mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing a cut resistant fabric comprising: - supplying a first yarn, a second yarn and a third yarn to a knitting machine for forming a fabric, wherein said first yarn is polyester or polyamide yarn with a thickness of 75-250 dtex, wherein said second yarn is polyethylene yarn with a thickness of 100-250 dtex and wherein said third yarn is elastane yarn with a thickness of 33-100 dtex, - forming the cut-resistant fabric from the first yarn, the second yarn and the third yarn supplied as a fine rib pique knit, and - finishing the cut-resistant fabric in a heat treatment step for stabilizing the cut resistant fabric, wherein the cut resistant fabric comprises a side with predominantly polyethylene loops which forms a polyethylene side and a side with predominantly polyester or polyamide loops which forms a polyester or polyamide side. - supplying a first yarn, a second yarn and a third yarn to a knitting machine for forming a fabric, wherein said first yarn is polyester or polyamide yarn with a thickness of 75-250 dtex, wherein said second yarn is polyethylene yarn with a thickness of 100-250 dtex and wherein said third yarn is elastane yarn with a thickness of 33-100 dtex, - forming the cut-resistant fabric from the first yarn, the second yarn and the third yarn supplied as a fine rib pique knit, and - finishing the cut-resistant fabric in a heat treatment step for stabilizing the cut resistant fabric, wherein the cut resistant fabric comprises a side with predominantly polyethylene loops which forms a polyethylene side and a side with predominantly polyester or polyamide loops which forms a polyester or polyamide side.
A synthetic resin composition comprising a synthetic resin, a strength of a combustion residue of the synthetic resin composition after combustion in an atmosphere of 800°C for 20 minutes being 0.5 N/mm 2 or more to 20 N/mm 2 or less, wherein the synthetic resin composition comprises the synthetic resin, a mineral having a Mohs hardness of 5 or more, and a binder component, wherein the binder component comprises at least one kind of compound selected from glass frit and a boric acid compound, wherein the boric acid compound comprises at least one kind of compound selected from zinc borate, ammonium borate, sodium borate, potassium borate and calcium borate, wherein a content of the mineral is 30 to 300 parts by mass relative to 100 parts by mass of the synthetic resin, wherein a content of the binder component is 2 to 120 parts by mass relative to 100 parts by mass of the synthetic resin, wherein a ratio of the content of the mineral to the content of the binder component (the content of the mineral/the content of the binder component) is 2 to 20, wherein the synthetic resin composition comprises an expansion agent, and wherein the Mohs hardness is determined as described in the description. wherein the synthetic resin composition comprises the synthetic resin, a mineral having a Mohs hardness of 5 or more, and a binder component, wherein the binder component comprises at least one kind of compound selected from glass frit and a boric acid compound, wherein the boric acid compound comprises at least one kind of compound selected from zinc borate, ammonium borate, sodium borate, potassium borate and calcium borate, wherein a content of the mineral is 30 to 300 parts by mass relative to 100 parts by mass of the synthetic resin, wherein a content of the binder component is 2 to 120 parts by mass relative to 100 parts by mass of the synthetic resin, wherein a ratio of the content of the mineral to the content of the binder component (the content of the mineral/the content of the binder component) is 2 to 20, wherein the synthetic resin composition comprises an expansion agent, and wherein the Mohs hardness is determined as described in the description.
A method for producing a surface-treated copper foil for a high-frequency circuit, comprising the steps of: employing a plating bath for quaternary metal film, comprising 0.2 to 6.0 g/L of chromium, 1.0 to 9.0 g/L of molybdenum, 1.0 to 8.0 g/L of zinc, and 1.0 to 7.0 g/L of nickel in terms of metal; subjecting a copper foil having a thickness of 35 μm or less to a surface treatment in said plating bath under conditions of a pH of 3 to 4 and a current density of 0.5 to 5.0 A/dm 2; and subsequently leaving the surface-treated copper foil in the air for 10 to 50 seconds. employing a plating bath for quaternary metal film, comprising 0.2 to 6.0 g/L of chromium, 1.0 to 9.0 g/L of molybdenum, 1.0 to 8.0 g/L of zinc, and 1.0 to 7.0 g/L of nickel in terms of metal; subjecting a copper foil having a thickness of 35 μm or less to a surface treatment in said plating bath under conditions of a pH of 3 to 4 and a current density of 0.5 to 5.0 A/dm 2; and subsequently leaving the surface-treated copper foil in the air for 10 to 50 seconds.
