mhurhangee/ep-ind-claims huggingface dataset:
A method for making a structurally resilient first package with a desired shape on a vertical form, fill, and seal machine, the method comprising the steps: b. sealing a film to form a back seal; c. forming a first end seal to form a partially formed first package, wherein the first end seal is approximately perpendicular to the back seal and wherein the first end seal is located on a first side of the partially formed first package; d. flattening the first side of the partially formed first package to form a flat first side; e. filling the partially formed first package with product; f. forming a second end seal on the partially formed first package to form a first package from the partially formed first package, wherein the second end seal is located on a second side of the first package; g. flattening the second side of the first package to form a flat second side, wherein bottom gusseters (502a, b) move into contact with the first package to form gussets adjacent to the first side of the first package, wherein the flattening the first side and the flattening the second side occur on a first machine; characterized in that: flattening the second side comprises using top gusseters (406a,b) to press the second side of the first package against seal jaws (408a,b), and the bottom gusseters press the first side of the first package against seal jaws to flatten the first side of the first package. b. sealing a film to form a back seal; c. forming a first end seal to form a partially formed first package, wherein the first end seal is approximately perpendicular to the back seal and wherein the first end seal is located on a first side of the partially formed first package; d. flattening the first side of the partially formed first package to form a flat first side; e. filling the partially formed first package with product; f. forming a second end seal on the partially formed first package to form a first package from the partially formed first package, wherein the second end seal is located on a second side of the first package; g. flattening the second side of the first package to form a flat second side, wherein bottom gusseters (502a, b) move into contact with the first package to form gussets adjacent to the first side of the first package, wherein the flattening the first side and the flattening the second side occur on a first machine; flattening the second side comprises using top gusseters (406a,b) to press the second side of the first package against seal jaws (408a,b), and the bottom gusseters press the first side of the first package against seal jaws to flatten the first side of the first package.
A biological purifying reactor comprising a space for expansion and removal of sludge with a volume V; a gas injection system located in a lower area close to the bottom of the said space for expansion and removal of sludge; a fluid injection system located at, or above the bottom of the said space for expansion and removal of sludge; and a biological filter, wherein said biological filter comprises a packed bed of particles retained in said reactor below a perforated retention ceiling against upward movement, and a volume of movable particles located within the said space for expansion and removal of sludge and above the fluid injection system, wherein the particles of said packed bed and of the volume of movable particles are carriers for microbial film, wherein the particles of said packed bed have a bulk density of 35-65 kg/m 3, wherein the movable particles have a density between 0,9 and 1,2 kg/dm 3 that is higher than the density of the particles of the packed bed, and wherein the movable particles are hollow carriers having inner flow passages and comprising a protected surface area for allowing growth of the microbial film protected against collision with the surfaces of other carrier elements, the size of the particles of the packed bed being larger than the largest inner flow passages of the movable particles.
A respiratory inlet assembly configured for securement to a mask, the respiratory inlet assembly comprising: a respiratory inlet housing having a mask end configured to be secured to the mask, and a fitting end configured to mate with a supply fitting of an air supply system, the respiratory inlet housing comprising: an exterior mating surface disposed on the fitting end, the exterior mating surface configured to matingly accept a first type of air supply fitting; a cavity disposed within the respiratory inlet housing having an opening oriented toward the fitting end, the cavity comprising an interior mating surface configured to matingly accept a second type of air supply fitting; and an adaptor formed as a generally annular member including an adaptor cavity and an exterior mating surface extending circumferentially around the adaptor, the adaptor cavity passing through the adaptor, the adaptor cavity configured to matingly accept a third type of air supply fitting, the exterior mating surface sharing a common configuration with the second type of air supply fitting, wherein the exterior mating surface of the adaptor is configured for mating engagement with the interior mating surface of the cavity of the respiratory inlet housing. an exterior mating surface disposed on the fitting end, the exterior mating surface configured to matingly accept a first type of air supply fitting; a cavity disposed within the respiratory inlet housing having an opening oriented toward the fitting end, the cavity comprising an interior mating surface configured to matingly accept a second type of air supply fitting; and an adaptor formed as a generally annular member including an adaptor cavity and an exterior mating surface extending circumferentially around the adaptor, the adaptor cavity passing through the adaptor, the adaptor cavity configured to matingly accept a third type of air supply fitting, the exterior mating surface sharing a common configuration with the second type of air supply fitting, wherein the exterior mating surface of the adaptor is configured for mating engagement with the interior mating surface of the cavity of the respiratory inlet housing.
