mhurhangee/ep-ind-claims huggingface dataset:
A combustor for a gas turbine, the combustor comprising a nozzle assembly (18, 20) located at a first end of the combustor and a combustion chamber defined within the combustor, downstream of the nozzle (18, 20), the combustor further comprising: a venturi positioned within the combustor and defining a transition between the first end and the combustion chamber, the venturi having an internal passageway therein, the passageway having a first side facing the nozzle (18, 20) and a second side facing the combustion chamber; and a compressed air source directed into a cooling inlet, the cooling inlet in fluid communication with the first and second sides of the venturi passageway, characterized in that the passageway directs the compressed air from the source in opposite directions within the first side and second side for cooling the venturi. a venturi positioned within the combustor and defining a transition between the first end and the combustion chamber, the venturi having an internal passageway therein, the passageway having a first side facing the nozzle (18, 20) and a second side facing the combustion chamber; and a compressed air source directed into a cooling inlet, the cooling inlet in fluid communication with the first and second sides of the venturi passageway,
Container receiving device for receiving a container, the container receiving device having a first housing part in the form of a container carrier and a second housing part in the form of a cover part, wherein the container can be accommodated in the container carrier and can be secured to the container carrier by the lid part which covers the front of the container in the closed state, wherein the container carrier and the lid part have latching elements which interact with one another, which are designed as latching tabs (3a, 3b, 3c) and matching latching bearings (4a, 4b, 4c), characterized in that at least one of the two housing parts has a plurality of latching elements arranged in a common alignment at a distance from one another, which are each designed for latching a pair of latching tabs (3a, 3b, 3c) and latching tabs (4a, 4b, 4c, 4d), a first number of latching tabs (3a, 3b, 3c) is arranged in a common alignment at an equal distance between two adjacent latching lugs (3a, 3b, 3c) on the container carrier or on the lid part, and a number of latching bearings (4a, 4b, 4c, 4d) greater than the first number of latching lugs (3a, 3b, 3c) is arranged in a common alignment at an equal distance between two adjacent latching bearings (4a, 4b, 4c, 4d) on the respective other housing part (2a, 2b) and the cover part can optionally be plugged together in different combinations of a latching element of one housing part with the matching latching element of the latching elements of the other housing part arranged in an alignment at a distance from one another, so that the position of the upper edge of the lid part can be changed in relation to the upper edge of the container carrier in the direction of the alignment of the plurality of spaced-apart latching elements, and in that the lid part has a collar projecting towards the container carrier when it is fitted onto the container carrier and folded shut, in order to secure a container received in the direction of the alignment.
A clock signal generation system, comprising a clock signal generating circuit arranged to provide a first clock signal having a selectable first clock rate; and a divider circuit connected to receive said first clock signal and arranged to generate, depending on a division factor, a second clock signal from said first clock signal, having a constant second clock rate and being synchronized with said first clock signal; characterized by a controller module connected to said clock signal generating circuit and arranged to select said first clock rate and further connected to said divider circuit and arranged to change said division factor when a different first clock rate is selected, to keep said second clock rate constant and said second clock signal synchronized with said first clock signal.
A window, door, or façade element having a frame (2, 3) made of profiles (4, 5), which accommodate a planar element, wherein at least one or more seal profiles (42, 46) are arranged on the planar element, between the planar element and the frame, wherein the at least one seal profile (42, 46) has at least one illuminant or multiple illuminants, wherein the at least one seal profile (42, 46) is formed and arranged for the sealed holding of the planar element, in particular an insulating glass pane or the like, on the frame, wherein the frame has an inner shell and an outer shell, between which the planar element and one or more of the seal profile(s) is/are held, characterized in that the at least one illuminant or the illuminants is/are located in a region of the seal profile (42, 46) which is not visible after the mounting of the seal profile (42, 46).
A vibration apparatus, comprising a motor, a deceleration gear set and a rotating body, wherein the motor is fixed to a supporting shaft of the rotating body, the rotating body is configured to be rotatable around the supporting shaft, wherein an output shaft of the motor drives a driving gear of the deceleration gear set, so as to drive the rotating body to rotate around the supporting shaft after being decelerated through the deceleration gear set, wherein the rotating body is an eccentric ball provided with two flattened ends and an eccentric block, and faces of the flattened ends are parallel to the rotating direction of the rotating body, and the motor and the deceleration gear set are both arranged in a cavity defined in the rotating body.
