mhurhangee/ep-ind-claims huggingface dataset:
A method for compressing a data-stream of configuration data for electronically configuring an electronically-programmable semiconductor device, the method being performed by a transformation and compression module, the method being characterized by comprising: determining in the configuration data a two-dimensional block structure for an array of core resources of the electronically-programmable semiconductor device, wherein the two-dimensional block structure includes a plurality of block types, and wherein blocks belonging to a same block type have a same width and a same length in bits, and wherein each block has a block fingerprint corresponding to content of the block; determining (310, 312) a plurality of most-commonly-used block fingerprints for each block type of the plurality of block types; and creating a block fingerprint library that includes the plurality of most-commonly-used block fingerprints for each block type. determining in the configuration data a two-dimensional block structure for an array of core resources of the electronically-programmable semiconductor device, wherein the two-dimensional block structure includes a plurality of block types, and wherein blocks belonging to a same block type have a same width and a same length in bits, and wherein each block has a block fingerprint corresponding to content of the block; determining (310, 312) a plurality of most-commonly-used block fingerprints for each block type of the plurality of block types; and creating a block fingerprint library that includes the plurality of most-commonly-used block fingerprints for each block type.
A composition having the following properties: a time to peak heat release of more than 150 seconds, as measured by FAR 25.853 (OSU test); a peak heat release less than or equal to 35 kW/m2 as measured by FAR 25.853 (OSU test); an NBS (National Bureau of Standards) optical smoke density with flame of less than 5 when measured at four minutes, based on ASTM E-662 (FAR/JAR 25.853); and a toxic gas release of less than or equal to 100 ppm based on Draeger Tube Toxicity test (Airbus ABD0031, Boeing BSS 7239); the composition comprising: (a) from 15 to 85 percent by weight of a polyetherimide, (b) from 15 to 85 percent by weight of a polyphenylsulfone (PPSU), (c) from 1 percent by weight to 12 percent by weight of a silicone copolymer, and (d) from 0 to 0.30 percent by weight of a stabilizer, wherein an article made from the composition exhibits the following properties: a time to peak heat release of more than 150 seconds, as measured by FAR 25.853 (OSU test); a peak heat release less than or equal to 35 kW/m 2 as measured by FAR 25.853 (OSU test); an NBS (National Bureau of Standards) optical smoke density with flame of less than 5 when measured at four minutes, based on ASTM E-662 (FAR/JAR 25.853); and a toxic gas release of less than or equal to 100 ppm based on Draeger Tube Toxicity test (Airbus ABD0031, Boeing BSS 7239). (a) from 15 to 85 percent by weight of a polyetherimide, (b) from 15 to 85 percent by weight of a polyphenylsulfone (PPSU), (c) from 1 percent by weight to 12 percent by weight of a silicone copolymer, and (d) from 0 to 0.30 percent by weight of a stabilizer, a time to peak heat release of more than 150 seconds, as measured by FAR 25.853 (OSU test); a peak heat release less than or equal to 35 kW/m 2 as measured by FAR 25.853 (OSU test); an NBS (National Bureau of Standards) optical smoke density with flame of less than 5 when measured at four minutes, based on ASTM E-662 (FAR/JAR 25.853); and a toxic gas release of less than or equal to 100 ppm based on Draeger Tube Toxicity test (Airbus ABD0031, Boeing BSS 7239).
