mhurhangee/patent-ind-claim-en huggingface dataset:
An insertion assisting tool for an endoscope comprising: a flexible tubular body having an endoscope insertion passage and a distal end opening part ; a sidewall opening part provided in a sidewall portion of the tubular body , the sidewall opening part from which an endoscope insertion part inserted into the endoscope insertion passage can be led out; and a guiding valve connected to an edge portion of the sidewall opening part and capable of being bent to an endoscope insertion passage side, wherein the guiding valve is formed integrally with the tubular body by forming a cut in the sidewall portion of the tubular body , whereby the guiding valve comprises a portion in a sidewall portion of the flexible tubular body enclosed by the cut and that has been pushed inward in the passage so as to form the sidewall opening part ; and the guiding valve is deformable between a guide state where the guiding valve guides the endoscope insertion part to the sidewall opening part and a retracted state where the guiding valve is retracted from the guide state and is deformed substantially parallelly in the axial direction of the tube main body . a flexible tubular body having an endoscope insertion passage and a distal end opening part ; a sidewall opening part provided in a sidewall portion of the tubular body , the sidewall opening part from which an endoscope insertion part inserted into the endoscope insertion passage can be led out; and a guiding valve connected to an edge portion of the sidewall opening part and capable of being bent to an endoscope insertion passage side, wherein the guiding valve is formed integrally with the tubular body by forming a cut in the sidewall portion of the tubular body , whereby the guiding valve comprises a portion in a sidewall portion of the flexible tubular body enclosed by the cut and that has been pushed inward in the passage so as to form the sidewall opening part ; and the guiding valve is deformable between a guide state where the guiding valve guides the endoscope insertion part to the sidewall opening part and a retracted state where the guiding valve is retracted from the guide state and is deformed substantially parallelly in the axial direction of the tube main body .
A polycyclic aromatic compound represented by the following general formula or a multimer of a polycyclic aromatic compound having a plurality of structures each represented by the following general formula : wherein in the above formula , ring A, ring B, and ring C each independently represent an aryl ring or a heteroaryl ring, while at least one hydrogen atom in these rings may be substituted, Y 1 represents B, P, P=O, P=S, Al, Ga, As, Si-R, or Ge-R, while R in the Si-R and Ge-R represents an aryl, an alkyl or a cycloalkyl, X 1 and X 2 each independently represent >O, >N-R, >C(-R) 2 , >S, or >Se, while R of the >N-R represents an optionally substituted aryl, an optionally substituted heteroaryl, an optionally substituted alkyl, or an optionally substituted cycloalkyl, R of the >C(-R) 2 represents a hydrogen atom, an optionally substituted aryl, an optionally substituted alkyl, or an optionally substituted cycloalkyl, and at least one of R in the >N-R and R in the >C(-R) 2 may be bonded to at least one of the ring A, ring B, and ring C via a linking group or a single bond, at least one hydrogen atom in the compound or structure represented by formula may be substituted by a deuterium atom, cyano, or a halogen atom, and at least one of the ring A, ring B, ring C, aryl and heteroaryl in the compound or structure represented by the formula is fused with at least one cycloalkane, at least one hydrogen atom in the cycloalkane is substituted at an α-position carbon atom of the cycloalkane, at least one -CH 2 - in the cycloalkane may be substituted with -O-. wherein in the above formula , ring A, ring B, and ring C each independently represent an aryl ring or a heteroaryl ring, while at least one hydrogen atom in these rings may be substituted, Y 1 represents B, P, P=O, P=S, Al, Ga, As, Si-R, or Ge-R, while R in the Si-R and Ge-R represents an aryl, an alkyl or a cycloalkyl, X 1 and X 2 each independently represent >O, >N-R, >C(-R) 2 , >S, or >Se, while R of the >N-R represents an optionally substituted aryl, an optionally substituted heteroaryl, an optionally substituted alkyl, or an optionally substituted cycloalkyl, R of the >C(-R) 2 represents a hydrogen atom, an optionally substituted aryl, an optionally substituted alkyl, or an optionally substituted cycloalkyl, and at least one of R in the >N-R and R in the >C(-R) 2 may be bonded to at least one of the ring A, ring B, and ring C via a linking group or a single bond, at least one hydrogen atom in the compound or structure represented by formula may be substituted by a deuterium atom, cyano, or a halogen atom, and at least one of the ring A, ring B, ring C, aryl and heteroaryl in the compound or structure represented by the formula is fused with at least one cycloalkane, at least one hydrogen atom in the cycloalkane is substituted at an α-position carbon atom of the cycloalkane, at least one -CH 2 - in the cycloalkane may be substituted with -O-.