An information gathering method performed by a processor of an information distributor, the method comprising: identifying a location of a package, the package being associated with a sensor for collecting data about the environment of the package; identifying more than one set of location-based restrictions on collecting environmental data with the sensor, wherein the location-based restrictions on collecting environmental data comprise restrictions on sensing and/or storing environmental data based on a data type or the identified location; determining one set of location-based restrictions that takes precedence over the or each other set of location-based restrictions; and restricting collection of environmental data with the sensor, wherein restricting collection comprises at least one of: preventing the sensor from collecting environmental data that violates the set of location-based restrictions that takes precedence; or when environmental data that violates the set of location-based restrictions that takes precedence has been received from the sensor, deleting or obfuscating the received environmental data that violates the set of location-based restrictions that takes precedence at the information distributor. identifying a location of a package, the package being associated with a sensor for collecting data about the environment of the package; identifying more than one set of location-based restrictions on collecting environmental data with the sensor, wherein the location-based restrictions on collecting environmental data comprise restrictions on sensing and/or storing environmental data based on a data type or the identified location; determining one set of location-based restrictions that takes precedence over the or each other set of location-based restrictions; and restricting collection of environmental data with the sensor, wherein restricting collection comprises at least one of: preventing the sensor from collecting environmental data that violates the set of location-based restrictions that takes precedence; or when environmental data that violates the set of location-based restrictions that takes precedence has been received from the sensor, deleting or obfuscating the received environmental data that violates the set of location-based restrictions that takes precedence at the information distributor. preventing the sensor from collecting environmental data that violates the set of location-based restrictions that takes precedence; or when environmental data that violates the set of location-based restrictions that takes precedence has been received from the sensor, deleting or obfuscating the received environmental data that violates the set of location-based restrictions that takes precedence at the information distributor.
A composite pyrotechnic product whose composition, expressed as weight percentages, contains: - from 78% to 90%, advantageously from 80% to 86%, of organic energetic charges, and - from 10% to 22% of a polymeric gum, chosen from polyurethane-polyester gums, polyurethane-polyether gums and mixtures thereof, the number-average molecular weight of which is greater than 20 000 g/mol and the Mooney viscosity of which is between 20 and 70 ML (5 + 4) at 100°C. - from 78% to 90%, advantageously from 80% to 86%, of organic energetic charges, and - from 10% to 22% of a polymeric gum, chosen from polyurethane-polyester gums, polyurethane-polyether gums and mixtures thereof, the number-average molecular weight of which is greater than 20 000 g/mol and the Mooney viscosity of which is between 20 and 70 ML (5 + 4) at 100°C.
A display panel, wherein the display panel comprises a display layer, a protective layer and a support layer, the display layer being arranged between the protective layer and the support layer, and the support layer being connected to the display layer and comprising a piezoelectric film layer, wherein the piezoelectric film layer drives the display layer and the protective layer to vibrate when the piezoelectric film layer is deformed, characterized in that the display panel further comprises an electrostatic protective layer connected to the support layer, wherein the support layer is arranged between the electrostatic protective layer and the display layer, wherein the support layer further comprises a buffer layer arranged around the piezoelectric film layer, the buffer layer being connected to the display layer and the electrostatic protective layer, and the piezoelectric film layer being directly connected to the display layer and spaced from the electrostatic protective layer by a predetermined distance; and wherein a sound chamber is formed by the piezoelectric film layer, the electrostatic protective layer and the buffer layer surrounding the sound chamber, or a sound chamber is formed by the piezoelectric film layer, the electrostatic protective layer, the display layer and the buffer layer surrounding the sound chamber. the display panel comprises a display layer, a protective layer and a support layer, the display layer being arranged between the protective layer and the support layer, and the support layer being connected to the display layer and comprising a piezoelectric film layer, wherein the piezoelectric film layer drives the display layer and the protective layer to vibrate when the piezoelectric film layer is deformed, characterized in that the display panel further comprises an electrostatic protective layer connected to the support layer, wherein the support layer is arranged between the electrostatic protective layer and the display layer, wherein the support layer further comprises a buffer layer arranged around the piezoelectric film layer, the buffer layer being connected to the display layer and the electrostatic protective layer, and the piezoelectric film layer being directly connected to the display layer and spaced from the electrostatic protective layer by a predetermined distance; and wherein a sound chamber is formed by the piezoelectric film layer, the electrostatic protective layer and the buffer layer surrounding the sound chamber, or a sound chamber is formed by the piezoelectric film layer, the electrostatic protective layer, the display layer and the buffer layer surrounding the sound chamber.
