mhurhangee/ep-ind-claims huggingface dataset:
A method of large-scale transfection of cells, comprising: contacting the cells with a plurality of nanoparticles to thereby produce nanoparticle-tagged target cells, wherein the nanoparticles have an affinity moiety that binds specifically to a marker on the target cells, and wherein the cells are disposed in a medium; introducing a cargo material into the medium, wherein the cargo material is at least one of a stimulant of an immune response and a regulatory element of an immune response; and exciting the nanoparticles on the nanoparticle-tagged target cells in the medium with an electro-magnetic stimulus at an energy of at least 1 mJ to cause transient poration of the nanoparticle-tagged target cell and uptake of the cargo material into the nanoparticle-tagged target cell; wherein the step of exciting is performed at a cell density of at least 1×10 4 cells/cm 2 in static medium or at a cell density of at least 1×10 6 cells/hr in moving medium. contacting the cells with a plurality of nanoparticles to thereby produce nanoparticle-tagged target cells, wherein the nanoparticles have an affinity moiety that binds specifically to a marker on the target cells, and wherein the cells are disposed in a medium; introducing a cargo material into the medium, wherein the cargo material is at least one of a stimulant of an immune response and a regulatory element of an immune response; and exciting the nanoparticles on the nanoparticle-tagged target cells in the medium with an electro-magnetic stimulus at an energy of at least 1 mJ to cause transient poration of the nanoparticle-tagged target cell and uptake of the cargo material into the nanoparticle-tagged target cell; wherein the step of exciting is performed at a cell density of at least 1×10 4 cells/cm 2 in static medium or at a cell density of at least 1×10 6 cells/hr in moving medium.
A closure assembly for use in post-tensioned, pre-stressed concrete construction comprising: a section of duct (50, 56); a duct coupler assembly, the duct coupler assembly fits against the section of duct (50, 56); a closure load plug, the closure load plug mechanically connected to the duct coupler assembly; and an end cap, the end cap mechanically connected to the closure load plug, characterised in that the closure load plug has an outer surface, the outer surface of the closure load plug including male threads and wherein the duct coupler assembly has an inner surface, the inner surface of the duct coupler assembly including female threads. a section of duct (50, 56); a duct coupler assembly, the duct coupler assembly fits against the section of duct (50, 56); a closure load plug, the closure load plug mechanically connected to the duct coupler assembly; and an end cap, the end cap mechanically connected to the closure load plug,
A vacuum system comprising a vacuum pump, in particular a turbomolecular pump, and at least one vacuum chamber, wherein the vacuum pump comprises: at least a first and a second inlet (20, 22) and a common outlet; and at least a first and a second pump stage (28, 30), which each have at least one rotor element which is arranged on a common rotor, wherein the first inlet is connected to an upstream-side end of the first pump stage and the second inlet is connected to an upstream-side end of the second pump stage, wherein the first inlet and the second inlet are connected to the same vacuum chamber, characterized in that the downstream-side end of the first pump stage is connected to the upstream-side end of the second pump stage while bypassing the second inlet. at least a first and a second inlet (20, 22) and a common outlet; and at least a first and a second pump stage (28, 30), which each have at least one rotor element which is arranged on a common rotor, wherein the first inlet is connected to an upstream-side end of the first pump stage and the second inlet is connected to an upstream-side end of the second pump stage, wherein the first inlet and the second inlet are connected to the same vacuum chamber,
A supplement for a manufactured concrete railway sleeper, applicable on the upper surface of a railway sleeper for modifying the geometry of said sleeper, characterised in that: - it comprises a lower surface complementary to the geometry of the upper surface of the sleeper excluding the zones of support of the rails and at least one outer surface, - the material of the supplement has a Young's modulus lower than the Young's modulus of said concrete sleeper, wherein the Young's modulus of the supplement is less that 0.1 times the Young's modulus of the concrete of the sleeper, and. - the outer surface of the supplement is a smooth curve, so that the flight of the ballast is reduced. - it comprises a lower surface complementary to the geometry of the upper surface of the sleeper excluding the zones of support of the rails and at least one outer surface, - the material of the supplement has a Young's modulus lower than the Young's modulus of said concrete sleeper, wherein the Young's modulus of the supplement is less that 0.1 times the Young's modulus of the concrete of the sleeper, and. - the outer surface of the supplement is a smooth curve,
