mhurhangee/ep-ind-claims huggingface dataset:
Porous metal body having two opposite main faces and adapted to attenuate the noise produced or transmitted by a current of gas sweeping over a first of said main faces, said body having pores (1, 2) in the form of cylindrical channels the axes of which extend substantially along straight lines perpendicular to said first face, opening out in said first face at a first one of their ends and closed off at their opposite end, characterised in that each channel has a diameter of between about 0.1 and 0.3 mm and being located, over at least part of its length, at a minimal distance (e) from its closest neighbours of between about 0.02 and 0.3 mm, and the ratio between the length and diameter of the channels being more than 10.
A plate assembly comprising: - a first plate member provided with a number of protrusions and a number of indentations arranged side by side; - a second plate member provided with: a number of protrusions and a number of indentations arranged side by side, where the protrusions are configured to be mechanically attached to a corresponding number of indentations of the first plate member, where the indentations are configured to be mechanically attached to a corresponding number of protrusions of the first plate member, where the indentations (12, 16) and the protrusions (10, 14) are circular arced, and where the circular arcs of the indentations (12, 16) are basically equal to the circular arcs of the protrusions (10, 14)characterised in that the smallest width (t) of the indentations (12, 16) corresponds to the radius (r) of the circle corresponding to the circular arc of the protrusions (10, 14). - a first plate member provided with a number of protrusions and a number of indentations arranged side by side; - a second plate member provided with: a number of protrusions and a number of indentations arranged side by side, where the protrusions are configured to be mechanically attached to a corresponding number of indentations of the first plate member, where the indentations are configured to be mechanically attached to a corresponding number of protrusions of the first plate member, where the indentations (12, 16) and the protrusions (10, 14) are circular arced, and where the circular arcs of the indentations (12, 16) are basically equal to the circular arcs of the protrusions (10, 14)characterised in that the smallest width (t) of the indentations (12, 16) corresponds to the radius (r) of the circle corresponding to the circular arc of the protrusions (10, 14).
A vehicle for use in subsea operations related to crushing at least one concrete mattress comprising: at least one lift assembly; at least one crushing roller capable of crushing each concrete mattress into a plurality of concrete mattress fragments; at least one blow out pipe capable of blowing each crushed concrete mattress fragment into at least one rubble container; and an interface frame capable of engaging the rubble container directly to the vehicle. at least one lift assembly; at least one crushing roller capable of crushing each concrete mattress into a plurality of concrete mattress fragments; at least one blow out pipe capable of blowing each crushed concrete mattress fragment into at least one rubble container; and an interface frame capable of engaging the rubble container directly to the vehicle.
Lift cage comprising - a cage body, which comprises a roof frame, - at least one horizontally displaceable cage door leaf (10.1, 10.2), which has guide rollers at the top, - drive means for moving the cage door leaf (10.1, 10.2), - a drive means support, on which the drive means for moving the cage door leaf (10.1) are mounted, and - a door guide rail serving for guidance of the guide rollers and for suspension of the cage door leaf (10.1, 10.2), characterised in that the door guide rail is fastened directly or by way of at least one spacer to the vertical front side of the roof frame, wherein the drive means support forms neither the spacer nor a part of the spacer. - a cage body, which comprises a roof frame, - at least one horizontally displaceable cage door leaf (10.1, 10.2), which has guide rollers at the top, - drive means for moving the cage door leaf (10.1, 10.2), - a drive means support, on which the drive means for moving the cage door leaf (10.1) are mounted, and - a door guide rail serving for guidance of the guide rollers and for suspension of the cage door leaf (10.1, 10.2),
Method for clearing underwater support piles, wherein said support piles are comprised of a wall comprising a filling material, comprising the steps of: i. predominantly transverse cutting of one or more underwater support piles, thereby obtaining an open cross-section, ii. providing a cutting device with a cutting plane opposite to said open cross-section, wherein said cutting plane is provided with one or more water jet cutting elements (15a, 15b), and iii. water jet cutting of said filling material whereby said water jet cutting elements (15a, 15b) are shifted within said cutting plane, characterized in that the distance of said water jet cutting elements (15a, 15b) to the centre of the cutting plane is varied during the water jet cutting. i. predominantly transverse cutting of one or more underwater support piles, thereby obtaining an open cross-section, ii. providing a cutting device with a cutting plane opposite to said open cross-section, wherein said cutting plane is provided with one or more water jet cutting elements (15a, 15b), and iii. water jet cutting of said filling material whereby said water jet cutting elements (15a, 15b) are shifted within said cutting plane,
Lifting device for lifting, transporting, and lowering loads, with a housing which comprises two lifting arms (14a, 14b), which delimit between them a load accommodation space which is open to at least one side, and which in each case comprise a counter-bearing (30a, 30b), against which an engagement part, in its engagement position, is in support with the respective counter-bearing (30a, 30b), and which in its released position can be moved by means of an actuation device about a pivot axis rotationally (R1, R2), wherein the engagement part is provided with a control part, which in its actuated or non-actuated state brings the engagement part into a translational movement (T1, T2) transverse to its pivot axis, respectively out of and into contact with the respective counter-bearing (30a, 30b), characterised in that the engagement part comprises at its free end an engagement nose, which in the engaged state engages into the wedge-shaped counter-bearing at a lifting arm, and that, at the end of the engagement part opposite the free end, a further engagement nose is formed, which in the engaged state is in contact with the counter-bearing at the other lifting arm, which is configured as cylindrical or wedge-shaped.
