mhurhangee/ep-ind-claims huggingface dataset:
A blower type chemical diffusing apparatus having an apparatus casing body, an air blower, a chemical cartridge and a battery, wherein said apparatus casing body comprises a first side and a second side counterpart casing body (10 and 11) openably coupled together by a hinge, said first side casing body having a blower mounting recess, an airflow section and a battery accommodating recess, said second side casing body having an airflow section spaced from the airflow section in said first side casing body; said air blower has a fan adapted for rotation by a motor, said fan and said motor being mounted in said blower mounting recess; characterized in that said chemical cartridge is placed on an annular edge in said blower mounting recess so as to be overlapped with the air blower in a thickness direction of said apparatus casing body, covering the air blower and being coaxial with it, and disposed between the air blower in said first side casing body and the airflow section in said second side casing body; said battery is removably accepted in said battery accommodating recess; said blower mounting and battery accommodating recesses (13 and 15) are spaced apart from each other in a planar direction and positioned not to overlap in the thickness direction; said chemical cartridge contains a chemical impregnated body having a carrier in the form of a sheet impregnated with a chemical; and said second side casing body takes its opened position in which it uncovers said blower mounting and battery accommodating recesses (13 and 15) and its closed position in which it covers both said recesses (13 and 15) and holds said chemical cartridge against the annular edge with the inner face of said second side casing body.
A coated article comprising a coating supported by a glass substrate, the coating comprising: a first dielectric layer; a first infrared reflecting layer comprising silver located over at least the first dielectric layer; a first layer comprising zinc oxide located over at least the first IR reflecting layer and the first dielectric layer; a second IR reflecting layer comprising silver located over and contacting the first layer comprising zinc oxide; a layer comprising an oxide of NiCr located over and contacting the second IR reflecting layer; a second layer comprising zinc oxide located over and contacting the layer comprising the oxide of NiCr; another dielectric layer located over at least the second layer comprising zinc oxide; and a layer comprising tin oxide located between the second layer comprising zinc oxide and said another dielectric layer, and wherein the layer comprising tin oxide contacts the second layer comprising zinc oxide. a first dielectric layer; a first infrared reflecting layer comprising silver located over at least the first dielectric layer; a first layer comprising zinc oxide located over at least the first IR reflecting layer and the first dielectric layer; a second IR reflecting layer comprising silver located over and contacting the first layer comprising zinc oxide; a layer comprising an oxide of NiCr located over and contacting the second IR reflecting layer; a second layer comprising zinc oxide located over and contacting the layer comprising the oxide of NiCr; another dielectric layer located over at least the second layer comprising zinc oxide; and a layer comprising tin oxide located between the second layer comprising zinc oxide and said another dielectric layer, and wherein the layer comprising tin oxide contacts the second layer comprising zinc oxide.
Method for operating a motor vehicle having an, in particular capacitive, matrix touch screen, wherein touching the matrix touch screen in the region of a matrix element prompts a signal level associated with the matrix element to be produced, characterized in that the signal level associated with the matrix element which is produced when the matrix touch screen is touched in the region of the matrix element is modified such that the signal level - is increased when this signal level exceeds an upper signal level limit value, in particular at a maximum signal level, - is decreased when this signal level is below a lower signal level limit value, particularly at a minimum signal level, and - is scaled when this signal level is below the upper signal level limit value but exceeds a lower signal level limit value, wherein the modified signal levels of two adjacent matrix elements are taken as a basis for determining that the two matrix elements are being touched as part of a joint two-dimensional touch of the matrix touch screen, and wherein the upper signal level limit value for a matrix element is determined on the basis of the sum of the signal levels of all matrix elements in the row of the matrix element and the sum of the signal levels of all matrix elements in the column of the matrix element. - is increased when this signal level exceeds an upper signal level limit value, in particular at a maximum signal level, - is decreased when this signal level is below a lower signal level limit value, particularly at a minimum signal level, and - is scaled when this signal level is below the upper signal level limit value but exceeds a lower signal level limit value,
A method for operating an information-centric network, ICN, wherein at least one named data object, NDO, is addressable, wherein after an initial request a request aggregation of subsequent requests for the at least one NDO is performed according to a definable rule, wherein a software-defined networking, SDN, with a SDN controller is implemented in the ICN, wherein a network-wide request aggregation is performed by the SDN controller and wherein the SDN controller decides how to route and/or where to duplicate the at least one NDO.
