mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for transporting objects, preferably containers for a container processing installation, having: a guide path; at least one movement apparatus having: - a base member which is guided along the guide path and which can be individually driven; and - a holder for retaining an object, preferably a container, wherein the holder is connected to the base member so as to be able to be pivoted about a pivot axis and the pivot axis is orientated so as to be angled with respect to an upright axis of the at least one movement apparatus; and a pivot device which is arranged separately from the at least one movement apparatus and which is constructed to bring about a pivoting of the holder about the pivot axis, wherein: the at least one movement apparatus has a connection element which can be connected to the pivot device and which is connected to the holder, wherein the connection element is constructed to bring about a pivot movement of the holder under the action of the pivot device; characterized in that: a connection element of the pivot device, which can be connected to the connection element of the at least one movement apparatus, can be moved in a in order to move into contact and out of contact with the connection element of the at least one movement apparatus; and/or the pivot device has a rotary drive by means of which the connection element of the at least one movement apparatus can be rotated. a guide path; at least one movement apparatus having: - a base member which is guided along the guide path and which can be individually driven; and - a holder for retaining an object, preferably a container, wherein the holder is connected to the base member so as to be able to be pivoted about a pivot axis and the pivot axis is orientated so as to be angled with respect to an upright axis of the at least one movement apparatus; and - a base member which is guided along the guide path and which can be individually driven; and - a holder for retaining an object, preferably a container, wherein the holder is connected to the base member so as to be able to be pivoted about a pivot axis and the pivot axis is orientated so as to be angled with respect to an upright axis of the at least one movement apparatus; and a pivot device which is arranged separately from the at least one movement apparatus and which is constructed to bring about a pivoting of the holder about the pivot axis, a connection element of the pivot device, which can be connected to the connection element of the at least one movement apparatus, can be moved in a in order to move into contact and out of contact with the connection element of the at least one movement apparatus; and/or the pivot device has a rotary drive by means of which the connection element of the at least one movement apparatus can be rotated.
A method of operating an energy management system for a fleet of aircraft (10, 110), the method comprising: receiving, by a controller module of the energy management system, a desired flight plan database for the fleet of aircraft (10, 110), defining at least a desired flight plan for each of the fleet of aircraft (10, 110) and a location of each of the fleet of aircraft (10, 110); receiving, by the controller module, a replaceable power source inventory database defining at least a set of dischargeable energy modules (32, 132); estimating an energy demand for at least a subset of the desired flight plans for the fleet of aircraft (10, 110); determining whether a set of dischargeable energy modules (32, 132) are locatable at a respective location of at least a subset of the fleet of aircraft (10, 110) based on at least the replaceable power source inventory database and the subset of desired flight plans of the desired flight plan database; based on the determination that set of dischargeable energy modules (32, 132) are locatable at a respective location of at least a subset of the fleet of aircraft (10, 110), generate, by the energy management system, a power source inventory distribution plan allocating a subset of dischargeable energy modules (32, 132) for the at least a subset of the desired flight plans for the fleet of aircraft (10, 110); and loading the set of dischargeable energy modules (32, 132) onto the at least a subset of the fleet of aircraft (10, 110) in accordance with the power source inventory distribution plan. receiving, by a controller module of the energy management system, a desired flight plan database for the fleet of aircraft (10, 110), defining at least a desired flight plan for each of the fleet of aircraft (10, 110) and a location of each of the fleet of aircraft (10, 110); receiving, by the controller module, a replaceable power source inventory database defining at least a set of dischargeable energy modules (32, 132); estimating an energy demand for at least a subset of the desired flight plans for the fleet of aircraft (10, 110); determining whether a set of dischargeable energy modules (32, 132) are locatable at a respective location of at least a subset of the fleet of aircraft (10, 110) based on at least the replaceable power source inventory database and the subset of desired flight plans of the desired flight plan database; based on the determination that set of dischargeable energy modules (32, 132) are locatable at a respective location of at least a subset of the fleet of aircraft (10, 110), generate, by the energy management system, a power source inventory distribution plan allocating a subset of dischargeable energy modules (32, 132) for the at least a subset of the desired flight plans for the fleet of aircraft (10, 110); and
A method 100 for non-catalytic delignification of biomass inside an apparatus 50, the method 100 comprising the steps of: adding a stream 10 inside the apparatus 50, the stream 10 being a water-washed cellulose-rich lignocellulosic biomass; treating the stream 10 with a treatment liquid 20 in the presence of oxygen-containing gas in the apparatus 50 at a temperature of 120-170 °C and initial pressure of 3 to 100 bar, wherein the treatment liquid 20 is a mixture of water and oxygenated solvent comprising 30-70% w/w of an oxygenated solvent comprising an ether, ketone and/or an ester group, and 30-70% w/w of water; and the oxygen-containing gas is having 2 to 100% volume of oxygen, wherein the oxygen-containing gas is either in the form of oxygen or air or a mixture of oxygen with an inert gas, wherein the method 100 ensures pulp quality of modified kappa number less than 15, wherein no external catalyst is added. adding a stream 10 inside the apparatus 50, the stream 10 being a water-washed cellulose-rich lignocellulosic biomass; treating the stream 10 with a treatment liquid 20 in the presence of oxygen-containing gas in the apparatus 50 at a temperature of 120-170 °C and initial pressure of 3 to 100 bar, wherein the treatment liquid 20 is a mixture of water and oxygenated solvent comprising 30-70% w/w of an oxygenated solvent comprising an ether, ketone and/or an ester group, and 30-70% w/w of water; and the oxygen-containing gas is having 2 to 100% volume of oxygen, wherein the oxygen-containing gas is either in the form of oxygen or air or a mixture of oxygen with an inert gas, wherein the method 100 ensures pulp quality of modified kappa number less than 15, wherein no external catalyst is added.
