mhurhangee/ep-ind-claims huggingface dataset:
Computer implemented method for determining a native resolution of a video content, the method comprising: determining (S1, S11) a type of codec used for the video content, determining (S2, S12) a data rate of the video content, determining an amount of motion in the video content, determining a reported resolution for the video content, determining (S3, S13) the native resolution of the video content by selecting the native resolution of the video content from a look-up table based on the determined type of codec and the determined data rate and the determined amount of motion and the reported resolution, wherein the look-up table comprises native resolution values for predetermined sets of at least a codec and data rate and an amount of motion information and reported resolution, and wherein the native resolution refers to the original spatial resolution that the video content comprises, and wherein the reported resolution refers to the spatial resolution that is reported in a container or other data, especially metadata, of the video content for the video content. determining (S1, S11) a type of codec used for the video content, determining (S2, S12) a data rate of the video content, determining an amount of motion in the video content, determining a reported resolution for the video content, determining (S3, S13) the native resolution of the video content by selecting the native resolution of the video content from a look-up table based on the determined type of codec and the determined data rate and the determined amount of motion and the reported resolution, wherein the look-up table comprises native resolution values for predetermined sets of at least a codec and data rate and an amount of motion information and reported resolution, and wherein the native resolution refers to the original spatial resolution that the video content comprises, and wherein the reported resolution refers to the spatial resolution that is reported in a container or other data, especially metadata, of the video content for the video content.
A multi-zone fryer for preparation of fried food products comprising an elongated cooking trough for holding a volume of heated cooking oil, at least first and second rollers (106a, 106b), and a conveyor arranged to extend and transport the food products in a direction from the first roller at an inlet end, along the bottom of the trough to the second roller at an outlet end, wherein the elongated cooking trough comprises at least a first and second cooking zone (140, 145), characterized in that each cooking zone has at least two oil level sensors (170,180;175,181), including a first oil level sensor (170, 180) and a second oil level sensor (175, 181), wherein the first oil level sensor (170, 180) is arranged at the beginning of the cooking zone (140, 145) and the second oil level sensor (175, 181) is arranged at the end of the cooking zone (140, 145), wherein a cooking process control device is configured to receive input signals from the oil level sensors (170, 175, 180, 181) and to control an oil inlet control valve (184;184a) and an oil outlet control valve (185;185a) of each cooking zone (140,145) arranged in fluid connection with the trough and an oil circulation system to ensure that a predetermined oil level is kept in the trough.
A solid-state imaging device comprising: a substrate (11, 12); a photoelectric conversion section (50, 113) comprising a chalcopyrite material formed over the substrate (11, 12) in a light incident side; a transparent electrode (57, 101, 114) in the light incident side of the photoelectric conversion section (50, 113); and an electron barrier layer (58, 102) formed between the photoelectric conversion section (50, 113) and the transparent electrode (57, 101, 114), characterized in that the photoelectric conversion section (50, 113) and the transparent electrode (57, 101, 114) are of p-type, the electron barrier layer (58, 102) serves as a barrier, of about 0.5 eV or smaller, against holes transferred from the photoelectric conversion section (50, 113) toward the transparent electrode (57, 101, 114), wherein a difference between the Fermi level of the transparent electrode and a lower edge of conduction band of the electron barrier layer is an electron barrier height, wherein the electron barrier height of the electron barrier layer (58, 102) is between 0.6 eV to 1.3 eV, wherein a thickness of the electron barrier layer (58, 102) is between 4 nm and 10 nm, and wherein the electron barrier layer (58, 102) comprises at least one of NiO, CU 2 O, and ZnRh z O 4. a substrate (11, 12); a photoelectric conversion section (50, 113) comprising a chalcopyrite material formed over the substrate (11, 12) in a light incident side; a transparent electrode (57, 101, 114) in the light incident side of the photoelectric conversion section (50, 113); and an electron barrier layer (58, 102) formed between the photoelectric conversion section (50, 113) and the transparent electrode (57, 101, 114), characterized in that the photoelectric conversion section (50, 113) and the transparent electrode (57, 101, 114) are of p-type, the electron barrier layer (58, 102) serves as a barrier, of about 0.5 eV or smaller, against holes transferred from the photoelectric conversion section (50, 113) toward the transparent electrode (57, 101, 114), wherein a difference between the Fermi level of the transparent electrode and a lower edge of conduction band of the electron barrier layer is an electron barrier height, wherein the electron barrier height of the electron barrier layer (58, 102) is between 0.6 eV to 1.3 eV, wherein a thickness of the electron barrier layer (58, 102) is between 4 nm and 10 nm, and wherein the electron barrier layer (58, 102) comprises at least one of NiO, CU 2 O, and ZnRh z O 4.
