mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for dispensing fluid at a desired location, comprising; a delivery device (1, 100, 1000, 2000) comprising: a first fluid communication pathway (27, 200, 300, 1020, 2005) and a further fluid communication pathway (35, 320, 1030, 2080); at least one first fluid outlet port (15, 310) and at least one further fluid outlet port (21, 150, 330, 1050) at least partly surrounding the first fluid outlet port wherein the first fluid communication pathway is for connecting each first fluid outlet port to a first fluid source and the further fluid communication pathway is for connecting each further fluid outlet port to a further fluid source; a first control member (11, 33) for selectively connecting the first fluid source to said first fluid outlet port; and a further control member (13, 25, 37, 160) for selectively connecting the further fluid source to said further fluid outlet port; wherein the first fluid outlet port is configured to dispense fluid in a first dispensing mode and wherein the further fluid outlet port is configured to dispense fluid in a further dispensing mode; characterised in that the delivery device can selectively provide a spray or jet pattern alone or a mist pattern alone, or both a spray or a jet pattern and a mist pattern simultaneously in which a mist pattern is entrained via a surrounding spray or jet pattern to enhance the throw of the mist. a first fluid communication pathway (27, 200, 300, 1020, 2005) and a further fluid communication pathway (35, 320, 1030, 2080); at least one first fluid outlet port (15, 310) and at least one further fluid outlet port (21, 150, 330, 1050) at least partly surrounding the first fluid outlet port wherein the first fluid communication pathway is for connecting each first fluid outlet port to a first fluid source and the further fluid communication pathway is for connecting each further fluid outlet port to a further fluid source; a first control member (11, 33) for selectively connecting the first fluid source to said first fluid outlet port; and a further control member (13, 25, 37, 160) for selectively connecting the further fluid source to said further fluid outlet port; wherein the first fluid outlet port is configured to dispense fluid in a first dispensing mode and wherein the further fluid outlet port is configured to dispense fluid in a further dispensing mode; characterised in that the delivery device can selectively provide a spray or jet pattern alone or a mist pattern alone, or both a spray or a jet pattern and a mist pattern simultaneously in which a mist pattern is entrained via a surrounding spray or jet pattern to enhance the throw of the mist.
4-amino-N-[4-(methoxymethyl)phenyl]-7-(1-methylcyclopropyl)-6-(3-morpholinoprop-1-yn-1-yl)-7H-pyrrolo[2,3-d]pyrimidine-5-carboxamide 1:2 HCl salt, in crystalline form 1, characterized by an XRPD pattern comprising peaks at about 6.59°2θ, 7.40°2θ, 9.12°2θ, 14.57°2θ, 16.39°2θ, 26.06°2θ, 26.57°2θ, and 27.07°2θ.
A tubular cylinder particularly for handling plastic film webs in connection with production of thin plastic film, e.g. thin packing film, the cylinder including an outer tube with a large number of radial nozzle apertures that communicate with an inner tube arranged coaxially relative to the outer tube, and which by means of radial longitudinal partitionings is divided into a number of longitudinal curving air ducts, the inner tube being connected with a tubular duct for the supply of air, the cylinder including bearing means (16, 18) at opposite ends allowing the cylinder to rotate, characterised in that the radial nozzle apertures in the outer tube are arranged along two helical lines, and that the helix at one side of the centre plane is wound in a direction opposite the helix at the other side of the centre plane, and that the radial nozzle apertures are angled outwards relative to the radial centre plane.
A method performed at a wireless device, the wireless device being connected to a first cell and a second cell operated by a network node, wherein the second cell is configured on a carrier where a listen-before-talk, LBT, protocol for transmission is required to be used, the method comprising: receiving a scheduling grant from the network node for the carrier, for a scheduled uplink transmission; receiving, in the first cell, from the network node, a grant confirmation signal indicating that the network node has performed a clear channel assessment, CCA, on the carrier and is releasing the carrier for the wireless device; and responsive to receiving the scheduling grant and the grant confirmation signal, transmitting the scheduled uplink transmission on the carrier without performing a CCA on the carrier. receiving a scheduling grant from the network node for the carrier, for a scheduled uplink transmission; receiving, in the first cell, from the network node, a grant confirmation signal indicating that the network node has performed a clear channel assessment, CCA, on the carrier and is releasing the carrier for the wireless device; and responsive to receiving the scheduling grant and the grant confirmation signal, transmitting the scheduled uplink transmission on the carrier without performing a CCA on the carrier.
An emitter for a THz radiation source, comprising a substrate (7, 16) and a metal thin-film structure structured as a grating, which comprises a plurality of strips oriented in a longitudinal direction on a surface of the substrate (7, 16) and containing a ferromagnetic layer, characterised in that the surface has a wave-like profile in a section perpendicular to the longitudinal direction, with alternating first and second flanks (5, 6) that are inclined in opposite directions with respect to a mean surface normal of the surface, and in that the strips are each located only on the first flanks.