A pellicle film for photolithography, comprising: a polymer film; and a gas impermeable layer formed on one side or both sides of the polymer film, the pellicle film being stretched over one end face of a pellicle frame, wherein a thickness of the gas impermeable layer is 0.2 to 1 nm, and accounts for 0.02 to 1% of the entire thickness of the pellicle film. a polymer film; and a gas impermeable layer formed on one side or both sides of the polymer film, the pellicle film being stretched over one end face of a pellicle frame,
A rotatable blade for a turbomachine, comprising: an airfoil portion having a leading edge and a trailing edge, a radially-inner end and a radially-outer end; a root section at the radially-inner end of the airfoil portion; and a first part-span shroud located on the airfoil portion between the root section and the radially outer end, projecting away from a first side of said airfoil portion, said first part-span shroud decreasing in width and thickness from the airfoil portion to a contact surface adapted to engage a mating contact surface on a part-span shroud of an adjacent blade; and a second part-span shroud located on the airfoil portion between the root section and the radially outer end, projecting away from a second side of said airfoil portion opposite to the first side, said second part-span shroud decreasing in width and thickness from the airfoil portion to a contact surface adapted to engage a mating contact surface on a part-span shroud of an adjacent blade; wherein the first side of the airfoil portion is a pressure side of the airfoil portion, and the second side of the airfoil portion is a suction side of the airfoil portion; and wherein the first part-span shroud on the pressure side of the airfoil portion has a maximum thickness that is 1.1 to 1.5 times a maximum thickness of the second part-span shroud on the suction side of the airfoil portion. an airfoil portion having a leading edge and a trailing edge, a radially-inner end and a radially-outer end; a root section at the radially-inner end of the airfoil portion; and a first part-span shroud located on the airfoil portion between the root section and the radially outer end, projecting away from a first side of said airfoil portion, said first part-span shroud decreasing in width and thickness from the airfoil portion to a contact surface adapted to engage a mating contact surface on a part-span shroud of an adjacent blade; and a second part-span shroud located on the airfoil portion between the root section and the radially outer end, projecting away from a second side of said airfoil portion opposite to the first side, said second part-span shroud decreasing in width and thickness from the airfoil portion to a contact surface adapted to engage a mating contact surface on a part-span shroud of an adjacent blade; wherein the first side of the airfoil portion is a pressure side of the airfoil portion, and the second side of the airfoil portion is a suction side of the airfoil portion; and wherein the first part-span shroud on the pressure side of the airfoil portion has a maximum thickness that is 1.1 to 1.5 times a maximum thickness of the second part-span shroud on the suction side of the airfoil portion.
People mover, more particularly a travelator, comprising a plurality of palettes or steps for carrying and moving people, which palettes are arranged to move supported on rolls with guides, which palettes are arranged consecutively to form a continuous conveying surface and are connected to a transmission chain with coupling elements, which transmission chain is arranged to move the palettes with the power transmitted from a motor, which transmission chain forms into an endless loop, and which transmission chain comprises consecutive chain links, which are connected in a hinged manner to each other such that the chain links are able to bend in relation to each other in a first direction and in a second direction, and which transmission chain is arranged to pass around at least two turning elements (5,6), when passing around which the consecutive chain links of the transmission chain bend in relation to each other in the first direction, characterized in that at least a part of the chain links comprising bending limitation means for limiting bending of the transmission chain occurring in the second direction, allowing an extreme mutual position of the chain links, wherein in the extreme position the chain links are at an angle in relation to each other of 0-1 degree, preferably 0-0,5 degree.
