end of the holding device, and an engagement bore extending through the holding device; and a flange positioned at the first end, the flange including a top surface and a shoulder, opposite the top surface, the top surface configured to attach the abutment blank to the holding device, a securing shaft extending from the flange to the second end of the holding device, and an engagement bore extending through the holding device; and a fastener having a head and a threaded shaft extending from the head, the fastener configured to extend through the engagement bore and couple with the abutment blank, wherein the securing shaft includes at least one securing surface for securing the holding device to the housing, and wherein a cross-sectional shape of the flange includes a curved portion and a flat portion.
Grill device having an outer shell of conical shape, in which a heating level and a grill are arranged, wherein the vertical distance between the grill and the heating level is adjustable, characterized in that the outer shell is stabilized by an assembly, in particular formed by a shell, guide tube and ring, and arranged in the outer shell to be clamped in the outer shell, in particular via screws.
A method for performing channel access by a station, STA, in a wireless communication system, comprising: receiving, from an access point, AP, a first frame including a traffic indication map, TIM, and setting information of a time window; and performing a channel access by transmitting a second frame based on the first frame, characterized in that: wherein the setting information comprises start time information of the time window and periodicity information of the time window, wherein the setting information of the time window is applied over a plurality of cycles, each cycle comprising a period of the time window for a non-TIM mode STA and a remaining period for a TIM mode STA, wherein an allowable transmission timing of the second frame within each cycle depends on whether the STA is the TIM mode STA or the non-TIM mode STA, wherein the non-TIM mode STA which does not follow the TIM performs the channel access for the transmission of the second frame inside the time window, and wherein the TIM mode STA performs the channel access for the transmission of the second frame outside of the time window when the channel access of the TIM mode STA is allowed according to the TIM. receiving, from an access point, AP, a first frame including a traffic indication map, TIM, and setting information of a time window; and performing a channel access by transmitting a second frame based on the first frame, characterized in that: wherein the setting information comprises start time information of the time window and periodicity information of the time window, wherein the setting information of the time window is applied over a plurality of cycles, each cycle comprising a period of the time window for a non-TIM mode STA and a remaining period for a TIM mode STA, wherein an allowable transmission timing of the second frame within each cycle depends on whether the STA is the TIM mode STA or the non-TIM mode STA, wherein the non-TIM mode STA which does not follow the TIM performs the channel access for the transmission of the second frame inside the time window, and wherein the TIM mode STA performs the channel access for the transmission of the second frame outside of the time window when the channel access of the TIM mode STA is allowed according to the TIM. wherein the setting information comprises start time information of the time window and periodicity information of the time window, wherein the setting information of the time window is applied over a plurality of cycles, each cycle comprising a period of the time window for a non-TIM mode STA and a remaining period for a TIM mode STA, wherein an allowable transmission timing of the second frame within each cycle depends on whether the STA is the TIM mode STA or the non-TIM mode STA, wherein the non-TIM mode STA which does not follow the TIM performs the channel access for the transmission of the second frame inside the time window, and wherein the TIM mode STA performs the channel access for the transmission of the second frame outside of the time window when the channel access of the TIM mode STA is allowed according to the TIM.
Method for checking the data transport across a first communication connection, realised between two first interface units, between two respective data processing devices (2a-2k), wherein the data to be transported can be divided into data blocks and wherein at least one second communication connection exists between the data processing devices (2a-2k), which is established across respective second interface units, characterised in that for realising a challenge-response-authentication, as challenge a request, requesting querying of randomly selected data units out of identifiable, randomly selected data blocks of the data, wherein the queried data form response data, by an authenticating unit using the second communication connection, is transmitted to the first interface units, an authentication module of the respective first interface units extracts the requested response data out of the data and transmits them back to the authenticating unit and a successful checking is established when the response data of the respective authentication modules concur.
