mhurhangee/ep-ind-claims huggingface dataset:
A safety valve arrangement for a common rail fuel injection system of an internal combustion engine comprising a pressure accumulator system having a working volume and at least one fuel injector in connection thereto, which safety valve arrangement comprises a body having a space with an inlet at its first end and an outlet arranged to a wall of the body, and a piston unit arranged into the space in a spring loaded manner urging the piston unit towards the inlet, and in which the inlet is arranged to be connected to the working volume of the pressure accumulator system and the outlet is arranged to be connected to a low pressure fuel system of the engine, and in which arrangement the piston unit is arranged to move in the space between a first position at which the piston unit closes the inlet and a second position at which the piston unit opens the outlet, wherein an annular cross sectional area is formed by the outer periphery of the piston unit and the inner surface of the space, which annular cross section is equal or greater than the cross sectional area of the inlet at least when the piston unit is at its said second position, in which safety valve arrangement a spring element providing the spring loaded assembly is arranged to provide a first predetermined set load to the piston unit at its length corresponding the inlet closing position of the piston unit against the cross sectional area of the inlet when the piston unit is at its first position, and that the spring element is arranged to provide a second predetermined set load to the piston unit at its length corresponding a third position of the piston unit at which the control surfaces of the piston unit and the body are about to open the outlet, characterized in that the piston unit is operationally connected to a pneumatic actuator unit by means of which the piston unit may be forced to the second position at which the piston unit opens the outlet.
A method of tracking a target object, comprising: imaging a scene in a first multi-dimensional color space using an imaging device, the scene including the target object and a background; selecting representative color information in the first multi-dimensional color space for each of the target object and the background; determining a transform between the first multi-dimensional color space and a second multi-dimensional color space, wherein the second multi-dimensional color space is selected based on a contrast between the representative color information of the target object and the representative color information of the background along a first dimensional axis of the second multi-dimensional color space being greater than a contrast between the representative color information of the target object and the representative color information of the background along a first dimensional axis of the first multi-dimensional color space; and applying the transform to convert a plurality of pixels in the imaged scene to the second multi-dimensional color space, wherein the transform is a rotational transform of the first color space. imaging a scene in a first multi-dimensional color space using an imaging device, the scene including the target object and a background; selecting representative color information in the first multi-dimensional color space for each of the target object and the background; determining a transform between the first multi-dimensional color space and a second multi-dimensional color space, wherein the second multi-dimensional color space is selected based on a contrast between the representative color information of the target object and the representative color information of the background along a first dimensional axis of the second multi-dimensional color space being greater than a contrast between the representative color information of the target object and the representative color information of the background along a first dimensional axis of the first multi-dimensional color space; and applying the transform to convert a plurality of pixels in the imaged scene to the second multi-dimensional color space, wherein the transform is a rotational transform of the first color space.
A device (101'; 201') for postprocessing at least one channel signal of a plurality of channel signals of a multi-channel signal, the at least one channel signal being generated from a decoded downmix signal by a low-bit-rate audio coding/decoding system, the device (101'; 201') comprising: a receiver for receiving the at least one channel signal generated from the decoded downmix signal, a time envelope of the decoded downmix signal, an interchannel time difference between the at least one channel signal and the downmix signal, and a classification indication indicating a transient type of the downmix signal; and a postprocessor (105', 213', 215') for postprocessing the at least one channel signal based on the time envelope of the decoded downmix signal weighted by a respective weighting factor dependent on a received channel level difference CLD m between the at least one channel signal and a reference signal, and in dependence on the classification indication and the interchannel time difference. a receiver for receiving the at least one channel signal generated from the decoded downmix signal, a time envelope of the decoded downmix signal, an interchannel time difference between the at least one channel signal and the downmix signal, and a classification indication indicating a transient type of the downmix signal; and a postprocessor (105', 213', 215') for postprocessing the at least one channel signal based on the time envelope of the decoded downmix signal weighted by a respective weighting factor dependent on a received channel level difference CLD m between the at least one channel signal and a reference signal, and in dependence on the classification indication and the interchannel time difference.