A machine for closing the foldable walls (1p, 1q) of crates upon prior actuation of the release devices by exerting, depending on the type of release device, a vertical thrust in the case of a release bar or a horizontal pressure in the case of release buttons or studs, said machine being equipped with transport belts or other transport units which act on the bottom of the fed-in crates by retaining them during transfer thereof, and having, downstream of the area of actuation of the release devices and the area of actuation of impact elements for the purpose of folding the transverse walls, an area for closing the longitudinal walls, characterised in that the actuation of the release devices and the actuation of the impact elements for the purpose of closing the transverse walls take place without stopping the transfer movement of the crates, in that provided on both sides of the passage area of the crates, in a position above the conveyor belts or transport units, is an actuation device for an arm, which arm is provided at the free end with horizontal pins (5e, 5f) projecting in opposite directions, said pins being arranged coaxial with each other and parallel to the transfer movement of the crates, and in that said actuation devices transmit pivoting movements to the arm in order to assume, with the pins (5e, 5f), active positions at the height required for actuation of the release devices, or passive positions that do not interfere with the passage of the crates so as to be moved by the same actuation device horizontally from the area of actuation of the release devices on the front transverse wall to the area of actuation of the release devices on the rear transverse wall.
A swivel attachment device (10, 100) comprising a pair of rings (11, 12) able to rotate freely with respect to one another around an axis of rotation formed by a central pivot-pin, at least one of the rings being in the form of a hook delineating a lateral access space (16, 17), the device (10, 100) further comprising: - a closing part designed to close said space performing partial take-up of the tractive forces, said closing part comprising a removable fixing screw (20, 23), which is laterally spaced apart from the axis of rotation, and extending in a substantially parallel direction to the central pivot-pin in the closed state, - the hollow base of one of the rings comprising an annular positioning surface cooperating with a rim of the other ring leaving a predefined clearance for free rotation of the rings (11, 12) around the central pivot-pin. characterised in that the closing part includes a spacer (14, 15) through which said fixing screw (20, 23) passes, said spacer pressing on two opposite surfaces of the hook. - a closing part designed to close said space performing partial take-up of the tractive forces, said closing part comprising a removable fixing screw (20, 23), which is laterally spaced apart from the axis of rotation, and extending in a substantially parallel direction to the central pivot-pin in the closed state, - the hollow base of one of the rings comprising an annular positioning surface cooperating with a rim of the other ring leaving a predefined clearance for free rotation of the rings (11, 12) around the central pivot-pin.
A transdermal solution composition comprising fentanyl, a penetration enhancer, and a volatile liquid, in a therapeutically effective amount, for use in controlling pain in a canine in need thereof for an effective period of time by transdermal administration applied to a dorsal location of said canine, wherein said transdermal solution composition is not a transdermal patch.
Method for altering a timbre of a sound S included in a sound signal, said sound S being an instrumental sound, a vocal sound or a sound effect, said method comprising the steps of: - filtering said sound signal by the use of a parametric equalizer, said parametric equalizer having a first gain G 1 and a resonance frequency f r being equal to a pitch frequency f p of said sound S multiplied with a second factor k 2; f r = k 2 ∗ f p; whereby said sound signal is amplified by said first gain G 1 at least at said resonance frequency f r; and - amplifying said sound signal with a second gain G 2, said second gain G 2 being dependent on said first gain G 1 and having a value being: - essentially equal over all frequencies having an impact on the perception of the sound S,including said pitch frequency fp; and - equal to an inverse of said first gain G 1 being multiplied with a first factor k 1, G 2 = -k 1 ∗ G 1, with k 1 >0. - filtering said sound signal by the use of a parametric equalizer, said parametric equalizer having a first gain G 1 and a resonance frequency f r being equal to a pitch frequency f p of said sound S multiplied with a second factor k 2; f r = k 2 ∗ f p; whereby said sound signal is amplified by said first gain G 1 at least at said resonance frequency f r; and - amplifying said sound signal with a second gain G 2, said second gain G 2 being dependent on said first gain G 1 and having a value being: - essentially equal over all frequencies having an impact on the perception of the sound S,including said pitch frequency fp; and - equal to an inverse of said first gain G 1 being multiplied with a first factor k 1, G 2 = -k 1 ∗ G 1, with k 1 >0. - essentially equal over all frequencies having an impact on the perception of the sound S,including said pitch frequency fp; and - equal to an inverse of said first gain G 1 being multiplied with a first factor k 1, G 2 = -k 1 ∗ G 1, with k 1 >0.
