mhurhangee/ep-ind-claims huggingface dataset:
A multi-codeword transmission method, comprising: generating, by a network device, downlink control information corresponding to each of a plurality of code words to be sent to a terminal device, wherein the plurality of code words are from different beam groups of one transmission node or different antenna panels of one transmission node, wherein the downlink control information corresponding to each code word comprises a physical downlink shared channel PDSCH resource element mapping and quasi-co-location indicator and at least one of the following: an antenna port(s), a scrambling identity and a number of layers; and sending, by the network device, downlink control information corresponding to each of the plurality of code words to the terminal device. generating, by a network device, downlink control information corresponding to each of a plurality of code words to be sent to a terminal device, wherein the plurality of code words are from different beam groups of one transmission node or different antenna panels of one transmission node, wherein the downlink control information corresponding to each code word comprises a physical downlink shared channel PDSCH resource element mapping and quasi-co-location indicator and at least one of the following: an antenna port(s), a scrambling identity and a number of layers; and sending, by the network device, downlink control information corresponding to each of the plurality of code words to the terminal device.
Rear axle subframe for a motor vehicle, with two side parts (7, 8) running in the longitudinal direction of the vehicle (X direction) and with a first, front and a second, rear cross member (9; 10, 10') connecting the side parts (7, 8) to each other, wherein the rear axle subframe surrounds a free space in which a drive unit which is mounted on and fastened to the rear axle subframe is arranged or can be arranged, and wherein the side parts (7, 8), each forming a clearance for said drive unit and a predetermined buckling point, have a cross-sectional constriction and/or a local reduction in wall thickness in regions, characterized in that the cross-sectional constriction and/or reduction in wall thickness are/is arranged on the rear axle subframe between at least one first, front and at least one second, rear bearing point (22, 23; 24, 25) of the drive unit, as seen in the direction of travel of the motor vehicle, and in that two first, front bearing points (22, 23) are provided, wherein each one is arranged on a side part (7, 8), and in that two second, rear bearing points (24, 25) are provided which are arranged on the second, rear cross member (10, 10').
Device for dispensing beverages comprising at least one brewing group having a brewing chamber with an inlet for the brewing water, heating means for heating said brewing water, a first duct connecting said heating means to said brewing chamber, at least one pump or similar means for feeding hot water from said heating means to the brewing chamber, means for supplying cold water to said first duct in a supply point, said device further comprising a first valve arranged on said means (20, 21) for supplying cold water to the first duct, characterized in that the device comprises at least one temperature sensor arranged on said first duct downstream said supply point of cold water, with respect to the water flow, said first valve being a proportional valve, wherein the brewing group further comprises a metallic mass, a heating element to heat said brewing group to a temperature adapted to avoid the brewing water cooling, and wherein a temperature sensor is placed on said brewing group for detecting the temperature thereof, the device further comprising a logic unit adapted to control said at least one pump, said first valve and to acquire temperature values determined through said temperature sensors (15, 18).
Tunnel boring machine comprising a rotatable cutting wheel, comprising a number of excavation tools which are attached at specific excavation tool positions on the cutting wheel, comprising a number of sensor units, wherein one sensor unit is assigned to one excavation tool in each case and is configured to detect the state of the relevant excavation tool in the form of assigned excavation tool data, and comprising a data processing apparatus which is connected to the sensor units, characterised in that one excavation tool data memory region of an excavation tool measurement data memory is provided for each sensor unit, into which memory region the excavation tool data assigned to a specific excavation tool can be read from the sensor unit assigned to the relevant excavation tool, in that the data processing apparatus comprises a geodata memory in which geodata characteristic of the geology to be traversed for a tunnelling route to be driven in a tunnelling direction can be stored, in that the data processing apparatus comprises a tunnelling planning unit having a central tool management module to which the excavation tool measurement data memory, a tunnelling measurement data memory and the geodata memory are connected and by means of which basic parameters for a current tunnelling operation and characteristic data for the excavation tools can be stored, wherein tunnelling parameters and the excavation tool positions of excavation tools between tool change prediction planes (615, 618, 621, 624, 627, 630) lying in the tunnelling direction can be determined by means of the tunnelling planning unit on the basis of the geodata and the excavation tool data in such a way that, at the tool change prediction planes (615, 618, 621, 624, 627, 630), for excavation tools that only reach the next tool change prediction plane (615, 618, 621, 624, 627, 630) in a functional state at a different excavation tool position, a position change takes place to one or another excavation tool position and, for excavation tools that no longer reach the next tool change prediction plane (615, 618, 621, 624, 627, 630) in a functional state at any excavation tool position, an exchange takes place for an excavation tool to be newly installed.
