mhurhangee/ep-ind-claims huggingface dataset:
A toner container comprising: a container body (33Y, 33M, 33C, 33K) configured to contain toner and that includes an opening for discharging toner, wherein the longitudinal direction of the toner container is the horizontal direction of the toner container when the toner container is installed in an image forming apparatus; and a cap (34Y, 34M, 34C, 34K) connected to the container body (33Y, 33M, 33C, 33K) and configured to be held in a non-rotating manner with a toner-container holder of the image forming apparatus, the cap (34Y, 34M, 34C, 34K) including a toner outlet configured to communicate to the opening of the container body for discharging the toner out of the toner container; an open/close member that closes the toner outlet when the cap (34Y, 34M, 34C, 34K) is disengaged from the toner-container holder, and does not close the toner outlet when the cap (34Y, 34M, 34C, 34K) is engaged with the toner container holder; and characterized in that a pair of groove portions which are configured to engage with a corresponding pair of positioning members of the toner-container holder to position the cap (34Y, 34M, 34C, 34K), each of the pair of groove portions having an upper surface and a lower surface, the groove portions being tapered so that grooves thereof receive the positioning members (31 c). a container body (33Y, 33M, 33C, 33K) configured to contain toner and that includes an opening for discharging toner, wherein the longitudinal direction of the toner container is the horizontal direction of the toner container when the toner container is installed in an image forming apparatus; and a cap (34Y, 34M, 34C, 34K) connected to the container body (33Y, 33M, 33C, 33K) and configured to be held in a non-rotating manner with a toner-container holder of the image forming apparatus, the cap (34Y, 34M, 34C, 34K) including a toner outlet configured to communicate to the opening of the container body for discharging the toner out of the toner container; an open/close member that closes the toner outlet when the cap (34Y, 34M, 34C, 34K) is disengaged from the toner-container holder, and does not close the toner outlet when the cap (34Y, 34M, 34C, 34K) is engaged with the toner container holder; and characterized in that a pair of groove portions which are configured to engage with a corresponding pair of positioning members of the toner-container holder to position the cap (34Y, 34M, 34C, 34K), each of the pair of groove portions having an upper surface and a lower surface, the groove portions being tapered so that grooves thereof receive the positioning members (31 c).
An organic light-emitting device, comprising: a substrate; a first sub-pixel, a second sub-pixel, and a third sub-pixel; a first electrode disposed in each of the first, second and third sub-pixels; a second electrode disposed opposite to each of the first electrodes; a first organic emission layer, a second organic emission layer and a third organic emission layer, each disposed between the first electrode and the second electrode, the third organic emission layer being disposed as a common layer for the first sub-pixel, the second sub-pixel and the third sub-pixel, the first organic emission layer being disposed in the first sub-pixel on the third organic emission layer, the second organic emission layer being disposed in the second sub-pixel on the third organic emission layer; a first resonance auxiliary layer disposed between the third organic emission layer and the first organic emission layer; a second resonance auxiliary layer disposed between the third organic emission layer and the second organic emission layer; a first doping auxiliary layer disposed between the third organic emission layer and the first resonance auxiliary layer; a second doping auxiliary layer disposed between the third organic emission layer and the second resonance auxiliary layer; characterized in that the first doping auxiliary layer and the second doping auxiliary layer each independently comprise a hole transporting material and a p-type dopant; and wherein the first resonance auxiliary layer and the second resonance auxiliary layer have thicknesses corresponding to resonance distances of the first sub-pixel and the second sub-pixel, respectively.
Monopolar electrolysis cell delimited by an external body of elongated or spheroidal shape with an external electrodic pair (302, 402) and an internal electrodic pair (301, 401) arranged in its interior, said external electrodic pair subdivided into a first external electrode and a second external electrode of equal dimensions separated at the edges by means of first insulating elements, said internal electrodic pair subdivided into a first internal electrode and a second internal electrode of equal dimensions separated at the edges by means of second insulating elements, said internal and external electrodic pairs arranged concentrically with the surfaces of said first external electrode and said first internal electrode and the surfaces of said second external electrode and said second internal electrode facing each other so as to delimit a gap, said first external electrode and said second internal electrode being connected to one pole of the cell, said second external electrode and said first internal electrode being connected to the opposite pole of the cell.
