mhurhangee/ep-ind-claims huggingface dataset:
Horizontal tail plane for an aircraft, the horizontal tail plane comprising: first and second lateral torsion boxes (1a,1b) joined to each other at a central region of the horizontal tail plane and symmetrically arranged with respect to a plane of symmetry of the horizontal tail plane, wherein each of said lateral torsion boxes (1a, 1b) comprises front and rear spars (2a,3a,2b,3b), and a plurality of ribs having ends respectively joined to the front and rear spars (2a,3a,2b,3b), upper and lower covers (11a,11b) having a plurality of stringers (7a,7b) internally fixed thereto, wherein a group of the ribs (4a,4b) are substantially parallel to the plane of symmetry of the horizontal tail plane, and wherein the stringers (7a,7b) are arranged as to define an angle (α) within the range 80°-100° with respect to the plane of symmetry of the horizontal tail plane, characterized in that each stringer (7a,7b) is placed between two consecutive ribs (4a,4b), and wherein each stringer (7a,7b) placed between two consecutive ribs of said group of ribs (4a,4b) is shorter than the distance (d) between the two consecutive ribs (4a,4b) within which that stringer is placed. first and second lateral torsion boxes (1a,1b) joined to each other at a central region of the horizontal tail plane and symmetrically arranged with respect to a plane of symmetry of the horizontal tail plane, wherein each of said lateral torsion boxes (1a, 1b) comprises front and rear spars (2a,3a,2b,3b), and a plurality of ribs having ends respectively joined to the front and rear spars (2a,3a,2b,3b), upper and lower covers (11a,11b) having a plurality of stringers (7a,7b) internally fixed thereto, wherein a group of the ribs (4a,4b) are substantially parallel to the plane of symmetry of the horizontal tail plane, and wherein the stringers (7a,7b) are arranged as to define an angle (α) within the range 80°-100° with respect to the plane of symmetry of the horizontal tail plane, characterized in that each stringer (7a,7b) is placed between two consecutive ribs (4a,4b), and wherein each stringer (7a,7b) placed between two consecutive ribs of said group of ribs (4a,4b) is shorter than the distance (d) between the two consecutive ribs (4a,4b) within which that stringer is placed.
A pressure sensitive adhesive composition for wash-off labels detaching from the surface labelled at the washing conditions comprising temperature in the range of 60-90 °C and alkaline aqueous solution, wherein the adhesive composition comprises at least the following components: - polymer(s) based on alkyl acrylic ester(s); - pressure polymerized vinyl acetate ethylene copolymer(s) comprising ethylene content between 5 and 40% and - between 0.5 and 2 wt.% of a surface active agent, wherein the surface active agent includes hydrophilic part containing negatively charged groups and is dioctyl sodium sulfosuccinate. - polymer(s) based on alkyl acrylic ester(s); - pressure polymerized vinyl acetate ethylene copolymer(s) comprising ethylene content between 5 and 40% and - between 0.5 and 2 wt.% of a surface active agent, wherein the surface active agent includes hydrophilic part containing negatively charged groups and is dioctyl sodium sulfosuccinate.
