mhurhangee/ep-ind-claims huggingface dataset:
A dispense interface component (1200, 1250) for use with a drug delivery device (1204, 1253), the dispense interface component comprising: a main body (1202, 1251) configured for connection to the drug delivery device; a first piercing portion (1208, 1265) for piercing a first cartridge (1210, 1260) contained within the drug delivery device, wherein the first piercing portion is connected to the main body; a second piercing portion (1212, 1267) for piercing a second cartridge (1214, 1264) contained with the drug delivery device, wherein the second piercing portion is connected to the main body; characterized in that the dispense interface component further comprises at least one biasing element (1216, 1218, 1270), wherein the at least one biasing element is operably coupled to the main body, wherein the at least one biasing element is configured to, when the load on the at least one biasing element is less than or equal to a threshold load, (i) bias the first piercing portion away from the first cartridge and (ii) bias the second piercing portion away from the second cartridge, thereby preventing the first piercing portion from piercing the first cartridge and the second piercing portion from piercing the second cartridge. a main body (1202, 1251) configured for connection to the drug delivery device; a first piercing portion (1208, 1265) for piercing a first cartridge (1210, 1260) contained within the drug delivery device, wherein the first piercing portion is connected to the main body; a second piercing portion (1212, 1267) for piercing a second cartridge (1214, 1264) contained with the drug delivery device, wherein the second piercing portion is connected to the main body; characterized in that the dispense interface component further comprises at least one biasing element (1216, 1218, 1270), wherein the at least one biasing element is operably coupled to the main body, wherein the at least one biasing element is configured to, when the load on the at least one biasing element is less than or equal to a threshold load, (i) bias the first piercing portion away from the first cartridge and (ii) bias the second piercing portion away from the second cartridge, thereby preventing the first piercing portion from piercing the first cartridge and the second piercing portion from piercing the second cartridge. (i) bias the first piercing portion away from the first cartridge and (ii) bias the second piercing portion away from the second cartridge, thereby preventing the first piercing portion from piercing the first cartridge and the second piercing portion from piercing the second cartridge.
A method for determining energy applied to a building material while building an object utilizing additive manufacturing, the method comprising: receiving a job file for building the object, wherein the job file includes a digital representation of the object comprising a plurality of slices of the object, and wherein a first slice of the object indicates scanning lines for applying an energy source to build material to build the first slice of the object; determining operation parameters of the energy source, wherein the operation parameters comprise power of the energy source, wherein the energy source comprises a laser or electron beam, and wherein the operation parameters of the energy source further comprise a size of a beam of the energy source; and generating a first energy density map of the first slice of the object based on the job file and the operation parameters of the energy source, wherein the first energy density map indicates an amount of energy from the energy source per area of build material applied to the build material for the first slice of the object, thereby indicating the energy applied to the building material while building the object. receiving a job file for building the object, wherein the job file includes a digital representation of the object comprising a plurality of slices of the object, and wherein a first slice of the object indicates scanning lines for applying an energy source to build material to build the first slice of the object; determining operation parameters of the energy source, wherein the operation parameters comprise power of the energy source, wherein the energy source comprises a laser or electron beam, and wherein the operation parameters of the energy source further comprise a size of a beam of the energy source; and generating a first energy density map of the first slice of the object based on the job file and the operation parameters of the energy source, wherein the first energy density map indicates an amount of energy from the energy source per area of build material applied to the build material for the first slice of the object, thereby indicating the energy applied to the building material while building the object.
Building skylight with a light aperture comprising: - a glazing, - a frame (1, 2) with four profiles surrounding the aperture, and - a cover, wherein an outer first frame surface (8a,8b) of one or more of said profiles extends towards a plane defined by a major surface of the the glazing, and wherein said outer first frame surface (8a, 8b) is an outermost side surface of the profile that faces said aperture, wherein the cover comprises an illumination element comprising an electric light arrangement, wherein a part of the cover extends over at least a part of the first frame surface (8a, 8b), and wherein said part of the cover comprises an outer surface that faces away from said first frame surface (8a, 8b) and abuts said aperture, wherein the cover comprises a tongue which abuts a peripherial rim leg (5,6a) of the frame (1, 2), said rim leg supporting a dry wall, and/or wherein the cover comprises a tongue extending in between the glazing and a surface of the frame (1, 2) facing and being proximate the glazing, wherein the cover comprises a resilient wall part, and wherein said cover provides a resulting clamping force around a part of the exterior of said profile due to said resiliency. - a glazing, - a frame (1, 2) with four profiles surrounding the aperture, and - a cover, wherein an outer first frame surface (8a,8b) of one or more of said profiles extends towards a plane defined by a major surface of the the glazing, and wherein said outer first frame surface (8a, 8b) is an outermost side surface of the profile that faces said aperture, wherein the cover comprises an illumination element comprising an electric light arrangement, wherein a part of the cover extends over at least a part of the first frame surface (8a, 8b), and wherein said part of the cover comprises an outer surface that faces away from said first frame surface (8a, 8b) and abuts said aperture, wherein the cover comprises a tongue which abuts a peripherial rim leg (5,6a) of the frame (1, 2), said rim leg supporting a dry wall, and/or wherein the cover comprises a tongue extending in between the glazing and a surface of the frame (1, 2) facing and being proximate the glazing, wherein the cover comprises a resilient wall part, and wherein said cover provides a resulting clamping force around a part of the exterior of said profile due to said resiliency.