Composition comprising an oil phase, an aqueous phase and at least one water-in-oil type emulsifying system, in the form of an inverse latex, characterised in that it comprises a linear, branched or crosslinked anionic polyelectrolyte, comprising: a) a non-zero molar proportion of monomeric units resulting from acrylic acid in free or partially salified form, and b) a non-zero molar proportion of monomeric units resulting from the acid of formula: CH 2 =CH-C(=O)-O-[CH 2 -CH 2 -C(=O)-O] n -H, wherein n represents a number greater than or equal to 1 and less than or equal to 5, or from a mixture of acids of formula, in free or partially salified form. a) a non-zero molar proportion of monomeric units resulting from acrylic acid in free or partially salified form, and b) a non-zero molar proportion of monomeric units resulting from the acid of formula: CH 2 =CH-C(=O)-O-[CH 2 -CH 2 -C(=O)-O] n -H, wherein n represents a number greater than or equal to 1 and less than or equal to 5, or from a mixture of acids of formula, in free or partially salified form.
Process for impregnating, on line, rovings or ribbons of natural fibers, in particular of flax fibers with an aqueous polymer dispersion comprising at least one amorphous or semi-crystalline polymer and, in the case of an amorphous polymer, said polymer having a Tg ranging from 50°C to 175°C, preferably from 80°C to 150°C measured by the means of a differential scanning calorimeter, after a second round of heating, according to standard ISO 11357-2, the heating and cooling rate being 20°C/min, and, in the case of a semi-crystalline polymer, said polymer having a melting point ranging from 70°C to less than 220°C, preferably greater than 90°C and up to 190°C, more preferentially of from 100°C to 170°C, measured by DSC, after a first heating operation, according to standard ISO 11357-3, the heating and cooling rate being 20°C/min, said dispersion comprising a content by weight of said polymer ranging from 5% to 50% with particles in dispersion having a number-average size of less than 10 000 nm, preferably ranging from 50 to 5000 nm and more preferentially from 50 to 500 nm, measured according to the laser diffraction method (Coulter LS600) or by scanning electron microscope, characterized in that it comprises at least the following successive steps: i) impregnating said rovings or said ribbons of said fibers by immersing in a bath containing a fine aqueous polymer dispersion or by spraying said aqueous dispersion, said impregnating being followed by ii) drying said rovings or said ribbons by means of a heating system, with, during said drying, the gradual elimination of the water and the melting of said polymer as said drying advances, the coating of said rovings or ribbons with said molten polymer incorporated into the core of the bundle of fibers of said rovings or of said ribbons binding said fibers to one another, iii) optionally, final forming of said rovings or ribbons thus treated, preferably in the form, which is flattened, of unidirectional ribbons or of rovings with a cylindrical cross section or in the form of pre-impregnated fabrics or in the form of an assembly of ribbons, in particular for producing preforms, iv) cooling said rovings or said ribbons thus treated. i) impregnating said rovings or said ribbons of said fibers by immersing in a bath containing a fine aqueous polymer dispersion or by spraying said aqueous dispersion, said impregnating being followed by ii) drying said rovings or said ribbons by means of a heating system, with, during said drying, the gradual elimination of the water and the melting of said polymer as said drying advances, the coating of said rovings or ribbons with said molten polymer incorporated into the core of the bundle of fibers of said rovings or of said ribbons binding said fibers to one another, iii) optionally, final forming of said rovings or ribbons thus treated, preferably in the form, which is flattened, of unidirectional ribbons or of rovings with a cylindrical cross section or in the form of pre-impregnated fabrics or in the form of an assembly of ribbons, in particular for producing preforms, iv) cooling said rovings or said ribbons thus treated.
Method of purifying DNA from a nucleic acid-containing sample, comprising at least the following steps: a. contacting the nucleic acid-containing sample with a nucleic acid-binding phase which comprises nucleic acid-binding groups, said nucleic acid-binding groups comprising at least one protonatable group having a pKa value of from 9 to 12, wherein the nucleic acid-binding phase is a solid phase and the nucleic acid-binding groups are covalently bound to a support and wherein the nucleic acid-binding groups are selected from the group consisting of primary, secondary and tertiary mono- and polyamines and wherein the support and/or the nucleic acid-binding groups comprise cation exchangers as functional groups which promote the release of the nucleic acids at the elution pH; b. binding the DNA to the nucleic acid-binding phase at a pH value (binding pH) which is at least one pH unit below the pKa value of at least one of the protonatable groups; c. eluting the DNA at a pH value which is above the binding pH but at least one pH unit below the pKa value of at least one of the protonatable groups and wherein the elution is carried out at a pH value of from 8.2 to 10 and at a salt concentration of less than 0.25 M. a. contacting the nucleic acid-containing sample with a nucleic acid-binding phase which comprises nucleic acid-binding groups, said nucleic acid-binding groups comprising at least one protonatable group having a pKa value of from 9 to 12, wherein the nucleic acid-binding phase is a solid phase and the nucleic acid-binding groups are covalently bound to a support and wherein the nucleic acid-binding groups are selected from the group consisting of primary, secondary and tertiary mono- and polyamines and wherein the support and/or the nucleic acid-binding groups comprise cation exchangers as functional groups which promote the release of the nucleic acids at the elution pH; b. binding the DNA to the nucleic acid-binding phase at a pH value (binding pH) which is at least one pH unit below the pKa value of at least one of the protonatable groups; c. eluting the DNA at a pH value which is above the binding pH but at least one pH unit below the pKa value of at least one of the protonatable groups and wherein the elution is carried out at a pH value of from 8.2 to 10 and at a salt concentration of less than 0.25 M.
