mhurhangee/patent-ind-claim-en huggingface dataset:
A phosphor-converted light emitting diode (LED) structure comprising: an LED die having epitaxial semiconductor layers grown on a growth substrate, wherein the growth substrate has been removed; a transparent glass plate affixed to a top surface of the LED die, the glass plate having a thickness greater than 250 microns, the glass plate having a top surface and sidewalls; and a phosphor layer deposited directly over the top surface and sidewalls of the glass plate, such that some light emitted by the phosphor layer into the glass plate exits out of the sidewalls of the glass plate. an LED die having epitaxial semiconductor layers grown on a growth substrate, wherein the growth substrate has been removed; a transparent glass plate affixed to a top surface of the LED die, the glass plate having a thickness greater than 250 microns, the glass plate having a top surface and sidewalls; and a phosphor layer deposited directly over the top surface and sidewalls of the glass plate, such that some light emitted by the phosphor layer into the glass plate exits out of the sidewalls of the glass plate.
A self-emulsifying pharmaceutical composition in the liquid form, comprising a delivery system for increasing chemical stability of a water soluble active substance, a dissolution of said substance requires a delivery of <1 to 30 weight parts of water per 1 weight part of the dissolved substance, said composition contains the active substance in a quantity of 0.5-10 wt%, an oil in a quantity of 84-99 wt% and a surfactant in a quantity of 0.5-6 wt%, wherein the active substance is dispersed in a mixture of an oil and a surfactant; wherein said drug substance unstable in an aqueous environment is selected from a group consisting of antibiotics, antimicrobial drugs, vitamins, non-steroidal anti-inflammatory agents, cytostatics, peptides, proteins, nucleic acids, said surfactant forms stable emulsions and is selected from the group consisting of polysorbates, fatty acid esters with sorbitan, monoglycerides, polyoxyethylated glycerides of castor oil, poloxamers or their mixtures; said oil is selected from fatty acid esters with glycerol, fatty acids esters with aliphatic alcohols, unsaturated fatty acids and their mixtures and wherein said composition is administered orally, into the eye, on the mucosa, or parenterally.
Method for monitoring a parking area using a plurality of environmental sensor devices , wherein the plurality of environmental sensor devices are arranged in a stationary manner inside the parking area and monitor a common region of the parking area , comprising the following steps of: a) respectively capturing the region by means of the plurality of environmental sensor devices in order to determine respective environmental sensor data, b) respectively determining , on the basis of the respective environmental sensor data, whether the region can be freely used by a motor vehicle, in order to obtain a respective result, c) stipulating that the region cannot be freely used by a motor vehicle only when all respective results specify that the region cannot be freely used by a motor vehicle, with the result that, in the event of different results or if all results each specify that the region can be freely used by a motor vehicle, it is stipulated that the region can be freely used by a motor vehicle. a) respectively capturing the region by means of the plurality of environmental sensor devices in order to determine respective environmental sensor data, b) respectively determining , on the basis of the respective environmental sensor data, whether the region can be freely used by a motor vehicle, in order to obtain a respective result, c) stipulating that the region cannot be freely used by a motor vehicle only when all respective results specify that the region cannot be freely used by a motor vehicle, with the result that, in the event of different results or if all results each specify that the region can be freely used by a motor vehicle, it is stipulated that the region can be freely used by a motor vehicle.
A display apparatus including a display area (AA) for displaying an image and a peripheral area (PA) that is a non-display area surrounding the display area (AA), the display apparatus comprising: a base substrate ; a first data line (DL1) in the display area on the base substrate and extending into the peripheral area (PA) in a second direction (D2) that is perpendicular to a first direction (D 1 ); a first connecting line (CL1) at least partially in the display area (AA) on the base substrate and electrically connected to the first data line (DL1) through a connection contact hole (CCNT1) in the peripheral area (PA); and a data pad (COP) in the peripheral area (PA); wherein the first connecting line (CL1) includes a first portion (CL1a) extending in the second direction parallel to the first data line (DL1) from the connection contact hole (CCNT1) in the peripheral area (PA) into the display area (AA), a second portion (CL1b) connected to the first portion in the display area (AA) and extending in the first direction within the display area (AA) and a third portion (CL1c) connected to the second portion, parallel to the first portion (CL1a) and extending from the display area into the peripheral area (PA) towards the data pad (COP), the display apparatus further comprising a first data spider line (DSPL1) in the peripheral area between the data pad and the display area and electrically connected to the first connecting line (CL1) and the data pad (COP). a base substrate ; a first data line (DL1) in the display area on the base substrate and extending into the peripheral area (PA) in a second direction (D2) that is perpendicular to a first direction (D 1 ); a first connecting line (CL1) at least partially in the display area (AA) on the base substrate and electrically connected to the first data line (DL1) through a connection contact hole (CCNT1) in the peripheral area (PA); and a data pad (COP) in the peripheral area (PA); wherein the first connecting line (CL1) includes a first portion (CL1a) extending in the second direction parallel to the first data line (DL1) from the connection contact hole (CCNT1) in the peripheral area (PA) into the display area (AA), a second portion (CL1b) connected to the first portion in the display area (AA) and extending in the first direction within the display area (AA) and a third portion (CL1c) connected to the second portion, parallel to the first portion (CL1a) and extending from the display area into the peripheral area (PA) towards the data pad (COP), the display apparatus further comprising a first data spider line (DSPL1) in the peripheral area between the data pad and the display area and electrically connected to the first connecting line (CL1) and the data pad (COP).