A method of disposal and utilisation of dusts from the incineration installation containing hazardous substances, in the process of light aggregate production for the construction industry, whereby the produced aggregate is generated in the process of solid state reaction of a fine grain natural silica which is the waste generated during the rinsing of sand for the construction industry with the aforementioned dusts containing silica as the main component and qualified as hazardous waste, wherein the fraction of dust from the combustion installation which is less or equal to 0,2 mm is mixed with the fraction of fine grain natural silica which is less or equal to 0,063 mm, whereby the contents of hazardous waste in the mixture is from 5 to 100%, and then the resulting product in an amount of 30 to 70% is mixed with particulate glass waste in the form of dust of less or equal to 0,2 mm in an amount of 2 to 15% and waste sludge from wastewater treatment plants with a content of 15 to 50% of combustible components and/or sludge from coal flotation containing up 32% of coal, in an amount of 30 to 70%, and the resulting mixture in the form of a thick paste is granulated to form granules with a length ranging from 2 to 20 mm, which are then dried and subsequently undergo a heat treatment at a temperature ranging from 1000 to 1200°C for a time between 0,5 to 2 hours, until the stabilization of the hazardous substances by incorporation into the polycrystalline structure of the sinter with the properties of a lightweight aggregate.
A nonwoven fabric, obtained using thermobondable fibers, in which non-thermobonded regions where no thermobonding is performed at intersections of the fibers, and thermobonded regions where thermobonding is performed at the intersections of the fibers alternately exist on a surface of the nonwoven fabric, wherein the non-thermobonded regions exist in a dispersed manner in a dot form, or continuously or intermittently exist in a linear form, and thermobonding is performed at the intersections of the fibers without causing compression flattening in the fibers in the thermobonded regions, wherein a thickness of the non-thermobonded region is smaller than a thickness of the thermobonded region in a thickness direction of the nonwoven fabric.
An induction heating apparatus comprising: a rectification circuit configured to rectify power from an AC power supply; a smoothing circuit to which a rectified power from the AC power supply is input; an inverter in which the smoothed power is input to a semiconductor switch circuit (9, 10) from the smoothing circuit and which alternately outputs drive signals respectively having each of two operating frequencies in every predetermined operation period of time; a plurality of heating coils (6, 7) which are supplied with the drive signals from the inverter and connected to capacitance circuits (11, 12) in the inverter to have the different frequency characteristics; and a control portion for controlling the operating frequencies and the operation period of time to drive the semiconductor switch circuit (9, 10); and wherein the plurality of heating coils (6, 7) are respectively connected in series with a plurality of capacitance circuits (11, 12) provided in the inverter, and a plurality of resonant circuits (17, 18) including the plurality of heating coils (6, 7) and the plurality of capacitance circuits (11, 12) have different resonant frequency values in frequency characteristics, respectively; and wherein one of the drive signals respectively having each of the two operating frequencies which are output by the inverter alternately is set in a frequency range higher than the resonant frequencies of the plurality of resonant circuits (17, 18) and the other is set in a middle range of the resonant frequencies of the plurality of resonant circuits (17, 18). a rectification circuit configured to rectify power from an AC power supply; a smoothing circuit to which a rectified power from the AC power supply is input; an inverter in which the smoothed power is input to a semiconductor switch circuit (9, 10) from the smoothing circuit and which alternately outputs drive signals respectively having each of two operating frequencies in every predetermined operation period of time; a plurality of heating coils (6, 7) which are supplied with the drive signals from the inverter and connected to capacitance circuits (11, 12) in the inverter to have the different frequency characteristics; and a control portion for controlling the operating frequencies and the operation period of time to drive the semiconductor switch circuit (9, 10); and wherein the plurality of heating coils (6, 7) are respectively connected in series with a plurality of capacitance circuits (11, 12) provided in the inverter, and a plurality of resonant circuits (17, 18) including the plurality of heating coils (6, 7) and the plurality of capacitance circuits (11, 12) have different resonant frequency values in frequency characteristics, respectively; and wherein one of the drive signals respectively having each of the two operating frequencies which are output by the inverter alternately is set in a frequency range higher than the resonant frequencies of the plurality of resonant circuits (17, 18) and the other is set in a middle range of the resonant frequencies of the plurality of resonant circuits (17, 18).
