mhurhangee/ep-ind-claims huggingface dataset:
Telescopable column, in particular for items of furniture, such as desks, comprising: - at least two telescopic elements (44, 46) which can be displaced axially in one another in a telescope-like manner, and - a sliding support (26; 28; 78) between the at least two telescopic elements, wherein the sliding support comprises support bodies (34; 48; 70; 74; 80) only in the region of a longitudinal end (30; 32; 42) of an inner one of the two telescopic elements, the support bodies in each case having an abutment zone which forms a sliding surface and having an opposite abutment zone for fastening to the telescopic element, and being fastened to the outer side of the inner telescopic element without tools, wherein the outer one of the two telescopic elements, on the inner side thereof, has at least one guide groove which extends in the longitudinal direction of said element, and the sliding surface of the support bodies has a corresponding lug or guide rib which is designed to slide in the guide groove, and wherein the sliding surface has at least one sliding rib parallel to the guide rib, and the sliding rib has a lower height than the guide rib. - at least two telescopic elements (44, 46) which can be displaced axially in one another in a telescope-like manner, and - a sliding support (26; 28; 78) between the at least two telescopic elements, wherein the sliding support comprises support bodies (34; 48; 70; 74; 80) only in the region of a longitudinal end (30; 32; 42) of an inner one of the two telescopic elements, the support bodies in each case having an abutment zone which forms a sliding surface and having an opposite abutment zone for fastening to the telescopic element, and being fastened to the outer side of the inner telescopic element without tools,
Rotor blade of a wind turbine, wherein the rotor blade comprises - a main vortex generator being configured to generate a main vortex, and - a secondary vortex generator being configured to generate a second vortex, wherein - the height of the main vortex generator is greater than the height of the secondary vortex generator, characterized in that the main vortex generator and the secondary vortex generator are configured and arranged such with regard to each other that - for a boundary layer thickness being smaller than the height of the secondary vortex generator, the secondary vortex generator reduces, in particular neutralizes, the impact of the main vortex generator on the lift of the rotor blade, and - for a boundary layer thickness being larger than the height of the secondary vortex generator, the lift of the rotor blade is substantially unaffected by the presence of the secondary vortex generator. - a main vortex generator being configured to generate a main vortex, and - a secondary vortex generator being configured to generate a second vortex, wherein - the height of the main vortex generator is greater than the height of the secondary vortex generator, - for a boundary layer thickness being smaller than the height of the secondary vortex generator, the secondary vortex generator reduces, in particular neutralizes, the impact of the main vortex generator on the lift of the rotor blade, and - for a boundary layer thickness being larger than the height of the secondary vortex generator, the lift of the rotor blade is substantially unaffected by the presence of the secondary vortex generator.
An optical system for beam shaping of a laser beam for processing an in particular for the laser beam largely transparent material by modifying the material in a focus zone that is elongated in propagation direction, the optical system comprising a beam shaping element that is configured to receive the laser beam having a transverse input intensity profile and to impose a beam shaping phase distribution over the transversal input intensity profile onto the laser beam; and a near field optics, which is arranged downstream of the beam shaping element at a beam shaping distance (Dp) and configured to focus the laser beam into the focus zone, wherein the imposed phase distribution is such that a virtual optical image of the elongated focus zone is attributed to the laser beam, the optical image being located before the beam shaping element, and the beam shaping distance (Dp) corresponds to a propagation length of the laser beam within which the imposed phase distribution transforms the transverse input intensity profile into a transverse output intensity profile in the region of the near field optics, and the transverse output intensity profile has, in comparison with the input intensity profile, a local maximum lying outside of a beam axis.
