mhurhangee/ep-ind-claims huggingface dataset:
A method of ranking-based scheduling of multiple mobile terminals on a shared communication channel of a serving base station in a wireless communication system, wherein said mobile terminals are divided into a number of traffic classes and each traffic class is associated with a predetermined target bandwidth share which corresponds to a transmitted data rate as a share of the total capacity of said wireless communication system, wherein the relation between the target bandwidth shares of different traffic classes are expressed as target bandwidth share ratios, said method comprising the steps of: - determining, for each mobile terminal of a given traffic class, measured bandwidth share ratios with respect to each of a number of other traffic classes; - determining, for each mobile terminal, a priority rank based on i) achievable bit rate of the mobile terminal according to reported channel quality, and ii) a Quality of Service, QoS, component representing compliance of the measured bandwidth share ratios to the target bandwidth share ratios; - selecting a subset of said mobile terminals among those mobile terminals having the highest priority ranks; and - performing said ranking-based scheduling by allocating transmission resources of said base station to the selected subset of said mobile terminals for transmission of user data on the shared communication channel. - determining, for each mobile terminal of a given traffic class, measured bandwidth share ratios with respect to each of a number of other traffic classes; - determining, for each mobile terminal, a priority rank based on i) achievable bit rate of the mobile terminal according to reported channel quality, and ii) a Quality of Service, QoS, component representing compliance of the measured bandwidth share ratios to the target bandwidth share ratios; - selecting a subset of said mobile terminals among those mobile terminals having the highest priority ranks; and - performing said ranking-based scheduling by allocating transmission resources of said base station to the selected subset of said mobile terminals for transmission of user data on the shared communication channel.
An operating device having an input-side coarse protection, an output with separate interface circuits (SS1, SS2) and a fine protection on the output side and a lighting means connected to the operating device, wherein with the coarse protection which is designed to short-circuit an overvoltage of the mains voltage occurring at the input of the operating device, both a first branch for the connection of the lighting means to a first of the interface circuits as well as a second branch for connecting at least one communication module to a second of the interface circuits, wherein in the first branch with the coarse protection a mains filter which is set up by the coarse protection for the subsequent circuit parts, to reduce, fold and reduce the rate of rise of the overvoltage pulse, wherein a clamping circuit, consisting of the fine protection and a first energy absorber, is connected to the mains filter, wherein, if the residual voltage of the pulse is too high, the fine protection is designed to activate the first energy absorber and to cause a short circuit of the overvoltage pulse and to deactivate the short circuit once the next zero crossing of the network voltage has been reached, wherein a second energy absorber is connected to the first energy absorber, which second energy absorber is designed to limit the current when switched on with the aid of a temperature-dependent resistor, wherein in order to protect the first output-side interface circuit of the operating device before overvoltages and overcurrent, which act on the operating device by the lighting means, the first interface circuit comprises an overvoltage protection and overcurrent protection (ÜS), and wherein, in the second branch, the coarse protection is connected to a middle protection, having a transformer (Ü) and a first fine protection circuit, wherein the transformer (Ü) is set up in such a way to go into saturation during the overvoltage pulse that, with the first fine protection circuit a filter for separating communication signals fed in parallel into the power supply network, and with this filter a second fine protection circuit is connected, and in that, in order to protect the second interface circuit of the operating device before overvoltages and overcurrent which act on the operating device by the communication module, the second interface circuit having an overvoltage protection and overcurrent protection (ÜS), wherein, by means of the graduated protective measures with the coarse protection with network filter, clamping circuit with fine protection and first energy absorber, with the second energy absorber arranged in the first branch and arranged in the second branch with medium protection with transformer (Ü) and the first fine protection circuit, the filter, the second fine protection circuit and the overvoltage and overcurrent protection (ÜS), a protection of the entire operating device and the communication module and lighting means connected downstream thereof is ensured from the input and from the output.