A scaffold suitable for implantation into a bone defect or fracture forming a tissue site, the scaffold configured to be implanted in the bone defect and comprising: a charged surface configured to be disposed adjacent the tissue site and adapted so that a streaming potential is induced upon the charged surface when fluid from the tissue site flows past the charged surface; and wherein the charged surface is configured so that, in use, electrolytic fluids from the tissue site are drawn across the charged surface by the streaming potential. a charged surface configured to be disposed adjacent the tissue site and adapted so that a streaming potential is induced upon the charged surface when fluid from the tissue site flows past the charged surface; and wherein the charged surface is configured so that, in use, electrolytic fluids from the tissue site are drawn across the charged surface by the streaming potential.
A screen installation structure, configured to mount a screen to a tent, the screen installation structure comprising: a first mounting element, suitable to be mounted to the tent; a first retractable component, mounted in the first mounting element, the first retractable component comprising a rotatable first through-cloth tube configured to connect with one end of the screen; a second retractable component, configured to connect with other end of the screen for opening or collapsing the screen; and a second mounting element, configured to fit with the second retractable component, wherein the second mounting element is suitable to be mounted to the tent when the screen is opened, the second retractable component is anchored to the second mounting element, and when the screen is collapsed, the second retractable component abuts against one side of the first mounting element characterised in that the second retractable component comprises a second through-cloth tube and a handle component, the second through-cloth tube is configured to connect with the screen, the handle component is disposed at the through-cloth tube, the second mounting element comprises a second tube part and a handle disposing part, the handle disposing part is disposed at the second tube part, and the handle disposing part is configured to be anchored by the handle component, and the second mounting element further comprises a tube disposing part disposed at the second tube part, and the tube disposing part has a tube receiving groove configured to fit with the second through-cloth tube. a first mounting element, suitable to be mounted to the tent; a first retractable component, mounted in the first mounting element, the first retractable component comprising a rotatable first through-cloth tube configured to connect with one end of the screen; a second retractable component, configured to connect with other end of the screen for opening or collapsing the screen; and a second mounting element, configured to fit with the second retractable component, wherein the second mounting element is suitable to be mounted to the tent when the screen is opened, the second retractable component is anchored to the second mounting element, and when the screen is collapsed, the second retractable component abuts against one side of the first mounting element characterised in that the second retractable component comprises a second through-cloth tube and a handle component, the second through-cloth tube is configured to connect with the screen, the handle component is disposed at the through-cloth tube, the second mounting element comprises a second tube part and a handle disposing part, the handle disposing part is disposed at the second tube part, and the handle disposing part is configured to be anchored by the handle component, and the second mounting element further comprises a tube disposing part disposed at the second tube part, and the tube disposing part has a tube receiving groove configured to fit with the second through-cloth tube.
A theft deterring system, comprising: a power tool (200, 250), comprising: a motor connectable to a power source, a switch (204, 265) connected to the motor, a controller connected to the switch (204, 265), the controller controlling the switch (204, 265) for controlling an amount of power provided to the motor, and a state circuit (206, 266) having a memory (206M, 266M) for storing a state value; wherein the controller is configured to activate the switch (204, 265) to provide power to the motor when the state value stored in the memory (206M, 266M) equals a desired value; wherein the stored state value represents one of: an unactivated state in which the power tool (200, 250) may not be turned on and a fully activated state in which the power tool (200, 250) may work at full settings and/or have all features working; characterized in that the stored state value can further represent a partly activated state in which the power tool (200, 250) may work only at a lower power setting and/or may have only some features working. a power tool (200, 250), comprising: a motor connectable to a power source, a switch (204, 265) connected to the motor, a controller connected to the switch (204, 265), the controller controlling the switch (204, 265) for controlling an amount of power provided to the motor, and a state circuit (206, 266) having a memory (206M, 266M) for storing a state value; wherein the controller is configured to activate the switch (204, 265) to provide power to the motor when the state value stored in the memory (206M, 266M) equals a desired value;