Expanded polypropylene resin particles obtainable by expanding polypropylene resin particles containing a polypropylene resin composition which contains electrically conductive carbon black in an amount in a range of not less than 11 parts by weight and not more than 25 parts by weight with respect to 100 parts by weight of polypropylene resin, the electrically conductive carbon black having a dibutyl phthalate (DBP) absorption amount, measured in accordance with JIS K6217-4: 2008, in a range of not less than 300 cm 3 /100 g and not more than 600 cm 3 /100 g, the expanded polypropylene resin particles having an average cell diameter, measured in accordance with the description, in a range of more than 0.16 mm and not more than 0.35 mm.
An isolated, recombinant polypeptide, comprising (i) the gamma chain of fibrinogen, and (ii) a His-Tag, wherein said polypeptide comprises (α) the amino acid sequence according to SEQ ID NO: 3, or (β) an amino acid sequence having at least 80% sequence identity to SEQ ID NO: 3 and having fibrinogen gamma chain activity and His-Tag functionality, wherein "fibrinogen gamma chain activity" refers to the characteristic of having functional binding sites for integrins, leukocytes, platelets, fibroblasts, endothelial cells and/or FGF-2. (i) the gamma chain of fibrinogen, and (ii) a His-Tag, (α) the amino acid sequence according to SEQ ID NO: 3, or (β) an amino acid sequence having at least 80% sequence identity to SEQ ID NO: 3 and having fibrinogen gamma chain activity and His-Tag functionality, wherein "fibrinogen gamma chain activity" refers to the characteristic of having functional binding sites for integrins, leukocytes, platelets, fibroblasts, endothelial cells and/or FGF-2.
An edible consumable dispensing device for dispensing a fat-based edible consumable having a melting or softening point at a temperature between room temperature and 100 °C, such as chocolate, characterized in that the device includes: a receptacle having a chamber configured to receive a fat-based edible consumable, the chamber having internal walls and a first opening and a second opening , wherein the first opening is adapted to be coupled with a source of heated and pressurised fluid; and a barrier member adapted to separate heated and pressurised fluid supplied by the source from the consumable and at least the second opening , wherein the barrier member is configured to transfer heat and pressure from the heated and pressurised fluid; such that when heated and pressurised fluid is delivered to the barrier member via the first opening , at least a portion of the consumable is softened and urged through the second opening . a receptacle having a chamber configured to receive a fat-based edible consumable, the chamber having internal walls and a first opening and a second opening , wherein the first opening is adapted to be coupled with a source of heated and pressurised fluid; and a barrier member adapted to separate heated and pressurised fluid supplied by the source from the consumable and at least the second opening , wherein the barrier member is configured to transfer heat and pressure from the heated and pressurised fluid; such that when heated and pressurised fluid is delivered to the barrier member via the first opening , at least a portion of the consumable is softened and urged through the second opening .
Photovoltaic junction box having a housing lower part and a housing upper part interacting with the latter, wherein a seal is provided between the housing lower part and the housing upper part , and at least one connection plug for a connection line and, inside the photovoltaic junction box, a contact carrier with contacts are present, wherein the connection line is connected to the connection plug using a strain relief means, wherein the strain relief means has at least one sleeve which can be pushed over the connection line and a clamping element which interacts with said sleeve and exerts a radial force on the connection line , characterized in that the clamping element has arms (400.A) protruding in the direction of the connection plug and, in its end position, engages in corresponding recesses (4.A) in the connection plug .
A process for removal of a target metal from a liquid sample, said process comprising: applying acoustic cavitation to the liquid sample to form vapor bubbles; wherein the acoustic cavitation causes thermolysis of the liquid sample to produce hydroxyl radicals which self-react at a collapsing vapor bubble interface to generate hydrogen peroxide in-situ; and adding an iron (II) salt, or a precursor form thereof, to the liquid sample and allowing Fenton oxidation reaction to occur between the iron and the hydrogen peroxide generated by acoustic cavitation in-situ in the liquid sample, thereby producing further hydroxyl radicals; thereby producing a target metal salt or metal oxide having reduced solubility in the liquid sample, leading to removal of the target metal from the liquid sample; wherein no additional hydrogen peroxide is added to the liquid sample as part of the process. applying acoustic cavitation to the liquid sample to form vapor bubbles; wherein the acoustic cavitation causes thermolysis of the liquid sample to produce hydroxyl radicals which self-react at a collapsing vapor bubble interface to generate hydrogen peroxide in-situ; and adding an iron (II) salt, or a precursor form thereof, to the liquid sample and allowing Fenton oxidation reaction to occur between the iron and the hydrogen peroxide generated by acoustic cavitation in-situ in the liquid sample, thereby producing further hydroxyl radicals; thereby producing a target metal salt or metal oxide having reduced solubility in the liquid sample, leading to removal of the target metal from the liquid sample; wherein no additional hydrogen peroxide is added to the liquid sample as part of the process.