A paper feeding device comprising: - a storage surface for a stack of papers, the storage surface having a leading edge, a trailing edge, and a first and a second side edge (14c, 14d) and being adapted to be moved vertically between a first, lower end position and a second, upper end position, - a vacuum feeder for feeding papers from their position on the storage surface and imparting an uppermost sheet of paper a horizontal displacement, - a blower arrangement (18, 20) adapted to provide a curtain of air separating the uppermost sheet of paper from the rest of the stack of papers, - a sensor arrangement arranged to determine where the upper paper sheets in the stack of papers provided on the storage surface start to separate from the rest of the paper sheets, characterised by the sensor arrangement comprising a plurality of infrared reflective sensors arranged in at least one vertical row, - wherein the infrared sensors are arranged in two parallel rows, and wherein the two rows are vertically displaced relative to one another. - a storage surface for a stack of papers, the storage surface having a leading edge, a trailing edge, and a first and a second side edge (14c, 14d) and being adapted to be moved vertically between a first, lower end position and a second, upper end position, - a vacuum feeder for feeding papers from their position on the storage surface and imparting an uppermost sheet of paper a horizontal displacement, - a blower arrangement (18, 20) adapted to provide a curtain of air separating the uppermost sheet of paper from the rest of the stack of papers, - a sensor arrangement arranged to determine where the upper paper sheets in the stack of papers provided on the storage surface start to separate from the rest of the paper sheets, characterised by the sensor arrangement comprising a plurality of infrared reflective sensors arranged in at least one vertical row, - wherein the infrared sensors are arranged in two parallel rows, and wherein the two rows are vertically displaced relative to one another.
Pirfenidone for use in treating idiopathic pulmonary fibrosis, wherein the pirfenidone is for administration to a patient in an initial dose escalation regimen comprising: administering a first daily dosage of 700 to 900 mg/day over the course of days 1 to 7; administering a second daily dosage of 1,500 to 1,700 mg/day over the course of days 8 to 14; and administering a third daily dosage of 2,300 to 2,420 mg/day on day 15 for a period of time which is in the range of one day to an unlimited number of days; and wherein said daily dosages are for taking with food. administering a first daily dosage of 700 to 900 mg/day over the course of days 1 to 7; administering a second daily dosage of 1,500 to 1,700 mg/day over the course of days 8 to 14; and administering a third daily dosage of 2,300 to 2,420 mg/day on day 15 for a period of time which is in the range of one day to an unlimited number of days; and
A shuttle storage for transport boxes for wafer discs, the shuttle storage comprising: a horizontal drive alley for a storage vehicle; a linear motor for the storage vehicle, the linear motor arranged on a floor of the drive alley; a transfer station configured to transfer the transport boxes into or from the shuttle storage; a support structure that is suspended from a room ceiling; storage spaces for the transfer boxes, wherein the storage spaces are attached at the support structure in a horizontally extending storage plane along the drive alley; and ceiling elements attached at the room ceiling, and support elements for the storage spaces, wherein the support elements are attached at the ceiling elements so that the support elements are adjustable with respect to vertical height, wherein the ceiling elements are initially attached at the room ceiling, the support elements for the storage spaces are adjusted with respect to vertical height in the storage plane, and thereafter the storage spaces are attached at the support elements. a horizontal drive alley for a storage vehicle; a linear motor for the storage vehicle, the linear motor arranged on a floor of the drive alley; a transfer station configured to transfer the transport boxes into or from the shuttle storage; a support structure that is suspended from a room ceiling; storage spaces for the transfer boxes, wherein the storage spaces are attached at the support structure in a horizontally extending storage plane along the drive alley; and ceiling elements attached at the room ceiling, and support elements for the storage spaces, wherein the support elements are attached at the ceiling elements so that the support elements are adjustable with respect to vertical height, wherein the ceiling elements are initially attached at the room ceiling, the support elements for the storage spaces are adjusted with respect to vertical height in the storage plane, and thereafter the storage spaces are attached at the support elements.
Household appliance comprising an ironing and/or wrinkle removing device intended to be hand held and a portable base comprising a surface for placing said ironing and/or wrinkle removing device, the base comprising at least one blocking element rotatable between a folded position wherein said ironing and/or wrinkle removing device can be extracted from the base and an immobilised position wherein the ironing and/or wrinkle removing device is immobilised on the base by the blocking element, characterised in that the base comprises return means exerting a torque on said blocking element of which the direction is inverted at the passage of an intermediate position located between the immobilised position and the folded position, said torque exerted by the return means tending to return the blocking element to the folded position when the blocking element is in a first angular range between the intermediate position and the folded position and tending to return the blocking element to the immobilised position when the blocking element is in a second angular range between the intermediate position and the immobilised position.
Method for detecting the energy consumption of an electrical consumer controlled via a leading-edge or trailing-edge phase dimmer, characterized by the fact that the current energy consumption of the electrical consumer is determined on the basis of an effective value of the current flow within a sinusoidal half-wave which acts on the electrical consumer, in that a correction function is calculated as a function of the electrical consumer using the following formula b 1 − c 100 2 mit b = ⌡ i ( t) dt, c = Korrekturfaktor ( Phasenwinkel) from which values result which represent a measure for the above-mentioned effective value, wherein for the purpose of recording energy consumption, a current measurement of the current actually flowing is effected via the dimmer logic and is stored and/or displayed for a user to be recalled.