A light emitting device (1, 1A, 1B, 1C), comprising: a light source that emits a primary light having a light energy density exceeding 0.5 W/mm 2; and a first phosphor that absorbs the primary light to convert the primary light into a first wavelength-converted light having a wavelength longer than that of the primary light, wherein the first phosphor includes a compound serving as a host, the compound being a simple oxide including one kind of metal element or a composite oxide including a plurality of different kinds of the simple oxide as an end member, wherein the first phosphor includes two or more kinds of Cr 3+ -activated phosphors, wherein the first phosphor is a phosphor having a composition formula represented by a following general formula: (Gd 1-x La x) 3 (Ga 1-y-z Sc y Cr z) 2 Ga 3 O 12 where x, y, and z satisfy 0 < x < 1, 0 < y ≤ 0.60, 0 < z < 0.2, and when an energy conversion value at a peak wavelength of the primary light is E1 electron volts and an energy conversion value at a fluorescence peak wavelength of the first wavelength-converted light is E2 electron volts, a bandgap energy of a crystal of the simple oxide is larger than a sum of the E1 electron volts and the E2 electron volts. a light source that emits a primary light having a light energy density exceeding 0.5 W/mm 2; and a first phosphor that absorbs the primary light to convert the primary light into a first wavelength-converted light having a wavelength longer than that of the primary light, wherein the first phosphor includes a compound serving as a host, the compound being a simple oxide including one kind of metal element or a composite oxide including a plurality of different kinds of the simple oxide as an end member, wherein the first phosphor includes two or more kinds of Cr 3+ -activated phosphors, wherein the first phosphor is a phosphor having a composition formula represented by a following general formula: (Gd 1-x La x) 3 (Ga 1-y-z Sc y Cr z) 2 Ga 3 O 12 where x, y, and z satisfy 0 < x < 1, 0 < y ≤ 0.60, 0 < z < 0.2, and when an energy conversion value at a peak wavelength of the primary light is E1 electron volts and an energy conversion value at a fluorescence peak wavelength of the first wavelength-converted light is E2 electron volts, a bandgap energy of a crystal of the simple oxide is larger than a sum of the E1 electron volts and the E2 electron volts. where x, y, and z satisfy 0 < x < 1, 0 < y ≤ 0.60, 0 < z < 0.2, and when an energy conversion value at a peak wavelength of the primary light is E1 electron volts and an energy conversion value at a fluorescence peak wavelength of the first wavelength-converted light is E2 electron volts, a bandgap energy of a crystal of the simple oxide is larger than a sum of the E1 electron volts and the E2 electron volts.
A method of executing a multi-tenant distributed computing application within a virtualized computing environment, the method comprising: receiving cluster-related metrics for each of a plurality of compute clusters of the distributed computing application executing in the virtualized computing environment, wherein each compute cluster includes a workload scheduler (402-1, 402-2) and a plurality of worker nodes, and wherein the cluster-related metrics specify application-level state and statistics in relation to the compute clusters of the distributed computing application; receiving resource-related metrics associated with performance of the virtualized computing environment, wherein the resource-related metrics comprise at least one of memory-related metrics and CPU-related metrics; determining whether resource contention exists or does not exist among the plurality of compute clusters for computing resources of a host based on the received cluster-related metrics and resource-related metrics; responsive to determining that resource contention exists on the host, shrinking at least one of the plurality of compute clusters executing, at least in part, on the host; and responsive to determining that resource contention does not exist on the host, expanding at least one of the plurality of compute clusters executing, at least in part, on the host and having pending work. receiving cluster-related metrics for each of a plurality of compute clusters of the distributed computing application executing in the virtualized computing environment, wherein each compute cluster includes a workload scheduler (402-1, 402-2) and a plurality of worker nodes, and wherein the cluster-related metrics specify application-level state and statistics in relation to the compute clusters of the distributed computing application; receiving resource-related metrics associated with performance of the virtualized computing environment, wherein the resource-related metrics comprise at least one of memory-related metrics and CPU-related metrics; determining whether resource contention exists or does not exist among the plurality of compute clusters for computing resources of a host based on the received cluster-related metrics and resource-related metrics; responsive to determining that resource contention exists on the host, shrinking at least one of the plurality of compute clusters executing, at least in part, on the host; and responsive to determining that resource contention does not exist on the host, expanding at least one of the plurality of compute clusters executing, at least in part, on the host and having pending work.
