mhurhangee/ep-ind-claims huggingface dataset:
A vehicular lamp system, comprising: an imager structured to capture an image of an area in front of the subject vehicle; a luminance analyzer structured to detect a luminance of each of a plurality of individual regions arranged in front of the subject vehicle, on the basis of information acquired from the imager; an illuminance setting unit structured to determine an illuminance value of light emitted to each individual region, on the basis of a detection result from the luminance analyzer; a light source unit structured to independently control the illuminance of light emitted to each of the plurality of individual regions; and a light source controller structured to control the light source unit on the basis of an illuminance value determined at the illuminance setting unit, characterized in that: the illuminance setting unit is structured to use different functions to determine the illuminance value for an individual region that falls within a predetermined first luminance range by using a first function that changes the illuminance value linearly or nonlinearly on the basis of the luminance, and the illuminance value for an individual region that falls within a predetermined second luminance range by using a second function is different from the first function. an imager structured to capture an image of an area in front of the subject vehicle; a luminance analyzer structured to detect a luminance of each of a plurality of individual regions arranged in front of the subject vehicle, on the basis of information acquired from the imager; an illuminance setting unit structured to determine an illuminance value of light emitted to each individual region, on the basis of a detection result from the luminance analyzer; a light source unit structured to independently control the illuminance of light emitted to each of the plurality of individual regions; and a light source controller structured to control the light source unit on the basis of an illuminance value determined at the illuminance setting unit, characterized in that: the illuminance setting unit is structured to use different functions to determine the illuminance value for an individual region that falls within a predetermined first luminance range by using a first function that changes the illuminance value linearly or nonlinearly on the basis of the luminance, and the illuminance value for an individual region that falls within a predetermined second luminance range by using a second function is different from the first function.
A vacuum cleaner comprising: a suction inlet; a conduit for fluid communication with the suction inlet; a filter having a valve releasably connected to a filter inlet, the filter configured to collect debris drawn through the suction inlet; and a release mechanism moveable from a first position to a second position, wherein in the first position, the filter is in fluid communication with the conduit to collect debris with the valve being open, and in the second position, the filter is disconnected from the conduit with the valve being closed, wherein the valve is coupled to the conduit for movement with the conduit to move the valve to the open and closed positions, and characterized in that movement of the release mechanism from the first position to the second position closes the valve and ejects the filter from the vacuum cleaner. a suction inlet; a conduit for fluid communication with the suction inlet; a filter having a valve releasably connected to a filter inlet, the filter configured to collect debris drawn through the suction inlet; and a release mechanism moveable from a first position to a second position, wherein in the first position, the filter is in fluid communication with the conduit to collect debris with the valve being open, and in the second position, the filter is disconnected from the conduit with the valve being closed, wherein the valve is coupled to the conduit for movement with the conduit to move the valve to the open and closed positions, and characterized in that movement of the release mechanism from the first position to the second position closes the valve and ejects the filter from the vacuum cleaner.
A double-walled die casting plunger tip comprising: a hollow outer portion comprising: a first closed end; a hollow inner portion having a second partially closed end defining a central cavity and having a central hole, wherein the inner portion is disposed within the outer portion and the second partially closed end is adjacent the first closed end of the outer portion in an axial direction, and wherein a plenum is formed between the outer portion and the inner portion and the central hole connects the central cavity with the plenum; a connector connecting the first closed end with the second partially closed end; a plurality of further connectors (38a, 38b) connecting the outer portion and the inner portion; characterized in that the connector is a unitary structure forming a ring around the central hole, the connector comprising a plurality of holes extending therethrough to allow cooling fluid to pass through the connector. a hollow outer portion comprising: a first closed end; a hollow inner portion having a second partially closed end defining a central cavity and having a central hole, wherein the inner portion is disposed within the outer portion and the second partially closed end is adjacent the first closed end of the outer portion in an axial direction, and wherein a plenum is formed between the outer portion and the inner portion and the central hole connects the central cavity with the plenum; a connector connecting the first closed end with the second partially closed end; a plurality of further connectors (38a, 38b) connecting the outer portion and the inner portion; characterized in that the connector is a unitary structure forming a ring around the central hole, the connector comprising a plurality of holes extending therethrough to allow cooling fluid to pass through the connector.