An isolated umbilical cord amniotic membrane (UCAM) product, wherein the UCAM product is a substantially flat sheet or a tubular sheet that does not comprise a vein or artery, cells with metabolic activity, active HIV-1, active HIV-2, active HTLV-1, active hepatitis B, active hepatitis C, active West Nile Virus, active cytomegalovirus, active human transmissible spongiform encephalopathy, or active treponema pallidum, wherein the natural structural integrity of the isolated UCAM is substantially preserved for at least 15 days after initial procurement, characterized in that the UCAM is from umbilical cord, wherein said UC is initially processed i) by freezing it, or ii) by removing substantially all of the blood before said UC is frozen.
A de/anti-icer composition comprising: one or more de/anti-icer moieties; and a marker material, the marker material being selected such that, after application of the de/anti-icer composition to a travelled surface a quantitative value of the amount of the one or more de/anti-icer moieties on or proximate the travelled surface at a given time can be determined from an amount of the marker material on or proximate the travelled surface at the given time, wherein the one or more de/anti-icer moieties is selected from the group comprising propylene glycol, urea, alkali metal formate salts, alkali metal acetate salts and alkali metal acetate/formate salt mixtures, preferably wherein the marker material is selected or configured such that its concentration at said given time after application of the composition to the travelled surface correlates with or corresponds to the concentration of the one or more de/anti-icer moieties, and wherein the marker material is selected from glucose, completely or partially water soluble salts of iron; completely or partially water soluble salts of zinc; carbonic acid salts, and formaldehyde. one or more de/anti-icer moieties; and a marker material, the marker material being selected such that, after application of the de/anti-icer composition to a travelled surface a quantitative value of the amount of the one or more de/anti-icer moieties on or proximate the travelled surface at a given time can be determined from an amount of the marker material on or proximate the travelled surface at the given time, wherein the one or more de/anti-icer moieties is selected from the group comprising propylene glycol, urea, alkali metal formate salts, alkali metal acetate salts and alkali metal acetate/formate salt mixtures, preferably wherein the marker material is selected or configured such that its concentration at said given time after application of the composition to the travelled surface correlates with or corresponds to the concentration of the one or more de/anti-icer moieties, and wherein the marker material is selected from glucose, completely or partially water soluble salts of iron; completely or partially water soluble salts of zinc; carbonic acid salts, and formaldehyde.
A vehicle, in particular land vehicle, operated with muscular force, with a force introduction and transmission device, comprising at least one pedal crank drive and means for transmitting the force to a vehicle part used for forward movement, in particular a vehicle wheel, the pedal crank drive being assigned piston-cylinder arrangements for a pressure-transmitting medium and the piston-cylinder arrangements being arranged radially to each other and being connected via pressure medium lines to a pressure reduction device, which is connected in a rotationally fixed manner to the vehicle part, characterised in that the pressure reduction device has at least one impeller, that the impeller is accommodated in a housing and has at least two chambers (17, 18), which are separated from each other by a web that runs around the impeller, and that a valve is arranged in the supply path of the pressure medium line to the impeller, said valve influencing the filling of the chambers (17, 18) of the impeller.
A partition plate for a battery module, wherein the partition plate comprises: a first assembling piece, configured to overlay one battery cell of the battery module, wherein the first assembling piece comprises a first body portion and a first connecting portion disposed around the first body portion; and a second assembling piece, disposed alongside the first assembling piece, and configured to overlay another battery cell of the battery module, wherein the second assembling piece comprises a second body portion and a second connecting portion disposed around the second body portion, wherein the first assembling piece and the second assembling piece are spliced to each other through coordination between the first connecting portion (B 1) and the second connecting portion; and a surface facing away from the battery cell of the partition plate is provided with a channel for accommodating a sampling member. a first assembling piece, configured to overlay one battery cell of the battery module, wherein the first assembling piece comprises a first body portion and a first connecting portion disposed around the first body portion; and a second assembling piece, disposed alongside the first assembling piece, and configured to overlay another battery cell of the battery module, wherein the second assembling piece comprises a second body portion and a second connecting portion disposed around the second body portion, wherein the first assembling piece and the second assembling piece are spliced to each other through coordination between the first connecting portion (B 1) and the second connecting portion; and a surface facing away from the battery cell of the partition plate is provided with a channel for accommodating a sampling member.