A thermal processing system, comprising: a plurality of laser energy sources (102A-D), each having an active q-switch; at least two combiners (200A, 200B) optically coupled to the laser energy sources, each combiner having a combining optic, the combining optic having a selecting surface; an optical system to direct light from the plurality of laser energy sources to opposite sides of each selecting surface; a diagnostic module having an intensity profile detector that receives pulses from each combining optic; an energy detector that receives pulses from each combining optic; a pulse shaper (107, 306, 320) with optical splitters configured to divide each pulse into a plurality of sub-pulses and mirror paths configured to send the sub-pulses along optical paths having different lengths, the pulse shaper optically coupled to the combiners; and a homogenizer (108, 400, 450) comprising at least two microlens arrays (404, 406) optically coupled to the pulse shaper. a plurality of laser energy sources (102A-D), each having an active q-switch; at least two combiners (200A, 200B) optically coupled to the laser energy sources, each combiner having a combining optic, the combining optic having a selecting surface; an optical system to direct light from the plurality of laser energy sources to opposite sides of each selecting surface; a diagnostic module having an intensity profile detector that receives pulses from each combining optic; an energy detector that receives pulses from each combining optic; a pulse shaper (107, 306, 320) with optical splitters configured to divide each pulse into a plurality of sub-pulses and mirror paths configured to send the sub-pulses along optical paths having different lengths, the pulse shaper optically coupled to the combiners; and a homogenizer (108, 400, 450) comprising at least two microlens arrays (404, 406) optically coupled to the pulse shaper.
A method for signal processing in a digital subscriber line system, wherein a central office is connected to multiple customer premises equipments via multiple lines, comprising the steps of: - determining via a feedback channel from the user premises equipment to the central office at least one line where no user data and no idle signals are transmitted; and - utilizing the at least one line determined for, in uplink direction from the user premises equipments to the central office, detecting crosstalk from the further lines and/or for, in downlink direction from the central office to the customer premises equipments, interference cancellation. - determining via a feedback channel from the user premises equipment to the central office at least one line where no user data and no idle signals are transmitted; and - utilizing the at least one line determined for, in uplink direction from the user premises equipments to the central office, detecting crosstalk from the further lines and/or for, in downlink direction from the central office to the customer premises equipments, interference cancellation.
A developer cartridge, comprising: a housing accommodating a developer, the housing including a first end portion and a second end portion, the first end portion and the second end portion being respectively located at opposite ends of the housing in a lengthwise direction, the housing is to discharge the developer through a developer discharge outlet coupled to the housing and adjacent to one of the first end portion and the second end portion; a spring auger located inside the housing and to rotate to transport the developer to the developer discharge outlet; and a rotation member located at the first end portion of the housing and connected to a first end of the spring auger to rotate the spring auger, wherein a bottom surface of the housing includes a plurality of first portions and a plurality of second portions, the first portions being flat and the second portions being internally convex from the first portions, a first portion of the plurality of first portions being adjacent to a respective second portion of the plurality of second portions, the first portions and the second portions are repeatedly arranged on the bottom surface of the housing in the lengthwise direction, wherein the developer cartridge is configured such that the state of contact between the spiral portion of the spring auger and the bottom surface of the housing is changed according to a rotational phase of the spring auger. a housing accommodating a developer, the housing including a first end portion and a second end portion, the first end portion and the second end portion being respectively located at opposite ends of the housing in a lengthwise direction, the housing is to discharge the developer through a developer discharge outlet coupled to the housing and adjacent to one of the first end portion and the second end portion; a spring auger located inside the housing and to rotate to transport the developer to the developer discharge outlet; and a rotation member located at the first end portion of the housing and connected to a first end of the spring auger to rotate the spring auger, wherein a bottom surface of the housing includes a plurality of first portions and a plurality of second portions, the first portions being flat and the second portions being internally convex from the first portions, a first portion of the plurality of first portions being adjacent to a respective second portion of the plurality of second portions, the first portions and the second portions are repeatedly arranged on the bottom surface of the housing in the lengthwise direction, wherein the developer cartridge is configured such that the state of contact between the spiral portion of the spring auger and the bottom surface of the housing is changed according to a rotational phase of the spring auger.
