mhurhangee/ep-ind-claims huggingface dataset:
A sweeping assembly of an automatic cleaning device, comprising: a brush body (11, 31) and a brush holder (12, 13, 32) to which the brush body is arranged; and an anti-winding structure (21, 22, 313), located at a joint of the brush body and the brush holder and configured to fill up a gap at the joint when the sweeping assembly is in a working state, wherein the anti-winding structure (21, 22, 313) is made of soft materials, one end of the anti-winding structure (21, 22, 313) is fixed to any one of the brush body (11, 31) and the brush holder (12, 13, 32), and the other end thereof approaches or abuts against a surface of the other one of the brush body (11, 31) and the brush holder (12, 13, 32), characterized in that the soft materials comprise at least one tuft of bristles. a brush body (11, 31) and a brush holder (12, 13, 32) to which the brush body is arranged; and an anti-winding structure (21, 22, 313), located at a joint of the brush body and the brush holder and configured to fill up a gap at the joint when the sweeping assembly is in a working state, wherein the anti-winding structure (21, 22, 313) is made of soft materials, one end of the anti-winding structure (21, 22, 313) is fixed to any one of the brush body (11, 31) and the brush holder (12, 13, 32), and the other end thereof approaches or abuts against a surface of the other one of the brush body (11, 31) and the brush holder (12, 13, 32), characterized in that the soft materials comprise at least one tuft of bristles.
A laundry washing and drying machine comprising a drum wherein laundry is placed, a tub wherein the drum moves, an air duct wherein circulation of the processing air providing the drying of the laundry in the drying process after the washing process is performed, a condenser disposed on the air duct, having at least one channel wherein the processing air passing therethrough is condensed, a tub outlet wherefrom the air duct is connected to the tub, providing the processing air to be delivered from the tub to the condenser, a condenser inlet and a condenser outlet wherefrom the air duct is connected to the condenser and a spraying device disposed at the condenser outlet opposite the channels which provides the fibers and lints by delivering water into the channels to be cleaned, characterized by the condenser disposed in an inclined manner at the upper side of the tub such that the condenser inlet level is higher than the condenser outlet level.
Device for discharging particulate material, such as powder material, granules or capsules, or in general free-flowing material, such as adhesive material, on a substrate moving along a conveying direction, characterized in that it comprises at least one drum rotor having at least one continuous or discontinuous helical track (E1, E2) carrying the material to be discharged, said drum rotor being arranged adjacent to the moving substrate with the axis of the drum rotor substantially parallel to said conveying direction, so that the portion of said at least one helical track (E1, E2) which is closest to the substrate moves in the conveying direction during rotation of the drum rotor, and discharges the material carried thereby on the substrate.
A vector comprising a) at least 10 functional human heavy chain V genes wherein at least 10 functional human heavy chain V genes are in their natural configuration; b) at least one human heavy chain D gene and at least one human heavy chain J gene; c) a murine μ enhancer; d) a murine switch μ element; e) a murine C gene which lacks the C H 1 exon wherein the C gene is selected from Cγ1, Cγ2b and/or Cγ2a and f) a murine 3' enhancer region. a) at least 10 functional human heavy chain V genes wherein at least 10 functional human heavy chain V genes are in their natural configuration; b) at least one human heavy chain D gene and at least one human heavy chain J gene; c) a murine μ enhancer; d) a murine switch μ element; e) a murine C gene which lacks the C H 1 exon wherein the C gene is selected from Cγ1, Cγ2b and/or Cγ2a and f) a murine 3' enhancer region.
A continuous press for the manufacture of wood based boards: in particular fibre boards or chip boards, with a press stand with a plurality of press frames arrayed in the longitudinal direction of the press, wherein an upper press plate and a lower press plate forming a pressing gap are arranged within the press frame, wherein the upper press plate or the lower press plate is acted upon by a plurality of cylindrical piston arrangements, distributed in rows in the longitudinal direction of the press, i.e. the operating direction; on one side these are connected to the transverse beams (3a, 3b) of the press frames, and on the other side are connected to the respective press plate (1, 2), wherein the press plate (1, 2) facing away from the cylindrical piston arrangements is connected, with the interposition of pressure distribution plates, to the transverse beams (3a, 3b) of the press frames associated with the said press plate (1, 2), wherein on the pressure distribution plates bearing pads for the press plate (1, 2) are attached in each case between two adjacent press frames in the longitudinal direction of the press, characterised in that the bearing pads can be adjusted in their height (h) for purposes of varying the pressing process, and in that the press plate (1, 2), with the interposition of frame supports, is connected to the pressure distribution plates in the region of the press frames, wherein the height-adjustable bearing pads are arranged in each case between two adjacent frame supports, wherein the height (h) of the bearing pads can be adjusted to be either the same as, or less than, the height of the frame supports, and also to be greater than the height of the frame supports, so that the pressure force generated by the cylindrical piston arrangements can be introduced into the press frames optionally and variably via the bearing pads and/or the frame supports.
