mhurhangee/ep-ind-claims huggingface dataset:
A method of printing an image using ultraviolet curable ink, the method comprising: printing the image on a substrate by a printhead having nozzles using the UV curable ink the nozzles including a first group of nozzles to print a first area of the image and a second group of nozzles to print a second area of the image; selectively applying a first amount of UV radiation by a first region of a light source to a first area of the image printed by the printhead after a first amount of time passes from printing the first area to form a first gloss level area having a glossy finish; and selectively applying a second amount of UV radiation by a second region of the light source to a second area of the image printed by the printhead after a second amount of time passes from printing the second area to form a second gloss level area having a matte finish such that at least one of the second amount of UV radiation is greater than the first amount of UV radiation and the first amount of time is greater than the second amount of time. printing the image on a substrate by a printhead having nozzles using the UV curable ink the nozzles including a first group of nozzles to print a first area of the image and a second group of nozzles to print a second area of the image; selectively applying a first amount of UV radiation by a first region of a light source to a first area of the image printed by the printhead after a first amount of time passes from printing the first area to form a first gloss level area having a glossy finish; and selectively applying a second amount of UV radiation by a second region of the light source to a second area of the image printed by the printhead after a second amount of time passes from printing the second area to form a second gloss level area having a matte finish such that at least one of the second amount of UV radiation is greater than the first amount of UV radiation and the first amount of time is greater than the second amount of time.
A power amplifier comprising: a first input module comprising a transformer and configured to receive a first radio frequency signal and generate output signals; impedance transformation modules (58', 60') each of which having an output impedance and configured to receive a respective one of the output signals from the transformer; and switch modules (62', 64') each of which comprising a transistor (Q1, Q2) and connected to an output of one of the impedance transformation modules (58', 60'), wherein the transistor has an input impedance and is configured to output an amplified signal, and wherein each of the switch modules includes a respective input (106, 122) being a respective gate of the transistor (Q1, Q2), wherein each of the impedance transformation modules (58', 60') comprises a respective capacitance (C2, C3) connected in series with the respective input (106, 122), wherein each respective capacitance (C2, C3) increases input impedances and reactances with respect to the gates of the transistors (Q1, Q2) so that each of the output impedances is mismatched relative to a respective one of the input impedances. a first input module comprising a transformer and configured to receive a first radio frequency signal and generate output signals; impedance transformation modules (58', 60') each of which having an output impedance and configured to receive a respective one of the output signals from the transformer; and switch modules (62', 64') each of which comprising a transistor (Q1, Q2) and connected to an output of one of the impedance transformation modules (58', 60'), wherein the transistor has an input impedance and is configured to output an amplified signal, and wherein each of the switch modules includes a respective input (106, 122) being a respective gate of the transistor (Q1, Q2), wherein each of the impedance transformation modules (58', 60') comprises a respective capacitance (C2, C3) connected in series with the respective input (106, 122), wherein each respective capacitance (C2, C3) increases input impedances and reactances with respect to the gates of the transistors (Q1, Q2) so that each of the output impedances is mismatched relative to a respective one of the input impedances.
A first interface board of a network device, comprising a Peripheral Component Interconnect Express PCI-E Endpoint, an Ethernet switch chip, a board memory, and a logical device; wherein the PCI-E Endpoint is to connect with a PCI-E root complex RC in a forwarding board of the network device via a PCI-E bus, wherein the PCI-E RC corresponds to the first interface board; the Ethernet switch chip is to receive a first Ethernet data packet from an exterior of the network device; the board memory is mapped to PCI-E memory space in the network device, wherein an address range in the PCI-E memory space mapped by the board memory is different from address ranges in the PCI-E memory space, which are mapped by a board memory of each remaining interface board, and mapped by a system memory of the forwarding board; the logical device is to receive the first Ethernet data packet from the Ethernet switch chip, and determine a destination board of the first Ethernet data packet; wherein when determining that the destination board of the first Ethernet data packet received from the Ethernet switch chip is a second interface board of the network device, the logical device is further to encapsulate the first Ethernet data packet into a first PCI-E packet, which takes a PCI-E memory space address of a board memory of the second interface board as destination address, wherein the PCI-E Endpoint forwards the first PCI-E packet to the forwarding board of the network device; the logical device is further to obtain from the board memory a second PCI-E packet coming from a third interface board, parse out a second Enternet data packet from the obtained second PCI-E packet, and transmit the second Ethernet data packet to the Ethernet switch chip, wherein the third interface board is the same as the second interface board, or is different from the second interface board.