Lubricating composition of grade according to the SAE J300 classification defined by formula W, in which X represents 0 or 5; and Y represents an integer ranging from 4 to 20; said composition comprising at least one diester of formula: R a -C -O-([C 2] n -O) s -C -R b in which: - R represent, independently of one another, a hydrogen atom or a linear or branched (C 1 -C 5)alkyl group, in particular a methyl, ethyl or propyl group, notably methyl; - s is 1, 2, 3, 4, 5 or 6; in particular s is 1, 2 or 3, and more particularly s is 1 or 2; - n is 1, 2 or 3; in particular n is 2 or 3 and more particularly n is 2, it being understood that, when s is different from 1, n may be identical or different; and - R a and R b, which may be identical or different, represent, independently of one another, saturated or unsaturated, linear or branched hydrocarbon groups having a linear chain of 6 to 18 carbon atoms; provided that, when s is 2 and n, which are identical, are 2, at least one of the groups R represents a linear or branched (C 1 -C 5)alkyl group; and provided that, when s is 1 and n is 3, at least one of the groups R bonded to the carbon in the beta position of the oxygen atoms of the ester functions represents a hydrogen atom; said lubricating composition comprising from 5 to 30 wt% of diester(s) of formula based on the total weight of the composition. - R represent, independently of one another, a hydrogen atom or a linear or branched (C 1 -C 5)alkyl group, in particular a methyl, ethyl or propyl group, notably methyl; - s is 1, 2, 3, 4, 5 or 6; in particular s is 1, 2 or 3, and more particularly s is 1 or 2; - n is 1, 2 or 3; in particular n is 2 or 3 and more particularly n is 2, it being understood that, when s is different from 1, n may be identical or different; and - R a and R b, which may be identical or different, represent, independently of one another, saturated or unsaturated, linear or branched hydrocarbon groups having a linear chain of 6 to 18 carbon atoms; provided that, when s is 1 and n is 3, at least one of the groups R bonded to the carbon in the beta position of the oxygen atoms of the ester functions represents a hydrogen atom; said lubricating composition comprising from 5 to 30 wt% of diester(s) of formula based on the total weight of the composition.
A drawer having a rear wall a front panel, and two side frames connecting the front panel and the rear wall, wherein a connecting element is provided on or in at least one side frame, which connecting element has catch means and is lockable on or in a catch receptacle on the rear wall, wherein the connecting element is fixed on or in an adapter, wherein the adapter is connected to a wall element in or on the side frame and a securing element fixes the catch means in a friction-locked manner, in particular by clamping, characterized in that the securing element has at least one wedge or clamping body, which fixes a catch web of the catch means by clamping.
An engine comprising: a crankshaft including a crank web; a clutch shaft disposed behind the crankshaft and provided with a clutch; a balancer shaft disposed in front of the crankshaft and provided with a balancer weight (47c, 47d); a crankcase for accommodating the crankshaft, the balancer shaft and the clutch shaft; a cylinder section attached to the crankcase; and a starter motor 2(c) disposed above the cylinder section and capable of driving the crankshaft; wherein the balancer shaft is disposed between a first horizontal surface intersecting an axial center of the crankshaft when the engine is mounted on a vehicle and a second horizontal surface intersecting a lower end of the crank web when the engine is mounted on the vehicle, and the balancer weight (47c, 47d) is disposed below the first horizontal surface; and characterized in that the starter motor 2(c) is disposed forward of a vertical surface intersecting the axial center of the crankshaft when the engine is mounted on the vehicle. a crankshaft including a crank web; a clutch shaft disposed behind the crankshaft and provided with a clutch; a balancer shaft disposed in front of the crankshaft and provided with a balancer weight (47c, 47d); a crankcase for accommodating the crankshaft, the balancer shaft and the clutch shaft; a cylinder section attached to the crankcase; and a starter motor 2(c) disposed above the cylinder section and capable of driving the crankshaft; wherein the balancer shaft is disposed between a first horizontal surface intersecting an axial center of the crankshaft when the engine is mounted on a vehicle and a second horizontal surface intersecting a lower end of the crank web when the engine is mounted on the vehicle, and the balancer weight (47c, 47d) is disposed below the first horizontal surface; and characterized in that the starter motor 2(c) is disposed forward of a vertical surface intersecting the axial center of the crankshaft when the engine is mounted on the vehicle.