A non-radioactive atmospheric pressure device for ionization of analytes comprising: a first atmospheric pressure chamber having an inlet for carrier gas, a first electrode therein at one end, and a counter-electrode therein at the other end for creating an electrical discharge of the corona or glow type in the carrier gas creating metastable neutral excited-state species; a second atmospheric pressure chamber adjacent the first chamber and having a port into the first chamber at one end and having an electrode; and an outlet port at the other end; and means for contacting gas containing excited-state species flowing out of the outlet port with an analyte at atmospheric pressure near ground potential. a first atmospheric pressure chamber having an inlet for carrier gas, a first electrode therein at one end, and a counter-electrode therein at the other end for creating an electrical discharge of the corona or glow type in the carrier gas creating metastable neutral excited-state species; a second atmospheric pressure chamber adjacent the first chamber and having a port into the first chamber at one end and having an electrode; and an outlet port at the other end; and means for contacting gas containing excited-state species flowing out of the outlet port with an analyte at atmospheric pressure near ground potential.
Isolated placental stem cells in a therapeutically effective amount for use in a method for treatment of an individual who has multiple sclerosis, wherein said placental stem cells are fibroblastoid and adhere to tissue culture plastic, wherein said placental stem cells are obtainable by perfusion of a human placenta with a perfusion solution, wherein said placenta has been exsanguinated and perfused to remove residual blood; and wherein said placental stem cells: (a) do not express MHC Class 2 antigens; (b) are CD34- and CD38-; (c) are OCT-4+ and ABC-p+; (d) are SSEA3-, SSEA4-, OCT-4+ and ABC-p+; or (e) are CD10+, CD29+; CD34-, CD38-, CD44+, CD45-, CD54+, CD90+, SH2+, SH3+, SH4+, SSEA3-, SSEA4-, OCT-4+, and ABC-p+. (a) do not express MHC Class 2 antigens; (b) are CD34- and CD38-; (c) are OCT-4+ and ABC-p+; (d) are SSEA3-, SSEA4-, OCT-4+ and ABC-p+; or (e) are CD10+, CD29+; CD34-, CD38-, CD44+, CD45-, CD54+, CD90+, SH2+, SH3+, SH4+, SSEA3-, SSEA4-, OCT-4+, and ABC-p+.
An antenna assembly configured to couple to an inner and an outer conductor of a cable assembly, the antenna assembly comprising: an electrically conductive proximal arm configured to electrically couple to and be coaxially disposed about at least a portion of the outer conductor, the proximal arm defining a first cavity; characterised by further comprising: f an electrically conductive distal arm including a proximal portion defining a second cavity and having an outer diameter and a distal portion having an outer diameter less than the outer diameter of the proximal portion; and a dielectric junction member (311, 310) joining and spacing apart the conductive distal and proximal arms (370, 380) to form a feed gap, the dielectric junction member including a proximal portion disposed within the first cavity and a distal portion disposed within the second cavity. an electrically conductive distal arm including a proximal portion defining a second cavity and having an outer diameter and a distal portion having an outer diameter less than the outer diameter of the proximal portion; and a dielectric junction member (311, 310) joining and spacing apart the conductive distal and proximal arms (370, 380) to form a feed gap, the dielectric junction member including a proximal portion disposed within the first cavity and a distal portion disposed within the second cavity.