Display rack for displaying goods, wherein the display rack comprises a bottom shelf (1, 1303), one or more intermediate shelves (2, 1302), a top shelf (3, 1301) each comprising an upper side and a lower side and multiple pairs of telescopic side walls (4, 1306, 1307, 1308, 1311), wherein each of the side walls comprises a first edge and a second edge, wherein: - The upper side of each bottom and intermediate shelves is arranged for hingedly connecting (61, 1324) both second edges of one of said pairs of side walls; - The lower side of each top and intermediate shelves is arranged for slideably attaching (60, 1321) both first edges of one of said pairs of side walls; and - each of the side walls is arranged telescopically (1306, 1311) for setting (1307, 1308) at least two different distances between the first edge and the second edge, wherein each pair of side walls that are hingedly connected to a first shelf of said bottom and intermediate shelves and slideably attached to a second shelf of said intermediate and top shelves comprises a supporting configuration wherein the side walls of the pair are essentially perpendicular to both of the first and second shelves, wherein the pair of side walls can be collapsed towards each other from the supporting configuration. - The upper side of each bottom and intermediate shelves is arranged for hingedly connecting (61, 1324) both second edges of one of said pairs of side walls; - The lower side of each top and intermediate shelves is arranged for slideably attaching (60, 1321) both first edges of one of said pairs of side walls; and - each of the side walls is arranged telescopically (1306, 1311) for setting (1307, 1308) at least two different distances between the first edge and the second edge,
Apparatus comprising means (200, 300, 400) for performing: - pre-compensating (210, 310, 410) N sets of K 1 tone data values (220, 240, 260) for crosstalk between N communication lines; the N sets of K 1 tone data values pertaining to respective N terminal nodes of a digital communication system; - calculating (215, 322, 324, 422, 424) from the pre-compensated N sets of K 1 tone data values (221, 321, 421) N sets of first time domain symbols (225, 325, 425); - calculating (283, 383, 483) a second time domain symbol (284, 384, 484) from a set of K 2 tone data values (280, 380, 480); the K 2 tone data values pertaining to a selected one of the N terminal nodes; - adding (212, 312, 412) the second time domain symbol in a weighted manner to the first time domain symbols such that the second time domain symbol is added to the first time domain symbol for the selected terminal node and to at least one other of the first time domain symbols for the respective other terminal nodes. - pre-compensating (210, 310, 410) N sets of K 1 tone data values (220, 240, 260) for crosstalk between N communication lines; the N sets of K 1 tone data values pertaining to respective N terminal nodes of a digital communication system; - calculating (215, 322, 324, 422, 424) from the pre-compensated N sets of K 1 tone data values (221, 321, 421) N sets of first time domain symbols (225, 325, 425); - calculating (283, 383, 483) a second time domain symbol (284, 384, 484) from a set of K 2 tone data values (280, 380, 480); the K 2 tone data values pertaining to a selected one of the N terminal nodes; - adding (212, 312, 412) the second time domain symbol in a weighted manner to the first time domain symbols such that the second time domain symbol is added to the first time domain symbol for the selected terminal node and to at least one other of the first time domain symbols for the respective other terminal nodes.
A machine, wherein the machine is an open shroud centrifugal compressor, the machine comprising: a fixed part having a portion with a smooth surface; a rotating part configured to rotate relative to the fixed part, the rotating part directly facing the portion of the fixed part; characterised in that plural ridges are formed on the portion of the fixed part directly facing the rotating part, the plural ridges being made of an abradable material that is configured to be inoperable at temperatures above 1000 °C, wherein at least one ridge of the plural ridges is curved, wherein the rotating part further comprises plural blades disposed on the rotating part, the tips of the plural blades are configured to touch one or more of the plural ridges when the rotating part rotates and the tips of the plural blades are not treated to include abrasive material. a fixed part having a portion with a smooth surface; a rotating part configured to rotate relative to the fixed part, the rotating part directly facing the portion of the fixed part; characterised in that plural ridges are formed on the portion of the fixed part directly facing the rotating part, the plural ridges being made of an abradable material that is configured to be inoperable at temperatures above 1000 °C, wherein at least one ridge of the plural ridges is curved, wherein the rotating part further comprises plural blades disposed on the rotating part, the tips of the plural blades are configured to touch one or more of the plural ridges when the rotating part rotates and the tips of the plural blades are not treated to include abrasive material.