A sensor, comprising: a housing; at least two electrodes (50, 60, 70) within an interior volume of the housing, an electrolyte within the interior volume of the housing, the electrolyte providing ionic conductivity between the electrodes (50, 60, 70); and a vent member comprising a first section comprising a portion extending through a passage in the housing and at least one extending member that extends through at least a portion of the interior volume of the housing so that at least a portion of a surface of the at least one extending member that is in fluid connection with the interior volume is not contacted by the electrolyte regardless of the orientation of the housing, the portion extending through the passage in the housing and the at least one extending member of the first section being porous so that gas can diffuse through the first section from the interior of the housing to an exterior of the housing via the vent member. a housing; at least two electrodes (50, 60, 70) within an interior volume of the housing, an electrolyte within the interior volume of the housing, the electrolyte providing ionic conductivity between the electrodes (50, 60, 70); and a vent member comprising a first section comprising a portion extending through a passage in the housing and at least one extending member that extends through at least a portion of the interior volume of the housing so that at least a portion of a surface of the at least one extending member that is in fluid connection with the interior volume is not contacted by the electrolyte regardless of the orientation of the housing, the portion extending through the passage in the housing and the at least one extending member of the first section being porous so that gas can diffuse through the first section from the interior of the housing to an exterior of the housing via the vent member.
Device for utilising process gas with conversion of waste materials and formation of synthesis gas, the device comprising at least one riser pipe formed along an axial direction and arranged vertically, a feed line for the process gas opening into the riser pipe and an exhaust gas treatment system connected to the riser pipe as well as a feeding device for the waste materials with at least one conveying pipe projecting over a defined length into the riser pipe, wherein the at least one conveying pipe comprises an open end opening into the riser pipe and the feed line opens into the riser pipe in the axial direction below the open end, so that the process gas entering the riser pipe from the feed line can flow around the at least one conveying pipe, characterised in that the at least one conveying pipe comprises a conveying device at an end facing away from the open end in the form of a conveying screw arranged in the conveying pipe, a piston slide and/or a thick-flow pump, wherein preferably the at least one conveying pipe comprises a widening towards the open end, wherein the widening is preferably conical or curved.
Vehicle superstructure having a sectional door which is movable for opening and closing an opening of a loading space and has a plurality of panels (3, 4) which are pivotably mounted on one another and which are movable on opposite sides via guide means of the vehicle superstructure along a guide of the vehicle superstructure, which guide has a substantially vertical section in the region of the opening, a substantially horizontal section as a storage section for the sectional door in the upper region of the loading space, and an arcuate section therebetween, wherein a spring shaft is provided for pretensioning the sectional door into the opening position and a traction element is fixed to the lower panel via an anchor element, with which the sectional door can be moved from a closed position into an open position via the spring shaft, wherein a movable support element is arranged on the anchor element, which support element is connected to the traction element and can be moved from an upwardly projecting position in the closed position of the sectional door into a lowered position in an open position of the sectional door, wherein the support element is rotatably mounted on the anchor element, characterized in that the support element is pivoted through an angle of more than 90° between the upwardly projecting position and the lowered position.
A drug delivery balloon comprising a layer of crystalline paclitaxel particles, wherein the particles have an average length of less than 100 μm length, wherein the particles are densely stacked substantially parallel to the surface of said portion; and wherein the layer of crystalline paclitaxel particles has a thickness of less than 10 μm.
Electrostatic filter unit for a ventilation housing comprising an ionisation unit and a precipitation unit having at least one precipitation electrode, wherein the precipitation unit has a holding apparatus for holding the at least one precipitation electrode, the holding apparatus has a guiding geometry for the at least one precipitation electrode, and the holding apparatus consists of an electrically conductive material, characterised in that the holding apparatus comprises a first and a second delimiting wall (300, 301) and at least two frame webs that lie between the first and the second delimiting wall (300, 301), that in each case a receiving compartment for at least one part of a precipitation electrode is formed between two adjacent frame webs and that the guiding geometry has at least one through-slot for a precipitation electrode through one of the delimiting walls (300, 301).