A power reception unit, comprising: a power reception section configured to receive wireless power; a communication section configured to perform communication with an electronic unit, a control section configured to control the communication section to perform a first authentication between the power reception unit and the electronic unit, the first authentication indicates that the power reception unit is a proper unit for charging by the electronic unit, characterized in that the control section is configured to control the communication section to perform a second authentication between the power reception unit and the electronic unit during power transmission, and the power reception unit is further configured to receive wireless power during pre-charging that is performed before the second authentication. a power reception section configured to receive wireless power; a communication section configured to perform communication with an electronic unit, a control section configured to control the communication section to perform a first authentication between the power reception unit and the electronic unit, the first authentication indicates that the power reception unit is a proper unit for charging by the electronic unit, characterized in that the control section is configured to control the communication section to perform a second authentication between the power reception unit and the electronic unit during power transmission, and the power reception unit is further configured to receive wireless power during pre-charging that is performed before the second authentication.
An in vitro method of delivering a payload comprising a nucleic acid or a gene editing composition across a plasma membrane of a non-adherent mammalian cell, the method comprising: providing a population of non-adherent mammalian cells; and contacting the population of mammalian cells with a volume of an isotonic aqueous solution, wherein the solution is isotonic with respect to the cytoplasm of said mammalian cells, the aqueous solution including the payload and an alcohol at a concentration of 2-50% (v/v). providing a population of non-adherent mammalian cells; and contacting the population of mammalian cells with a volume of an isotonic aqueous solution, wherein the solution is isotonic with respect to the cytoplasm of said mammalian cells, the aqueous solution including the payload and an alcohol at a concentration of 2-50% (v/v).
Method for controlling the winding/unwinding of a rope portion onto/from a rotary drum, said method comprising the following steps: a. making available a rope which is at least partially wound onto a rotary drum, wherein the rope is guided from the rotary drum along a defined path as far as a hauling point, which is formed by a deflection roller, for example, wherein a traction force acts on the rope beyond the hauling point; b. unwinding or winding the rope by executing a rotation of the rotary drum, such that a defined rope portion is moved along the defined path; c. determining the length of the defined rope portion in the region of the defined path; d. determining an angle difference corresponding to the rotation executed in step b.; e. controlling the rotary drum for further winding/unwinding taking into account the parameters determined in steps c. and d. a. making available a rope which is at least partially wound onto a rotary drum, wherein the rope is guided from the rotary drum along a defined path as far as a hauling point, which is formed by a deflection roller, for example, wherein a traction force acts on the rope beyond the hauling point; b. unwinding or winding the rope by executing a rotation of the rotary drum, such that a defined rope portion is moved along the defined path; c. determining the length of the defined rope portion in the region of the defined path; d. determining an angle difference corresponding to the rotation executed in step b.; e. controlling the rotary drum for further winding/unwinding taking into account the parameters determined in steps c. and d.
A polymeric blend composition comprising: (a) from 1 to 99 wt.% of a polymer; and (b) from 1 to 75 wt.% poly alpha-1,3-glucan wherein the polymer is polyethylene, polypropylene, ethylene copolymer, polyvinyl butyrate, polylactic acid, polyvinyl alcohol, polyamide, polyether thermoplastic elastomers, polyesters, polyether esters, ethylene vinyl alcohol copolymers, starch, or a combination thereof. (a) from 1 to 99 wt.% of a polymer; and (b) from 1 to 75 wt.% poly alpha-1,3-glucan
A lubricant composition comprising a base oil of lubricating viscosity, wherein the base oil comprises an ether base stock of formula: where: R 1 and R 4 are alkyl; R 3 and R 5 are H or alkyl; the lubricant composition further comprising at least one aminic anti-oxidant and at least one phenolic anti-oxidant and wherein the base oil of the lubricant composition comprises greater than 10 % by weight of the ether base stock. where: R 1 and R 4 are alkyl; R 3 and R 5 are H or alkyl; the lubricant composition further comprising at least one aminic anti-oxidant and at least one phenolic anti-oxidant and wherein the base oil of the lubricant composition comprises greater than 10 % by weight of the ether base stock.
Bituminous mix intended for the preparation of a wearing course comprising a binder of fossil origin and a material of low bulk density ranging between 0.01 and 0.3 t/m 3 characterised in that the material is chosen from an expanded natural rock not soluble in water, with the exception of perlite, and/or an organic material, in sufficient quantity to improve the acoustic performance thereof.