A stent graft deployment device including: a handle, the handle including a first part to be gripped and held by a user and a second part to be moved relative to the first part; a pusher on which a stent graft may be mounted, the device including a release clamp for the pusher; and a sheath to cover a stent graft on the pusher; wherein the pusher is connected to the first part of the handle and the sheath is connected to the second part of the handle, whereby retraction of the second part of the handle with respect to the first part of the handle causes the sheath to be retracted from a stent graft on the pusher; wherein the first part of the handle includes a first component to grip the pusher and a second component to grip the release clamp on the pusher, whereby movement of the second component with respect to the first component moves the release clamp on the pusher to release a stent graft from the pusher. a handle, the handle including a first part to be gripped and held by a user and a second part to be moved relative to the first part; a pusher on which a stent graft may be mounted, the device including a release clamp for the pusher; and a sheath to cover a stent graft on the pusher; wherein the pusher is connected to the first part of the handle and the sheath is connected to the second part of the handle, whereby retraction of the second part of the handle with respect to the first part of the handle causes the sheath to be retracted from a stent graft on the pusher; wherein the first part of the handle includes a first component to grip the pusher and a second component to grip the release clamp on the pusher, whereby movement of the second component with respect to the first component moves the release clamp on the pusher to release a stent graft from the pusher.
A method of manufacturing a sputtering target for producing a metallic glass membrane, the method comprising: producing an atomized powder having a composition of a ternary or greater compound system with at least one or more metal elements selected from Pd, Zr, Fe, Co, Cu and Ni as its main component of greatest atomic % by atomizing a composition of a ternary or greater compound system with at least one or more metal elements selected from Pd, Zr, Fe, Co, Cu and Ni as its main component of greatest atomic % to a powder having an average grain size of 50μm or less; sintering the atomized powder at a temperature between the crystallization temperature and the glass transition point temperature, while keeping the heating time during sintering as short as possible in order to maintain the glass state; and processing the sintered body into a target shape where the target has the composition of the ternary or greater compound system, the crystallite size of the target measured by X-ray diffraction is 10Å to 200Å and the target does not incorporate a segregated crystal of 1μm or larger. producing an atomized powder having a composition of a ternary or greater compound system with at least one or more metal elements selected from Pd, Zr, Fe, Co, Cu and Ni as its main component of greatest atomic % by atomizing a composition of a ternary or greater compound system with at least one or more metal elements selected from Pd, Zr, Fe, Co, Cu and Ni as its main component of greatest atomic % to a powder having an average grain size of 50μm or less; sintering the atomized powder at a temperature between the crystallization temperature and the glass transition point temperature, while keeping the heating time during sintering as short as possible in order to maintain the glass state; and processing the sintered body into a target shape where the target has the composition of the ternary or greater compound system, the crystallite size of the target measured by X-ray diffraction is 10Å to 200Å and the target does not incorporate a segregated crystal of 1μm or larger.
An Arthrobacter gandavensis strain having an activity against Clostridium perfringens selected from the strains AP1 deposited at DSMZ on February 19, 2014 under the number DSM 28444, AP2 deposited at DSMZ on February 19, 2014 under the number DSM 28445, AP3 deposited at DSMZ on February 19, 2014 under the number DSM 28446 or AP4 deposited at DSMZ on February 19, 2014 under the number DSM 28447.
Use of a vapor-permeable laminate in the construction sector, having at least one first top layer and at least one second top layer, wherein the top layers (2, 3) have perforations (4, 5) and are connected to one another such that the perforations (4, 5) of the first top layer do not overlap the perforations of the second top layer, wherein a structure having pores is provided between the top layers (2, 3), and wherein the pores in each case have a clear cross-sectional area of less than 100 μm 2.
A nucleic acid selected from the group consisting of: a) a nucleic acid sequence comprising a nuclear factor of activated T-cells (NFAT) responsive element linked to a minimal human IL-2 promoter operatively associated with a nucleotide sequence encoding IL-12, wherein the IL-12 is preferably human IL-12 and/or single chain IL-12; b) a nucleic acid of a), wherein the IL-12 comprises a sequence selected from the group consisting of SEQ ID NOs: 1-3; and c) a nucleic acid of a) or b), wherein the NFAT responsive element and minimal human IL-2 promoter comprise SEQ ID NO: 4. a) a nucleic acid sequence comprising a nuclear factor of activated T-cells (NFAT) responsive element linked to a minimal human IL-2 promoter operatively associated with a nucleotide sequence encoding IL-12, wherein the IL-12 is preferably human IL-12 and/or single chain IL-12; b) a nucleic acid of a), wherein the IL-12 comprises a sequence selected from the group consisting of SEQ ID NOs: 1-3; and c) a nucleic acid of a) or b), wherein the NFAT responsive element and minimal human IL-2 promoter comprise SEQ ID NO: 4.