A resin composite material obtained by chemically bonding a reactive polyfunctional compound to both a thermoplastic resin and a carbon material having a graphene structure, wherein the reactive polyfunctional compound is one reactive polyfunctional compound selected from the group consisting of a dioxime compound, a bismaleimide compound, and a quinone compound.
A method of mass spectrometry having a first mode comprising: providing a source of precursor ions and reagent ions for reacting with said precursor ions; providing a reaction region downstream of said source; providing an ion mobility separator between said source and said reaction region; and providing a bypass cell between said source and said reaction region for guiding ions from said source to said reaction region without the ions passing through said ion mobility separator; guiding said precursor ions from said source, through said ion mobility separator so that said precursor ions separate according to their ion mobility and into said reaction region; and guiding said reagent ions from said source, through said bypass cell and into said reaction region; wherein the reagent ions react with the precursor ions within the reaction region to produce product ions. providing a source of precursor ions and reagent ions for reacting with said precursor ions; providing a reaction region downstream of said source; providing an ion mobility separator between said source and said reaction region; and providing a bypass cell between said source and said reaction region for guiding ions from said source to said reaction region without the ions passing through said ion mobility separator; guiding said precursor ions from said source, through said ion mobility separator so that said precursor ions separate according to their ion mobility and into said reaction region; and guiding said reagent ions from said source, through said bypass cell and into said reaction region; wherein the reagent ions react with the precursor ions within the reaction region to produce product ions.
A process for deodorizing polymeric material selected from the group consisting of polyolefins, mixtures thereof, and polystyrene, said process comprising the steps of: - feeding a mixture of polymeric material and water, wherein said polymeric material constitutes from 75 to 95 wt.% and water from 25 to 5 wt.% of said mixture, to a twin-screw extruder having an LID ratio between 1.25 and 1.50 and kept at a temperature between 180 and 260 °C, - extruding from said twin-screw extruder a melt consisting of 97 to 99 wt.% of polymeric material and 3 to 1 wt.% of water, - feeding said melt to a single-screw extruder having an LID ratio between 20 and 32 and kept at a temperature between 180 and 260 °C, so as to obtain an extruded product, - feeding said extruded product to a granulator which produces granules of polymeric material containing not more than 0.3 wt.% of water, - feeding said granules of polymeric material to the top of a silo provided with a vertical axis feeding device, in countercurrent with a flow of air having a temperature between 80 and 90 °C and a flow rate between 4 and 13 m 3 /kg of granules of polymeric material, and - obtaining deodorized granules of polymeric material. - feeding a mixture of polymeric material and water, wherein said polymeric material constitutes from 75 to 95 wt.% and water from 25 to 5 wt.% of said mixture, to a twin-screw extruder having an LID ratio between 1.25 and 1.50 and kept at a temperature between 180 and 260 °C, - extruding from said twin-screw extruder a melt consisting of 97 to 99 wt.% of polymeric material and 3 to 1 wt.% of water, - feeding said melt to a single-screw extruder having an LID ratio between 20 and 32 and kept at a temperature between 180 and 260 °C, so as to obtain an extruded product, - feeding said extruded product to a granulator which produces granules of polymeric material containing not more than 0.3 wt.% of water, - feeding said granules of polymeric material to the top of a silo provided with a vertical axis feeding device, in countercurrent with a flow of air having a temperature between 80 and 90 °C and a flow rate between 4 and 13 m 3 /kg of granules of polymeric material, and - obtaining deodorized granules of polymeric material.
An energetic active composition comprising a dihydroxylammonium salt or diammonium salt of 5,5'-bistetrazole-1,1'-diol, 5,5'-bistetrazole-1,2'-diol, or 5,5'-bistetrazole-2,2'-diol, or a mixture of at least two of these salts.