A method of operating a turbofan gas turbine engine for an aircraft, the gas turbine engine comprising: a fan, a compressor section having a low pressure compressor and a high pressure compressor, and a turbine section having a low pressure turbine for driving the low pressure compressor and the fan; a gear reduction effecting a reduction in the speed of the fan relative to a speed of the low pressure turbine; wherein the compressor section comprises more than one stage having a ratio of vanes to blades that is greater than or equal to 1.8, the method comprising operating the blades at a corrected tip speed of greater than or equal to 144 m/s (480 ft/sec) at an approach speed. a fan, a compressor section having a low pressure compressor and a high pressure compressor, and a turbine section having a low pressure turbine for driving the low pressure compressor and the fan; a gear reduction effecting a reduction in the speed of the fan relative to a speed of the low pressure turbine; wherein the compressor section comprises more than one stage having a ratio of vanes to blades that is greater than or equal to 1.8, the method comprising operating the blades at a corrected tip speed of greater than or equal to 144 m/s (480 ft/sec) at an approach speed.
Use of at least one organic compound selected from the group consisting of: where R 1 to R 5 are each, independently of one another, a) a hydrogen atom or an alkyl group which has from 1 to 10 carbon atoms and may be linear or branched or b) an -NR 2, -NO 2, -COOR, -OR, -SO 3 R group where R = -H or an alkyl group which has from 1 to 5 carbon atoms and may be linear or branched, with the proviso that from 0 to 2 radicals R 1 to R 5 are selected from group b), in an aqueous treatment solution containing Cr 3+ ions for producing essentially chromium -free conversion layers on zinc or zinc alloy layers in order to avoid the formation of nitrogen oxides in the deposition of the conversion layers. a) a hydrogen atom or an alkyl group which has from 1 to 10 carbon atoms and may be linear or branched or b) an -NR 2, -NO 2, -COOR, -OR, -SO 3 R group where R = -H or an alkyl group which has from 1 to 5 carbon atoms and may be linear or branched,
Cover for a swimming pool or whirlpool bath, whereby the cover comprises a rollup screen whereby the screen has a first edge perpendicular to the side edges and a second edge perpendicular to the side edges, whereby the cover comprises a rollup shaft, whereby the first edge of the screen is connected to the rollup shaft and whereby the screen can be rolled up and rolled out on the rollup shaft, whereby the rollup shaft is horizontally movable so that the screen can be rolled out while the second edge is in a fixed position and whereby the cover is provided with means to exert a rotational force on the rollup shaft to thereby roll up the screen, characterised in that the rollup screen is made of lamellae located next to one another and connected together with a hinge, whereby the screen has two side edges formed by the ends of the lamellae, whereby the rollup shaft during a rollup movement or rollout movement rests on the entirely or partially rolled-up screen and is thereby supported.
Apparatus for removing matter applied to paved traffic surfaces and/or present dirt, wherein the apparatus is movable relative to the traffic surface in a working position, wherein the apparatus has at least one milling device, wherein the milling device has a spraying element with spraying nozzles for channelling through liquid under high pressure, wherein outlet openings of the spray nozzles are directed in the direction of the traffic surface in the working position of the apparatus, wherein the apparatus has a suctioning duct which can be brought into fluid communication with a suctioning device and which is intended for suctioning liquid, which is discharged from the spraying nozzles during milling, and milled-off matter and/or detached dirt, wherein the milling device is mounted in a bearing structure of the apparatus so as to be rotatable about a first axis which is vertical with respect to the traffic surface in the working position of the apparatus and which extends outside the milling device, wherein the apparatus has a first drive for driving the rotational movement of the milling device about the first axis, wherein rotatable about the first axis means that the milling device can be continuously rotated in one and the same direction of rotation completely about the first axis by means of the first drive during operation of the apparatus, and wherein the spraying element with the spraying nozzles is mounted in a bearing structure of the milling device so as to be rotatable about a second axis which is vertical with respect to the traffic surface in the working position of the apparatus and which is not identical to the first axis, wherein the milling device has a second drive for driving the rotational movement of the spraying element about the second axis.