A method of integrating local application windows with a remote desktop, the method comprising: identifying a local window corresponding to an application executing on a local client device; creating, on the local client device by a virtual desktop receiver application executing on the local client device, a shadow window corresponding to the local window within confines of a remote desktop window, wherein the shadow window includes a replication of content from the local window; receiving input via the shadow window; and proxying the input to the local window. identifying a local window corresponding to an application executing on a local client device; creating, on the local client device by a virtual desktop receiver application executing on the local client device, a shadow window corresponding to the local window within confines of a remote desktop window, wherein the shadow window includes a replication of content from the local window; receiving input via the shadow window; and proxying the input to the local window.
An integrated spraying cartridge for generating a spray of an atomised liquid, comprising ▪ an atomiser comprising a nozzle set with two or more nozzles arranged to generate impinging jets of liquid for atomising the liquid and generating the spray; ▪ a cartridge inlet (35, 39) for feeding the liquid into the cartridge; ▪ a spray shaper, the spray shaper being a cavity through which the spray of atomised liquid flows and is guided by an inner wall of the spray shaper; characterised in that the cartridge is fabricated from separate parts that are inseparably molded or welded or glued together, and in that the cartridge comprises a diversion element and diversion passage through which liquid passes into an intermediate chamber from which the liquid enters the nozzles. ▪ an atomiser comprising a nozzle set with two or more nozzles arranged to generate impinging jets of liquid for atomising the liquid and generating the spray; ▪ a cartridge inlet (35, 39) for feeding the liquid into the cartridge; ▪ a spray shaper, the spray shaper being a cavity through which the spray of atomised liquid flows and is guided by an inner wall of the spray shaper;
Tubing set, suitable for use in co-operation with a medical liquid delivery device, comprising: - a delivery tube suitable for supplying a medical liquid or blood to a patient; - a vial gate for the connection of vials containing drugs to be delivered into the medical liquid or blood, the vial gate comprising a delivery lumen, suitable for delivering the drug from the vial to the delivery tube, and a vent lumen, suitable for providing a replacement fluid (34, 60) from a location (20, 64) inside the tubing set to the inside of the vial in order to replace the delivered drug; wherein the vial gate further comprises at least one one-way valve (70, 72) placed along said vent lumen or said delivery lumen; characterized in that the vial gate further comprises means for ensuring a safe connection of the vial, such means being: - designed to ensure a tight closure of the extra-corporeal circuit in absence of any vial; - so arranged that the fluid connection can be opened only when a vial is properly placed on the vial gate; and - so arranged that the vial can be removed only when the fluid connection is closed. - a delivery tube suitable for supplying a medical liquid or blood to a patient; - a vial gate for the connection of vials containing drugs to be delivered into the medical liquid or blood, the vial gate comprising a delivery lumen, suitable for delivering the drug from the vial to the delivery tube, and a vent lumen, suitable for providing a replacement fluid (34, 60) from a location (20, 64) inside the tubing set to the inside of the vial in order to replace the delivered drug; - designed to ensure a tight closure of the extra-corporeal circuit in absence of any vial; - so arranged that the fluid connection can be opened only when a vial is properly placed on the vial gate; and - so arranged that the vial can be removed only when the fluid connection is closed.
A method for a base station for Multi User Multiple-Input-Multiple-Output, MU-MIMO, signaling from Multiple-Input-Multiple-Output, MIMO, antennas of a base station to one of a plurality of mobile terminals of a communication system configured for both Single User Multiple-Input-Multiple-Output, SU-MIMO, and Multi-User Multiple-Input-Multiple-Output, MU-MIMO, signaling modes and configured to switch between said modes, wherein said modes have partly shared signaling, the method comprising: - redefining precoder element signaling associated with SU-MIMO mode to comprise power offset signaling information associated with MU-MIMO mode, the precoder element signaling for the SU-MIMO mode being redundant for the MU-MIMO mode; - informing the mobile terminal via signaling about the redefinition of the redundant precoder element signaling; and - signaling power offset signaling information associated with MU-MIMO mode by using said redefined redundant precoder element signaling. - redefining precoder element signaling associated with SU-MIMO mode to comprise power offset signaling information associated with MU-MIMO mode, the precoder element signaling for the SU-MIMO mode being redundant for the MU-MIMO mode; - informing the mobile terminal via signaling about the redefinition of the redundant precoder element signaling; and - signaling power offset signaling information associated with MU-MIMO mode by using said redefined redundant precoder element signaling.