A method for removing full bobbins from spindles on a ring spinning machine and for setting down empty sleeves on the spindles using a doffer, which has a beam and a rotatable gripping device that can be mounted on the beam with a sleeve gripper (4 1) and a bobbin gripper (4 2), wherein the bobbin gripper (4 2) has a bobbin receptacle that is open at the bottom, and the sleeve gripper (4 1) has a sleeve receptacle that is open toward the bottom and are inverted over the bobbin respectively the sleeve for gripping them from above, and wherein the doffer is arranged next to the ring spinning machine, and the method comprises the following method steps: (a) gripping an empty sleeve with a sleeve gripper (4 1); (b) raising of the beam vertically; (c) extending the gripping device from the beam over the full bobbin, wherein this method step comprises pivoting of the gripping device which is directed obliquely upward from below and includes an offset; (d) removing the full bobbin from the spindle with the bobbin gripper (4 2), rotating the gripping device and placing the empty sleeve on the spindle; (e) retracting the gripping device toward the beam; (f) lowering the beam vertically; and (g) setting down the full bobbin. (a) gripping an empty sleeve with a sleeve gripper (4 1); (b) raising of the beam vertically; (c) extending the gripping device from the beam over the full bobbin, wherein this method step comprises pivoting of the gripping device which is directed obliquely upward from below and includes an offset; (d) removing the full bobbin from the spindle with the bobbin gripper (4 2), rotating the gripping device and placing the empty sleeve on the spindle; (e) retracting the gripping device toward the beam; (f) lowering the beam vertically; and (g) setting down the full bobbin.
A kitchen arrangement comprising a metal worktop in which at least one through hole is provided, through which hole a gas burner extends, at least when used, characterised in that a through slot (3a, 3b, 3c, 3d) is provided in the metal worktop, which through slot at least substantially surrounds said at least one through hole so as to define a heat zone in the worktop between said at least one through hole and the through slot.
A method for cryogenic separation of plant material, comprising: filling a vessel with cryogenic fluid comprising a temperature at or less than -150 degrees Celsius and placing plant material in a basket in the vessel,; providing agitation to the plant material and the cryogenic fluid in the vessel for a predetermined time period to separate solidified certain plant particulates, such as indumentums, from the plant material; upon completion of the time period, removing the basket comprising at least a portion of the plant material; allowing plant particulates separated from the plant material during the agitation to settle to the bottom of the vessel; and draining the vessel of the cryogenic fluid comprising plant particulates separated from the plant material. filling a vessel with cryogenic fluid comprising a temperature at or less than -150 degrees Celsius and placing plant material in a basket in the vessel,; providing agitation to the plant material and the cryogenic fluid in the vessel for a predetermined time period to separate solidified certain plant particulates, such as indumentums, from the plant material; upon completion of the time period, removing the basket comprising at least a portion of the plant material; allowing plant particulates separated from the plant material during the agitation to settle to the bottom of the vessel; and draining the vessel of the cryogenic fluid comprising plant particulates separated from the plant material.
A nonwoven fabric comprising a plurality of fibers that are bonded together to form a coherent web, wherein the fibers comprise a polymeric blend of a metallocene catalyzed polypropylene component, a polyethylene component, and a third polymer component that is at least partially miscible in the metallocene catalyzed polypropylene component and polyethylene component, wherein the third polymer component comprises a polypropylene copolymer or terpolymer, the fibers comprise greater than 50 percent by weight of the polypropylene component, 1 to 10 percent of the polyethylene component and 10 to 40 percent of the third polymer component, and the fibers have been calendered bonded with rod shapes patterns that extend in the cross direction of the web, wherein the CD rod patterns have a length that is about 1.5 to 10x the width and the CD rod patterns are present in an amount ranging from about 8 to 12% based on the surface area of the nonwoven web.