An electric power tool comprising: a motor having a rotation axis extending in a front-back direction; a housing comprising a body portion for accommodating the motor, a handle portion extending from the body portion, and a projecting portion provided at an opposite end to the body portion of the handle portion and projecting frontward and/or rearward; a power cord extending from the projecting portion and connectable with an alternating power supply; a noise filtering element (86, 88) for filtering noise; and a power supply circuit portion configured to convert alternating power supplied through the power cord to direct current power, characterized in that the power supply circuit portion is covered by a vessel, and the noise filtering element is connected to the power supply circuit portion by wiring and accommodated in the projecting portion with being disposed outside the vessel. a motor having a rotation axis extending in a front-back direction; a housing comprising a body portion for accommodating the motor, a handle portion extending from the body portion, and a projecting portion provided at an opposite end to the body portion of the handle portion and projecting frontward and/or rearward; a power cord extending from the projecting portion and connectable with an alternating power supply; a noise filtering element (86, 88) for filtering noise; and a power supply circuit portion configured to convert alternating power supplied through the power cord to direct current power, characterized in that the power supply circuit portion is covered by a vessel, and the noise filtering element is connected to the power supply circuit portion by wiring and accommodated in the projecting portion with being disposed outside the vessel.
A method for preparing a cellulose rich fibre fraction, said method comprising the steps of: (a) providing straw (b) subjecting the straw to a dry mechanical treatment selected from the group consisting of shredding, hammer milling, disc milling grinding and combinations thereof (c) subjecting the material obtained in (b) to a sieving treatment and obtaining at least two fractions, the first fraction passing through the sieve mesh and the second fraction being retained by the sieve mesh and comprises an amount of fines below 0.2mm in the range from 10-30 w/w% (d) suspending the second fraction in an aqueous solution having a pH in the range from 9-12.5 and a temperature in the range from 60-120°C, and (e) separating the material obtained in step (d) into a cellulose rich fibre fraction and a liquid fraction comprising suspended and/or dissolved lignin, hemicellulose and oligosaccharides. (a) providing straw (b) subjecting the straw to a dry mechanical treatment selected from the group consisting of shredding, hammer milling, disc milling grinding and combinations thereof (c) subjecting the material obtained in (b) to a sieving treatment and obtaining at least two fractions, the first fraction passing through the sieve mesh and the second fraction being retained by the sieve mesh and comprises an amount of fines below 0.2mm in the range from 10-30 w/w% (d) suspending the second fraction in an aqueous solution having a pH in the range from 9-12.5 and a temperature in the range from 60-120°C, and (e) separating the material obtained in step (d) into a cellulose rich fibre fraction and a liquid fraction comprising suspended and/or dissolved lignin, hemicellulose and oligosaccharides.
A noncrystalline fluoroelastomer which is a copolymer consisting essentially of vinylidene fluoride, a fluoromonomer represented by the general formula: CH 2 =CFR f wherein R f is a straight or branched fluoroalkyl group containing 1 to 12 carbon atoms, and another monomer copolymerizable with both vinylidene fluoride and said fluoromonomer of formula, and has a vinylidene fluoride units/fluoromonomer units mol ratio of 85/15 to 20/80, contains the other monomer units in an amount of 1 to 40 mol percent of all the monomer units and has a glass transition temperature of not higher than 25°C. wherein R f is a straight or branched fluoroalkyl group containing 1 to 12 carbon atoms, and another monomer copolymerizable with both vinylidene fluoride and said fluoromonomer of formula, and has a vinylidene fluoride units/fluoromonomer units mol ratio of 85/15 to 20/80, contains the other monomer units in an amount of 1 to 40 mol percent of all the monomer units and has a glass transition temperature of not higher than 25°C.
Airfoil for the rotor blades and stator vanes of a turbomachine, more particularly of a gas-turbine engine, which is determined by the course of the skeleton line defined by the skeleton line angle (α) over the chord length and by the course of the leading edge and the blade height (h) as well as the blade tip, characterized in that the skeleton line in the blade profile sections, which lie in an area between an upper limiting curve at the blade tip and a lower limiting curve at a distance of up to 30 percent of the blade height (h) from the blade tip runs in a skeleton line angle distribution range between the upper and the lower limiting curve (7, 8), with the dimensionless skeleton line angle (α) being defined by the equation α = [α i - BIA] / [BOA - BIA], with (α l) being the local angle at a certain value (l x) of the chord length and BIA and BOA being respectively the inlet and outlet angle of the skeleton line at the beginning and at the end of the chord, and with the dimensionless skeleton line angle (α) for a plurality of values (l x) of the chord length ranging between 0 and 100 % being α oG = 1.2893686702647 x 10 - 9 ⁢ x l x 5 - 3.17452341597451 x 10 - 7 ⁢ x l x 4 + 0.0000293283473623007 ⁢ x l x 3 - 0.00129356647808443 ⁢ x l x 2 + 0.0345950133223312 ⁢ x l x for the upper limiting curve, and: α uG = 3.97581923552676 x 10 - 11 ⁢ x l x 6 - 1.02257586096638 x 10 - 8 ⁢ x l x 5 + 9.81093271630595 x 10 - 7 ⁢ x l x 4 - 0.000042865320363461 ⁢ x l x 3 + 0.00082697833059342 ⁢ x l x 2 - 0.000113440630116202 ⁢ x l x for the lower limiting curve.