A white light-emitting organic EL panel comprising an organic EL element that includes: an anode layer; a cathode layer; and a light-emitting functional layer between the anode layer and the cathode layer, the light-emitting functional layer including in order from the anode layer toward the cathode layer: an anode side blue light-emitting unit; a connection layer; and a cathode side red-green light-emitting unit, the connection layer injecting electrons into the anode side blue light-emitting unit and injecting holes into the cathode side red-green light-emitting unit when current is applied, the cathode side red-green light-emitting unit including a red-green phosphorescent light-emitting layer that is a composite monolayer including: a red color phosphorescent material; a green color phosphorescent material; and a host material for the phosphorescent light-emitting layer, wherein maximum emission peak wavelength of the red color phosphorescent material is apart from maximum emission peak wavelength of the green color phosphorescent material by 60 nm or more, and wherein the white light-emitting organic EL panel is capable of emitting white light with an general color rendering index Ra and a special color rendering index R9 in accordance with JIS Z 8726, both of the Ra and the R9 being greater than or equal to 90. an anode layer; a cathode layer; and a light-emitting functional layer between the anode layer and the cathode layer, the light-emitting functional layer including in order from the anode layer toward the cathode layer: an anode side blue light-emitting unit; a connection layer; and a cathode side red-green light-emitting unit, the connection layer injecting electrons into the anode side blue light-emitting unit and injecting holes into the cathode side red-green light-emitting unit when current is applied, the cathode side red-green light-emitting unit including a red-green phosphorescent light-emitting layer that is a composite monolayer including: a red color phosphorescent material; a green color phosphorescent material; and a host material for the phosphorescent light-emitting layer, wherein maximum emission peak wavelength of the red color phosphorescent material is apart from maximum emission peak wavelength of the green color phosphorescent material by 60 nm or more, and wherein the white light-emitting organic EL panel is capable of emitting white light with an general color rendering index Ra and a special color rendering index R9 in accordance with JIS Z 8726, both of the Ra and the R9 being greater than or equal to 90. a red color phosphorescent material; a green color phosphorescent material; and a host material for the phosphorescent light-emitting layer, wherein maximum emission peak wavelength of the red color phosphorescent material is apart from maximum emission peak wavelength of the green color phosphorescent material by 60 nm or more, and wherein the white light-emitting organic EL panel is capable of emitting white light with an general color rendering index Ra and a special color rendering index R9 in accordance with JIS Z 8726, both of the Ra and the R9 being greater than or equal to 90.
Roof antenna for mounting on a roof of a vehicle, the roof antenna having a baseplate and an antenna cover that can be connected to the baseplate, and a circuit board having antenna elements and at least one plug connection being arranged under the antenna cover, the baseplate having locking hooks for prior fixing on the roof and fixing means for final mounting, characterized in that the fixing means are formed as a central dome with screw thread and a star handle interacting with the dome, wherein at least one stop for limiting the rotational angle of the rotary handle is arranged on the baseplate, and one arm of the star handle comes to bear on the stop in the final mounting position.
A cassette for machining a connector, the cassette is arranged to be detachably disposed in a tool body, the cassette comprising: a cassette body arranged for being detachably disposed in an opening of a head of the tool body, the cassette body having a machining opening therein; and a slot therein; a machining block, slidably disposed in the slot in the cassette body, the machining block having an engagement element, wherein the engagement element is a female structure arranged for being detachably engaged with a driving element of the tool body, the driving element being a male structure, wherein through the engagement element, the machining block is arranged to be driven by the driving element, when disposed in a tool body, to slide along a first axis which is defined by the direction of motion of the driving element to move toward or away from the machining opening; characterized in that the machining block comprises: a crimping structure disposed at one side of the cassette body and a shearing structure disposed at the other side of the cassette body and wherein when the machining block is driven to a working position, the crimping structure partially overlaps with one side of the machining opening and the shearing structure fully overlaps with the other side of the machining opening. a cassette body arranged for being detachably disposed in an opening of a head of the tool body, the cassette body having a machining opening therein; and a slot therein; a machining block, slidably disposed in the slot in the cassette body, the machining block having an engagement element, wherein the engagement element is a female structure arranged for being detachably engaged with a driving element of the tool body, the driving element being a male structure, wherein through the engagement element, the machining block is arranged to be driven by the driving element, when disposed in a tool body, to slide along a first axis which is defined by the direction of motion of the driving element to move toward or away from the machining opening; characterized in that the machining block comprises: a crimping structure disposed at one side of the cassette body and a shearing structure disposed at the other side of the cassette body and wherein when the machining block is driven to a working position, the crimping structure partially overlaps with one side of the machining opening and the shearing structure fully overlaps with the other side of the machining opening.