A method for purifying crude dinitrotoluenes resulting from the nitration of toluene in the presence of a nitric acid/sulphuric acid nitrating acid compound, particularly to also remove particularly volatile impurities from the crude dinitrotoluenes, characterised in that (a) the crude dinitrotoluenes after separation of the nitrating acid compound initially undergo a washing with at least one washing agent, followed by a separation of the washing agent; and (b) in that subsequently the washed dinitrotoluene resulting from process step (a) undergoes a stripping (stripping gas treatment) with at least one gas (stripping gas), wherein a gas being non-reactive to dinitrotoluenes and/or inert to dinitrotoluenes is used as the stripping gas, wherein the stripping gas is chosen from the group of nitrogen, oxygen, noble gases, hydrogen, carbon oxides and their compounds, and wherein the stripping is carried out in the absence of water vapour. (a) the crude dinitrotoluenes after separation of the nitrating acid compound initially undergo a washing with at least one washing agent, followed by a separation of the washing agent; and (b) in that subsequently the washed dinitrotoluene resulting from process step (a) undergoes a stripping (stripping gas treatment) with at least one gas (stripping gas), wherein a gas being non-reactive to dinitrotoluenes and/or inert to dinitrotoluenes is used as the stripping gas, wherein the stripping gas is chosen from the group of nitrogen, oxygen, noble gases, hydrogen, carbon oxides and their compounds, and wherein the stripping is carried out in the absence of water vapour.
A thermal spray wire configured to form a coating by thermal spray, the thermal spray wire comprising: an outer sheath; and a powder core within the outer sheath; wherein the outer sheath and the powdered core have a combined iron-based alloy composition configured to form the coating, the coating having: an FCC-BCC transition temperature at or below 950K; at least 10 wt. % total solute element content; a total volume fraction of magnetic phases at 500 °C of below 50%; and a hard phase fraction sum of 20% or greater, wherein the outer sheath and the powder core have the combined iron-based alloy composition comprising, in wt. %: C: 4.75 to 5; Cr: 17 to 19; Ni: 15 to 19; V: 1.25 to 2.75; Al: 0.75 to 2.75; Mn: 0.25 to 2.25; and Si: 0.1 to 0.9; the alloy composition optionally including 2% or less of impurities; wherein the Fe is the balance of the alloy composition; and the alloy composition incorporates the above elemental constituents to a total of 100 wt. %. an outer sheath; and a powder core within the outer sheath; wherein the outer sheath and the powdered core have a combined iron-based alloy composition configured to form the coating, the coating having: an FCC-BCC transition temperature at or below 950K; at least 10 wt. % total solute element content; a total volume fraction of magnetic phases at 500 °C of below 50%; and a hard phase fraction sum of 20% or greater, an FCC-BCC transition temperature at or below 950K; at least 10 wt. % total solute element content; a total volume fraction of magnetic phases at 500 °C of below 50%; and a hard phase fraction sum of 20% or greater, wherein the outer sheath and the powder core have the combined iron-based alloy composition comprising, in wt. %: C: 4.75 to 5; Cr: 17 to 19; Ni: 15 to 19; V: 1.25 to 2.75; Al: 0.75 to 2.75; Mn: 0.25 to 2.25; and Si: 0.1 to 0.9; C: 4.75 to 5; Cr: 17 to 19; Ni: 15 to 19; V: 1.25 to 2.75; Al: 0.75 to 2.75; Mn: 0.25 to 2.25; and Si: 0.1 to 0.9; the alloy composition optionally including 2% or less of impurities; wherein the Fe is the balance of the alloy composition; and the alloy composition incorporates the above elemental constituents to a total of 100 wt. %.
Form II of -2-[2-amino-3-(indol-3-yl)propionylamino]-2-methylpropionic acid, characterized by an X-ray powder diffraction pattern using CuKa radiation (1 = 0.15418 nm) displaying peaks at °2θ (d value Å) angles of 5.87 (15.067), 11.91(7.432), 17.99 (4.931), 30.35 (2.945).