A valve cover assembly (300, 400) for a pump comprising: a first cylindrical member having a central axis and a first throughbore, wherein the first cylindrical member has an inner surface comprising a first plurality of axially spaced lugs, wherein one slot is formed between each pair of axially adjacent lugs on the inner surface of the first cylindrical member; and a second cylindrical member coaxially disposed within the first throughbore, wherein the second cylindrical member has an outer surface comprising a first plurality of axially spaced lugs, wherein one slot is formed between each pair of axially adjacent lugs on the outer surface of the second cylindrical member, wherein the first plurality of lugs of the first cylindrical member mate and slidingly engage the slots of the second cylindrical member, and wherein the first plurality of lugs of the second cylindrical member mate and slidingly engage the slots of the first cylindrical member; characterized in that the valve cover assembly further comprises: a space radially positioned between the first cylindrical member and the second cylindrical member and circumferentially positioned adjacent the first plurality of lugs of the first cylindrical member and the first plurality of lugs of the second cylindrical member; and a stop locator radially disposed within the space and configured to restrict the rotation of the second cylindrical member relative to the first cylindrical member. a first cylindrical member having a central axis and a first throughbore, wherein the first cylindrical member has an inner surface comprising a first plurality of axially spaced lugs, wherein one slot is formed between each pair of axially adjacent lugs on the inner surface of the first cylindrical member; and a second cylindrical member coaxially disposed within the first throughbore, wherein the second cylindrical member has an outer surface comprising a first plurality of axially spaced lugs, wherein one slot is formed between each pair of axially adjacent lugs on the outer surface of the second cylindrical member, wherein the first plurality of lugs of the first cylindrical member mate and slidingly engage the slots of the second cylindrical member, and wherein the first plurality of lugs of the second cylindrical member mate and slidingly engage the slots of the first cylindrical member; a space radially positioned between the first cylindrical member and the second cylindrical member and circumferentially positioned adjacent the first plurality of lugs of the first cylindrical member and the first plurality of lugs of the second cylindrical member; and a stop locator radially disposed within the space and configured to restrict the rotation of the second cylindrical member relative to the first cylindrical member.
A method for the evaluation of a contamination likelihood for a person of interest, carrying a user device configured to detect signals with personal IDs emitted by other user devices, said method comprising the following steps: - determining a duration, called exposure duration, comprising at least one time window(s), of a predetermined length, during which the user device of said POI detected at least one signal, called contaminated person's signal, emitted from the user device of at least one contaminated person, and - for each time window, assessing a contamination likelihood for said POI according to: ▪a received signal strength indication (RSSI) value, for the contaminated person's signal, relative to the distance between said contaminated person and the POI, and ▪an RSSI threshold value, representing a contamination distance below which contamination is possible; characterized in that said method comprises using at least one crowd attribute characterizing the crowd around said POI during at least one of said time window(s), to adjust the received RSSI value and/or the RSSI threshold value. - determining a duration, called exposure duration, comprising at least one time window(s), of a predetermined length, during which the user device of said POI detected at least one signal, called contaminated person's signal, emitted from the user device of at least one contaminated person, and - for each time window, assessing a contamination likelihood for said POI according to: ▪a received signal strength indication (RSSI) value, for the contaminated person's signal, relative to the distance between said contaminated person and the POI, and ▪an RSSI threshold value, representing a contamination distance below which contamination is possible; characterized in that said method comprises using at least one crowd attribute characterizing the crowd around said POI during at least one of said time window(s), to adjust the received RSSI value and/or the RSSI threshold value. ▪a received signal strength indication (RSSI) value, for the contaminated person's signal, relative to the distance between said contaminated person and the POI, and ▪an RSSI threshold value, representing a contamination distance below which contamination is possible;
A method, comprising: preparing a submit report, and sending the submit report to an appropriate device, characterized in that preparing the submit report comprises using a combination of forking and an in-reply-to header to find the appropriate device, wherein the forking comprises inserting a fork attribute into a request-disposition header. preparing a submit report, and sending the submit report to an appropriate device, characterized in that preparing the submit report comprises using a combination of forking and an in-reply-to header to find the appropriate device, wherein the forking comprises inserting a fork attribute into a request-disposition header.
A dehumidifying-warming apparatus comprising: a heat pump device including a compressor, a heat radiator, an expansion mechanism, and a heat absorber; a temperature measuring unit disposed in a pipe connecting the compressor with the heat radiator; and a drain pan for receiving condensed water produced by heat exchange while the heat absorber exchanges heat with air, characterized in that the temperature measuring unit is positioned under a boundary position where the condensed water overflows from the drain pan. a heat pump device including a compressor, a heat radiator, an expansion mechanism, and a heat absorber; a temperature measuring unit disposed in a pipe connecting the compressor with the heat radiator; and a drain pan for receiving condensed water produced by heat exchange while the heat absorber exchanges heat with air, characterized in that the temperature measuring unit is positioned under a boundary position where the condensed water overflows from the drain pan.