A flood barrier for preventing ingress of flood waters through an external opening in a building, said barrier comprising a plurality of panels joined by at least one flexible joint, and a means for deploying the flood barrier, the panels being movable relative to one another about the at least one flexible joint by the deployment means, at least part of each panel being adherable to a surface proximal to a building opening, each panel in turn being capable of forming a watertight seal with the surface proximal to the building opening as the flood barrier is deployed from a stowed position to an in use position wherein the flood barrier has a means for deploying the panels wherein the means for deploying the panels comprises a central spindle (15, 32) wherein the spindle is a multi-faced mandrel, wherein the central spindle has protruding ends which extend beyond the width of the flood barrier and wherein the central spindle has float means attachable to each of its protruding ends so that the flood barrier adheres to the surface proximal to the building opening one panel at a time in sections as it rises forming a watertight seal of increasing height as it is deployed.
A mechanical transmission for a motor vehicle, including: - a gearbox with a casing and at least two transmission shafts (20, 22); - at least one hydraulic machine (8, 10), of the pump or hydraulic motor type, mounted on the casing and with a shaft (20, 22) coupled to one of the transmission shafts of the gearbox; characterized in that at least one quarter, preferably at least one third, of the axial extend of the or of at least one of the hydraulic machines (8, 10) is housed in a cavity (32, 34) of the casing of the gearbox. - a gearbox with a casing and at least two transmission shafts (20, 22); - at least one hydraulic machine (8, 10), of the pump or hydraulic motor type, mounted on the casing and with a shaft (20, 22) coupled to one of the transmission shafts of the gearbox;
A dish washer comprising: a main body; a tub positioned inside the main body; and an accommodating container configured to be positioned inside the tub, wherein the accommodating container comprises: a loading frame including a loader configured to support an object that is to be washed; a roller frame extending from the loading frame to form an arrangement space between the loading frame and the roller frame; a roller configured to be rotatable in the arrangement space to move the loading frame into and out of the tub; and a shaft configured to support the roller, the shaft including a first end supported by the loading frame and a second end opposite to the first end and supported by the roller frame, characterized in that the roller frame comprises: an extension frame configured to extend as a pair of extension frames from the loading frame; and a support frame connected to the extension frame to form the arrangement space; wherein the shaft is disposed between the pair of extension frames and supported by the roller frame in the arrangement space. a main body; a tub positioned inside the main body; and an accommodating container configured to be positioned inside the tub, wherein the accommodating container comprises: a loading frame including a loader configured to support an object that is to be washed; a roller frame extending from the loading frame to form an arrangement space between the loading frame and the roller frame; a roller configured to be rotatable in the arrangement space to move the loading frame into and out of the tub; and a shaft configured to support the roller, the shaft including a first end supported by the loading frame and a second end opposite to the first end and supported by the roller frame, characterized in that the roller frame comprises: an extension frame configured to extend as a pair of extension frames from the loading frame; and a support frame connected to the extension frame to form the arrangement space; wherein the shaft is disposed between the pair of extension frames and supported by the roller frame in the arrangement space. a loading frame including a loader configured to support an object that is to be washed; a roller frame extending from the loading frame to form an arrangement space between the loading frame and the roller frame; a roller configured to be rotatable in the arrangement space to move the loading frame into and out of the tub; and a shaft configured to support the roller, the shaft including a first end supported by the loading frame and a second end opposite to the first end and supported by the roller frame, characterized in that the roller frame comprises: an extension frame configured to extend as a pair of extension frames from the loading frame; and a support frame connected to the extension frame to form the arrangement space; wherein the shaft is disposed between the pair of extension frames and supported by the roller frame in the arrangement space.