A freshening composition comprising: a plurality of particles; a polysaccharide system comprising a first polysaccharide and a second polysaccharide, wherein the first polysaccharide is xanthan gum present at a level of 40 wt. % to 60 wt. % by weight of the polysaccharide system, and wherein the second polysaccharide is konjac gum; wherein the total polysaccharide level of the composition is less than 0.08 wt. %, by weight, of the composition; and an aqueous carrier. a plurality of particles; a polysaccharide system comprising a first polysaccharide and a second polysaccharide, wherein the first polysaccharide is xanthan gum present at a level of 40 wt. % to 60 wt. % by weight of the polysaccharide system, and wherein the second polysaccharide is konjac gum; wherein the total polysaccharide level of the composition is less than 0.08 wt. %, by weight, of the composition; and an aqueous carrier.
A storage device comprising: a data memory circuit (2, 150) configured to include a pair of flash memory cells to be read by a complementary read mode, where 1-bit data is stored in the pair of flash memory cells; and a status memory circuit (3, 151)) configured to include flash memory cells to be read by a reference read mode, said storage device being characterized in that a status flag is stored in the flash memory cells, wherein the status memory circuit (3, 151) includes a plurality of flash memory cells where the status flag having the same value is stored, and the storage device further comprises a determination circuit (107, 108) configured to determine a value of the status flag by comparing a sum current of currents flowing through the plurality of flash memory cells with a reference current. a data memory circuit (2, 150) configured to include a pair of flash memory cells to be read by a complementary read mode, where 1-bit data is stored in the pair of flash memory cells; and a status memory circuit (3, 151)) configured to include flash memory cells to be read by a reference read mode, said storage device being characterized in that a status flag is stored in the flash memory cells, wherein the status memory circuit (3, 151) includes a plurality of flash memory cells where the status flag having the same value is stored, and the storage device further comprises a determination circuit (107, 108) configured to determine a value of the status flag by comparing a sum current of currents flowing through the plurality of flash memory cells with a reference current.
A cooling system for a data center for conveying air to at least one of one or more rack computing systems, comprising: a soft duct (114, 224, 270) comprising: a tube comprising one or more walls; and a passage through at least a portion of the tube; and an air flow control device (118, 168) comprising: a cinching member coupled around the circumference of the tube of the soft duct; and a motor coupled to the tube-adjusting device, wherein the motor is configured to move the cinching member to constrict around at least one of the walls of the tube such that a cross sectional area of a portion of the passage of the soft duct is changed. a soft duct (114, 224, 270) comprising: a tube comprising one or more walls; and a passage through at least a portion of the tube; and a tube comprising one or more walls; and a passage through at least a portion of the tube; and an air flow control device (118, 168) comprising: a cinching member coupled around the circumference of the tube of the soft duct; and a motor coupled to the tube-adjusting device, wherein the motor is configured to move the cinching member to constrict around at least one of the walls of the tube such that a cross sectional area of a portion of the passage of the soft duct is changed.
Illumination apparatus having a semiconductor laser device that is configured to generate a plurality of laser beams (11 to 16), and having at least one light wavelength conversion element that is configured to convert at least a portion of the light of the laser beams (11 to 16) into light having a different wavelength, and having an optical unit that is configured to direct the laser beams (11 to 16) onto a surface of the at least one light wavelength conversion element, wherein the optical unit has at least one mirror element that is able to be pivoted about at least one axis and is configured to guide the laser beams (11 to 16) over at least one surface section of the surface of the at least one light wavelength conversion element, and wherein the optical unit comprises means (7, 41 to 46, 51 to 56) for adjusting a divergence or expansion of the laser beams (11 to 16) along a slow axis or/and a fast axis of the laser beams (11 to 16) on the surface section of the surface of the at least one light wavelength conversion element, characterized in that the means comprise at least one aspherical optical element (41 to 46) for focusing the laser beams (11 to 16) along the fast axis of the laser beams (11 to 16) and at least one plano-concave cylindrical lens (51 to 56) that is arranged in the light beam path of at least one laser beam (11 to 16) for the purpose of expanding the laser beams (11 to 16) along the slow axis of at least one laser beam (11 to 16) and thus counteracts a focusing of the laser beams (11 to 16) along the slow axis caused by the at least one aspherical optical element (41 to 46).
A water treatment device, comprising a casing tube with an inlet opening and an outlet opening, a nozzle arranged in the casing tube as well as a magnet arrangement with at least one magnet, characterized in that the nozzle comprises a nozzle tube delimiting a swirl chamber with a discharge opening on the outlet side, in that an end of the nozzle tube on the inlet side is closed off by a flow cap, and in that the wall of the nozzle tube comprises at least one inlet bore connecting a portion of the casing tube on the inlet side with the swirl chamber open towards a portion of the casing tube on the outlet side. in that an end of the nozzle tube on the inlet side is closed off by a flow cap, and in that the wall of the nozzle tube comprises at least one inlet bore connecting a portion of the casing tube on the inlet side with the swirl chamber open towards a portion of the casing tube on the outlet side.