Method for manufacturing a part made of composite material comprising a reinforcement made up of fibres impregnated with a resin matrix, the method comprising the following successive steps: - flat laying and covering dry fibres on a planar surface of a laying tool; - infusing flat dry fibres with the resin; - forming (131, 132) the dry fibres infused with the resin on a counter-mould; - first polymerization at a first polymerization temperature, the first polymerization being configured to obtain 20% to 30% hardening of the resin in order to obtain an intermediate reinforcement, the first polymerization being subsequent to the step of infusing and of forming (131, 132); - demoulding and machining the intermediate reinforcement; - second polymerization of the machined intermediate reinforcement at a second polymerization temperature, the value of the second temperature being greater than the value of the first temperature. - flat laying and covering dry fibres on a planar surface of a laying tool; - infusing flat dry fibres with the resin; - forming (131, 132) the dry fibres infused with the resin on a counter-mould; - first polymerization at a first polymerization temperature, the first polymerization being configured to obtain 20% to 30% hardening of the resin in order to obtain an intermediate reinforcement, the first polymerization being subsequent to the step of infusing and of forming (131, 132); - demoulding and machining the intermediate reinforcement; - second polymerization of the machined intermediate reinforcement at a second polymerization temperature, the value of the second temperature being greater than the value of the first temperature.
An apparatus for selecting a platform device in a network comprising platform devices with different kinds of acceleration facilities, comprising profile monitoring means adapted to monitor if a received user request of a terminal comprises an indication of a device profile of the terminal; selecting means adapted to select (5, S20) the platform device for further processing of the user request based on the device profile and a hardware and/or software acceleration facility of the platform device.
Process for the removal of residual acetaldehyde from polyester particles, comprising: feeding hot polyester polymer particles containing residual acetaldehyde into a stripping vessel at a temperature within a range of 130 °C to 195 °C to form a bed of particles within the vessel, flowing a gas through at least a portion of the particle bed, and withdrawing finished particles from the vessel having a reduced amount of residual acetaldehyde, wherein said gas is introduced into said vessel at a temperature of 70 °C or less and 10 °C or more, wherein the hot particles introduced into the vessel at a temperature range from 130 °C to 195 °C provide the heat energy transferred to the gas to provide a gas temperature within the vessel sufficient to effectuate acetaldehyde stripping. feeding hot polyester polymer particles containing residual acetaldehyde into a stripping vessel at a temperature within a range of 130 °C to 195 °C to form a bed of particles within the vessel, flowing a gas through at least a portion of the particle bed, and withdrawing finished particles from the vessel having a reduced amount of residual acetaldehyde, wherein said gas is introduced into said vessel at a temperature of 70 °C or less and 10 °C or more, wherein the hot particles introduced into the vessel at a temperature range from 130 °C to 195 °C provide the heat energy transferred to the gas to provide a gas temperature within the vessel sufficient to effectuate acetaldehyde stripping.