A method of biasing a worm shaft of a motor assembly, said method comprising the steps of: providing a motor assembly having a housing defining an inner chamber, an access aperture disposed in said housing and spaced from said inner chamber, a shaft aperture disposed in said housing and in communication with both of said inner chamber and said access aperture, and a worm shaft rotatably supported by said shaft aperture and having a worm portion at least partially disposed in said inner chamber and a terminal portion at least partially disposed in said shaft aperture; characterized by providing an ultrasonic welding device having a tapered horn for generating ultrasonic vibrations; providing a slug having a body with a first shape for being disposed in said access aperture of said motor assembly, said body being selectively transformable from said first shape to a different second shape for abutting said terminal portion of said worm shaft in response to receiving concentrated ultrasonic vibrations from said horn of said ultrasonic welding device; installing said slug into said access aperture of said motor assembly; and actuating said ultrasonic welding device so as to transform said body of said slug from said first shape to said second shape such that said slug at least partially melts and at least partially flows into said shaft aperture of said motor assembly so as to abut said terminal portion of said worm shaft and bias said worm shaft along said shaft aperture. providing a motor assembly having a housing defining an inner chamber, an access aperture disposed in said housing and spaced from said inner chamber, a shaft aperture disposed in said housing and in communication with both of said inner chamber and said access aperture, and a worm shaft rotatably supported by said shaft aperture and having a worm portion at least partially disposed in said inner chamber and a terminal portion at least partially disposed in said shaft aperture; characterized by providing an ultrasonic welding device having a tapered horn for generating ultrasonic vibrations; providing a slug having a body with a first shape for being disposed in said access aperture of said motor assembly, said body being selectively transformable from said first shape to a different second shape for abutting said terminal portion of said worm shaft in response to receiving concentrated ultrasonic vibrations from said horn of said ultrasonic welding device; installing said slug into said access aperture of said motor assembly; and actuating said ultrasonic welding device so as to transform said body of said slug from said first shape to said second shape such that said slug at least partially melts and at least partially flows into said shaft aperture of said motor assembly so as to abut said terminal portion of said worm shaft and bias said worm shaft along said shaft aperture.
A radiation shield assembly, for protecting an operator from scatter radiation, comprising: a flexible drape having a sterile outer surface and at least one through opening; the flexible drape having at least one pocket (37; 94; 94') and at least one radiopaque member being disposable in the at least one pocket and arrangeable about said at least one through opening (30; 40); wherein the at least one pocket (37 94; 94') is arranged to have an opening, which allows insertion of the radiopaque member, and a fastener, wherein the opening is closable by the fastener in an air/fluid tight manner. a flexible drape having a sterile outer surface and at least one through opening; the flexible drape having at least one pocket (37; 94; 94') and at least one radiopaque member being disposable in the at least one pocket and arrangeable about said at least one through opening (30; 40); wherein the at least one pocket (37 94; 94') is arranged to have an opening, which allows insertion of the radiopaque member, and a fastener, wherein the opening is closable by the fastener in an air/fluid tight manner.
A fire resistant gypsum panel comprising a set gypsum core disposed between two cover sheets, the set gypsum core having a density of 40 pounds per cubic foot (640 kg/m 3) or less and comprising a crystalline matrix of set gypsum and high expansion particles, the high expansion particles expandable to 300% or more of their original volume after being heated for one hour at about 1560 °F (about 850 °C), wherein the high expansion particles comprise unexpanded vermiculite particles and wherein the gypsum core is formed from a slurry comprising water; stucco; the vermiculite particles in an amount up to 10% by weight based on the weight of the stucco; and mineral, glass or carbon fibers, or combinations thereof.
A side airbag device stored in a side support of a vehicle seat, a side frame and a pad being disposed in the side support, the side frame having a frame sidewall extending along a vehicle travel direction, the pad covering at least a front side of the side frame in the vehicle traveling direction, the side airbag device comprising: an airbag module, the airbag module having: an airbag for restraining an occupant when the airbag is expanded and deployed; and an inflator for supplying an inflation gas to the airbag, the inflator being disposed at an occupant seating side with respect to the frame sidewall in a vehicle width direction; and a webbing (40,140) partially covering the airbag module when the airbag module is stored, wherein the webbing is disposed to extend from a rear side of the airbag module toward a vehicle front side along an inner side surface of the pad, pass through the pad along a first path so as to reach an outside of the pad, and further extend along an outer surface of the pad and reach proximately a front edge of the side support in the vehicle travel direction when viewed in a horizontal cross section of the airbag module from above. an airbag module, the airbag module having: an airbag for restraining an occupant when the airbag is expanded and deployed; and an inflator for supplying an inflation gas to the airbag, the inflator being disposed at an occupant seating side with respect to the frame sidewall in a vehicle width direction; and an airbag for restraining an occupant when the airbag is expanded and deployed; and an inflator for supplying an inflation gas to the airbag, the inflator being disposed at an occupant seating side with respect to the frame sidewall in a vehicle width direction; and a webbing (40,140) partially covering the airbag module when the airbag module is stored, wherein the webbing is disposed to extend from a rear side of the airbag module toward a vehicle front side along an inner side surface of the pad, pass through the pad along a first path so as to reach an outside of the pad, and further extend along an outer surface of the pad and reach proximately a front edge of the side support in the vehicle travel direction when viewed in a horizontal cross section of the airbag module from above.