A method comprising: sending an uplink buffer status report to a base station; determining a transport block size, wherein the transport block size is such that the transport block will include at least one segment of a data block of at least one data block to be transmitted; segmenting the data block of the at least one data block into a plurality of segments comprising the at least one segment, wherein each segment of the plurality of segments comprising a data block identifier, a length value field and an offset value field, wherein the data block identifier comprises an identification of the segmented data block, wherein a length value of the length value field indicates a length of the segment, characterized by an offset value of the offset value field indicates a starting position of the segment relative to the segmented data block; and populating the transport block with at least the at least one segment. sending an uplink buffer status report to a base station; determining a transport block size, wherein the transport block size is such that the transport block will include at least one segment of a data block of at least one data block to be transmitted; segmenting the data block of the at least one data block into a plurality of segments comprising the at least one segment, wherein each segment of the plurality of segments comprising a data block identifier, a length value field and an offset value field, wherein the data block identifier comprises an identification of the segmented data block, wherein a length value of the length value field indicates a length of the segment, characterized by an offset value of the offset value field indicates a starting position of the segment relative to the segmented data block; and populating the transport block with at least the at least one segment.
A tab member for use in a child resistant latchable slidable package, the tab member having opposed major faces connected by opposed side edges (406, 408) and comprising; a body portion; and a cut-out defining a resiliently deformable latch member connected to the body portion by at least one live hinge, the latch member incorporating a latch formation that is moveable by a user in an unlatching direction substantially orthogonal to at least one side edge (406, 408); the unlatching direction lies substantially in a plane of the tab member; and the body portion comprises upper and lower surfaces spaced apart to define a thickness of the body portion, in cross section substantially orthogonal to the side edge (406, 408), the body portion and the latch member are of substantially the same thickness, characterized in that the tab member is a substantially planar cut or stamped sheet. a body portion; and a cut-out defining a resiliently deformable latch member connected to the body portion by at least one live hinge, the latch member incorporating a latch formation that is moveable by a user in an unlatching direction substantially orthogonal to at least one side edge (406, 408); the unlatching direction lies substantially in a plane of the tab member; and the body portion comprises upper and lower surfaces spaced apart to define a thickness of the body portion, in cross section substantially orthogonal to the side edge (406, 408), the body portion and the latch member are of substantially the same thickness, characterized in that the tab member is a substantially planar cut or stamped sheet.
Process for the production of a compound in a bubble column using an algae or a fungus capable of producing said compound wherein the volume of the reaction medium is from 10 m 3 to 5000 m 3 and the viscosity of the reaction medium is from 10 centipoise to 200 centipoise, characterized in that ≥50% of the total energy input is delivered by injection of an oxygen containing gas and ≤50% of the total energy input is delivered by mechanical means and said injection of an oxygen containing gas is at a pressure corrected superficial gas velocity of between 4 cm/sec and 30 cm/sec.
Radically polymerisable dental material, comprising at least one photochromic colourant, characterised in that the colourant is encapsulated, wherein the colourant is encased in a polymer capsule that has an outer capsule wall and an inner core, wherein the capsule wall is formed by an organic polymer and the core is liquid, and wherein the core comprises the colourant in a dissolved or dispersed form.
An EN-apyrase, wherein the EN-apyrase is a soluble CD39L3 wherein soluble CD39L3 is of SEQ ID NO:1 absent at least 43 amino acids from the N-terminus and at least 44 amino acids from the C-terminus, or a homolog thereof, wherein said EN-apyrase has a homogeneous N-terminus such that more than 80% of the EN-apyrase molecules have the same N-terminus which N-terminus is EVLP and wherein (a) the EN-apyrase has an average isoelectric point in the range of 3.0 to 4.5; and/or (b) the EN-apyrase has an in vivo half life in rabbits or pigs at least twice that of HEK sol-CDE39L3-01, which is the secreted product expressed from SEQ ID NO:7 in HEK293T cells, measured by apyrase assay, wherein the homolog of soluble CD39L3 has a sequence at least 80% identical to positions 49-485 of SEQ ID NO:1 and retains ADP'ase and ATP'ase activity. (a) the EN-apyrase has an average isoelectric point in the range of 3.0 to 4.5; and/or (b) the EN-apyrase has an in vivo half life in rabbits or pigs at least twice that of HEK sol-CDE39L3-01, which is the secreted product expressed from SEQ ID NO:7 in HEK293T cells, measured by apyrase assay, wherein the homolog of soluble CD39L3 has a sequence at least 80% identical to positions 49-485 of SEQ ID NO:1 and retains ADP'ase and ATP'ase activity.