A production method of a negative electrode active material for non-aqueous electrolyte secondary batteries containing particles of lithium-containing silicon compound comprising: preparing particles of silicon compound containing SiO x wherein 0.5≤ x ≤1.6 as a silicon compound obtaining particles of lithium-containing silicon compound by making the particle of silicon compound contact with a solution A that contains lithium, one or more kinds selected from biphenyl, terphenyl and derivatives thereof, and has an ether-based solvent as a solvent; and heating the particles of the lithium-containing silicon compound. preparing particles of silicon compound containing SiO x wherein 0.5≤ x ≤1.6 as a silicon compound obtaining particles of lithium-containing silicon compound by making the particle of silicon compound contact with a solution A that contains lithium, one or more kinds selected from biphenyl, terphenyl and derivatives thereof, and has an ether-based solvent as a solvent; and heating the particles of the lithium-containing silicon compound.
A method for obtaining a 3D model of an object, comprising: projecting a pattern onto the object from at least first and second positions; observing the pattern from the first and second positions by capturing an image P of the pattern incident on the object; capturing an illumination image I of the object from each of the first and second positions; forming a 3D model of the object for each of the first and second positions by analyzing observed distortions to the pattern P caused by a 3D surface of the object; using the 3D model in conjunction with each illumination image I to find a pixel (p,q) in the illumination image I of the object from the first position that corresponds to a pixel in the illumination image I of the object from the second position, wherein the corresponding pixels are a matched pixel; and using photo grammetry to determine 3D coordinates for each matched pixel.
A crane for moving loads, comprising an arm for supporting the load which is telescopically movable in a plurality of positions of extension included between a retracted position and a position of maximum extension and a plurality of sliding members; the supporting arm being rotatable angularly, in particular horizontally, relative to a respective axis of rotation of the crane and it can be positioned in different angular positions of rotation; the crane also comprising means which are designed to stabilise the crane to avoid the risk of overturning during the working operations of the arm, the stabilising means being configurable in a plurality of stabilising configurations of the crane; indicator means which are designed to indicate, in particular to the user of the crane, the maximum load which can be lifted by the arm of the crane, as a function of the condition of extension of the arm and/or the respective angular position of rotation of the arm; means for controlling the load movement arm of the crane; - the indicator means are located at the control means of the crane; characterised in that - the indicator means comprise a respective screen page, on a corresponding display unit of the crane, the screen page comprising symbols indicating the number of sliding members which are in an extended condition; - the screen page comprises a plurality of zones, in particular situated at the symbols, in particular alongside the symbols, in which is indicated, or displayed, the respective value of the maximum load in the respective condition of extension of the arm of the crane; - there are means for displaying in succession, on the display means of the crane, the values of maximum load as a function of the number of sliding members of the arm which are in the extended condition, at respective angular positions of rotation of the arm, the displaying means comprising respective key means; - the screen page comprising an area in which is indicated, or displayed, the respective angular position of rotation for which are indicated, or displayed, the values of maximum load which can be lifted. - the indicator means are located at the control means of the crane; - the indicator means comprise a respective screen page, on a corresponding display unit of the crane, the screen page comprising symbols indicating the number of sliding members which are in an extended condition; - the screen page comprises a plurality of zones, in particular situated at the symbols, in particular alongside the symbols, in which is indicated, or displayed, the respective value of the maximum load in the respective condition of extension of the arm of the crane; - there are means for displaying in succession, on the display means of the crane, the values of maximum load as a function of the number of sliding members of the arm which are in the extended condition, at respective angular positions of rotation of the arm, the displaying means comprising respective key means; - the screen page comprising an area in which is indicated, or displayed, the respective angular position of rotation for which are indicated, or displayed, the values of maximum load which can be lifted.