A method for producing a printed circuit board comprising; a substrate; and at least one high-aspect ratio conductive pattern disposed on the substrate, characterised in that the high aspect ratio conductive pattern has a height that is at least five times greater than a width, and in that the method comprises: printing a conductive material between a defined spacing of a polymer support on the substrate; printing polymer support material on the polymer support; printing additional conductive material between the defined spacing of the polymer support; sintering the conductive material; and subsequent to sintering, removing the polymer support to provide the high-aspect ratio conductive pattern. a substrate; and at least one high-aspect ratio conductive pattern disposed on the substrate, characterised in that the high aspect ratio conductive pattern has a height that is at least five times greater than a width, and in that the method comprises: printing a conductive material between a defined spacing of a polymer support on the substrate; printing polymer support material on the polymer support; printing additional conductive material between the defined spacing of the polymer support; sintering the conductive material; and subsequent to sintering, removing the polymer support to provide the high-aspect ratio conductive pattern. printing a conductive material between a defined spacing of a polymer support on the substrate; printing polymer support material on the polymer support; printing additional conductive material between the defined spacing of the polymer support; sintering the conductive material; and subsequent to sintering, removing the polymer support to provide the high-aspect ratio conductive pattern.
A medical delivery system, comprising: a housing; a delivery device disposed at least partially within the housing; a lock configured to releasably secure the delivery device relative to the housing when in a locked configuration, and to allow translation of the delivery device within the housing when in an unlocked configuration; a lock actuator configured to engage with the lock to move the lock from the locked configuration toward the unlocked configuration; a handle coupled to the lock actuator, the handle being configured to move the lock actuator to engage with the lock upon the handle being moved from a default position toward a depressed position; a sleeve having a proximal end coupled to the housing; and a catheter having a proximal end coupled to the delivery device, the catheter extending distally from the delivery device through a lumen of the sleeve; wherein depression of the handle allows the delivery device to be translated within the housing so as to translate the catheter within the sleeve, characterized in that the system further comprises a lock button configured to engage with the lock upon being moved from a default position toward a depressed position so as to move the lock from the locked configuration toward the unlocked configuration. a housing; a delivery device disposed at least partially within the housing; a lock configured to releasably secure the delivery device relative to the housing when in a locked configuration, and to allow translation of the delivery device within the housing when in an unlocked configuration; a lock actuator configured to engage with the lock to move the lock from the locked configuration toward the unlocked configuration; a handle coupled to the lock actuator, the handle being configured to move the lock actuator to engage with the lock upon the handle being moved from a default position toward a depressed position; a sleeve having a proximal end coupled to the housing; and a catheter having a proximal end coupled to the delivery device, the catheter extending distally from the delivery device through a lumen of the sleeve; wherein depression of the handle allows the delivery device to be translated within the housing so as to translate the catheter within the sleeve, characterized in that the system further comprises a lock button configured to engage with the lock upon being moved from a default position toward a depressed position so as to move the lock from the locked configuration toward the unlocked configuration.
Fixation assembly for fixing a panel on a building roof comprising a rectangular base intended to be fixed flat on said roof of said building and feet (5, 6) adapted to be fixed between said base and said panel allowing an adjustable inclination of said panel with respect to said roof, characterized in that said rectangular base has a first large side bordered by an alignment of cavities spaced at regular intervals, said feet (5, 6) being designed with a bottom part (8, 8') of said foot (5, 6) adapted to fit into one of said cavities of said base in such a way as to be fixed to said base at a chosen position along said first long side of said base and with an upper part provided with a tilting head (7, 7') intended to be hooked to said panel, in that said feet (5, 6) comprise a front foot and a rear foot of greater height than said front foot, in that said base has a second large side opposite said first long side and which is bordered by a first housing and two second housings disposed on either side of said first housing along said second long side of said base, said housings (12, 13) being defined by a ribbed edge of said base and reinforcing ribs extending between the alignment of said cavities and said second large side of said base, said housings (12, 13) being further traversed according to the thickness of said base and being dimensioned so as to accommodate, when a base is superimposed on another base in the thickness of said two bases superimposed, two rear feet installed flat, head-to-tail and in alignment with said second large side of said bases in said first housing of said two bases superimposed, and a front foot at an angle to said second large side of said two bases superimposed in each second housing of said two bases superimposed, in that each base is designed to be reversible at 180 ° so that said two bases superimposed once separated can be mounted on said roof with their second large side face to face to carry a panel or with a second large side of a base which faces a first large side of the other base which allows to install two panels adjacent on the same front feet and rear feet, and in that said long sides (L1, L2) of the base have a length equivalent to the width of a handling pallet.