A reflecting device, wherein the reflecting device comprises a first optical element and a second optical element; the first optical element and the second optical element are both transparent; the second optical element has a side wall and a light emergent port; the side wall encloses an optical space in communication with the light emergent port; the first optical element is surrounded by the side wall of the second optical element and extends into the optical space; the first optical element has a light incident surface and a light emergent surface; and the light incident surface encloses an accommodating chamber, characterised in that the side wall has an inner surface, an outer surface as well as an upper end portion and a lower end portion; the outer surface comprises a plurality of successively arranged sawtooth structures; each of the sawtooth structures has a first reflecting surface and a second reflecting surface intersected with each other; and two ends of each of the sawtooth structures extend towards the upper end portion and the lower end portion, respectively, wherein the inner surface includes a plurality of successively arranged microstructures each having a circular arc surface and wherein a rounded corner is formed at an intersection line between the first reflecting surface and the second reflecting surface of each of the sawtooth structures of the second optical element. the first optical element and the second optical element are both transparent; the second optical element has a side wall and a light emergent port; the side wall encloses an optical space in communication with the light emergent port; the first optical element is surrounded by the side wall of the second optical element and extends into the optical space; the first optical element has a light incident surface and a light emergent surface; and the light incident surface encloses an accommodating chamber, characterised in that the side wall has an inner surface, an outer surface as well as an upper end portion and a lower end portion; the outer surface comprises a plurality of successively arranged sawtooth structures; each of the sawtooth structures has a first reflecting surface and a second reflecting surface intersected with each other; and two ends of each of the sawtooth structures extend towards the upper end portion and the lower end portion, respectively, wherein the inner surface includes a plurality of successively arranged microstructures each having a circular arc surface and wherein a rounded corner is formed at an intersection line between the first reflecting surface and the second reflecting surface of each of the sawtooth structures of the second optical element.
A user terminal supporting a mobile payment service, the user terminal comprising: a display; a memory in which a payment application is stored; a proximity sensor for sensing proximity between the user terminal and another object; and a processor configured to run the payment application, characterized in that, if at least one specified user input occurs on the display while the user terminal is in a locked state, and if the object is not sensed by the proximity sensor within a specified distance from the user terminal, the processor initiates the payment application without unlocking the locked state. a display; a memory in which a payment application is stored; a proximity sensor for sensing proximity between the user terminal and another object; and a processor configured to run the payment application, characterized in that, if at least one specified user input occurs on the display while the user terminal is in a locked state, and if the object is not sensed by the proximity sensor within a specified distance from the user terminal, the processor initiates the payment application without unlocking the locked state.
A steel plate consisting of, as a chemical composition, by mass%, C: 0.03% to 0.12%, Si: 0.05% to 0.30%, Mn: 1.20% to 1.65%, Cu: 0.7% to 2.5%, Ni: 1.2% to 3.0%, Nb: 0.005% to 0.030%, Ti: 0.005% to 0.030%, Al: 0.015% to 0.065%, N: 0.0020% to 0.0060%, Mo: 0% to 0.04%, Cr: 0% to 0.08%, V: 0% to 0.01%, B: 0% to 0.0005%, P: 0.010% or less, S: 0.002% or less, Ca: 0% to 0.0030%, Mg: 0% to 0.0030%, REM: 0% to 0.0030%, optionally further comprising Sb: 0.02% or less, As: 0.02% or less, Sn: 0.02% or less, Pb: 0.1% or less, Zr: 0.1% or less, Zn: 0.1% or less, W: 0.1% or less, and/or Co: 0.3% or less, and a balance consisting of Fe and impurities, wherein an A value represented by the following expression is 4.5% or less, a Pcm value represented by the following expression is 0.25% or less, a yield strength is 460 N/mm 2 to 580 N/mm 2, a tensile strength is 550 N/mm 2 to 670 N/mm 2, a difference between a hardness at 1/8t, which is a 1/8 thickness position from a surface of the steel plate in a through-thickness direction, and a hardness at 1/2t, which is a 1/2 thickness position from the surface of the steel plate in the through-thickness direction, is 20 or less by a Vickers hardness, and when a region surrounded by grain boundaries having a crystal orientation difference of 30° or more in a crystal orientation analysis using an electron backscatter diffraction pattern analysis is defined as a grain, a circle equivalent grain size of the grain is defined as a grain size, and the grain size at which a cumulative frequency from the smallest grain size side is 70% in a frequency distribution of the grain size is defined as an average grain size, the average grain size at 1/8t is 35 μm or less, wherein the thickness of the steel plate is 80 mm or more. A = Cu + Ni Pcm = C + Si / 30 + Mn / 20 + Cu / 20 + Ni / 60 + Cr / 20 + Mo / 15 + V / 10 + 5 × B (wherein C, Si, Mn, Cu, Ni, Cr, Mo, V, and B represent the amounts of the respective elements, and the unit thereof is mass%)
A drug combination for use in treating a subject having colorectal cancer, the drug combination being administered to said subject and comprising (i) a therapeutically effective amount of the MEK inhibitor cobimetinib or a pharmaceutically acceptable salt thereof, (ii) a therapeutically effective amount of the PD-1 axis inhibitor atezolizumab, and (iii) a therapeutically effective amount of the VEGF inhibitor bevacizumab, and further wherein the subject is to be treated with from 20 mg to 100 mg of cobimetinib or a pharmaceutically acceptable salt thereof per day, with from 400 mg to 1200 mg of atezolizumab intravenously every 14 days of a 28-day treatment cycle, and with from 3 mg per kg body weight to 7 mg per kg body weight of bevacizumab every 14 days of a 28-day treatment cycle.