A method for obtaining the Hybrid Automatic Repeat Request, HARQ, information of a Common Control Channel, CCCH, applied in an uplink enhanced CELL_FACH technology which uses High Speed Uplink Packet Access, HSUPA, technology in idle mode and CELL_FACH state, comprising: a base station receiving a request message from a Radio Network Controller, RNC, wherein the request message is used to indicate the HARQ information used by the CCCH; the base station obtaining the HARQ information used by the CCCH according to the request message, wherein the step of the base station obtaining the HARQ information used by the CCCH according to the request message comprises: the base station obtaining a common Enhanced Dedicated Channel, E-DCH, Media Access Control, MAC, flow identifier corresponding to the CCCH from the request message, wherein the request message carries the common E-DCH MAC flow identifier; the base station obtaining the HARQ information according to the common E-DCH MAC flow identifier, wherein the base station saves a mapping relationship between the common E-DCH MAC flow identifier and the HARQ information. a base station receiving a request message from a Radio Network Controller, RNC, wherein the request message is used to indicate the HARQ information used by the CCCH; the base station obtaining the HARQ information used by the CCCH according to the request message, wherein the step of the base station obtaining the HARQ information used by the CCCH according to the request message comprises: the base station obtaining a common Enhanced Dedicated Channel, E-DCH, Media Access Control, MAC, flow identifier corresponding to the CCCH from the request message, wherein the request message carries the common E-DCH MAC flow identifier; the base station obtaining the HARQ information according to the common E-DCH MAC flow identifier, wherein the base station saves a mapping relationship between the common E-DCH MAC flow identifier and the HARQ information. the base station obtaining a common Enhanced Dedicated Channel, E-DCH, Media Access Control, MAC, flow identifier corresponding to the CCCH from the request message, wherein the request message carries the common E-DCH MAC flow identifier; the base station obtaining the HARQ information according to the common E-DCH MAC flow identifier, wherein the base station saves a mapping relationship between the common E-DCH MAC flow identifier and the HARQ information.
A process for preparing metal-based materials for magnetic cooling or heat pumps, comprising the following steps: a) reacting chemical elements and/or alloys in a stoichiometry which corresponds to the metal-based material in the solid phase and/or liquid phase, b) optionally converting the reaction product from stage a) to a solid, c) sintering and/or heat treating the solid from stage a) or b), d) quenching the sintered and/or heat treated solid from stage c) at a cooling rate in the range from 200 to 1300 K/s. a) reacting chemical elements and/or alloys in a stoichiometry which corresponds to the metal-based material in the solid phase and/or liquid phase, b) optionally converting the reaction product from stage a) to a solid, c) sintering and/or heat treating the solid from stage a) or b), d) quenching the sintered and/or heat treated solid from stage c) at a cooling rate in the range from 200 to 1300 K/s.
Supply channel, with a channel body delimiting a channel in cross-section on three sides and a cover covering the channel, characterized in that the channel body consists of at least two separate body parts lying side by side and extending in the longitudinal direction which are detachably connected to one another by connecting elements in such a way that, by relative lateral movements with respect to one another, a clearance is formed for compensating for shrinkage of a concrete bed in which the channel body is inserted, wherein angled anchor tabs are fastened to the opposing outer sides of the channel body.
A yeast extract for use in the prevention or treatment of diabetes by suppressing an increase in blood sugar level, having a glutathione content of 15% by mass or more, an adenine content of 0.05% by mass or more, an adenosine content of 0.05% by mass or more, a folic acid content of 0.010% by mass or more, and a riboflavin content of 0.010% by mass or more.