A process for preparing an asymmetric malonic acid diamide of formula or a pharmaceutically acceptable salt thereof, the process comprising (i) reacting a compound of formula with an M a salt of a compound H 2 N-X 1, obtaining a reaction mixture comprising an M a salt of formula or an M a salt of formula (II') or a mixture of the M a salt of formula and the M a salt of formula (II'); (ii) converting the M a salt of formula and/or of formula (II') to the compound of formula comprising forming an amide bond between the carbon atom of the ester moiety comprised in the compound of formula and/or formula (II'), preferably of formula, and the nitrogen atom comprised in a compound H 2 N-X 2; wherein R 1 and R 1 ' are alkyl or aryl, and R 1 and R 1 ' are the same or different; R 2 and R 3 are alkyl, alkoxy, aryl or heteroaryl and R 2 and R 3 are the same or different, or R 2 and R 3, together with the C atom at which R 2 and R 3 are attached, form a cycle; X 1 is a substituted aromatic or heteroaromatic residue; X 2 is a substituted or unsubstituted alkyl, alkenyl, cycloalkyl, aromatic or heteroaromatic residue wherein X 1 is different from X 2; M a is an alkali or alkaline earth metal. (i) reacting a compound of formula with an M a salt of a compound H 2 N-X 1, obtaining a reaction mixture comprising an M a salt of formula or an M a salt of formula (II') or a mixture of the M a salt of formula and the M a salt of formula (II'); (ii) converting the M a salt of formula and/or of formula (II') to the compound of formula comprising forming an amide bond between the carbon atom of the ester moiety comprised in the compound of formula and/or formula (II'), preferably of formula, and the nitrogen atom comprised in a compound H 2 N-X 2;
An anti-beta7 antibody comprising a variable region heavy chain framework sequence comprising the amino acid sequences set forth as SEQ ID NO: 38, SEQ ID NO: 39, SEQ ID NO: 45, and SEQ ID NO: 41, and a variable region light chain framework sequence comprising amino acid residues 1-23, 24-37, 38-69 and 70 to last residue of the amino acid sequence set forth as SEQ ID NO: 15, and an HVR-L1, HVR-L2, HVR-L3, HVR-H1, HVR-H2 and HVR-H3 wherein each, in order, comprises RASESVDDLLH (SEQ ID NO:9), KYASQSIS (SEQ ID NO:2), QQGNSLPNT (SEQ ID NO:3), GFFITNNYWG (SEQ ID NO:4), GYISYSGSTSYNPSLKS (SEQ ID NO:5), and RTGSSGYFDF (SEQ ID NO:66).
A device for removing a rod-like element, like a smoking rod, from a loading zone of a hanging line, wherein the rod-like element is arranged in a loading position of said loading zone in which the rod-like element can successively be loaded with sausage-shaped products, like sausages, each of which contain a flowable filling material in a tubular or bag-shaped packaging casing provided with a suspension element, like a suspension loop, through which the sausage-shaped products can be suspended on the rod-like element in the loading position, the device comprises: discharge means for discharging the loaded rod-like element out of the loading zone of the hanging line in a discharge direction; and transfer means being reversibly movable in a transfer direction between an engagement position in which the transfer means engage the rod-like element to be removed from the loading position, and a retracted position in which the loaded rod-like element is transferred to said discharge means; characterized by a drive assembly having a single drive device and transmission means for intermittently driving the discharge means in the discharge direction, and for reversibly driving the transfer means in the transfer direction between the engagement position and the retracted position, wherein the transfer means are reversibly moved by reversing the single drive means, and wherein the transmission means include a free run for intermittently driving the discharge means. discharge means for discharging the loaded rod-like element out of the loading zone of the hanging line in a discharge direction; and transfer means being reversibly movable in a transfer direction between an engagement position in which the transfer means engage the rod-like element to be removed from the loading position, and a retracted position in which the loaded rod-like element is transferred to said discharge means; characterized by a drive assembly having a single drive device and transmission means for intermittently driving the discharge means in the discharge direction, and for reversibly driving the transfer means in the transfer direction between the engagement position and the retracted position, wherein the transfer means are reversibly moved by reversing the single drive means, and wherein the transmission means include a free run for intermittently driving the discharge means.