A sliding member, which is formed of a sintered compact and has a sliding surface that slides with another member, the sliding member comprising: a base layer, which mainly contains an Fe-based structure and further contains 1.0 wt% to 5.0 wt% of Cu, an element having a melting point lower than a melting point of Cu, and C, the element with a melting point lower than a melting point of Cu being any of Sn, Zn and P; and a sliding layer, which is sintered together with the base layer in a state of being held in contact with the base layer and has the sliding surface, the sliding layer mainly containing an Fe-based structure that contains an alloy element and a Cu-based structure, and further containing C, the sliding layer having a content of Cu larger than a content of Cu in the base layer, wherein all the alloy element contained in the sliding layer is alloyed with the Fe-based structure, characterized in that a pearlite phase is formed in the Fe-based structure of the base layer, wherein at least a part of the Fe-based structure contained in the sliding layer contains a martensite phase and a bainite phase, wherein the Cu-based structure of the sliding layer contains copper powder having a particle diameter of less than 45 μm in a ratio of from 70% to 100% with respect to the entire copper powder, wherein the sliding layer contains Cu in a content of from 10 wt% to 30 wt%, and wherein a radial thickness of the sliding layer is 1% to 20% of a radial thickness of the sliding member. a base layer, which mainly contains an Fe-based structure and further contains 1.0 wt% to 5.0 wt% of Cu, an element having a melting point lower than a melting point of Cu, and C, the element with a melting point lower than a melting point of Cu being any of Sn, Zn and P; and a sliding layer, which is sintered together with the base layer in a state of being held in contact with the base layer and has the sliding surface, the sliding layer mainly containing an Fe-based structure that contains an alloy element and a Cu-based structure, and further containing C, the sliding layer having a content of Cu larger than a content of Cu in the base layer, wherein all the alloy element contained in the sliding layer is alloyed with the Fe-based structure, characterized in that a pearlite phase is formed in the Fe-based structure of the base layer, wherein at least a part of the Fe-based structure contained in the sliding layer contains a martensite phase and a bainite phase, wherein the Cu-based structure of the sliding layer contains copper powder having a particle diameter of less than 45 μm in a ratio of from 70% to 100% with respect to the entire copper powder, wherein the sliding layer contains Cu in a content of from 10 wt% to 30 wt%, and wherein a radial thickness of the sliding layer is 1% to 20% of a radial thickness of the sliding member.
A microneedle array assembly (71;171), comprising: a microneedle array (28;128) comprising a base having opposite upstream and downstream sides (37, 40) and defining a plurality of apertures extending between the upstream and downstream sides (37, 40); and a plurality of microneedles (31;131) extending from the downstream side; and at least one membrane (70;170) engaged against the upstream side of the base, wherein the microneedle array (28;128) and the at least one membrane are cooperatively configured so that a plurality of flow paths extend through the microneedle array assembly (71;171), and characterized in that the resistance to flow through the at least one membrane (70;170) at the upstream side of the base is at least about 30 times greater than resistance to flow through the microneedle array (28;128), wherein the at least about 30 times greater is a difference in the resistance to flow between the upstream side and the downstream side of the base. a microneedle array (28;128) comprising a base having opposite upstream and downstream sides (37, 40) and defining a plurality of apertures extending between the upstream and downstream sides (37, 40); and a plurality of microneedles (31;131) extending from the downstream side; and a base having opposite upstream and downstream sides (37, 40) and defining a plurality of apertures extending between the upstream and downstream sides (37, 40); and a plurality of microneedles (31;131) extending from the downstream side; and at least one membrane (70;170) engaged against the upstream side of the base, wherein the microneedle array (28;128) and the at least one membrane are cooperatively configured so that a plurality of flow paths extend through the microneedle array assembly (71;171), and characterized in that the resistance to flow through the at least one membrane (70;170) at the upstream side of the base is at least about 30 times greater than resistance to flow through the microneedle array (28;128), wherein the at least about 30 times greater is a difference in the resistance to flow between the upstream side and the downstream side of the base.
A method for making composite active particles for use in a pharmaceutical composition for pulmonary administration, the method comprising a milling step in which particles of active material are milled in the presence of particles of an additive material which is suitable for the promotion of the dispersal of the composite active particles upon actuation of an inhaler, wherein the additive material is magnesium stearate.
A method of operating an electronic device including a touch sensitive display, the method comprising: displaying a plurality of application execution screens as split windows not to be superposed on one another on the touch sensitive display; displaying a separator that separates the split windows and a controller interface positioned on the separator; receiving a first user input on the controller interface through the touch sensitive display, wherein receiving the first user input comprises receiving a drag input in a first direction following a long touch input on the controller interface; and displaying an application execution screen in the first direction of the drag input as an application execution screen to be superposed on at least a portion of another execution screen on the touch sensitive display according to the received first user input. displaying a plurality of application execution screens as split windows not to be superposed on one another on the touch sensitive display; displaying a separator that separates the split windows and a controller interface positioned on the separator; receiving a first user input on the controller interface through the touch sensitive display, wherein receiving the first user input comprises receiving a drag input in a first direction following a long touch input on the controller interface; and displaying an application execution screen in the first direction of the drag input as an application execution screen to be superposed on at least a portion of another execution screen on the touch sensitive display according to the received first user input.
A shunt tube assembly comprising: a wellbore tubular; a packing tube; a transport tube, wherein at least a portion of the transport tube is disposed within the packing tube; and valves configured to provide selective fluid communication between an interior passageway through the transport tube and an annulus formed between the transport tube and the packing tube, wherein the valves are disposed at intervals along a length of the transport tube. a wellbore tubular; a packing tube; a transport tube, wherein at least a portion of the transport tube is disposed within the packing tube; and valves configured to provide selective fluid communication between an interior passageway through the transport tube and an annulus formed between the transport tube and the packing tube, wherein the valves are disposed at intervals along a length of the transport tube.