An ejectable cassette, comprising: a housing including a proximal end, a distal end, a first side, and a second side; a first locking mechanism assembly at the first side of the housing, the first locking mechanism assembly including a first locking tab slidably disposed along the first locking mechanism assembly, the first locking tab biased towards the proximal end of the housing; and a second locking mechanism assembly at the second side of the housing, the second locking mechanism assembly including a second locking tab slidably disposed along the second locking mechanism assembly, the second locking tab biased towards the distal end of the housing; wherein the first locking tab is slidably disposed within a first channel of the first locking mechanism assembly and is configured to be releasably engaged with a latch (250, 252) of a first guide column, the first guide column as claimed in claim 8; and wherein the second locking tab is slidably disposed within a second channel of the second locking mechanism assembly and is configured to be releasably engaged with a latch (250, 252) of a second guide column, the second guide column as claimed in claim 8. a housing including a proximal end, a distal end, a first side, and a second side; a first locking mechanism assembly at the first side of the housing, the first locking mechanism assembly including a first locking tab slidably disposed along the first locking mechanism assembly, the first locking tab biased towards the proximal end of the housing; and a second locking mechanism assembly at the second side of the housing, the second locking mechanism assembly including a second locking tab slidably disposed along the second locking mechanism assembly, the second locking tab biased towards the distal end of the housing; wherein the first locking tab is slidably disposed within a first channel of the first locking mechanism assembly and is configured to be releasably engaged with a latch (250, 252) of a first guide column, the first guide column as claimed in claim 8; and wherein the second locking tab is slidably disposed within a second channel of the second locking mechanism assembly and is configured to be releasably engaged with a latch (250, 252) of a second guide column, the second guide column as claimed in claim 8.
A method for orienting the beam of an electronic scanning antenna, said antenna (10, 20) being composed of an array of radiating elements positioned in an initial geometric configuration at a reference temperature (T 0), said method comprising: - a preliminary step of setting up geometric configuration models of said array as a function of the temperature; - a step of orienting said beam which is carried out by: - a first phase of measuring the temperature of said array in order to select a model corresponding to the measured temperature; - a second phase of calculating the phases, depending on the aimed direction (θ, φ), to be applied to the signals of the radiating elements (2, 2') for the selected model; said method being characterized in that the geometric configuration models indicate the geometric position of said radiating elements (2, 2 ') with respect to an axis system and are calculated with respect to said initial configuration as a function of the temperature and of a thermal expansion coefficient CTE specific to the radiating elements of said array, said array being planar, the position of the radiating elements (2, 2') is defined by their coordinates (xi, yj) in a system of axes X, Y, said phases depending on said coordinates. - a preliminary step of setting up geometric configuration models of said array as a function of the temperature; - a step of orienting said beam which is carried out by: - a first phase of measuring the temperature of said array in order to select a model corresponding to the measured temperature; - a second phase of calculating the phases, depending on the aimed direction (θ, φ), to be applied to the signals of the radiating elements (2, 2') for the selected model;
Turbine and device for monitoring the operation of the turbine, in particular the operation of a gas turbine, the device comprising a unit for determining the stress situation on at least one component of the turbine and a unit for determining a service life consumption of the turbine as a function of the profile of the determined stress situations on the at least one component, characterized in that the unit for determining the stress situation has a means for determining the strain at at least two points in and/or on at least one component, and a means for determining the stress situation as a function of the determined strains.
A vegetation cutter for cutting vegetation circumferent an obstacle, the vegetation cutter comprising: a frame comprising a dock for receiving the obstacle; characterized in that the vegetation cutter further comprises: a member carried by the frame, wherein the member is substantially planar and circular in shape and is rotatably coupled to the frame at a periphery of the member, the member comprising an object-receiving channel that extends between the periphery and centre of the member; at least one cutter that depends from the member, the at least one cutter being moveable relative to the frame in a cutting trajectory whereby vegetation circumferent a docked obstacle located at the centre of the member is cut; and a driver for moving the member, whereby the at least one cutter moves in the cutting trajectory. a frame comprising a dock for receiving the obstacle; characterized in that the vegetation cutter further comprises: a member carried by the frame, wherein the member is substantially planar and circular in shape and is rotatably coupled to the frame at a periphery of the member, the member comprising an object-receiving channel that extends between the periphery and centre of the member; at least one cutter that depends from the member, the at least one cutter being moveable relative to the frame in a cutting trajectory whereby vegetation circumferent a docked obstacle located at the centre of the member is cut; and a driver for moving the member, whereby the at least one cutter moves in the cutting trajectory. a member carried by the frame, wherein the member is substantially planar and circular in shape and is rotatably coupled to the frame at a periphery of the member, the member comprising an object-receiving channel that extends between the periphery and centre of the member; at least one cutter that depends from the member, the at least one cutter being moveable relative to the frame in a cutting trajectory whereby vegetation circumferent a docked obstacle located at the centre of the member is cut; and a driver for moving the member, whereby the at least one cutter moves in the cutting trajectory.