A medical device (200 - figure 25), comprising: a control handle comprising a lever; a surgical stapling and cutting end effector (210; 310) comprising a self-contained stapling motor; and a passive articulating joint connecting said surgical end effector (210; 310) to an instrument shaft disposed between said surgical end effector (210; 310) and said control handle and comprising: a ball (212; 312, 314) connected to the surgical stapling and cutting end effector; a cupping device (2122, 2124) connected to the control handle; and a ball-cup locking device (232, 234) for locking and unlocking said ball (212; 312, 314) and said cupping device (2122, 2124) with respect to one another, wherein said ball-cup locking device (232, 234) is: in a locked state in which the cupping device tightly grips the ball when said lever is in an unactuated state; and in an unlocked state allowing the joint to rotate freely when said lever is in an actuated state. a control handle comprising a lever; a surgical stapling and cutting end effector (210; 310) comprising a self-contained stapling motor; and a passive articulating joint connecting said surgical end effector (210; 310) to an instrument shaft disposed between said surgical end effector (210; 310) and said control handle and comprising: a ball (212; 312, 314) connected to the surgical stapling and cutting end effector; a cupping device (2122, 2124) connected to the control handle; and a ball-cup locking device (232, 234) for locking and unlocking said ball (212; 312, 314) and said cupping device (2122, 2124) with respect to one another, wherein said ball-cup locking device (232, 234) is: in a locked state in which the cupping device tightly grips the ball when said lever is in an unactuated state; and in an unlocked state allowing the joint to rotate freely when said lever is in an actuated state. a ball (212; 312, 314) connected to the surgical stapling and cutting end effector; a cupping device (2122, 2124) connected to the control handle; and a ball-cup locking device (232, 234) for locking and unlocking said ball (212; 312, 314) and said cupping device (2122, 2124) with respect to one another, wherein said ball-cup locking device (232, 234) is: in a locked state in which the cupping device tightly grips the ball when said lever is in an unactuated state; and in an unlocked state allowing the joint to rotate freely when said lever is in an actuated state. in a locked state in which the cupping device tightly grips the ball when said lever is in an unactuated state; and in an unlocked state allowing the joint to rotate freely when said lever is in an actuated state.
A method for synthesizing metal particles, comprising: - providing a dielectric barrier discharge plasma apparatus, the DBD plasma apparatus comprising an electrolyte vessel, an electrode spaced-apart from the electrolyte vessel, and a dielectric barrier interposed between the electrolyte vessel and the electrode; - introducing an electrolyte solution comprising metal ions inside the electrolyte vessel, the electrolyte solution having an upper surface spaced-apart from the dielectric barrier; - supplying gas into a discharge area extending between the upper surface of the electrolyte solution and the dielectric barrier; and - applying an alternating or pulsed direct electrical potential difference between the electrode and the electrolyte solution, the electrolyte solution acting as a counter-electrode polarized against the electrode, an amplitude of the electrical potential difference being sufficient to produce a plasma onto the electrolyte solution so as to interact with the metal ions and thereby synthesize the metal particles. - providing a dielectric barrier discharge plasma apparatus, the DBD plasma apparatus comprising an electrolyte vessel, an electrode spaced-apart from the electrolyte vessel, and a dielectric barrier interposed between the electrolyte vessel and the electrode; - introducing an electrolyte solution comprising metal ions inside the electrolyte vessel, the electrolyte solution having an upper surface spaced-apart from the dielectric barrier; - supplying gas into a discharge area extending between the upper surface of the electrolyte solution and the dielectric barrier; and - applying an alternating or pulsed direct electrical potential difference between the electrode and the electrolyte solution, the electrolyte solution acting as a counter-electrode polarized against the electrode, an amplitude of the electrical potential difference being sufficient to produce a plasma onto the electrolyte solution so as to interact with the metal ions and thereby synthesize the metal particles.
Exhaust-gas aftertreatment apparatus having a dosing device for introducing a liquid medium into an exhaust-gas stream of an internal combustion engine of a motor vehicle, wherein the dosing device has - a pump for delivering the liquid medium and - the medium is injected into the exhaust-gas stream by means of a dosing valve, wherein the dosing device has - a 2/2 directional valve, characterized in that - the dosing valve has at least one low-pressure chamber and at least one high-pressure chamber, wherein - the low-pressure chamber and the high-pressure chamber are delimited by a piston, wherein - the part of the piston which delimits the low-pressure chamber has a greater diameter than the part of the piston which delimites the high-pressure chamber, and wherein - the 2/2 directional valve is arranged in a delivery line between the pump and the low-pressure chamber of the dosing valve. - a pump for delivering the liquid medium and - the medium is injected into the exhaust-gas stream by means of a dosing valve, - a 2/2 directional valve, - the dosing valve has at least one low-pressure chamber and at least one high-pressure chamber, wherein - the low-pressure chamber and the high-pressure chamber are delimited by a piston, wherein - the part of the piston which delimits the low-pressure chamber has a greater diameter than the part of the piston which delimites the high-pressure chamber, and wherein - the 2/2 directional valve is arranged in a delivery line between the pump and the low-pressure chamber of the dosing valve.