A process for preparing an antimicrobial article comprising the steps of (a) providing an aqueous binder composition resulting from mixing a source of hydroxide ion and an aqueous solution of one or more chloride, bromide, nitrate, or sulfate salts of magnesium, zinc, or zirconium, (b) adding sufficient aqueous hydrogen peroxide to the aqueous binder composition to give a treatment formulation wherein the molar ratio of hydrogen peroxide to the salts is equal to or greater than 1:1, then (c) applying said treatment formulation to an article, and (d) drying the article which has been treated with said antimicrobial treatment formulation, whereby an acetate-free complex of magnesium, zinc, or zirconium derivatives comprising a mixture of a hydroxide and a peroxide is incorporated into said article, and whereby durable antimicrobial activity is imparted to said article, and wherein said article is selected from the group consisting of woven, knitted, and non-woven textiles; polymers; films; fibers; tapes; paper; natural or synthetic textiles; and blends thereof. (a) providing an aqueous binder composition resulting from mixing a source of hydroxide ion and an aqueous solution of one or more chloride, bromide, nitrate, or sulfate salts of magnesium, zinc, or zirconium, (b) adding sufficient aqueous hydrogen peroxide to the aqueous binder composition to give a treatment formulation wherein the molar ratio of hydrogen peroxide to the salts is equal to or greater than 1:1, then (c) applying said treatment formulation to an article, and (d) drying the article which has been treated with said antimicrobial treatment formulation,
An alkoxylation process comprising: continuously contacting a compound comprising at least one active hydrogen, a compound comprising an alkene oxide, and a double metal cyanide catalyst in a continuous flow loop under conditions that permit formation of a polyether polyol at least in part by alkoxylation; continuously maintaining the spread in flow loop temperature equal to or less than 5° C; and continuously maintaining the spread in unreacted alkene oxide concentration in the continuous flow loop at no more than 2 weight percent by operating a reactor at a recycle ratio of at least 10, wherein the spread in flow loop temperature is the maximum point to point variation in the flow loop temperature, and wherein the spread in unreacted alkene oxide concentration is the maximum point to point variation in the unreacted alkene oxide concentration in the flow loop. continuously contacting a compound comprising at least one active hydrogen, a compound comprising an alkene oxide, and a double metal cyanide catalyst in a continuous flow loop under conditions that permit formation of a polyether polyol at least in part by alkoxylation; continuously maintaining the spread in flow loop temperature equal to or less than 5° C; and continuously maintaining the spread in unreacted alkene oxide concentration in the continuous flow loop at no more than 2 weight percent by operating a reactor at a recycle ratio of at least 10, wherein the spread in flow loop temperature is the maximum point to point variation in the flow loop temperature, and wherein the spread in unreacted alkene oxide concentration is the maximum point to point variation in the unreacted alkene oxide concentration in the flow loop.
A composition for removing a tattoo present on a skin area after prior depilation, disinfection and a treatment to at least partially ablate the epidermis in the area of the tattoo, characterized in that said composition has a liquid to gel-like consistency and comprises a mixture of a) water, b) ethyl lactate, c) 4-hydroxy-2-nonenal and/or d-erythro-2-aminooctadec-4-ene-1,3-diol and/or trihydroxypalmitamidohydroxypropyl myristyl ester, d) 4-hydroxybutyl-propionic acid, e) 2-hydroxybutyl-propionic acid, f) 2-trihydroxypurine and g) hydrogen peroxide. a) water, b) ethyl lactate, c) 4-hydroxy-2-nonenal and/or d-erythro-2-aminooctadec-4-ene-1,3-diol and/or trihydroxypalmitamidohydroxypropyl myristyl ester, d) 4-hydroxybutyl-propionic acid, e) 2-hydroxybutyl-propionic acid, f) 2-trihydroxypurine and g) hydrogen peroxide.
Stationary thrust bearing of a stationary and rotating thrust bearing system designed to withstand an axial load along the axis of a rotation shaft mounted in a guide bearing, in particular of a turbocharger, said stationary thrust bearing being in the form of a flange in which is created a through-opening that allows the rotation shaft to pass through and has, on its face, pads with structured regions, said stationary thrust bearing comprising at least two sets of pads, a first set of pads with structured regions present in a first ring on the face of said flange, and a second set of pads with structured regions present in a second ring, coaxially with the first ring, on said face of the flange, setback relative to said first set of pads in the longitudinal direction of the axis of said opening, characterized in that the second set of pads has a hydraulic support surface, defined by the structured regions of its pads, which is essentially identical to or strictly greater than that of the first set of pads.