An implantable device comprising a nanostructure of reservoir molecules that are reservoirs for nitric oxide; wherein the reservoir molecule is a S-Nitrosylated lipid or a S-Nitrosylated phospholipid such as S-Nitrosylated 1,2-dipalmitoyl-sn-glycero-3-phosphothioethanol (DPPTE); and wherein the nanostructure has a gold core and a lipid bilayer or monolayer. wherein the reservoir molecule is a S-Nitrosylated lipid or a S-Nitrosylated phospholipid such as S-Nitrosylated 1,2-dipalmitoyl-sn-glycero-3-phosphothioethanol (DPPTE); and wherein the nanostructure has a gold core and a lipid bilayer or monolayer.
A computer- implemented method for displaying an aircraft control input, the method comprising: accessing, from a non-transitory computer-readable medium, a first indication indicative of an aircraft control input, the aircraft control input being associated with an orientation and an amplitude of the aircraft control input; generating, by a processing unit , a first single visual indication based on the first indication, the first single visual indication being reflective of the orientation and the amplitude of the aircraft control input; and causing the display of the first single visual indication on a display surface (108,110,112,114,120 & 122), the display of the first single visual indication providing a user viewing the first single visual indication with an understanding of the orientation and the amplitude of the aircraft control input, characterised in that causing the display of the first single visual indication on the display surface is in response to an event relating to the operation of an aircraft, and wherein the event comprises at least one of a detection of a change in flight mode and a dual input received from a first aircraft controller and a second aircraft controller . accessing, from a non-transitory computer-readable medium, a first indication indicative of an aircraft control input, the aircraft control input being associated with an orientation and an amplitude of the aircraft control input; generating, by a processing unit , a first single visual indication based on the first indication, the first single visual indication being reflective of the orientation and the amplitude of the aircraft control input; and causing the display of the first single visual indication on a display surface (108,110,112,114,120 & 122), the display of the first single visual indication providing a user viewing the first single visual indication with an understanding of the orientation and the amplitude of the aircraft control input,
Automated washing unit of a heavy-duty vehicle having a body with side, upper, lower, front, and rear areas, and wheels , the washing unit comprising two mobile sub-units which are coupled to one another forming a gantry-shaped tandem for being moved synchronously along the heavy-duty vehicle, and wherein each mobile sub-unit has a washing module with cleaning agent discharge means for discharging cleaning agents on the heavy-duty vehicle, with the washing modules facing and separated from one another by a distance substantially similar to the width of the body of the heavy-duty vehicle, each mobile sub-unit comprising a main body which is attached to one of the washing modules , the washing module comprising a casing with an opening oriented towards the heavy-duty vehicle, wherein inside the casing there are arranged the cleaning agent discharge means for discharging cleaning agents on the heavy-duty vehicle through the opening, characterized in that inside the casing are also arranged extraction means for extracting and collecting the cleaning agents discharged on the heavy-duty vehicle.