A method for defending an HTTP flood attack, the method being applied to a protection device, and the method comprising: collecting the number of HTTP requests received within each predetermined time interval; when the number of HTTP requests received within the predetermined time interval is greater than a second threshold, using a first protection strategy for protection; and when each number of HTTP requests received within a preset number of successive predetermined time intervals is not greater than the second threshold, stopping the protection; when the first protection strategy is used for protection, detecting a protection performance of the first protection strategy; and when the protection performance of the first protection strategy does not meet requirements, using a second protection strategy for the protection, wherein a protection level of the second protection strategy is higher than a protection level of the first protection strategy and the second protection strategy and the first protection strategy are different verification types. collecting the number of HTTP requests received within each predetermined time interval; when the number of HTTP requests received within the predetermined time interval is greater than a second threshold, using a first protection strategy for protection; and when each number of HTTP requests received within a preset number of successive predetermined time intervals is not greater than the second threshold, stopping the protection; when the first protection strategy is used for protection, detecting a protection performance of the first protection strategy; and when the protection performance of the first protection strategy does not meet requirements, using a second protection strategy for the protection, wherein a protection level of the second protection strategy is higher than a protection level of the first protection strategy and the second protection strategy and the first protection strategy are different verification types.
Method of producing an electro/optical interconnected component system of a plurality of non-stretchable flexible foil components formed on a foil, the flexible foil components each comprising at least one electrical and/or optical functional circuit and component pads for electro/optical access to the flexible foil components, comprising the steps of: - providing a base substrate having a stretchable substrate layer, - providing a non-stretchable flexible foil comprising an integral arrangement of said flexible foil components, - providing in plane interconnecting traces on the stretchable substrate layer in correspondence with the component pads in the integral arrangement; - aligning the base substrate and the flexible foil so as to be used in a reel based manufacturing process; - providing, through lamination of the base substrate and the flexible foil an electro/optical via connection between the traces and the component pads of the integral component arrangement; and - mechanically separating the integral arrangement of flexible foil components to provide a multiple of mechanically separated components from each other on the stretchable substrate layer, thereby forming an interconnected component system comprising the stretchable substrate layer and the mechanically separated components provided thereon, the interconnected component system thereby regaining stretchability without losing its electro/optical functionality. - providing a base substrate having a stretchable substrate layer, - providing a non-stretchable flexible foil comprising an integral arrangement of said flexible foil components, - providing in plane interconnecting traces on the stretchable substrate layer in correspondence with the component pads in the integral arrangement; - aligning the base substrate and the flexible foil so as to be used in a reel based manufacturing process; - providing, through lamination of the base substrate and the flexible foil an electro/optical via connection between the traces and the component pads of the integral component arrangement; and - mechanically separating the integral arrangement of flexible foil components to provide a multiple of mechanically separated components from each other on the stretchable substrate layer, thereby forming an interconnected component system comprising the stretchable substrate layer and the mechanically separated components provided thereon, the interconnected component system thereby regaining stretchability without losing its electro/optical functionality.
A package comprising: an integrated device comprising: a first core; and a second core; and a substrate coupled to the integrated device, the substrate comprising: a first power interconnect configured to provide a first electrical path for a first power resource to the first core of the integrated device; a second power interconnect configured to provide a second electrical path for a second power resource to the second core of the integrated device; and a switch coupled to the first power interconnect and the second power interconnect, wherein if the switch is turned on, the switch is configured to enable at least some of the power resource from the second power resource to contribute to the first core of the integrated device. an integrated device comprising: a first core; and a second core; and a first core; and a second core; and a substrate coupled to the integrated device, the substrate comprising: a first power interconnect configured to provide a first electrical path for a first power resource to the first core of the integrated device; a second power interconnect configured to provide a second electrical path for a second power resource to the second core of the integrated device; and a switch coupled to the first power interconnect and the second power interconnect, wherein if the switch is turned on, the switch is configured to enable at least some of the power resource from the second power resource to contribute to the first core of the integrated device. a first power interconnect configured to provide a first electrical path for a first power resource to the first core of the integrated device; a second power interconnect configured to provide a second electrical path for a second power resource to the second core of the integrated device; and a switch coupled to the first power interconnect and the second power interconnect, wherein if the switch is turned on, the switch is configured to enable at least some of the power resource from the second power resource to contribute to the first core of the integrated device.