A composition comprising recombinant MHC II/CII peptide complexes comprising (a) an extracellular region of an MHC class II alpha chain comprising at least an alpha 1 domain; (b) an extracellular region of an MHC class II beta chain comprising at least a beta 1 domain; and (c) a collagen II peptide (CII peptide) fused to the N-terminus of the MHC class II alpha chain or the MHC class II beta chain by a linker peptide, preferably to the MHC class II beta chain; wherein the CII peptide comprises the amino acid sequence selected from the group consisting of AGFKGEQGPKG, AGFKGEQGPXG, AGFKGEXGPKG, AGFKGXQGPKG, AGFKXEQGPKG, AGFKGEXGPXG and AGFKGXQGPXG, AGFKXEQGPXG, wherein the MHC II/CII peptide complexes comprise a post-translationally modified CII peptide, wherein the first lysine residue of the CII peptide is O-glycosylated hydroxylysine (Hyl); and wherein at least the alpha 1 domain is from DRA*0101 and at least the beta 1 domain is from a HLA-DR allele selected from the group consisting of DRB1*0401, DRB1*0404, DRB1*0405, DRB1*0408, DRB1*0409, DRB1*0101, DRB1*0102, DRB1*1001, DRB1*1402 and DRB1*1303 and/or wherein the MHC II/CII peptide complex does not contain an enzymatic cleavage site in the amino acid sequence between the CII peptide and extracellular region of the MHC II alpha or beta chain. (a) an extracellular region of an MHC class II alpha chain comprising at least an alpha 1 domain; (b) an extracellular region of an MHC class II beta chain comprising at least a beta 1 domain; and (c) a collagen II peptide (CII peptide) fused to the N-terminus of the MHC class II alpha chain or the MHC class II beta chain by a linker peptide, preferably to the MHC class II beta chain; wherein the CII peptide comprises the amino acid sequence selected from the group consisting of AGFKGEQGPKG, AGFKGEQGPXG, AGFKGEXGPKG, AGFKGXQGPKG, AGFKXEQGPKG, AGFKGEXGPXG and AGFKGXQGPXG, AGFKXEQGPXG, wherein the MHC II/CII peptide complexes comprise a post-translationally modified CII peptide, wherein the first lysine residue of the CII peptide is O-glycosylated hydroxylysine (Hyl); and wherein at least the alpha 1 domain is from DRA*0101 and at least the beta 1 domain is from a HLA-DR allele selected from the group consisting of DRB1*0401, DRB1*0404, DRB1*0405, DRB1*0408, DRB1*0409, DRB1*0101, DRB1*0102, DRB1*1001, DRB1*1402 and DRB1*1303 and/or wherein the MHC II/CII peptide complex does not contain an enzymatic cleavage site in the amino acid sequence between the CII peptide and extracellular region of the MHC II alpha or beta chain.
A method for transmitting a reference signal by a base station, the method comprising: transmitting, by the base station, a control signal to a user equipment, wherein the control signal indicates that a second reference signal defined for at least one antenna port of the base station is transmitted by a relay node in a second transmission region of a subframe; and transmitting, by the base station to the user equipment, a first reference signal defined for a remaining antenna port of the base station other than the at least one antenna port in a first transmission region of the subframe in which the relay node transmits the second reference signal to the user equipment in the second transmission region, wherein the first transmission region and the second transmission region do not overlap with each other. transmitting, by the base station, a control signal to a user equipment, wherein the control signal indicates that a second reference signal defined for at least one antenna port of the base station is transmitted by a relay node in a second transmission region of a subframe; and transmitting, by the base station to the user equipment, a first reference signal defined for a remaining antenna port of the base station other than the at least one antenna port in a first transmission region of the subframe in which the relay node transmits the second reference signal to the user equipment in the second transmission region, wherein the first transmission region and the second transmission region do not overlap with each other.
A method comprising: a dealer device receiving a first signal from a first control panel device indicative of a system trouble event at the first control panel device; upon receipt of the first signal, the dealer device transmitting a second signal to each of a plurality of other control panel devices soliciting a status update therefrom; the dealer device receiving a third signal from each of the plurality of other control panel devices indicative of a respective system status; and the dealer device determining whether the system trouble event is local to the first control panel device or is area wide. a dealer device receiving a first signal from a first control panel device indicative of a system trouble event at the first control panel device; upon receipt of the first signal, the dealer device transmitting a second signal to each of a plurality of other control panel devices soliciting a status update therefrom; the dealer device receiving a third signal from each of the plurality of other control panel devices indicative of a respective system status; and the dealer device determining whether the system trouble event is local to the first control panel device or is area wide.
A wall-mounted drum washing machine comprising: a rear panel mounted on a wall; a tub supported by the rear panel and containing washing water; a front panel having an opening formed therein and installed on the tub; a drum rotatably installed in the tub; a driving unit configured to providing power to the drum; a cover installed on the rear panel and covering the tub and the front panel; a water supply device supplying washing water to the tub; a drain device comprising a drain pipe, discharging washing water from the tub to the outside; characterized in that a ventilation device forming a flow path through which air is moved between the inside and outside of the tub is connected to the drain device, wherein the ventilation device comprises: an air discharge hole formed in the rear panel and communicating with the inside of the tub; and a bubble discharge pipe having one end connected to the air discharge hole and the other end connected to the drain pipe, such as to discharge an excessive amount of bubbles in the tub, through the air discharge hole and through the drain device to the outside. a rear panel mounted on a wall; a tub supported by the rear panel and containing washing water; a front panel having an opening formed therein and installed on the tub; a drum rotatably installed in the tub; a driving unit configured to providing power to the drum; a cover installed on the rear panel and covering the tub and the front panel; a water supply device supplying washing water to the tub; a drain device comprising a drain pipe, discharging washing water from the tub to the outside; characterized in that a ventilation device forming a flow path through which air is moved between the inside and outside of the tub is connected to the drain device, wherein the ventilation device comprises: an air discharge hole formed in the rear panel and communicating with the inside of the tub; and a bubble discharge pipe having one end connected to the air discharge hole and the other end connected to the drain pipe, such as to discharge an excessive amount of bubbles in the tub, through the air discharge hole and through the drain device to the outside. an air discharge hole formed in the rear panel and communicating with the inside of the tub; and a bubble discharge pipe having one end connected to the air discharge hole and the other end connected to the drain pipe, such as to discharge an excessive amount of bubbles in the tub, through the air discharge hole and through the drain device to the outside.