An optical device for both a dot sight mode and a scope mode, the optical device comprising: a dot-sight main body including a tube body housing, said dot-sight main body being formed with a dot sight region where a light source and a reflective mirror are installed to display light emitted from the light source as a dot on an external target, and operating in the dot sight mode; and a scope structure which comprises an objective lens and an eyepiec lens to magnify and see the external target, and is swingably installed in the tube body housing of the dot-sight main body so as to be inserted into the dot-sight region or withdrawn from the dot-sight region, the scope mode being selected when the scope structure is swung into the dot sight region. a dot-sight main body including a tube body housing, said dot-sight main body being formed with a dot sight region where a light source and a reflective mirror are installed to display light emitted from the light source as a dot on an external target, and operating in the dot sight mode; and a scope structure which comprises an objective lens and an eyepiec lens to magnify and see the external target, and is swingably installed in the tube body housing of the dot-sight main body so as to be inserted into the dot-sight region or withdrawn from the dot-sight region, the scope mode being selected when the scope structure is swung into the dot sight region.
Fuel cell consisting of a cell stack with several cells (2, 2') and end plates (5, 6) at each stack end having a membrane electrode assembly - also referred to as MEA - with electrode anode and cathode, anode and cathode catalysts (12, 14) and between them an electrolyte membrane with gas diffusion layers (11, 13), a cooling and a media module as well as assigned media lines for oxygen, hydrogen and cooling medium, whereby the cooling and media module - also referred to as CMM - does not use bipolar plates and is designed only to provide cooling and gas channels and to form stacks and whereby the electrode covers are designed to deflect the current but not to transmit the current, characterised in that the cells in a cell level consist of two or more subcells (173, 173') each having a partial electrode unit or partial MEA (160, 160', 160") each with a partial membrane and partial reaction surfaces and assigned partial gas diffusion layers (176, 177) and an assigned partial cooling medium and media module (166; 164, 165) and assigned partial gas segment H 2 and partial gas segment O 2 and that the cells and subcells (173, 173') are switched in series and conductors without bipolar plates designed as current paths or partial current paths are provided and integrated into the cell stack and the subcells (173, 173') are arranged in one or more stack lines (87, 87').
A method of installing a flexible line comprising an outer sheath defining an interior volume, an impermeable sheath (20; 24) disposed in the interior volume to the outer sheath, at least one orifice being fluidly connected to an annular space (26; 28) defined between the impermeable sheath (20; 24) and the outer sheath; comprising the steps of: - introducing the flexible line into a liquid; - flooding at least part of the annular space (26; 28) between the impermeable sheath (20; 24) and the outer sheath, without flooding the volume inside the impermeable sheath (20; 24) with the liquid through the at least one orifice in the flexible line; the flexible line comprising at least one elongate armour element, and/or an elongate electrical power and/or information-carrying element disposed in the annular space (26; 28) between the impermeable sheath (20; 24) and the outer sheath characterised in that the method includes a step of closing the or each orifice after the flooding step. - introducing the flexible line into a liquid; - flooding at least part of the annular space (26; 28) between the impermeable sheath (20; 24) and the outer sheath, without flooding the volume inside the impermeable sheath (20; 24) with the liquid through the at least one orifice in the flexible line;
An inhibitor of secretory phospholipase A 2 -IB for use in a method of treating a systemic inflammatory response syndrome or in a method of treating sepsis or in a method of preventing the progression of sepsis to septic shock, wherein said inhibitor is an antibody that specifically binds secretory phospholipase A 2 -IB at a peptide consisting of (V/A/R)PYNK(A/E)(H/Y)K (SEQ ID NO. 6), said method comprising orally administering said antibody to an individual in need thereof.