A system for determining a gaze point of an eye, comprising: a visual display comprising a screen surface adapted to display graphical information and includes a plurality of reference illuminators arranged beneath said screen surface, the reference illuminators being adapted to emit invisible light; a camera for acquiring an image of the eye watching the visual display, said image including corneo-scleral reflections of the reference illuminators; and a processor adapted to: define, based on the locations of the corneo-scleral reflections in the image plane, a mapping between a coordinate system in the object plane and a coordinate system in the image plane; and determine, based on the mapping, the eye's gaze point in the object plane coordinate system, wherein the mapping is composed of an ellipsoidal reflection mapping and a perspective projection. a visual display comprising a screen surface adapted to display graphical information and includes a plurality of reference illuminators arranged beneath said screen surface, the reference illuminators being adapted to emit invisible light; a camera for acquiring an image of the eye watching the visual display, said image including corneo-scleral reflections of the reference illuminators; and a processor adapted to: define, based on the locations of the corneo-scleral reflections in the image plane, a mapping between a coordinate system in the object plane and a coordinate system in the image plane; and determine, based on the mapping, the eye's gaze point in the object plane coordinate system, wherein the mapping is composed of an ellipsoidal reflection mapping and a perspective projection. define, based on the locations of the corneo-scleral reflections in the image plane, a mapping between a coordinate system in the object plane and a coordinate system in the image plane; and determine, based on the mapping, the eye's gaze point in the object plane coordinate system, wherein the mapping is composed of an ellipsoidal reflection mapping and a perspective projection.
A pressure chamber for use in an article of footwear comprising: a bladder at least partially formed from a polymer material that is sealed to enclose a pressurized fluid; and characterised in that it further comprises a strand wound around the bladder and secured to the bladder. a bladder at least partially formed from a polymer material that is sealed to enclose a pressurized fluid; and characterised in that it further comprises a strand wound around the bladder and secured to the bladder.
A method for secure data communication over a network, the method comprising: encrypting data to generate a visual flashing code containing encrypted data, wherein the visual flashing code is transmitted to a user on a user device; obtaining real time biometric data of the user from at least one biometric device connected to the user device; authenticating the user based on the real time biometric data; and allowing the user device to decrypt the encrypted data contained in the visual flashing code, wherein the decryption comprises, obtaining Electroencephalogram data and a look up table, wherein the EEG data comprises brain signals indicative of brain activity of the user in response to viewing of the encrypted data contained in the visual flashing code, and wherein the look up table comprises a plurality of frequency values and corresponding alphanumeric characters; identifying a frequency value based on the EEG data; and comparing the frequency value with the look up table to determine an alphanumeric character corresponding to the frequency value. encrypting data to generate a visual flashing code containing encrypted data, wherein the visual flashing code is transmitted to a user on a user device; obtaining real time biometric data of the user from at least one biometric device connected to the user device; authenticating the user based on the real time biometric data; and allowing the user device to decrypt the encrypted data contained in the visual flashing code, wherein the decryption comprises, obtaining Electroencephalogram data and a look up table, wherein the EEG data comprises brain signals indicative of brain activity of the user in response to viewing of the encrypted data contained in the visual flashing code, and wherein the look up table comprises a plurality of frequency values and corresponding alphanumeric characters; identifying a frequency value based on the EEG data; and comparing the frequency value with the look up table to determine an alphanumeric character corresponding to the frequency value. obtaining Electroencephalogram data and a look up table, wherein the EEG data comprises brain signals indicative of brain activity of the user in response to viewing of the encrypted data contained in the visual flashing code, and wherein the look up table comprises a plurality of frequency values and corresponding alphanumeric characters; identifying a frequency value based on the EEG data; and comparing the frequency value with the look up table to determine an alphanumeric character corresponding to the frequency value.