A mould for forming battery components comprising: a first mould body comprising a first plurality of mould cavities; a second mould body comprising a second plurality of mould cavities; and wherein said first mould body and said second mould bodies are configured to be moveable between: a moulding position in which the first plurality and second plurality of mould cavities (51,53) are aligned; and a fill position in which the first plurality and second plurality of mould cavities (51,53) are displaced from the aligned position and are proximal to a molten metal feed. a first mould body comprising a first plurality of mould cavities; a second mould body comprising a second plurality of mould cavities; and wherein said first mould body and said second mould bodies are configured to be moveable between: a moulding position in which the first plurality and second plurality of mould cavities (51,53) are aligned; and a fill position in which the first plurality and second plurality of mould cavities (51,53) are displaced from the aligned position and are proximal to a molten metal feed. a moulding position in which the first plurality and second plurality of mould cavities (51,53) are aligned; and a fill position in which the first plurality and second plurality of mould cavities (51,53) are displaced from the aligned position and are proximal to a molten metal feed.
A resuscitation system for use by a rescuer for resuscitating a patient, comprising: at least two high-voltage defibrillation electrodes (12, 14); a first electrical unit comprising a first power source and a processor and circuitry for providing CPR prompts to the rescuer; a second electrical unit separate from the first electrical unit and comprising a second power source and circuitry (172, 173, 174) for providing defibrillation pulses to the electrodes; and circuitry for providing at least one electrical connection between the first and second units the separate power sources of the first and second electrical units thereby allowing the circuitry in the first electrical unit to provide CPR prompts to the rescuer without the need for the second electrical unit. at least two high-voltage defibrillation electrodes (12, 14); a first electrical unit comprising a first power source and a processor and circuitry for providing CPR prompts to the rescuer; a second electrical unit separate from the first electrical unit and comprising a second power source and circuitry (172, 173, 174) for providing defibrillation pulses to the electrodes; and
Battery system comprising battery cells, at least one absorption element (30,35) and a temperature-control system having a liquid temperature-control medium for cooling and/or heating the battery cells in a battery housing, characterised in that the absorption element (30,35) for absorption of the liquid temperature-control medium is arranged between the battery cells and the battery housing, the absorption element (30,35) being a non-woven material, the non-woven material having an average area-related mass of 250 to 700 g/m 2 and fibres of at least two different fibre types, at least one of the fibre types being a supporting fibre and at least one other of the fibre types being an absorption fibre and in the absorption element (30,35) the weight proportion of the supporting fibre lies between 1% and 40% and the weight proportion of the absorption fibre lies between 60% and 99%.
An elevated mount chair; comprising: a base; a pair of arms; a seat positioned above the base between the arms, wherein the seat is fixed relative to the arms; a backrest; a first ottoman; a reclining mechanism attached to the base, the seat and the backrest; and a footrest mechanism attached to the seat and the first ottoman, the footrest mechanism being coupled to the reclining mechanism; wherein the seat includes a T-cushion positioned above a seat frame, the T-cushion having lateral wings that are positioned forward of the arms; wherein the reclining and footrest mechanisms (230, 270) comprise a plurality of pivotally interconnected links configured to move the chair between (a) an upright position, in which the backrest is disposed at a first generally upright backrest angle, the seat is disposed at a first generally horizontal seat angle, and the first ottoman is retracted below a forward portion of the seat, (b) a TV position, in which the backrest substantially maintains the first backrest angle, the seat is disposed at a second seat angle that is steeper than the first seat angle; and the first ottoman is extended in front of the seat and is generally horizontally disposed, and (c) a fully reclined position, in which the backrest is disposed at a second backrest angle that is shallower than the first backrest angle, and the first ottoman remains extended in front of the seat; wherein in the upright position, a lowermost portion of the reclining and footrest mechanisms is between about 12.7 and 17.8 cm (5 and 7 inches) from an uppermost portion of the seat frame. a base; a pair of arms; a seat positioned above the base between the arms, wherein the seat is fixed relative to the arms; a backrest; a first ottoman; a reclining mechanism attached to the base, the seat and the backrest; and a footrest mechanism attached to the seat and the first ottoman, the footrest mechanism being coupled to the reclining mechanism; wherein the seat includes a T-cushion positioned above a seat frame, the T-cushion having lateral wings that are positioned forward of the arms; wherein the reclining and footrest mechanisms (230, 270) comprise a plurality of pivotally interconnected links configured to move the chair between (a) an upright position, in which the backrest is disposed at a first generally upright backrest angle, the seat is disposed at a first generally horizontal seat angle, and the first ottoman is retracted below a forward portion of the seat, (b) a TV position, in which the backrest substantially maintains the first backrest angle, the seat is disposed at a second seat angle that is steeper than the first seat angle; and the first ottoman is extended in front of the seat and is generally horizontally disposed, and (c) a fully reclined position, in which the backrest is disposed at a second backrest angle that is shallower than the first backrest angle, and the first ottoman remains extended in front of the seat; wherein in the upright position, a lowermost portion of the reclining and footrest mechanisms is between about 12.7 and 17.8 cm (5 and 7 inches) from an uppermost portion of the seat frame.