A heat pipe for an electronic device, comprising: a body having a generally planar, metallic structure, the body comprising a first module and a second module joined together to define an internal volume, wherein each of the first module and the second module has a foldable portion therein; a polymeric layer disposed over the foldable portion of each of the first module and the second module, of the body; the heat pipe being characterized in that it further comprises one or more grooves formed in the foldable portion of each of the first module and the second module of the body, wherein the one or more grooves extends along a lateral direction of the body; wherein the polymeric layer comprises a metallic layer arranged therewith; and wherein the metallic layer comprises one or more indentations complementary to the one or more grooves formed in the foldable portion of each of the first module and the second module, of the body. a body having a generally planar, metallic structure, the body comprising a first module and a second module joined together to define an internal volume, wherein each of the first module and the second module has a foldable portion therein; a polymeric layer disposed over the foldable portion of each of the first module and the second module, of the body; the heat pipe being characterized in that it further comprises one or more grooves formed in the foldable portion of each of the first module and the second module of the body, wherein the one or more grooves extends along a lateral direction of the body; wherein the polymeric layer comprises a metallic layer arranged therewith; and wherein the metallic layer comprises one or more indentations complementary to the one or more grooves formed in the foldable portion of each of the first module and the second module, of the body.
A user interface for a patient support apparatus, the user interface comprising a frame (175, 178) including a first side and a second side, a support structure positioned on the second side, the support structure being configured to support personal digital assistants of varying sizes, wherein the support structure includes a fixed base (172, 174) and a movable clamp, characterized in that the movable clamp is movable relative to the fixed base with a locking mechanism (240, 246, 248, 250, 252, 254, 256, 200, 202, 236, 238) lockable to resist movement of the movable clamp away from the base, wherein the locking mechanism (240, 246, 248, 250, 252, 254, 256, 200, 202, 236, 238) includes a lock that has a pair of arms (250, 252), the arms formed to include catches (254, 256), and the locking mechanism further includes guides (200, 202) that are each engaged by the respective catches of the arms, in which the locking mechanism precludes movement of the movable clamp away from the base when the guides (200, 202) are engaged by the catches. a frame (175, 178) including a first side and a second side, a support structure positioned on the second side, the support structure being configured to support personal digital assistants of varying sizes, wherein the support structure includes a fixed base (172, 174) and a movable clamp, characterized in that the movable clamp is movable relative to the fixed base with a locking mechanism (240, 246, 248, 250, 252, 254, 256, 200, 202, 236, 238) lockable to resist movement of the movable clamp away from the base,
Method for metering and compressing bulk material, comprising the following steps: - positioning a conveyor and an accommodating apparatus relative to one another with a distance (d) between an outlet of the conveyor and a base of a container, in particular of a bag, in the accommodating apparatus; and - metering the bulk material continuously or as a batch process with pre-apportioning, by means of the conveyor, into the container through an introduction opening of the container; characterized in that, when the container is being filled, the degree to which the bulk material is compacted is increased by - measuring at least one of the following measurement variables: current consumption of the conveyor, torque of the conveyor, filling height of the bulk material in the container, metering time; and - adjusting the distance (d) between the outlet and base in dependence on the measured measurement variable or a combination of the measured measurement variable and a measured weight of the metered bulk material and/or a measured metered volume of the bulk material. - positioning a conveyor and an accommodating apparatus relative to one another with a distance (d) between an outlet of the conveyor and a base of a container, in particular of a bag, in the accommodating apparatus; and - metering the bulk material continuously or as a batch process with pre-apportioning, by means of the conveyor, into the container through an introduction opening of the container; characterized in that, when the container is being filled, the degree to which the bulk material is compacted is increased by - measuring at least one of the following measurement variables: current consumption of the conveyor, torque of the conveyor, filling height of the bulk material in the container, metering time; and - adjusting the distance (d) between the outlet and base in dependence on the measured measurement variable or a combination of the measured measurement variable and a measured weight of the metered bulk material and/or a measured metered volume of the bulk material.