Method for power control of a mining machine, the method comprising assigning (S10) priorities to electric power units of a plurality of electric power units of the mining machine, each electric power unit having an assigned priority; and - controlling (S20) electric power distribution for the plurality of electric power units based on the assigned priorities; characterized in, that the assigned priorities are separated into priorities for charging electric power units and priorities for discharging electric power units; and that the step of controlling (S20) electric power distribution is further based on a maximum charge power level and a maximum discharge power level of a direct current, DC, bus of the mining machine, wherein the DC-bus is configured to transmit and receive electric power to/from one or more energy sources of the mining machine and the plurality of electric power units. - controlling (S20) electric power distribution for the plurality of electric power units based on the assigned priorities; characterized in, that the assigned priorities are separated into priorities for charging electric power units and priorities for discharging electric power units; and that the step of controlling (S20) electric power distribution is further based on a maximum charge power level and a maximum discharge power level of a direct current, DC, bus of the mining machine, wherein the DC-bus is configured to transmit and receive electric power to/from one or more energy sources of the mining machine and the plurality of electric power units. characterized in, that the assigned priorities are separated into priorities for charging electric power units and priorities for discharging electric power units; and that the step of controlling (S20) electric power distribution is further based on a maximum charge power level and a maximum discharge power level of a direct current, DC, bus of the mining machine, wherein the DC-bus is configured to transmit and receive electric power to/from one or more energy sources of the mining machine and the plurality of electric power units.
An articulated arm CMM comprising: an articulated arm comprising: a plurality of articulated arm members , a base at a proximal end, and a first body at a distal end of the articulated arm, the first body comprising: a mounting portion ; a data port ; and a measuring probe ; a non-contact coordinate detection device comprising: a base plate ; a light source at one end of the base plate; an optical sensor at the other end of the base plate; a data port configured to interact with the data port of the first body ; and electronics associated with at least the light source and the optical sensor ; wherein: the electronics are positioned in a separate housing from at least the measuring probe and the light source ; the mounting portion and the data port of the first body are configured to interact with the non-contact coordinate detection device ; and the non-contact coordinate detection device is removable from the mounting portion and remountable to the mounting portion without the use of tools. an articulated arm comprising: a plurality of articulated arm members , a base at a proximal end, and a first body at a distal end of the articulated arm, the first body comprising: a mounting portion ; a data port ; and a measuring probe ; a plurality of articulated arm members , a base at a proximal end, and a first body at a distal end of the articulated arm, the first body comprising: a mounting portion ; a data port ; and a measuring probe ; a mounting portion ; a data port ; and a measuring probe ; a non-contact coordinate detection device comprising: a base plate ; a light source at one end of the base plate; an optical sensor at the other end of the base plate; a data port configured to interact with the data port of the first body ; and electronics associated with at least the light source and the optical sensor ; a base plate ; a light source at one end of the base plate; an optical sensor at the other end of the base plate; a data port configured to interact with the data port of the first body ; and electronics associated with at least the light source and the optical sensor ; wherein: the electronics are positioned in a separate housing from at least the measuring probe and the light source ; the mounting portion and the data port of the first body are configured to interact with the non-contact coordinate detection device ; and the non-contact coordinate detection device is removable from the mounting portion and remountable to the mounting portion without the use of tools. the electronics are positioned in a separate housing from at least the measuring probe and the light source ; the mounting portion and the data port of the first body are configured to interact with the non-contact coordinate detection device ; and the non-contact coordinate detection device is removable from the mounting portion and remountable to the mounting portion without the use of tools.