A pixel circuit, comprising: a photoelectric conversion device , configured to respond to incident light and generate a charge according to a photoelectric effect; a charge memory , wherein the charge memory is connected to the photoelectric conversion device , and the charge memory is configured to store the charge generated by the photoelectric conversion device ; a first transmission transistor , connected to the photoelectric conversion device and the charge memory , wherein the first transmission transistor is configured to transfer the charge to the charge memory ; a second transmission transistor , connected to the photoelectric conversion device , wherein the second transmission transistor is configured to transfer the charge to a preset node, so as to destroy the charge; and an exposure control signal memory , connected to the first transmission transistor and the second transmission transistor , wherein the exposure control signal memory is configured to generate a charge control signal according to an exposure control signal, so as to control conduction states of the first transmission transistor and the second transmission transistor , characterized in that the exposure control signal memory is a unit bit static random access memory or a unit bit dynamic random access memory a photoelectric conversion device , configured to respond to incident light and generate a charge according to a photoelectric effect; a charge memory , wherein the charge memory is connected to the photoelectric conversion device , and the charge memory is configured to store the charge generated by the photoelectric conversion device ; a first transmission transistor , connected to the photoelectric conversion device and the charge memory , wherein the first transmission transistor is configured to transfer the charge to the charge memory ; a second transmission transistor , connected to the photoelectric conversion device , wherein the second transmission transistor is configured to transfer the charge to a preset node, so as to destroy the charge; and an exposure control signal memory , connected to the first transmission transistor and the second transmission transistor , wherein the exposure control signal memory is configured to generate a charge control signal according to an exposure control signal, so as to control conduction states of the first transmission transistor and the second transmission transistor , characterized in that the exposure control signal memory is a unit bit static random access memory or a unit bit dynamic random access memory
A cutting mill comprising a blocking device for cutting knives of a the cutting mill, comprising a body of a the cutting mill on which two or more seats are obtained, each of said seats houses a cutting tool or knife of said cutting mill, said knife being configured to rest against said body in correspondence with a reference point consisting of a recess of the knife which fits into an abutment of the body of said cutting mill, wherein said knife has an upper surface with an end lying on a first plane defined by two first inclined axes (Y, X) which form an angle a<90° and a lower surface with a lower end lying on a second plane defined by two second inclined axes (Y', X') which form an angle a' ≤ a, wherein a locking block , coupled to a cutting-limiting device , whose internal surface rests on the outer surface of the knife , and at least one fixing screw are inserted inside said seat of the body of said cutting mill, said at least one fixing screw being inserted, through said locking block , into a hole made in the body of the cutting mill at said seat , characterized in that the cutting mill comprises at least one elastic element , which is configured to push the knife into a prefixed position according to which said recess of the knife is placed against the abutment of the body , being coupled to said locking block .
A fraud detection method for access control through facial recognition, wherein the following is implemented at an area where the access control is verified for an individual appearing at said area: - a measurement of the weight of the individual, at least one weight sensor being provided on the ground for this purpose; - an acquisition of at least one image of the face of the individual appearing at said area, by at least one camera provided for this purpose; - an estimation of the weight of the individual by processing by a unit for computing the at least one acquired image of the face of the individual appearing to the access control; - a comparison by said computation unit between the estimated weight and the measured weight; and wherein said computation unit triggers or not the emission of a fraud detection signal depending on the result of this comparison. - a measurement of the weight of the individual, at least one weight sensor being provided on the ground for this purpose; - an acquisition of at least one image of the face of the individual appearing at said area, by at least one camera provided for this purpose; - an estimation of the weight of the individual by processing by a unit for computing the at least one acquired image of the face of the individual appearing to the access control; - a comparison by said computation unit between the estimated weight and the measured weight; and wherein said computation unit triggers or not the emission of a fraud detection signal depending on the result of this comparison.
An inspection system comprising: a plurality of transport bins , wherein each of said transport bins comprises a traceable tag with a unique signature, wherein said transport bins are configured for carrying passenger belongings; an inspection unit configured to individually scan each of said plurality of transport bins to generate images of said passenger belongings, wherein each of said images is associated with a unique signature from said traceable tag; a conveyor system extending through said inspection unit for conveying said transport bins through said inspection unit ; a deposit point located ahead of said conveyer ; a retrieval point located behind said conveyor ; characterized in that the inspection system further comprises a computer system configured to: transmit said images and said unique signature to a remote inspection station; receive information from said remote inspection station that identifies a threat in said images; monitor transport bin flow through said deposit and retrieval points; identify presence of, number of, and/or location of one or more modular components located in said conveyor system , said deposit point , said retrieval point ; and adjust one or more system performance parameters based on said presence of, number of, and/or location of said modular components. a plurality of transport bins , wherein each of said transport bins comprises a traceable tag with a unique signature, wherein said transport bins are configured for carrying passenger belongings; an inspection unit configured to individually scan each of said plurality of transport bins to generate images of said passenger belongings, wherein each of said images is associated with a unique signature from said traceable tag; a conveyor system extending through said inspection unit for conveying said transport bins through said inspection unit ; a deposit point located ahead of said conveyer ; a retrieval point located behind said conveyor ; characterized in that the inspection system further comprises a computer system configured to: transmit said images and said unique signature to a remote inspection station; receive information from said remote inspection station that identifies a threat in said images; monitor transport bin flow through said deposit and retrieval points; identify presence of, number of, and/or location of one or more modular components located in said conveyor system , said deposit point , said retrieval point ; and adjust one or more system performance parameters based on said presence of, number of, and/or location of said modular components.