Aerodynamic device for a motor vehicle, comprising - a flap movable between an extended position and a retracted position, - a rotating actuator, and - a transmission mechanism coupled to the actuator and configured for transmitting the movement of the actuator to the flap, - the aerodynamic device being configured for preventing the actuator and/or transmission mechanism from being damaged in the event that the flap receives an impact when said flap is arranged in the extended position, characterized in that - the flap comprises a fixed portion coupled to the transmission mechanism, and a mobile portion coupled to the fixed portion in a manner that is movable between a normal operation position and an emergency operation position, and - the aerodynamic device comprises an over-center spring coupling the fixed portion and the mobile portion of the flap and exerting a force on the mobile portion such that said mobile portion is maintained in one of the two operation positions, - the over-center spring allowing the movement of the mobile portion of the flap to the emergency operation position when the mobile portion receives an impact with a vertical force component exceeding a force threshold of the over-center spring. - a flap movable between an extended position and a retracted position, - a rotating actuator, and - a transmission mechanism coupled to the actuator and configured for transmitting the movement of the actuator to the flap, - the aerodynamic device being configured for preventing the actuator and/or transmission mechanism from being damaged in the event that the flap receives an impact when said flap is arranged in the extended position, - the flap comprises a fixed portion coupled to the transmission mechanism, and a mobile portion coupled to the fixed portion in a manner that is movable between a normal operation position and an emergency operation position, and - the aerodynamic device comprises an over-center spring coupling the fixed portion and the mobile portion of the flap and exerting a force on the mobile portion such that said mobile portion is maintained in one of the two operation positions, - the over-center spring allowing the movement of the mobile portion of the flap to the emergency operation position when the mobile portion receives an impact with a vertical force component exceeding a force threshold of the over-center spring.
A printed circuit board for selectively communicating power from a power source to a use comprising: an input bus for receiving a power supply; a transistor connected to said input bus and positioned on one side of said input bus in a first direction perpendicular to the plane of the printed circuit board; an output bus connected to said transistor on an opposed side of said transistor relative to said input bus, such that said transistor is intermediate said input and output buses (24, 34) in said first direction; and wherein a die attachment is utilized to connect said transistor to one of said input and output buses (24, 34) and a solder joint is utilized to connect the transistor to the other; characterised in that each of said input and output buses (24, 34) include a plurality of fingers (40, 42), wherein fingers of the input bus are interspersed with fingers from the output bus, said fingers (40, 42) having portions overlapping each other in said first direction and other portions which overlap a space (52, 53) between the fingers (40, 42) of the other of said input and output buses (24, 34). an input bus for receiving a power supply; a transistor connected to said input bus and positioned on one side of said input bus in a first direction perpendicular to the plane of the printed circuit board; an output bus connected to said transistor on an opposed side of said transistor relative to said input bus, such that said transistor is intermediate said input and output buses (24, 34) in said first direction; and wherein a die attachment is utilized to connect said transistor to one of said input and output buses (24, 34) and a solder joint is utilized to connect the transistor to the other; characterised in that each of said input and output buses (24, 34) include a plurality of fingers (40, 42), wherein fingers of the input bus are interspersed with fingers from the output bus, said fingers (40, 42) having portions overlapping each other in said first direction and other portions which overlap a space (52, 53) between the fingers (40, 42) of the other of said input and output buses (24, 34).