A flow control system for selectively controlling a flow of fluid in either a first fluid circuit or a second fluid circuit of a Heating, Ventilating and Air Conditioning HVAC system, comprising: - a 3-way changeover valve comprising a first fluid input port fluidically connectable to the first fluid circuit, a second fluid input port fluidically connectable to the second fluid circuit, and a fluid output port; - a control valve fluidically connected to the fluid output port; - a flow sensor configured to measure a current flow of fluid (Φ) through the control valve; and - a controller configured to: - receive a flow setpoint signal, the flow setpoint signal comprising an indication of a fluid circuit selection and a flow setpoint value; - direct the 3-way changeover valve to switch between two fully open positions for fluidically connecting either the first fluid circuit or the second fluid circuit with the fluid output port according to the fluid circuit selection, allowing a defined maximum fluid flow through the 3-way changeover valve; and - direct the control valve to control the flow of fluid, using the flow setpoint value and the current flow of fluid (Φ) measured by the flow sensor, characterized in that the flow sensor (1 32)is arranged upstream from the control valve. - a 3-way changeover valve comprising a first fluid input port fluidically connectable to the first fluid circuit, a second fluid input port fluidically connectable to the second fluid circuit, and a fluid output port; - a control valve fluidically connected to the fluid output port; - a flow sensor configured to measure a current flow of fluid (Φ) through the control valve; and - a controller configured to: - receive a flow setpoint signal, the flow setpoint signal comprising an indication of a fluid circuit selection and a flow setpoint value; - direct the 3-way changeover valve to switch between two fully open positions for fluidically connecting either the first fluid circuit or the second fluid circuit with the fluid output port according to the fluid circuit selection, allowing a defined maximum fluid flow through the 3-way changeover valve; and - direct the control valve to control the flow of fluid, using the flow setpoint value and the current flow of fluid (Φ) measured by the flow sensor, characterized in that the flow sensor (1 32)is arranged upstream from the control valve. - receive a flow setpoint signal, the flow setpoint signal comprising an indication of a fluid circuit selection and a flow setpoint value; - direct the 3-way changeover valve to switch between two fully open positions for fluidically connecting either the first fluid circuit or the second fluid circuit with the fluid output port according to the fluid circuit selection, allowing a defined maximum fluid flow through the 3-way changeover valve; and - direct the control valve to control the flow of fluid, using the flow setpoint value and the current flow of fluid (Φ) measured by the flow sensor,
An aqueous electrocoat composition having improved throwing power, the composition comprising: water; a crosslinkable resin including a binder and a crosslinking agent; a pigment paste, wherein the electrocoat composition has a pigment/binder (P/B) weight ratio of less than 0.15:1; and a water-soluble polyvinyl alcohol (co)polymer(s), wherein the composition comprises greater than 50 ppm (parts per million) to 500 ppm (parts per million) of the water-soluble polyvinyl alcohol (co)polymer(s). water; a crosslinkable resin including a binder and a crosslinking agent; a pigment paste, wherein the electrocoat composition has a pigment/binder (P/B) weight ratio of less than 0.15:1; and a water-soluble polyvinyl alcohol (co)polymer(s), wherein the composition comprises greater than 50 ppm (parts per million) to 500 ppm (parts per million) of the water-soluble polyvinyl alcohol (co)polymer(s).
A method for performing playback of digital media content data provided by a server, the method comprising a device performing: receiving a request for device feature information from a wireless device; generating device feature information; transmitting device feature information to the wireless device; receiving address information of the digital media content data, and playback position information specifying a playback position in the digital media content data from the wireless device, and subsequently, receiving a request for playing the digital media content data from the wireless device, the wireless device currently performing playback of the digital media content data, and the address information comprising a uniform resource locator, URL based on the device feature information transmitted to the wireless device, for accessing the digital media content data of the server; requesting, following receipt of the play request, the server to stream digital media content to the device, the request including address information of the digital media content data and the playback position information of the digital media content data; receiving the digital media content data streamed from the server based on the address information of the digital media content data and the playback position information of the digital media content data; and playing, the digital media content data streamed from the server; wherein the device feature information includes its own protocol information and a data format list of playable data formats. receiving a request for device feature information from a wireless device; generating device feature information; transmitting device feature information to the wireless device; receiving address information of the digital media content data, and playback position information specifying a playback position in the digital media content data from the wireless device, and subsequently, receiving a request for playing the digital media content data from the wireless device, the wireless device currently performing playback of the digital media content data, and the address information comprising a uniform resource locator, URL based on the device feature information transmitted to the wireless device, for accessing the digital media content data of the server; requesting, following receipt of the play request, the server to stream digital media content to the device, the request including address information of the digital media content data and the playback position information of the digital media content data; receiving the digital media content data streamed from the server based on the address information of the digital media content data and the playback position information of the digital media content data; and playing, the digital media content data streamed from the server; wherein the device feature information includes its own protocol information and a data format list of playable data formats.