A method comprising: determining that a user equipment, in a deployment comprising a first cell operating on a first frequency, a second cell operating on a second frequency, different from the first frequency, and a third cell operating on a third frequency, different from the first and the second frequencies, the third cell overlaying with the first cell and the second cell, is on the first cell and is to alternatively or additionally use the third cell; and searching for a reference signal within said third cell within a time window defined with respect to said first cell or said second cell, wherein if a time offset between said first cell and said second cell is greater than a threshold, the reference signal comprise pilots defined with a time offset with respect to the first cell and separate pilots defined with the same time offset with respect to the second cell; and wherein if a time offset between said first cell and said second cell is smaller than the threshold, the reference signal comprise common pilots defined with a time offset with respect to the first cell. determining that a user equipment, in a deployment comprising a first cell operating on a first frequency, a second cell operating on a second frequency, different from the first frequency, and a third cell operating on a third frequency, different from the first and the second frequencies, the third cell overlaying with the first cell and the second cell, is on the first cell and is to alternatively or additionally use the third cell; and searching for a reference signal within said third cell within a time window defined with respect to said first cell or said second cell, wherein if a time offset between said first cell and said second cell is greater than a threshold, the reference signal comprise pilots defined with a time offset with respect to the first cell and separate pilots defined with the same time offset with respect to the second cell; and wherein if a time offset between said first cell and said second cell is smaller than the threshold, the reference signal comprise common pilots defined with a time offset with respect to the first cell.
Container-handling machine having at least one container receiving means comprising a rotary plate and a rotary plate-direct drive for driving the rotary plate , the rotary plate direct drive comprising a motor, which is provided with a stator , a rotor , a shaft connected to the rotor for transmitting the driving torque to the rotary plate and with a shaft-sealing system for sealing the shaft , wherein the shaft-sealing system comprises a first running surface and at least one first sealing lip acting against it, wherein the shaft is formed in one piece at least from the rotor and through the shaft-sealing system , and wherein the first running surface is rotatably connected to the shaft from the transmission of the drive torque in a decoupled manner, characterized in that the shaft-sealing system comprises a ring element with the first running surface , a second running surface and with a feedthrough enclosing the shaft , and wherein the at least one first sealing lip acts radially inwardly directed against the first running surface and a second sealing lip acts radially outwardly directed against the second running surface .
A trigger-type liquid dispenser comprising a dispenser main body that is attached to a mouth of a container (C) and that includes a pump , an upright and inverted dual unit that permits supply of a content liquid contained in the container (C) to the dispenser main body regardless of whether the container (C) is in an upright position or an inverted position, and an operation lever that is supported swingably by the dispenser main body and that is configured to actuate the pump , wherein the dispenser main body draws, pressurizes, and force-feeds the content liquid supplied from the upright and inverted dual unit and dispenses the content liquid through a nozzle attached to the dispenser main body due to actuation of the pump in response to pulling of the operation lever , and wherein the upright and inverted dual unit includes a joint member that is attached to the dispenser main body , a pipe holding member that is attached to the joint member and that holds a drawing pipe suspended in the container (C), and a valve body , the joint member includes a through hole that is closable from above by the valve body , a valve-body-holding wall portion that accommodates the valve body above the through hole in a manner such that the valve body is displaceable upward and downward and is prevented from slipping off, and an opening portion that is formed in the valve-body-holding wall portion , in the inverted position, the upright and inverted dual unit permits the content liquid contained in the container (C) to be supplied to the dispenser main body by passing through a flow path from the opening portion , the through hole , to a flow path defined between the joint member and the pipe holding member sequentially, and in the upright position, the upright and inverted dual unit permits the content liquid to be supplied from the drawing pipe to the dispenser main body by the valve body closing the through hole , the valve body is inserted through the opening portion to be accommodated in the valve-body-holding wall portion and the joint member further includes, in a position thereof opposed to the pump about a center axis of a pipe holding tubular portion included in the pipe holding member , a plurality of ribs that is disposed in a circumferential direction at a predetermined interval and that extends in a direction of the center axis, such that an air introduced from an ambient air inlet formed in the pump passes through the interval between the plurality of ribs to be introduced into the container (C).