A cooling device comprising an ice making device wherein the ice making device has a first ice tray having a plurality of open-top cells filled with water; a second ice tray that is positioned next to the first ice tray parallel on the same plane and that has a plurality of open-top cells filled with water, wherein the ice making device has a driving mechanism • that can be moved in two different movements, • that moves only the first ice tray with a first movement and • that returns the first ice tray to its initial position and moves the second ice tray with a second movement, characterized in that the driving mechanism comprises a rear cover and a front cover; a motor that is arranged between the rear cover and the front cover and that is attached to the first ice tray; a first gear that is attached onto the motor so as to be coaxial with the motor; a locking mechanism that is attached onto the motor so as to be coaxial with the first gear and to allow the first gear to rotate in one direction and prevent the same from rotating in the other direction; a third gear that is adjacent to the first gear and that contacts the first gear so as to receive the movement of the first gear, and a second gear that is fixed to the second ice tray and that contacts the third gear so as to receive the movement of the third gear. • that can be moved in two different movements, • that moves only the first ice tray with a first movement and • that returns the first ice tray to its initial position and moves the second ice tray with a second movement, the driving mechanism comprises a rear cover and a front cover; a motor that is arranged between the rear cover and the front cover and that is attached to the first ice tray; a first gear that is attached onto the motor so as to be coaxial with the motor; a locking mechanism that is attached onto the motor so as to be coaxial with the first gear and to allow the first gear to rotate in one direction and prevent the same from rotating in the other direction; a third gear that is adjacent to the first gear and that contacts the first gear so as to receive the movement of the first gear, and a second gear that is fixed to the second ice tray and that contacts the third gear so as to receive the movement of the third gear.
A negative electrode active material for an electrical storage device employing an aprotic organic solvent electrolyte solution containing a lithium salt as an electrolyte, characterized in that it is made of a carbon material having a specific surface area of from 0.01 to 50 m 2 /g and a total mesopore volume of from 0.005 to 0.0171 cc/g, wherein volumes of mesopores having pore diameters of from 100 to 400 Å occupy at least 25% of the total mesopore volume, wherein the mesopore volume is obtained by the analysis of the desorption isotherm by Dollimore-Heal method, and the specific surface area is obtained from the adsorption isotherm starting from a relative pressure of 0.
An image transfer method comprising: inkjet printing a latex ink image onto an image transfer film of an image transfer sheet, the image transfer sheet comprising: a base layer; and the image transfer film formed on the base layer by an extrusion of propylene-ethylene copolymer material comprising plastomers and elastomers; contacting the latex ink image and the image transfer film with a substrate; applying heat and pressure to the image transfer sheet and the substrate to transfer the latex ink image from the image transfer film to the substrate as a dry latex ink image; and removing the image transfer sheet from the substrate. inkjet printing a latex ink image onto an image transfer film of an image transfer sheet, the image transfer sheet comprising: a base layer; and the image transfer film formed on the base layer by an extrusion of propylene-ethylene copolymer material comprising plastomers and elastomers; a base layer; and the image transfer film formed on the base layer by an extrusion of propylene-ethylene copolymer material comprising plastomers and elastomers; contacting the latex ink image and the image transfer film with a substrate; applying heat and pressure to the image transfer sheet and the substrate to transfer the latex ink image from the image transfer film to the substrate as a dry latex ink image; and removing the image transfer sheet from the substrate.