A drug delivery apparatus for delivering an aerosol including a drug to a patient, comprising: a mouthpiece portion including an internal conduit for delivering said aerosol to said patient, said internal conduit having an inlet end and a mouthpiece end opposite said inlet end that is structured to be received in the mouth of the patient, said mouthpiece portion being structured to operate at an inhalation flow rate with a corresponding inhalation flow velocity when said patient inhales through said mouthpiece end; a aerosol generator (45, 50, 55, 60, 65, 70) for generating said aerosol from a supply of said drug and injecting said aerosol into a first region within said mouthpiece portion located between an outlet of said aerosol generator and said inlet end of said internal conduit; characterized in that said mouthpiece portion includes a flow accelerating mechanism wherein said flow accelerating mechanism is an insert (80A, 80B, 80C) inserted within said internal conduit, at the inlet end, said insert (80A, 80B, 80C) having an orifice (100, 120), wherein said internal conduit is generally cylindrically shaped and has a cross sectional diameter, the orifice (100, 120) is generally circular and has a diameter smaller than said cross sectional diameter, said orifice (100, 120) causing in said flow accelerating mechanism a localized flow velocity at said first region to be greater than the inhalation flow velocity. a mouthpiece portion including an internal conduit for delivering said aerosol to said patient, said internal conduit having an inlet end and a mouthpiece end opposite said inlet end that is structured to be received in the mouth of the patient, said mouthpiece portion being structured to operate at an inhalation flow rate with a corresponding inhalation flow velocity when said patient inhales through said mouthpiece end; a aerosol generator (45, 50, 55, 60, 65, 70) for generating said aerosol from a supply of said drug and injecting said aerosol into a first region within said mouthpiece portion located between an outlet of said aerosol generator and said inlet end of said internal conduit; characterized in that said mouthpiece portion includes a flow accelerating mechanism wherein said flow accelerating mechanism is an insert (80A, 80B, 80C) inserted within said internal conduit, at the inlet end, said insert (80A, 80B, 80C) having an orifice (100, 120), wherein said internal conduit is generally cylindrically shaped and has a cross sectional diameter, the orifice (100, 120) is generally circular and has a diameter smaller than said cross sectional diameter, said orifice (100, 120) causing in said flow accelerating mechanism a localized flow velocity at said first region to be greater than the inhalation flow velocity.
Heat exchanger for a motor vehicle, comprising: - a heat exchange bundle between at least a first fluid and a second fluid comprising first flow channels of the first fluid and second flow channels of the second fluid, - a receiving casing of the said bundle, and - a collector for the second fluid comprising: • a collector plate having openings (53, 53'), in which the second flow channels of the second fluid open, and • at least one closure cover of the collector for the second fluid, - the said at least one closure cover of the collector has at least one raised edge and the collector plate has a corresponding planar connection portion, the planar connection portion being adjacent to at least one peripheral edge of the collector plate, and characterized in that - the collector plate has a predefined number of first openings having a first depth (h) and at least one second opening having a second depth (h') which is different from the first depth (h) and in that the second depth (h') is less than the first depth (h) and the said at least one second opening is arranged at an end of the collector plate, such that by reducing the depth (h') of the second opening of the collector plate, the remaining material for producing the said connection portion is greater. - a heat exchange bundle between at least a first fluid and a second fluid comprising first flow channels of the first fluid and second flow channels of the second fluid, - a receiving casing of the said bundle, and - a collector for the second fluid comprising: • a collector plate having openings (53, 53'), in which the second flow channels of the second fluid open, and • at least one closure cover of the collector for the second fluid, • a collector plate having openings (53, 53'), in which the second flow channels of the second fluid open, and • at least one closure cover of the collector for the second fluid, - the said at least one closure cover of the collector has at least one raised edge and the collector plate has a corresponding planar connection portion, the planar connection portion being adjacent to at least one peripheral edge of the collector plate, and characterized in that - the collector plate has a predefined number of first openings having a first depth (h) and at least one second opening having a second depth (h') which is different from the first depth (h) and in that the second depth (h') is less than the first depth (h) and the said at least one second opening is arranged at an end of the collector plate, such that by reducing the depth (h') of the second opening of the collector plate, the remaining material for producing the said connection portion is greater.