A display device comprising: a display panel including a plurality of gate lines, a plurality of data lines, and a plurality of subpixels aligned in intersected areas of the data lines and the gate lines to light organic light-emitting diodes (OLED) via driving transistors, and a plurality of reference voltage lines (Vref); a gate driver circuit configured to drive the plurality of gate lines; a data driver circuit configured to drive the plurality of data lines; and a timing controller, which includes a memory configured to store a data voltage-for-sensing (Vdata2) to sense a characteristic of the subpixels in a blank period, configured to control signals applied to the gate driver circuit and the data driver circuit, characterized in that the timing controller is configured to control the data driver circuit to gradually change a data voltage (Vdata) from a start point of the blank period to a start point of a sensing period in the blank period, according to a slope between a data voltage-for-driving image (Vdata1) applied in an emission period of the display panel at an ending time point of the emission period and the data voltage-for-sensing (Vdata2) to be applied to the display panel at the start point of the sensing period. a display panel including a plurality of gate lines, a plurality of data lines, and a plurality of subpixels aligned in intersected areas of the data lines and the gate lines to light organic light-emitting diodes (OLED) via driving transistors, and a plurality of reference voltage lines (Vref); a gate driver circuit configured to drive the plurality of gate lines; a data driver circuit configured to drive the plurality of data lines; and a timing controller, which includes a memory configured to store a data voltage-for-sensing (Vdata2) to sense a characteristic of the subpixels in a blank period, configured to control signals applied to the gate driver circuit and the data driver circuit, characterized in that the timing controller is configured to control the data driver circuit to gradually change a data voltage (Vdata) from a start point of the blank period to a start point of a sensing period in the blank period, according to a slope between a data voltage-for-driving image (Vdata1) applied in an emission period of the display panel at an ending time point of the emission period and the data voltage-for-sensing (Vdata2) to be applied to the display panel at the start point of the sensing period.
A vehicle fuel tank having a tank body mountable on a vehicle and storing fuel and a baffle body disposed in the tank body, wherein the baffle body has baffle plate members (8a, 8b) and a baffle plate member for support that supports the baffle plate members on the tank body, a chamber space in/out of which stored fuel in the tank body can flow is formed by the baffle plate members and the baffle plate member for support, and the chamber space is arranged at a point away from an inner surface of the tank body, characterized in that the baffle plate members are assembled onto upper and lower surfaces of the baffle plate member for support each being bent into a mountain shape.
A method comprising: receiving a network signal value assigned from one or more access points in response to a request to employ carrier aggregation, selectively producing an additional maximum power reduction of one or more first uplinks of a plurality of uplink and downlink signals among two or more aggregated radio bands based upon the network signal value and a plurality of dynamic additional maximum power reduction parameters, wherein the dynamic additional maximum power reduction parameters selectively reduce power of the one or more first uplinks of the plurality of uplink and downlink signals depending upon an operation mode of one or more second links of the plurality of uplink and downlink signals, wherein (i) the plurality of uplink signals employs frequency division duplexing and the plurality of downlink signals employs time division duplexing or (ii) the plurality of uplink and downlink signals employs time division duplexing and the one or more first uplinks and the one or more second links are adapted for one or more non-aligned configurations within a frame, and wherein the operation mode of the one or more second links is either an uplink operation mode or a downlink operation mode. receiving a network signal value assigned from one or more access points in response to a request to employ carrier aggregation, selectively producing an additional maximum power reduction of one or more first uplinks of a plurality of uplink and downlink signals among two or more aggregated radio bands based upon the network signal value and a plurality of dynamic additional maximum power reduction parameters, wherein the dynamic additional maximum power reduction parameters selectively reduce power of the one or more first uplinks of the plurality of uplink and downlink signals depending upon an operation mode of one or more second links of the plurality of uplink and downlink signals, wherein (i) the plurality of uplink signals employs frequency division duplexing and the plurality of downlink signals employs time division duplexing or (ii) the plurality of uplink and downlink signals employs time division duplexing and the one or more first uplinks and the one or more second links are adapted for one or more non-aligned configurations within a frame, and (i) the plurality of uplink signals employs frequency division duplexing and the plurality of downlink signals employs time division duplexing or (ii) the plurality of uplink and downlink signals employs time division duplexing and the one or more first uplinks and the one or more second links are adapted for one or more non-aligned configurations within a frame, and wherein the operation mode of the one or more second links is either an uplink operation mode or a downlink operation mode.