A multilevel intensity modulation and demodulation system comprising: a digital-to-analog conversion unit configured to convert an output level value of a digital signal to be transmitted into an analog transmission electrical signal; a multilevel intensity-modulated light transmission unit (104, 105, 106) configured to transmit, to an optical transmission system, an optical signal that is multilevel intensity modulated based on the analog transmission electrical signal; a multilevel intensity-modulated light reception unit configured to receive, from the optical transmission system, the optical signal that is multilevel intensity modulated, and convert the received optical signal into an analog reception electrical signal; an analog-to-digital conversion unit configured to convert the analog reception electrical signal into a reception level value; characterized by a controller configured to convert a transmission multiple gradation level, the transmission multiple gradation level being one of a plurality of multiple gradation levels of multilevel intensity modulation to which the digital signal to be transmitted is mapped, into the output level value so as to cause the reception level value to be in a desired reception state, and to receive a digital signal corresponding to a reception multiple gradation level determined from the reception level value. a digital-to-analog conversion unit configured to convert an output level value of a digital signal to be transmitted into an analog transmission electrical signal; a multilevel intensity-modulated light transmission unit (104, 105, 106) configured to transmit, to an optical transmission system, an optical signal that is multilevel intensity modulated based on the analog transmission electrical signal; a multilevel intensity-modulated light reception unit configured to receive, from the optical transmission system, the optical signal that is multilevel intensity modulated, and convert the received optical signal into an analog reception electrical signal; an analog-to-digital conversion unit configured to convert the analog reception electrical signal into a reception level value; characterized by a controller configured to convert a transmission multiple gradation level, the transmission multiple gradation level being one of a plurality of multiple gradation levels of multilevel intensity modulation to which the digital signal to be transmitted is mapped, into the output level value so as to cause the reception level value to be in a desired reception state, and to receive a digital signal corresponding to a reception multiple gradation level determined from the reception level value.
Installation for aerating large rooms and halls, in particular indoor swimming pools, - having an exhaust-air duct with at least two exhaust-air fans (a, b) which are connected parallel to one another, - having a supply-air duct with at least two supply-air fans (c, d) which are connected parallel to one another, - having a circulating-air duct which connects the exhaust-air duct behind the first exhaust-air fans (a, b) to the supply-air duct in front of the supply-air fans (c, d), and - having a controllable circulating-air flap in the circulating-air duct, characterized - in that, between the exhaust-air fans (a, b) and supply-air fans (c, d), there is arranged a connecting duct which is connected by one end on the pressure side of one of the two fans (b) of the exhaust-air duct and by the other end on the pressure side of one of the two fans (c) of the supply-air duct, - in that a second air flap is arranged in the connecting duct, - in that, in that part of the exhaust-air duct which has the connection point of the connecting duct, a third air flap (IIIa) is arranged behind the connection point, - and in that, in that part of the supply-air duct which has the other connection point of the connecting duct, a fourth air flap (IIIb) is arranged in front of the supply-air fan (c). - having an exhaust-air duct with at least two exhaust-air fans (a, b) which are connected parallel to one another, - having a supply-air duct with at least two supply-air fans (c, d) which are connected parallel to one another, - having a circulating-air duct which connects the exhaust-air duct behind the first exhaust-air fans (a, b) to the supply-air duct in front of the supply-air fans (c, d), and - having a controllable circulating-air flap in the circulating-air duct, characterized - in that, between the exhaust-air fans (a, b) and supply-air fans (c, d), there is arranged a connecting duct which is connected by one end on the pressure side of one of the two fans (b) of the exhaust-air duct and by the other end on the pressure side of one of the two fans (c) of the supply-air duct, - in that a second air flap is arranged in the connecting duct, - in that, in that part of the exhaust-air duct which has the connection point of the connecting duct, a third air flap (IIIa) is arranged behind the connection point, - and in that, in that part of the supply-air duct which has the other connection point of the connecting duct, a fourth air flap (IIIb) is arranged in front of the supply-air fan (c).