A method of packaging a multi-monodose container, comprising: covering a molded structure with a hermetically-sealable overwrap, the molded structure including a first portion and a second portion, the first portion including a row of interconnected monodose pharmaceutical vials, each of the interconnected monodose pharmaceutical vials enclosing a dose of at least one pharmaceutical agent; the second portion affixed to the first portion and characterized by : the second portion including a textured surface pattern positioned to direct gas flow between the first portion and a region adjacent to the second portion; evacuating at least a portion of air from around the molded structure covered by the hermetically-sealable overwrap, the evacuated at least a portion of the air at least partially flowing over the textured surface pattern of the second portion of the molded structure; forming a hermetic seal around the row of interconnected monodose pharmaceutical vials by bonding the hermetically-sealable overwrap to at least a portion of a surface of the molded structure; and separating the second portion of the molded structure from the first portion of the molded structure. covering a molded structure with a hermetically-sealable overwrap, the molded structure including a first portion and a second portion, the first portion including a row of interconnected monodose pharmaceutical vials, each of the interconnected monodose pharmaceutical vials enclosing a dose of at least one pharmaceutical agent; the second portion affixed to the first portion and characterized by : the second portion including a textured surface pattern positioned to direct gas flow between the first portion and a region adjacent to the second portion; evacuating at least a portion of air from around the molded structure covered by the hermetically-sealable overwrap, the evacuated at least a portion of the air at least partially flowing over the textured surface pattern of the second portion of the molded structure; forming a hermetic seal around the row of interconnected monodose pharmaceutical vials by bonding the hermetically-sealable overwrap to at least a portion of a surface of the molded structure; and separating the second portion of the molded structure from the first portion of the molded structure.
Bistable solenoid valve for a hydraulic brake system, comprising a guide sleeve in which a closing element is arranged in a movable manner, wherein the closing element enters a valve seat during a closing movement and lifts out of the valve seat during an opening movement, and the closing element is connected to a permanent magnet in a fixed manner, wherein the permanent magnet is positioned between a lower and an upper non-moving pole core , and a coil group which is positioned around the guide sleeve and substantially encloses said guide sleeve, wherein the coil group comprises at least two coils (7', 7"), wherein the coil group is configured such that actuation of a movement of the closing element takes place by means of activation of the at least two coils , characterized in that the upper and the lower non-moving pole cores are arranged in the guide sleeve in a fixed manner.
A molded article made of a metallic molybdenum-based alloy with at least 3 wt.% up to a maximum of 8 wt.% aluminum, at least 3 wt.% up to a maximum of 6 wt.% titanium and, as the remainder, molybdenum including the usual impurities, wherein the molded article is produced directly or indirectly by means of solidification from a melt.
A vibration distribution measuring apparatus which is configured: to measure backscattered light in an optical fiber to be measured a plurality of times at different times, to extract an optical spectrum of a window section determined from a plurality of backscattered light waveforms obtained by the measurement, and to measure a vibration distribution in the optical fiber to be measured using optical spectra of the plurality of extracted backscattered light waveforms; wherein measurement is performed at a repetition frequency of probe light, which has a time frequency that is at least twice the frequency of the vibration to be measured; and wherein the vibration distribution measuring apparatus is configured to calculate the optical spectrum of the window section using a window section in which the vibration amplitude in the window section in the optical fiber to be measured is larger than a threshold value defined in the window section; characterized in that: the window section has a spatial frequency which is twice the wave number of the vibration to be measured or more; and a vibration sensitivity is higher than the amplitude of the vibration to be measured. to measure backscattered light in an optical fiber to be measured a plurality of times at different times, to extract an optical spectrum of a window section determined from a plurality of backscattered light waveforms obtained by the measurement, and to measure a vibration distribution in the optical fiber to be measured using optical spectra of the plurality of extracted backscattered light waveforms; wherein measurement is performed at a repetition frequency of probe light, which has a time frequency that is at least twice the frequency of the vibration to be measured; and wherein the vibration distribution measuring apparatus is configured to calculate the optical spectrum of the window section using a window section in which the vibration amplitude in the window section in the optical fiber to be measured is larger than a threshold value defined in the window section; characterized in that: the window section has a spatial frequency which is twice the wave number of the vibration to be measured or more; and a vibration sensitivity is higher than the amplitude of the vibration to be measured. the window section has a spatial frequency which is twice the wave number of the vibration to be measured or more; and a vibration sensitivity is higher than the amplitude of the vibration to be measured.
Wall element, having a concrete inner shell , an insulating layer arranged at a distance from the concrete inner shell and an outer shell arranged against the insulating layer , characterised in that the outer shell is connected to the insulating layer as a facing shell by means of woven or foil elements that are partly embedded in the outer shell . having a concrete inner shell , an insulating layer arranged at a distance from the concrete inner shell and an outer shell arranged against the insulating layer , characterised in that the outer shell is connected to the insulating layer as a facing shell by means of woven or foil elements that are partly embedded in the outer shell .