A method for monitoring a status of a media asset, the method comprising: selecting a media asset, wherein the selected media asset is available for viewing by a user; presenting the selected media asset to the user; monitoring if the user views the entire media asset; detecting that the user has further interest in the media asset after determining that the user has finished viewing the media asset, wherein the user's further interest in the media asset is detected based on the user marking the media asset as a favorite; and in response to the detecting, monitoring the status of the media asset for a change in status; and if a change in status is detected, checking if the media asset has already been locally recorded. selecting a media asset, wherein the selected media asset is available for viewing by a user; presenting the selected media asset to the user; monitoring if the user views the entire media asset; detecting that the user has further interest in the media asset after determining that the user has finished viewing the media asset, wherein the user's further interest in the media asset is detected based on the user marking the media asset as a favorite; and in response to the detecting, monitoring the status of the media asset for a change in status; and if a change in status is detected, checking if the media asset has already been locally recorded.
A device, comprising: a cutting rib, the cutting rib including an arcuate portion having an outer sharp edge; and a centralizer configured to receive the cutting rib through a radial slot, the radial slot forming a gap (12A, g 1, g 2, g 3) with the cutting rib, wherein: the arcuate portion of the cutting rib is formed into a profile that follows a surface of the centralizer, and the outer sharp edge of the arcuate portion of the cutting rib protrudes outwardly from the surface of the centralizer, characterized in that the outer sharp edge of the arcuate portion of the cutting rib has a wavy profile that forms a tunnel in the gap between the centralizer and the cutting rib. a cutting rib, the cutting rib including an arcuate portion having an outer sharp edge; and a centralizer configured to receive the cutting rib through a radial slot, the radial slot forming a gap (12A, g 1, g 2, g 3) with the cutting rib, wherein: the arcuate portion of the cutting rib is formed into a profile that follows a surface of the centralizer, and the outer sharp edge of the arcuate portion of the cutting rib protrudes outwardly from the surface of the centralizer, characterized in that the outer sharp edge of the arcuate portion of the cutting rib has a wavy profile that forms a tunnel in the gap between the centralizer and the cutting rib. the arcuate portion of the cutting rib is formed into a profile that follows a surface of the centralizer, and the outer sharp edge of the arcuate portion of the cutting rib protrudes outwardly from the surface of the centralizer, characterized in that the outer sharp edge of the arcuate portion of the cutting rib has a wavy profile that forms a tunnel in the gap between the centralizer and the cutting rib.
Method for producing a coated cemented carbide body containing 3-12 weight-% binder phase with a carbon content below saturation point with a 5-100 μm thick surface zone different from the interior of the body whereby the cemented carbide body is decarburized in H 2 +H 2 O with dew point between 0 °C and -30 °C, or H 2 +CO 2 gas atmosphere containing 10-20 % CO 2, at a temperature of 1000-1250 °C, for 2-10 h to form an eta phase containing surface zone, characterised in that - the body is heat treated at a temperature of between 1360 and 1410 °C, for 0.5 to 5 h, in a neutral gas atmosphere or vacuum to completely retransform the eta phase or other phases formed during decarburization to WC+Co phase. - the body is heat treated at a temperature of between 1360 and 1410 °C, for 0.5 to 5 h, in a neutral gas atmosphere or vacuum to completely retransform the eta phase or other phases formed during decarburization to WC+Co phase.
A horizontal transfer system (220; 320) for moving a dry shielded canister, the system comprising: a stabilization portion (222; 322); and a canister support portion (224; 324) characterised in that the canister support portion is engaged with the stabilization portion (222; 322) and configured for translational movement between an extended position and a retracted position relative to the stabilization portion (222; 322), the canister support portion (224; 324) including a roller interface for supporting and moving a canister, the roller interface being movable relative to the canister support portion (224; 324) between a retracted position and an extended position to engage with the canister for moving the canister on the roller interface. a stabilization portion (222; 322); and a canister support portion (224; 324)
A spinal screw comprising: a shaft formed with a lumen and comprising a head; a distal movable member comprising a distal tip and arranged to move in a distal portion of said lumen, and wherein said distal movable member comprises a proximal surface arranged to abut against a stopper formed in said shaft, and a biasing device configured to provide an urging force on said distal movable member, characterised in that said distal tip comprises an additional stopper comprising a distally facing wall proximal to a distal-most point of said distal tip to prevent the distal tip from penetrating an anterior wall of a vertebra. a shaft formed with a lumen and comprising a head; a distal movable member comprising a distal tip and arranged to move in a distal portion of said lumen, and wherein said distal movable member comprises a proximal surface arranged to abut against a stopper formed in said shaft, and a biasing device configured to provide an urging force on said distal movable member, characterised in that said distal tip comprises an additional stopper comprising a distally facing wall proximal to a distal-most point of said distal tip to prevent the distal tip from penetrating an anterior wall of a vertebra.