A piezoelectric substance which is made of oxide with perovskite type structure which is made of ABO 3, where a principal component of A is Pb, and principal components of B contain at least two kinds of elements among Nb, Mg, Zn, Sc, Cd, Ni, Mn, Co, Yb, In, and Fe, and Ti, characterized by being a uniaxial orientation crystal or a single crystal which has an a-domain and a c-domain of tetragonal, wherein the crystal phase has tetragonal and any one of pseudo cubic, rhombohedral, and monoclinic; wherein the oxide is expressed in (Pb k, α l) x (Mg m, Nb n, Ti o, β p) y O 3 (where, 1 ≤ x/y < 1.5, k + l = 1,0.7 ≤ k ≤ 1,0 ≤ l ≤ 0.3, m + n + o + p =1,0.1 < m < 0.3, 0.3 < n < 0.5, 0.2 < o < 0.4, and 0 ≤ p < 0.3 are fulfilled, α contains any one kind of element selected from among La, Ca, Ba, Sr, Bi, and Sb, and β contains any one kind of element selected from among Pb, Sc, In, Yb, Ni, Ta, Co, W, Fe, and Sn); or the oxide is expressed in (Pb k, α l) x (Sc m, Nb n, Ti o, β p) y O 3 (where, 1 ≤ x/y < 1.5, k + l = 1,0.7 ≤ k ≤ 1,0 ≤ l ≤ 0.3, m + n + o + p = 1, 0.1 < m < 0.4, 0.1 < n < 0.4, 0.3 < o < 0.5, and 0 ≤ p < 0.3 are fulfilled, α contains any one kind of element selected from among La, Ca, Ba, Sr, Bi, and Sb, and β contains any one kind of element selected from among Pb, Ta, In, Yb, Mg, Ni, Co, W, Fe, and Sn); or the oxide is expressed in (Pb k, α l) x (Zn m, Nb n, Ti o, β p) y O 3 (where, 1 ≤ x/y < 1.5, k + l = 1,0.7 ≤ k ≤ 1,0 ≤ l < 0.3, m + n + o + p =1,0.2 < m < 0.4, 0.5 < n < 0.7, 0.05 < o < 0.2, and 0 ≤ p < 0.3 are fulfilled, α contains any one kind of element selected from among La, Ca, Ba, Sr, Bi, and Sb, and β contains any one kind of element selected from among Pb, Sc, In, Yb, Ni, Ta, Co, W, Fe, Sn, and Mg).
Process for upgrading hydrochlorofluoric acid comprising (i) at least one step during which at least one boron compound chosen from boric acid (H 3 BO 3), metaboric acid (HBO 2) and boric anhydride (B 2 O 3) is placed in contact with an aqueous solution of hydrochlorofluoric acid to give a mixture of fluoroboron compounds and of hydrochloric acid; (ii) a distillation step to give, on the one hand, hydrochloric acid and, on the other hand, a mixture comprising water, residual hydrochloric acid and a mixture of fluoroboron compounds, and (iii) a step of vacuum distillation of the mixture obtained in step (ii) performed at an absolute pressure of between 10 and 100 mbar to remove the residual hydrochloric acid and the water and to thus give a concentrated aqueous solution of boron trifluoride hydrates, containing less than 100 mg of chloride per kg of BF 3 hydrates.
A stereoscopic display apparatus comprising means for producing display images in mutually different angular directions, comprising sub-pixels which are laterally separated by non-emitting areas, wherein the sub-pixels are arranged in columns, wherein all sub-pixels in a same column have a same color, and a plurality of lenticular lenses each overlying part of the sub-pixels and slanted with a slant angle (α) to the columns, characterized in that M i = a − i * k; M j = ab − j * k; a = p x p y tan α; b = p l p x wherein: p x is the pitch of a sub-pixel in the x-direction p y is the pitch of a sub-pixel in the y-direction p l is the pitch of a lens in the x-direction a is the normalised slant b is the normalised pitch of a lens with α≠0 and wherein the parameters k, i*, j * are integer numbers which can be chosen in a combination as indicated in Figure 16 such that, in combination of certain values of a and b, the parameters M i ∈ Z and M j ∈ Z. p x is the pitch of a sub-pixel in the x-direction p y is the pitch of a sub-pixel in the y-direction p l is the pitch of a lens in the x-direction a is the normalised slant b is the normalised pitch of a lens with α≠0 and wherein the parameters k, i*, j * are integer numbers which can be chosen in a combination as indicated in Figure 16 such that, in combination of certain values of a and b, the parameters M i ∈ Z and M j ∈ Z.