Medicament delivery device which extends along a longitudinal axis and comprises: - a generally tubular elongated housing having a proximal and a distal end, which generally tubular elongated housing is arranged to accommodate a medicament container; - a drive unit comprising a drive element and plunger rod operably arranged to act on said medicament container; - a tubular element rotatably arranged in relation to said housing and operably arranged to said plunger rod; characterized in that the plunger rod comprises at least one holding member and in that the tubular element comprises at least one arm extending generally transversally to the longitudinal axis of the device wherein the at least one arm is an axially rigid arm but radially flexible, and wherein the at least one arm is arranged to engage the at least one holding member on said plunger rod to releasably hold said drive unit in an energy accumulated state, and wherein the device further comprises an activator displaceably arranged in relation to said housing and operably arranged to said tubular element such that displacement of said activator causes said tubular element to be rotated such that the at least one arm disengages from the at least one holding member on said plunger rod whereby the drive unit is released from the energy accumulated state and wherein said generally tubular elongated housing comprises a proximal and a distal housing part and wherein the plunger rod is rotationally locked to the distal housing part when the drive unit is in the energy accumulated state. - a generally tubular elongated housing having a proximal and a distal end, which generally tubular elongated housing is arranged to accommodate a medicament container; - a drive unit comprising a drive element and plunger rod operably arranged to act on said medicament container; - a tubular element rotatably arranged in relation to said housing and operably arranged to said plunger rod; characterized in that
Gas engine having at least one cylinder comprising a combustion chamber which communicates with an intake pipe, an exhaust pipe and a pre-chamber and a pressurized tank system for providing gases at at least two different pressure levels; wherein the pressurized tank system comprises a main tank and a secondary tank, wherein the main tank comprises a connection for pressurized refueling, wherein both the main tank and the secondary tank comprise in each case at least one pressure line (22, 32) for the discharge of gas, and wherein the main tank and the secondary tank are connected by means of a connecting line in which a valve is arranged which is formed and configured to allow gas to pass from the main tank into the secondary tank and to prevent gas from passing in the opposite direction, wherein the pressurized tank system only allows gas to pass from the main tank to the secondary tank via the valve if there is a positive pressure difference between the main tank and the secondary tank; and wherein the pressure line of the main tank is connected to a low-pressure injector which is configured and arranged to supply combustion gases to the intake pipe and wherein the pressure line of the secondary tank is connected to a high-pressure injector which is configured and arranged to supply combustion gases to the pre-chamber. wherein the pressurized tank system comprises a main tank and a secondary tank, wherein the main tank comprises a connection for pressurized refueling, wherein both the main tank and the secondary tank comprise in each case at least one pressure line (22, 32) for the discharge of gas, and wherein the main tank and the secondary tank are connected by means of a connecting line in which a valve is arranged which is formed and configured to allow gas to pass from the main tank into the secondary tank and to prevent gas from passing in the opposite direction, wherein the pressurized tank system only allows gas to pass from the main tank to the secondary tank via the valve if there is a positive pressure difference between the main tank and the secondary tank; and wherein the pressure line of the main tank is connected to a low-pressure injector which is configured and arranged to supply combustion gases to the intake pipe and wherein the pressure line of the secondary tank is connected to a high-pressure injector which is configured and arranged to supply combustion gases to the pre-chamber.
An apparatus comprising: a first interface configured to be communicatively coupled, via a network, to a second interface and a fibre channel services module, the first interface being configured to: receive a fibre channel service from the fibre channel services module, wherein the fibre channel service includes providing a media access control, MAC, address of the fibre channel services module; establish communication with the second interface; transmit a request to the fibre channel services module for the MAC address of the fibre channel services module; receive the MAC address of the fibre channel services module; transmit at least one of a fabric login command and a fabric discovery command to the MAC address of the fibre channel services module to request a source fibre channel ID and a source MAC address associated with the first interface; receive the source fibre channel ID and the source MAC address associated with the first interface; encode the source fibre channel ID within the source MAC address, and a destination fibre channel ID within a destination MAC address; and include the source MAC address and the destination MAC address in a fibre channel over Ethernet, FCoE, frame, the destination fibre channel ID corresponding to a logical unit number identifying a storage array in data storage; and communicate a fibre channel over Ethernet, FCoE, frame to the second interface, via a forwarder that forwards the FCoE frame without employing a fibre channel switching element. receive a fibre channel service from the fibre channel services module, wherein the fibre channel service includes providing a media access control, MAC, address of the fibre channel services module; establish communication with the second interface; transmit a request to the fibre channel services module for the MAC address of the fibre channel services module; receive the MAC address of the fibre channel services module; transmit at least one of a fabric login command and a fabric discovery command to the MAC address of the fibre channel services module to request a source fibre channel ID and a source MAC address associated with the first interface; receive the source fibre channel ID and the source MAC address associated with the first interface; encode the source fibre channel ID within the source MAC address, and a destination fibre channel ID within a destination MAC address; and include the source MAC address and the destination MAC address in a fibre channel over Ethernet, FCoE, frame, the destination fibre channel ID corresponding to a logical unit number identifying a storage array in data storage; and communicate a fibre channel over Ethernet, FCoE, frame to the second interface, via a forwarder that forwards the FCoE frame without employing a fibre channel switching element.