A method for use in a wireless transmit/receive unit, WTRU, the method comprising: receiving, from a vehicle to everything application server, V2X AS, a vehicle to everything, V2X, provisioning message that includes a plurality of V2X group-related parameters indicating a role of the WTRU in a V2X group, a size of the V2X group, and a V2X group identifier associated with the V2X group, wherein the V2X group comprises a plurality of WTRUs for group-based PC5 communication; and transmitting a transmission range associated with the plurality of V2X group-related parameters to the plurality of WTRUs to enable the group-based PC5 communication, wherein the indication of the role of the WTRU in the V2X group indicates that the WTRU is a group leader, and the transmission range associated with the V2X group-related parameters is determined based on mapping information received from a V2X control function, V2X CF. receiving, from a vehicle to everything application server, V2X AS, a vehicle to everything, V2X, provisioning message that includes a plurality of V2X group-related parameters indicating a role of the WTRU in a V2X group, a size of the V2X group, and a V2X group identifier associated with the V2X group, wherein the V2X group comprises a plurality of WTRUs for group-based PC5 communication; and transmitting a transmission range associated with the plurality of V2X group-related parameters to the plurality of WTRUs to enable the group-based PC5 communication, wherein the indication of the role of the WTRU in the V2X group indicates that the WTRU is a group leader, and the transmission range associated with the V2X group-related parameters is determined based on mapping information received from a V2X control function, V2X CF.
A ferrite magnetic material, which comprises a primary phase of a magnetoplumbite phase having a hexagonal structure, wherein the element constituting the primary phase comprises a composition represented by the following Formula 1: [Formula 1] Ca (1-x-y) Sr x La y ·Fe (2n-m1-m2) Co m1 Zn m2 O 19 wherein 0.335 ≤ m2/m1 ≤ 0.8, 0.25 ≤ m1 + m2 ≤ 0.35, 0.92 ≤ 1 - x ≤ 0.97, 1.0 ≤ (1 - x - y)/y ≤ 1.15, 1.0 ≤ 1 - x + m2 ≤ 1.1, and 9.0 ≤ 2n ≤ 10.0. wherein 0.335 ≤ m2/m1 ≤ 0.8, 0.25 ≤ m1 + m2 ≤ 0.35, 0.92 ≤ 1 - x ≤ 0.97, 1.0 ≤ (1 - x - y)/y ≤ 1.15, 1.0 ≤ 1 - x + m2 ≤ 1.1, and 9.0 ≤ 2n ≤ 10.0.
A multimedia message processing method for a mobile terminal, comprising: receiving a multimedia message arrival alert message for alerting the arrival of a multimedia message composed of multiple pages, characterised in that the method further comprises: creating multiple blank pages corresponding to the multiple pages based on the received multimedia message arrival alert message and displaying the created blank pages; detecting selection of at least one blank page among the displayed blank pages; downloading at least one page corresponding to the at least one selected blank page; and displaying the at least one downloaded page in place of the at least one corresponding blank page. receiving a multimedia message arrival alert message for alerting the arrival of a multimedia message composed of multiple pages, characterised in that the method further comprises: creating multiple blank pages corresponding to the multiple pages based on the received multimedia message arrival alert message and displaying the created blank pages; detecting selection of at least one blank page among the displayed blank pages; downloading at least one page corresponding to the at least one selected blank page; and displaying the at least one downloaded page in place of the at least one corresponding blank page. creating multiple blank pages corresponding to the multiple pages based on the received multimedia message arrival alert message and displaying the created blank pages; detecting selection of at least one blank page among the displayed blank pages; downloading at least one page corresponding to the at least one selected blank page; and displaying the at least one downloaded page in place of the at least one corresponding blank page.