A valve opening duration control apparatus comprising: a camshaft; a cam unit on which a cam (71, 72) is formed, wherein the camshaft is inserted into the cam unit; a guide bracket including an upper guide boss; an internal wheel configured to transmit a rotation of the camshaft to the cam unit; a wheel housing in which the internal wheel is rotatably inserted, wherein a guide thread is formed in a portion of the wheel housing, and wherein the wheel housing includes a guide shaft movably inserted into the upper guide boss; a worm wheel to which an internal thread engaging with the guide thread is formed in the worm wheel, wherein an external thread is formed on the worm wheel; a control shaft including a control worm engaged with the external thread; and an upper bushing mounted on a lower portion of the upper guide boss to support the guide shaft, such that the rotation of the control shaft causes the worm wheel to rotate and change the relative position of the wheel housing to the camshaft, such that when the position of the wheel housing moves upper or lower relative to the rotation center portion of the camshaft, the relative rotation speed of the cams (71, 72) with respect to the rotation speed of the camshaft is changed. a camshaft; a cam unit on which a cam (71, 72) is formed, wherein the camshaft is inserted into the cam unit; a guide bracket including an upper guide boss; an internal wheel configured to transmit a rotation of the camshaft to the cam unit; a wheel housing in which the internal wheel is rotatably inserted, wherein a guide thread is formed in a portion of the wheel housing, and wherein the wheel housing includes a guide shaft movably inserted into the upper guide boss; a worm wheel to which an internal thread engaging with the guide thread is formed in the worm wheel, wherein an external thread is formed on the worm wheel; a control shaft including a control worm engaged with the external thread; and an upper bushing mounted on a lower portion of the upper guide boss to support the guide shaft, such that the rotation of the control shaft causes the worm wheel to rotate and change the relative position of the wheel housing to the camshaft, such that when the position of the wheel housing moves upper or lower relative to the rotation center portion of the camshaft, the relative rotation speed of the cams (71, 72) with respect to the rotation speed of the camshaft is changed.
A User Equipment, UE, comprising: receiving unit (110, 130) configured to receive downlink control information, DCI, on a narrowband physical downlink control channel, NPDCCH, after receiving Single-Cell Multicast Control Channel, SC-MCCH, information; and processing unit configured to acquire, in a case that the DCI includes (a) a first field indicating an SC-MCCH information change notification and (b) a second field indicating a resource for a transmission of another SC-MCCH information, the another SC-MCCH information based on the first field and the second field. receiving unit (110, 130) configured to receive downlink control information, DCI, on a narrowband physical downlink control channel, NPDCCH, after receiving Single-Cell Multicast Control Channel, SC-MCCH, information; and processing unit configured to acquire, in a case that the DCI includes (a) a first field indicating an SC-MCCH information change notification and (b) a second field indicating a resource for a transmission of another SC-MCCH information, the another SC-MCCH information based on the first field and the second field.
Ordnance clearance apparatus for clearing ordnance (26, 66), such as naval mines or munitions sunk in bodies of water, under water by blowing up the ordnance (26, 66), wherein the ordnance clearance apparatus (10, 10') is formed as an attachment for an unmanned underwater vehicle, with means (14, 34, 36) for a detachable connection to the unmanned underwater vehicle, wherein the mass of the ordnance clearance apparatus (10, 10') corresponds to the mass of the water displaced by the ordnance clearance apparatus (10, 10') under water, characterised by that the mass distribution is chosen so that the resulting buoyancy for the ordnance clearance apparatus as a whole is effective at the same point as the resulting force of gravity acting on the ordnance clearance apparatus as a whole.
A vehicular display device configured to display a guide route to a destination of a host vehicle, the vehicular display device comprising: a navigation device configured to calculate the guide route along which the host vehicle is to be guided to travel; a front camera configured to capture a forward view ahead of the host vehicle; a front object determiner configured to determine a vehicle on a traveling road surface in front of the host vehicle based on an image of the forward view captured by the front camera; characterized by further comprising a display controller configured to draw an overlapping portion with a continuous line and a non-overlapping portion with an intermittent figure, the overlapping portion being a portion of the guide route calculated by the navigation device overlapping the vehicle on the traveling road surface in front of the host vehicle determined by the front object determiner in a display region on a windshield, the non-overlapping portion being a portion of the guide route calculated by the navigation device not overlapping the vehicle on the traveling road surface in front of the host vehicle determined by the front object determiner in the display region on the windshield; and a display configured to display an image drawn by the display controller in the display region provided to overlap a position of the windshield. a navigation device configured to calculate the guide route along which the host vehicle is to be guided to travel; a front camera configured to capture a forward view ahead of the host vehicle; a front object determiner configured to determine a vehicle on a traveling road surface in front of the host vehicle based on an image of the forward view captured by the front camera; characterized by further comprising a display controller configured to draw an overlapping portion with a continuous line and a non-overlapping portion with an intermittent figure, the overlapping portion being a portion of the guide route calculated by the navigation device overlapping the vehicle on the traveling road surface in front of the host vehicle determined by the front object determiner in a display region on a windshield, the non-overlapping portion being a portion of the guide route calculated by the navigation device not overlapping the vehicle on the traveling road surface in front of the host vehicle determined by the front object determiner in the display region on the windshield; and a display configured to display an image drawn by the display controller in the display region provided to overlap a position of the windshield.