A method of processing sensory reports of one or more sensing elements in a radio network, said method comprising: receiving, at a network node, a sensory report from a sensing element operating in multiple radio access technologies, said sensory report including sensory data associated with multiple radio channels relative to at least one radio element; identifying, at the network node, said sensing element's identity and determining if said sensory report has been tagged with a code generated by a predetermined code generator; responsive to said identifying and said determining, authenticating said sensory report; and correlating, at the network node, said sensory report from said sensing element with at least one of one or more previous sensory reports from said sensing element and one or more previous sensory reports received from another sensing element to facilitate alleviating interference or congestion. receiving, at a network node, a sensory report from a sensing element operating in multiple radio access technologies, said sensory report including sensory data associated with multiple radio channels relative to at least one radio element; identifying, at the network node, said sensing element's identity and determining if said sensory report has been tagged with a code generated by a predetermined code generator; responsive to said identifying and said determining, authenticating said sensory report; and correlating, at the network node, said sensory report from said sensing element with at least one of one or more previous sensory reports from said sensing element and one or more previous sensory reports received from another sensing element to facilitate alleviating interference or congestion.
Method for tagging at least one multimedia object of a user, comprising: - a step of automatically determining a first set of tags for said at least one multimedia object by applying at least one predetermined selection rule; - a step of obtaining a second set of tags for said at least one multimedia object on the basis of said first set of tags in which at least one tag is a hyperonym of at least one tag of the first set replacing, in the second set of tags, said at least one tag of the first set; - a step of providing the user with the second set of tags; - if a tag is selected by the user: ∘ a step of tagging said at least one multimedia object with the selected tag; and ∘ a step of updating the second set of tags according to the tag selected by the user, said updating step comprising an operation of replacing the selected tag with at least one tag that is a meronym of the selected tag; the providing and, if applicable, tagging and updating steps being repeated with the updated second set of tags. - a step of automatically determining a first set of tags for said at least one multimedia object by applying at least one predetermined selection rule; - a step of obtaining a second set of tags for said at least one multimedia object on the basis of said first set of tags in which at least one tag is a hyperonym of at least one tag of the first set replacing, in the second set of tags, said at least one tag of the first set; - a step of providing the user with the second set of tags; - if a tag is selected by the user: ∘ a step of tagging said at least one multimedia object with the selected tag; and ∘ a step of updating the second set of tags according to the tag selected by the user, said updating step comprising an operation of replacing the selected tag with at least one tag that is a meronym of the selected tag; the providing and, if applicable, tagging and updating steps being repeated with the updated second set of tags. ∘ a step of tagging said at least one multimedia object with the selected tag; and ∘ a step of updating the second set of tags according to the tag selected by the user, said updating step comprising an operation of replacing the selected tag with at least one tag that is a meronym of the selected tag;
A cell coverage and capacity self-optimization method in a mobile communication network, characterized in that, comprising: calculating spectral efficiency of a cell; if the spectral efficiency of the cell is less than a first threshold, starting vertical sectorization processing of the cell to divide the cell into an inner sector and an outer sector, and configuring relevant parameters of the inner sector and the outer sector to improve the spectral efficiency of the cell; calculating spectral efficiency of the outer sector; and if the spectral efficiency of the outer sector is less than a second threshold, starting inter-cell interference coordination to improve the spectral efficiency of the outer sector, and reconfiguring the relevant parameters of the inner sector and the outer sector to improve the spectral efficiency of the cell. calculating spectral efficiency of a cell; if the spectral efficiency of the cell is less than a first threshold, starting vertical sectorization processing of the cell to divide the cell into an inner sector and an outer sector, and configuring relevant parameters of the inner sector and the outer sector to improve the spectral efficiency of the cell; calculating spectral efficiency of the outer sector; and if the spectral efficiency of the outer sector is less than a second threshold, starting inter-cell interference coordination to improve the spectral efficiency of the outer sector, and reconfiguring the relevant parameters of the inner sector and the outer sector to improve the spectral efficiency of the cell.