A method for detecting at least one side of a paper coated with a thermosensitive layer, in which a paper is inserted into a thermal printer (10, 30), at least one side (16, 32) of the paper is printed with the aid of a thermal line (12, 34) of the thermal printer (10, 30) in a printing operation, characterized in that at the point in time of the termination of the printing operation a first temperature of the thermal line (12, 34) is determined by means of a sensor (18, 36), after a preset time interval after the termination of the printing operation a second temperature of the thermal line (12, 34) is determined, and in which dependent on the first temperature and the second temperature it is detected whether the printed side (16, 32) has a thermosensitive layer.
A process for the separation of an aldehyde and a second component from a feed stream comprising the aldehyde and the second component, said process comprising: a) providing the feed stream to one or both of a first separation vessel operating at a first pressure and a second separation vessel operating at a second pressure wherein said second pressure is greater than said first pressure; b) operating said first separation vessel and said second separation vessel such that separation occurs; c) recovering an aldehyde product stream from at or near the bottom of the first separation vessel, said aldehyde product stream having a concentration of aldehyde which is higher than that in the feed stream; d) recovering a second component stream from at or near the top of the second separation vessel, said second component stream having a concentration of second component which is higher than in the feed stream; e) removing a first recycle stream from at or near the top of the first separation vessel and feeding it to the second separation vessel; and f) removing a second recycle stream from at or near the bottom of the second separation vessel and feeding it to the first separation vessel, wherein either: the first recycle stream is passed through one or more compressors before it is fed to the second separation vessel; or the first recycle stream is a liquid and the first recycle stream is passed through one or more pumps before it is fed to the second separation vessel. a) providing the feed stream to one or both of a first separation vessel operating at a first pressure and a second separation vessel operating at a second pressure wherein said second pressure is greater than said first pressure; b) operating said first separation vessel and said second separation vessel such that separation occurs; c) recovering an aldehyde product stream from at or near the bottom of the first separation vessel, said aldehyde product stream having a concentration of aldehyde which is higher than that in the feed stream; d) recovering a second component stream from at or near the top of the second separation vessel, said second component stream having a concentration of second component which is higher than in the feed stream; e) removing a first recycle stream from at or near the top of the first separation vessel and feeding it to the second separation vessel; and f) removing a second recycle stream from at or near the bottom of the second separation vessel and feeding it to the first separation vessel, wherein either: the first recycle stream is passed through one or more compressors before it is fed to the second separation vessel; or the first recycle stream is a liquid and the first recycle stream is passed through one or more pumps before it is fed to the second separation vessel.
A transportation system having a control apparatus for controlling the operation of the transportation system; said control apparatus comprising a storage circuit provided with a non-volatile memory for storing the operational state of the transportation system; the control apparatus being provided with a power supply backup circuit which comprises a capacitive energy storage; and which power supply backup circuit is adapted to maintain power supply from the said energy storage to the storage circuit for a given length of time in connection with an operational anomaly in power supply to the control apparatus, wherein the storage circuit comprises a determination of the operational state of the power supply to the control apparatus and that, on detecting an operational anomaly in power supply, the storage circuit is adapted to store at least one parameter (13, 14) describing the operational state of the transportation system into the non-volatile memory.