A severing apparatus for severing a string of pasty foodstuff material, in particular of meat or doughs, into individual portions, comprising - a movable and drivable severing knife (2, 2') having a knife edge, wherein the knife edge of the severing knife (2, 2') has a cutting edge (20, 20') which is at least portion-wise concavely curved in the longitudinal direction of the severing knife - at least one preferably stationary shear bar (8, 8') associated with the severing knife (2, 2'), characterised in that the knife edge has a proximal end in relation to the mounting point of the severing knife (2, 2') and a distal end, and at least one cutting edge portion (38, 38') concavely curved between the ends (22, 24), wherein the severing knife is so mounted and movable relative to the shear bar (8, 8') that both ends (22, 24) of the knife edge substantially simultaneously pass the shear bar (8, 8') during the severing operation. - a movable and drivable severing knife (2, 2') having a knife edge, wherein the knife edge of the severing knife (2, 2') has a cutting edge (20, 20') which is at least portion-wise concavely curved in the longitudinal direction of the severing knife - at least one preferably stationary shear bar (8, 8') associated with the severing knife (2, 2'),
Method for producing a soundproofing trim panel for the interior of a motor vehicle, said method comprising the following steps: - providing an elastically compressible lower layer, said layer being able to be shaped by heating in such a way as to be able to adopt a stable geometry after shaping, - heating said lower layer and placing same in a mould such as to shape it to form a spring layer of a "spring-mass" type insulation system, - associating same with an upper layer forming the mass of said "spring-mass" system, said upper layer being of a sealed or porous nature and associated with a sealing layer arranged between said upper and lower layers, - said lower layer is made from a blend of elastically compressible foam flakes, said flakes being in particular from recycling, - said flakes are mixed with binder fibres, said fibres comprising a core, said core that may or may not be fusible at a high temperature, and a sheath that is fusible at a moderate temperature, said flakes being bonded to one another by means of the fusing of said sheath forming a binder, such that said lower layer takes the form of a bonded foam, said method being characterised in that said flakes form at least 80% by weight of said lower layer. - providing an elastically compressible lower layer, said layer being able to be shaped by heating in such a way as to be able to adopt a stable geometry after shaping, - heating said lower layer and placing same in a mould such as to shape it to form a spring layer of a "spring-mass" type insulation system, - associating same with an upper layer forming the mass of said "spring-mass" system, said upper layer being of a sealed or porous nature and associated with a sealing layer arranged between said upper and lower layers, - said lower layer is made from a blend of elastically compressible foam flakes, said flakes being in particular from recycling, - said flakes are mixed with binder fibres, said fibres comprising a core, said core that may or may not be fusible at a high temperature, and a sheath that is fusible at a moderate temperature, said flakes being bonded to one another by means of the fusing of said sheath forming a binder, such that said lower layer takes the form of a bonded foam, said method being characterised in that said flakes form at least 80% by weight of said lower layer.
An electric rotary machine, comprising: a housing that is thermally conductive; a stator attached on the housing; a rotor fixed on a rotating shaft; end brackets (11, 57); bearings for supporting the rotating shaft attached to the end brackets (11, 57); a cooling fan attached on an end of the end bracket opposite to a load side and rotated by the rotating shaft of said electric rotary machine; a cooling cover for covering the cooling fan, a power converter for supplying driving current to an armature which builds up the stator; a capacitor case for storing a part for building up said power converter; and a control and interface board for inputting and/or outputting between an outside and also for controlling an operation of said electric rotary machine through said power converter, characterized in that the electric rotary machine further comprises: a plurality of cooling fins (52L, 52S) formed on a part of an outer circumferential periphery of said housing; and a plane portion formed on another part of the outer circumferential periphery of the housing, where there are no cooling fins (52L, 52S), wherein, said power converter is attached on the plane portion, and wherein, said capacitor case and said control and interface board are attached on some of the cooling fins (52L, 52S) so as to be cooled by the airflow generated by the cooling fan. a housing that is thermally conductive; a stator attached on the housing; a rotor fixed on a rotating shaft; end brackets (11, 57); bearings for supporting the rotating shaft attached to the end brackets (11, 57); a cooling fan attached on an end of the end bracket opposite to a load side and rotated by the rotating shaft of said electric rotary machine; a cooling cover for covering the cooling fan, a power converter for supplying driving current to an armature which builds up the stator; a capacitor case for storing a part for building up said power converter; and a control and interface board for inputting and/or outputting between an outside and also for controlling an operation of said electric rotary machine through said power converter, characterized in that the electric rotary machine further comprises: a plurality of cooling fins (52L, 52S) formed on a part of an outer circumferential periphery of said housing; and a plane portion formed on another part of the outer circumferential periphery of the housing, where there are no cooling fins (52L, 52S), wherein, said power converter is attached on the plane portion, and wherein, said capacitor case and said control and interface board are attached on some of the cooling fins (52L, 52S) so as to be cooled by the airflow generated by the cooling fan. a plurality of cooling fins (52L, 52S) formed on a part of an outer circumferential periphery of said housing; and a plane portion formed on another part of the outer circumferential periphery of the housing, where there are no cooling fins (52L, 52S), wherein, said power converter is attached on the plane portion, and wherein, said capacitor case and said control and interface board are attached on some of the cooling fins (52L, 52S) so as to be cooled by the airflow generated by the cooling fan.