An orthopedic device defining lateral and medial sides, comprising: a main substrate; a hinge located on at least one of the lateral and medial sides; a medial strut having upper and lower arms (22, 24) located on opposed sides of the hinge, the upper arm articulating relative to the hinge; a support system coupled to the main substrate and the hinge, the support system comprising a compression element arranged to attach around a patella and having a fastener removably securable to the main substrate and a non-elastic cable having a first end anchored to a pivoting element coupled to the upper arm to retain the first end of the cable to the upper arm as the hinge articulates, and a second end anchored to the compression element, the cable engaging the hinge such that articulation of the hinge from an extension position to a flexion position pulls the compression element toward the hinge to exert a generally lateral force over the main substrate; wherein at least one guide (50a, 50b) is mounted on the hinge and arranged to route the cable from the pivoting element relative to the compression element. a main substrate; a hinge located on at least one of the lateral and medial sides; a medial strut having upper and lower arms (22, 24) located on opposed sides of the hinge, the upper arm articulating relative to the hinge; a support system coupled to the main substrate and the hinge, the support system comprising a compression element arranged to attach around a patella and having a fastener removably securable to the main substrate and a non-elastic cable having a first end anchored to a pivoting element coupled to the upper arm to retain the first end of the cable to the upper arm as the hinge articulates, and a second end anchored to the compression element, the cable engaging the hinge such that articulation of the hinge from an extension position to a flexion position pulls the compression element toward the hinge to exert a generally lateral force over the main substrate; wherein at least one guide (50a, 50b) is mounted on the hinge and arranged to route the cable from the pivoting element relative to the compression element.
A clamping jaw for a holding device (30, 50) for rings, in particular in a substantially horizontal orientation, wherein the clamping jaw is suitable for being applied to a ring from the inside, and comprises: - a first ring support, - a second ring support and - a drive means which is arranged so that the position of the second ring support is adjustable relative to the first ring support, characterised in that the second ring support is fastened to a mechanism which is arranged so that upon actuation of the drive means a simultaneously radial and axial movement of the second ring support relative to the first ring support is brought about, the mechanism comprising a slotted link which receives a pin which is connected to the output side of the drive means, the output side of the drive means being guided such that the second ring support is moved not only axially but also radially. - a first ring support, - a second ring support and - a drive means which is arranged so that the position of the second ring support is adjustable relative to the first ring support,
A fluorooxyalkylene group-containing polymer composition comprising a fluorooxyalkylene group-containing polymer having a hydrolyzable silyl group at one terminal and a fluorooxyalkylene group-containing polymer having hydrolyzable silyl groups at both terminals, wherein the fluorooxyalkylene group-containing polymers are represented by the following formula, A-Rf 1 -B wherein Rf 1 represents a divalent linear fluorooxyalkylene group having 5 to 100 repeating units represented by -C d F 2d O-, wherein "d" represents, independently of each other, an integer of from 1 to 6; and A and B represent, independently of each other, an Rf 2 group or a group represented by the following formula, wherein Rf 2 is selected from the group consisting of F, H and a monovalent fluorinated group having a -CF 3 or -CF 2 H group at the terminal, wherein Q represents a divalent organic group, Z represents a divalent to heptavalent linking group having a silalkylene structure in which 2 silicon atoms are bonded via an alkylene group or a silarylene structure in which 2 silicon atoms are bonded via an arylene group and having no siloxane bond, R represents an alkyl group having 1 to 4 carbon atoms or a phenyl group, X represents a hydrolyzable group, Y is a linking group represented by C c H 2c or C 2 H 4 -C r F 2r -C 2 H 4, "a" represents 2 or 3, and "b" represents an integer of from 1 to 6, and "c" represents an integer of from 1 to 10, "r" represents an integer of from 1 to 6; wherein of the Rf 2 group accounts for 30 to 75 mole%, relative to a total of all of the terminal groups in the composition.