A dishwasher, comprising: a tub providing a washing space; a sump communicating with the tub through a recovery hole and storing washing water; and a flow channel unit disposed on one surface of the tub to supply washing water to the tub and the sump, wherein the flow channel unit comprises: a water supply flow channel connected to a water supply source and supplied with washing water; a first flow channel connected to the water supply flow channel, supplied with the washing water, and supplying the washing water to the tub; and a second flow channel connected to the water supply flow channel, supplied with washing water, and supplying the washing water to the sump, wherein the first flow channel and the second flow channel are branched from a branching point of the water supply flow channel, wherein the branching point is formed at the top of the water supply flow channel, and wherein the water supply flow channel is formed to move washing water from a lower side to an upper side, and the first flow channel and the second flow channel are formed to move washing water from the upper side to the lower side. a tub providing a washing space; a sump communicating with the tub through a recovery hole and storing washing water; and a flow channel unit disposed on one surface of the tub to supply washing water to the tub and the sump, wherein the flow channel unit comprises: a water supply flow channel connected to a water supply source and supplied with washing water; a first flow channel connected to the water supply flow channel, supplied with the washing water, and supplying the washing water to the tub; and a second flow channel connected to the water supply flow channel, supplied with washing water, and supplying the washing water to the sump, a water supply flow channel connected to a water supply source and supplied with washing water; a first flow channel connected to the water supply flow channel, supplied with the washing water, and supplying the washing water to the tub; and a second flow channel connected to the water supply flow channel, supplied with washing water, and supplying the washing water to the sump, wherein the first flow channel and the second flow channel are branched from a branching point of the water supply flow channel, wherein the branching point is formed at the top of the water supply flow channel, and wherein the water supply flow channel is formed to move washing water from a lower side to an upper side, and the first flow channel and the second flow channel are formed to move washing water from the upper side to the lower side.
A system for measuring volume flow of a material, the system comprising: an imaging receiver configured to receive images of a screen deck of a vibratory shaker from an overhead position; at least one illumination device, in particular a plurality of illumination devices, configured to project a line of light onto the screen deck from an angle different than a viewing angle of the imaging receiver to the screen deck; and a mounting bracket configured to hold the imaging receiver and the at least one illumination device in a fixed relative position to one another and to the screen deck, wherein the system is configured to determine the volume flow of the material based on the images of the screen deck. an imaging receiver configured to receive images of a screen deck of a vibratory shaker from an overhead position; at least one illumination device, in particular a plurality of illumination devices, configured to project a line of light onto the screen deck from an angle different than a viewing angle of the imaging receiver to the screen deck; and a mounting bracket configured to hold the imaging receiver and the at least one illumination device in a fixed relative position to one another and to the screen deck, wherein the system is configured to determine the volume flow of the material based on the images of the screen deck.
A sanitary cabin device comprising at least one sanitary cabin, wherein at least one sanitary fixture - in particular from the group "toilet bowl, urinal, sink, shower unit" - is arranged in the sanitary cabin, wherein the sanitary cabin device comprises a frame, which has at least one frame top, at least one frame bottom, and at least two frame walls or frame side walls, respectively, each connecting frame top and frame bottom - wherein an internal unit is furthermore present, which has at least one top part, a bottom part, and at least two side walls, each connecting top part and bottom part, wherein, in a transport state of the device, the internal unit at least largely - preferably completely or essentially completely, respectively - is pushed into the frame, wherein, in an operating state of the device, the internal unit is at least partially laterally pulled out of the frame, and wherein at least one, preferably only one auxiliary bottom plate is assigned to each sanitary cabin, which auxiliary bottom plate can be transferred from a transport position in the transport state of the device into an operating position in the operating state of the device, in which operating position the auxiliary bottom plate is arranged parallel or essentially parallel, respectively, to the frame bottom, and in which the surface of the auxiliary bottom plate is aligned or essentially aligned, respectively, with the surface of the bottom part of the internal unit.