A compound selected from compounds of Formula (Ia) and pharmaceutically acceptable salts, solvates and hydrates thereof: wherein: m is 1; n is 1 or 2; Y is N or CR 1; Z is N or CR 4; R 3 is C 3 -C 7 cycloalkyl; and R 1, R 2, and R 4 are each independently selected from H, C 1 -C 6 alkoxy, C 1 -C 6 alkyl, C 1 -C 6 alkylamino, C 1 -C 6 alkylsulfonyl, C 1 -C 6 alkylthio, carboxamide, cyano, C 3 -C 7 cycloalkoxy, C 3 -C 7 cycloalkyl, C 1 -C 6 haloalkoxy, C 1 -C 6 haloalkyl, halogen, heteroaryl, and heterocyclyl, wherein said C 1 -C 6 alkyl and C 1 -C 6 alkoxy are each optionally substituted with one or two substituents selected from C 3 -C 7 cycloalkyl and halogen. m is 1; n is 1 or 2; Y is N or CR 1; Z is N or CR 4; R 3 is C 3 -C 7 cycloalkyl; and R 1, R 2, and R 4 are each independently selected from H, C 1 -C 6 alkoxy, C 1 -C 6 alkyl, C 1 -C 6 alkylamino, C 1 -C 6 alkylsulfonyl, C 1 -C 6 alkylthio, carboxamide, cyano, C 3 -C 7 cycloalkoxy, C 3 -C 7 cycloalkyl, C 1 -C 6 haloalkoxy, C 1 -C 6 haloalkyl, halogen, heteroaryl, and heterocyclyl, wherein said C 1 -C 6 alkyl and C 1 -C 6 alkoxy are each optionally substituted with one or two substituents selected from C 3 -C 7 cycloalkyl and halogen.
Wheel for a railway vehicle, the wheel comprising a wheel centre and a disc wherein is formed at least one orifice comprising an orifice centre, at least one deformation sensor (J1-J4) being mounted in the orifice so as to measure the deformations of the wheel in operation, wheel characterised in that the deformation sensor (J1-J4) is oriented obliquely in the said orifice relative to a radial straight line passing between the wheel centre and the orifice centre so as to promote the detection of longitudinal deformation of the wheel in operation.
Control device comprising at least one emitter-receiver pair (125, 131, 134, 210, 216 to 219, 511, 513, 515, 625 to 635, 710 to 725, 810 to 835, 910 to 930), made up of a radiation emitter and a receiver for the radiation emitted by said emitter and reflected by a moving body located at a distance from the pair, within the emission field of said emitter, said receiver being separate from said emitter and designed to provide an electrical signal representative of the radiation received from the emitter, the control device also comprising: - display means (132, 133, 211 to 214, 640, 645, 705, 805, 935 to 950) designed, for at least one said pair, to display at least one symbol that identifies an action, opposite an intersection of said emitter's emission cone with the reception cone of said receiver, said emitter and said receiver being thus outside the display area of each symbol and - control means (110, 230, 315, 650) designed to provide action instruction signals as a function of the electrical signal provided by at least one said receiver, each emitter-receiver pair thus being associated with at least one symbol and at least one action instruction when the moving body is in front of the symbol that identifies said action, wherein at least one said emitter or said receiver of radiation is associated with at least one mask (955 to 970), whose transparent portion, for at least one wavelength used by the emitter, is elongated in the direction of a receiver or the emitter, respectively, able to detect light of said wavelength. - display means (132, 133, 211 to 214, 640, 645, 705, 805, 935 to 950) designed, for at least one said pair, to display at least one symbol that identifies an action, opposite an intersection of said emitter's emission cone with the reception cone of said receiver, said emitter and said receiver being thus outside the display area of each symbol and - control means (110, 230, 315, 650) designed to provide action instruction signals as a function of the electrical signal provided by at least one said receiver, each emitter-receiver pair thus being associated with at least one symbol and at least one action instruction when the moving body is in front of the symbol that identifies said action,
A seed lot of the species Lactuca sativa L. wherein the seeds belonging to the seed lot comprise a mutation, which when homozygously present, provides the seeds in an unprimed state with the capability to germinate at a high temperature, and which seed lot is characterized in that the GT50 Dark of said seed lot is at least 6.2°C higher than the GT50 Dark of a seed lot of seeds not comprising the mutation, and wherein said mutation is present in seeds of which a representative sample has been deposited under accession number NCIMB 41915, NCIMB 41916, NCIMB 41917, NCIMB 41918, NCIMB 41919, NCIMB 41922, and NCIMB 41926 and is located on linkage group 3, between markers HTG-1 (SEQ ID NO: 1) and HTG-2 (SEQ ID NO: 2) or is present in seeds of which a representative sample was deposited under accession number NCIMB 41923 and is located on linkage group 3, between markers HTG-3 (SEQ ID NO: 3) and HTG-4 (SEQ ID NO: 4), and wherein the seeds belonging to the seed lot are not exclusively obtained by an essentially biological process.