An engineered hybrid insecticidal protein (i.e HIP) comprising from N-terminus to C-terminus an N-terminal region of a first Bacillus thuringiensis (Bt) Cry protein fused to a C-terminal region of a second Bt Cry protein different from the first Bt Cry protein, wherein at least one crossover position between the first and the second Bt Cry protein is located in conserved block 2, conserved block 3, variable region 4 or conserved block 4, and wherein the first Cry protein is a Cry3Aa and wherein the second Cry protein is a Cry1Ab, a Cry1Fa, a Cry1Aa, a Cry1Ac or a Cry1Ia, and wherein the engineered hybrid insecticidal protein optionally comprises (a) at the C-terminus a protoxin tail region of a Bt Cry protein; or (b) at the N-terminus a peptidyl fragment; or (c) both (a) and (b), and wherein the engineered hybrid insecticidal protein has insecticidal activity against western corn rootworm or European corn borer. (a) at the C-terminus a protoxin tail region of a Bt Cry protein; or (b) at the N-terminus a peptidyl fragment; or (c) both (a) and (b),
Electric overhead conveyor, with a) a rail system running above the floor level; b) at least one electric overhead conveyor carriage which is movable on the rail system and has a chassis which comprises a supporting roller which is driven by a motor and rolls on the upper side of the rail system, wherein c) the chassis has at least two counter pressure rollers (36a, 36b), of which in each case one rolls in advance of the supporting roller in the direction of travel of the chassis and one rolls trailing the supporting roller on the lower side of the rail system, d) the electric overhead conveyor carriage is connectable via a traction device to a carriage rolling on the floor, characterized in that e) the counter pressure rollers (36a, 36b) are mounted in or on a clamping device which is suitable for predetermining a contact pressure of the counter pressure rollers (36a, 36b) against the lower side of the rail system, f) the clamping device is adjustable in order to change the contact pressure, g) the clamping device has two holding bodies (40a, 40b) which are changeable in their position and in or on which the counter pressure rollers (36a, 36b) are mounted rotatably in such a manner that the distance between the axle (44a, 44b) of at least one counter pressure roller (36a, 36b) and the lower side of the rail system is changeable, h) the holding bodies (40a, 40b) are each fastened via a dedicated pivot pin (46a, 46b) to the frame of the chassis. a) a rail system running above the floor level; b) at least one electric overhead conveyor carriage which is movable on the rail system and has a chassis which comprises a supporting roller which is driven by a motor and rolls on the upper side of the rail system, wherein c) the chassis has at least two counter pressure rollers (36a, 36b), of which in each case one rolls in advance of the supporting roller in the direction of travel of the chassis and one rolls trailing the supporting roller on the lower side of the rail system, d) the electric overhead conveyor carriage is connectable via a traction device to a carriage rolling on the floor, characterized in that e) the counter pressure rollers (36a, 36b) are mounted in or on a clamping device which is suitable for predetermining a contact pressure of the counter pressure rollers (36a, 36b) against the lower side of the rail system, f) the clamping device is adjustable in order to change the contact pressure, g) the clamping device has two holding bodies (40a, 40b) which are changeable in their position and in or on which the counter pressure rollers (36a, 36b) are mounted rotatably in such a manner that the distance between the axle (44a, 44b) of at least one counter pressure roller (36a, 36b) and the lower side of the rail system is changeable, h) the holding bodies (40a, 40b) are each fastened via a dedicated pivot pin (46a, 46b) to the frame of the chassis.
A lubricant deterioration sensor which is configured to be installed in a machine body so as to detect deterioration of lubricant in the machine body, the sensor comprising: a main body including a fixing member configured to be fixed to the machine body; and a replaceable unit that can be replaced from the main body, wherein the main body includes a gap forming member having an oil gap which the lubricant is allowed to enter, the replaceable unit includes a light emitting element configured to emit light and a color light receiving element configured to detect a color of the received light, the gap forming member is configured to allow the light emitted by the light emitting element to pass therethrough, the oil gap is arranged on an optical path formed from the light emitting element to the color light receiving element, the main body has a first fitting portion, and the replaceable unit has a second fitting portion, and the first fitting portion and the second fitting portion are fitted to each other in a state where a positional relationship between the gap forming member and the light emitting element and the color light receiving element becomes a predetermined positional relationship, wherein the main body includes a support member which supports the gap forming member, the first fitting portion is disposed in the support member, and the fixing member rotatably supports the support member and the replaceable unit so that an opening direction of the oil gap varies when the support member and the replaceable unit are rotated. a main body including a fixing member configured to be fixed to the machine body; and a replaceable unit that can be replaced from the main body, wherein the main body includes a gap forming member having an oil gap which the lubricant is allowed to enter, the replaceable unit includes a light emitting element configured to emit light and a color light receiving element configured to detect a color of the received light, the gap forming member is configured to allow the light emitted by the light emitting element to pass therethrough, the oil gap is arranged on an optical path formed from the light emitting element to the color light receiving element, the main body has a first fitting portion, and the replaceable unit has a second fitting portion, and the first fitting portion and the second fitting portion are fitted to each other in a state where a positional relationship between the gap forming member and the light emitting element and the color light receiving element becomes a predetermined positional relationship, wherein the main body includes a support member which supports the gap forming member, the first fitting portion is disposed in the support member, and the fixing member rotatably supports the support member and the replaceable unit so that an opening direction of the oil gap varies when the support member and the replaceable unit are rotated.