A turbine housing for a two-wheel air cycle machine, the turbine housing comprising: a first side of the turbine housing; a second side of the turbine housing; a central axis; an outer housing portion comprising: an inner surface of the outer housing portion; an outer surface of the outer housing portion; a cooling inlet extending from the outer surface of the outer housing portion, wherein the cooling inlet has a first diameter; and a cooling outlet opposite the cooling inlet and extending from the outer surface of the outer housing portion, wherein the cooling outlet has a second diameter, and wherein a ratio of the first diameter to the second diameter is between 0.856 and 0.904; an inner housing portion comprising: a thrust bearing support surface substantially parallel to the second side of the turbine housing; and a journal bearing bore extending between the first side of the turbine housing and the thrust bearing support surface; a plurality of struts between the inner housing portion and the outer housing portion; and a plurality of cooling slots between the plurality of struts. a first side of the turbine housing; a second side of the turbine housing; a central axis; an outer housing portion comprising: an inner surface of the outer housing portion; an outer surface of the outer housing portion; a cooling inlet extending from the outer surface of the outer housing portion, wherein the cooling inlet has a first diameter; and a cooling outlet opposite the cooling inlet and extending from the outer surface of the outer housing portion, wherein the cooling outlet has a second diameter, and wherein a ratio of the first diameter to the second diameter is between 0.856 and 0.904; an inner surface of the outer housing portion; an outer surface of the outer housing portion; a cooling inlet extending from the outer surface of the outer housing portion, wherein the cooling inlet has a first diameter; and a cooling outlet opposite the cooling inlet and extending from the outer surface of the outer housing portion, wherein the cooling outlet has a second diameter, and wherein a ratio of the first diameter to the second diameter is between 0.856 and 0.904; an inner housing portion comprising: a thrust bearing support surface substantially parallel to the second side of the turbine housing; and a journal bearing bore extending between the first side of the turbine housing and the thrust bearing support surface; a thrust bearing support surface substantially parallel to the second side of the turbine housing; and a journal bearing bore extending between the first side of the turbine housing and the thrust bearing support surface; a plurality of struts between the inner housing portion and the outer housing portion; and a plurality of cooling slots between the plurality of struts.
A medical liquid collection injector (1; 2; 3) comprising: a tube-shaped barrel (12; 212) that includes an opening at one end and a tube end at another end; a plunger inserted into the opening of the barrel; and a tube-shaped liquid collection needle (20; 220; 320), characterised in that the tube end includes a cylindrically-shaped tubular portion and a spiral projection that is formed on an outer circumferential surface of the tubular portion, an inner circumferential surface of the tubular portion is a female tapered surface with an inner diameter that becomes larger as a leading end is approached, the barrel includes a small-diameter portion (16; 216) with an inner diameter that is relatively small between a liquid storing portion in which the plunger is inserted and the tubular portion, and a base end (21; 221) of the liquid collection needle (20; 220; 320) is fluid-tightly connected to the small-diameter portion (16; 216), and a leading end of the liquid collection needle protrudes from the tube end. a tube-shaped barrel (12; 212) that includes an opening at one end and a tube end at another end; a plunger inserted into the opening of the barrel; and a tube-shaped liquid collection needle (20; 220; 320), characterised in that the tube end includes a cylindrically-shaped tubular portion and a spiral projection that is formed on an outer circumferential surface of the tubular portion, an inner circumferential surface of the tubular portion is a female tapered surface with an inner diameter that becomes larger as a leading end is approached, the barrel includes a small-diameter portion (16; 216) with an inner diameter that is relatively small between a liquid storing portion in which the plunger is inserted and the tubular portion, and a base end (21; 221) of the liquid collection needle (20; 220; 320) is fluid-tightly connected to the small-diameter portion (16; 216), and a leading end of the liquid collection needle protrudes from the tube end.
An optical coating structure that has been applied to a surface of an object to impart a desired colour to the object, the optical coating structure comprising a multilayer reflector, the multilayer reflector comprising alternate layers of higher and lower refractive index materials (20, 30) arranged in a stack, the optical coating structure further comprising scattering structures, the scattering structures being sub-micron in size, at least in a height and width dimension, and arranged in non-periodic manner, wherein the scattering structures comprise bars/rods having a convexly curved surface, characterised in that the scattering structures are in the form of profile elements (12; 14; 16) that are introduced to a basal layer of the optical coating structure.
An airway therapy apparatus for the treatment of respiratory problems, comprising: - at least one pipe section which has at least one passage duct through which air can be inhaled or exhaled - at least one elastic hose with its first free end arranged on one free end on one of the pipe sections and which can vibrate during inhalation or exhalation in one flow direction because of the throughflow, characterised in that, the circumference of the first free end of the hose is smaller than or equal to the circumference of the passage duct of the free end of the pipe section, that the width (b) of one of the long sides of the first free end of the hose is larger than the width or diameter (d) of the passage duct, that areas of the hose can be inserted into the passage duct by compressing the long side and that the hose is held in the passage duct by a preload force after having been inserted. - at least one pipe section which has at least one passage duct through which air can be inhaled or exhaled - at least one elastic hose with its first free end arranged on one free end on one of the pipe sections and which can vibrate during inhalation or exhalation in one flow direction because of the throughflow,