A computer-implemented method for mapping spatial attention, comprising the steps of: - providing a three-dimensional scenery on a display to a person; - generating stimuli at respective locations in said scenery; - measuring, when generating a stimulus of said stimuli, a reaction time between the generating of said stimulus and a spotting by the person of said stimulus; - representing said reaction times in function of the locations, thereby visually representing spatial attention of the person; characterized in that the method further includes the steps of - feeding said measured reaction times into a statistical model modelling the probability that the stimuli at respective locations are spotted after a predetermined time interval; - obtaining from the statistical model estimated reaction times for further locations in said scenery. - providing a three-dimensional scenery on a display to a person; - generating stimuli at respective locations in said scenery; - measuring, when generating a stimulus of said stimuli, a reaction time between the generating of said stimulus and a spotting by the person of said stimulus; - representing said reaction times in function of the locations, thereby visually representing spatial attention of the person; - feeding said measured reaction times into a statistical model modelling the probability that the stimuli at respective locations are spotted after a predetermined time interval; - obtaining from the statistical model estimated reaction times for further locations in said scenery.
Storage device for storing electronic components, with a housing, storage spaces in the housing for storing the components, a handling device for handling the components, wherein the handling device stores the components at the storage spaces allocated to the components on deposition and picks them up again from the storage spaces on retrieval, and a control computer which controls the handling device, wherein the storage device comprises at least one dehumidifier which dehumidifies the atmosphere in the housing, characterised in that the storage spaces are each associated with one of at least two storage zones, wherein the storage zones differ in respect of the humidity of the atmosphere and/or the temperature in the respective storage zone, wherein the first storage zone is formed by a first drawer module, while the second storage zone is formed by a second drawer module, wherein the storage spaces of the second storage zone are located in an inner housing, which is located inside the outer housing of the storage device, wherein the atmosphere inside the second storage zone is closed off relative to the dehumidified atmosphere of the first storage zone.
An induction motor having a rotor for forming a double squirrel-cage secondary conductor, wherein the rotor comprises: a rotor core which is formed by laminating a plurality of electromagnetic steel plates, characterized in that the rotor further comprises: outer layer slots which are filled with an electro-conductive material, and which are mounted along an outer peripheral edge of the rotor core; inner layer slots which are filled with an electro-conductive material, and which are disposed at an inner side of the outer layer slots in a radial direction; and inner peripheral thin bridges made from the plurality of electromagnetic steel plates, which are disposed in between the outer layer slots and the inner layer slots, wherein an angle (θ1) between side faces of the outer layer slots and a center of the rotor is greater than an angle (θ2) between adjoining side planes of the outer layer slots and the center of the rotor. a rotor core which is formed by laminating a plurality of electromagnetic steel plates, characterized in that the rotor further comprises: outer layer slots which are filled with an electro-conductive material, and which are mounted along an outer peripheral edge of the rotor core; inner layer slots which are filled with an electro-conductive material, and which are disposed at an inner side of the outer layer slots in a radial direction; and inner peripheral thin bridges made from the plurality of electromagnetic steel plates, which are disposed in between the outer layer slots and the inner layer slots, outer layer slots which are filled with an electro-conductive material, and which are mounted along an outer peripheral edge of the rotor core; inner layer slots which are filled with an electro-conductive material, and which are disposed at an inner side of the outer layer slots in a radial direction; and inner peripheral thin bridges made from the plurality of electromagnetic steel plates, which are disposed in between the outer layer slots and the inner layer slots, wherein an angle (θ1) between side faces of the outer layer slots and a center of the rotor is greater than an angle (θ2) between adjoining side planes of the outer layer slots and the center of the rotor.
Belt comprising a belt band and a closing part which is detachably fastened directly to one end thereof and cooperates in the closed stated of the belt with the other end, wherein the end of the belt band supporting the closing part comprises at least one holding recess, into which a holding protrusion, which is formed on the closing part engages in a form-fitting manner substantially perpendicularly with respect to the belt surface when the closing part is fastened to the belt band, characterised in that the holding protrusion is secured by means of a spring-loaded flap arranged on the closing part, and in that the or each holding recess is provided with an eyelet-like reinforcement.
Lipophilic phenolic polymer particles, wherein the particles are in the solid state, and the phenolic polymer is a water-soluble polymer that includes a plurality of OH-substituted phenyl groups.
An oral tablet comprising a population of particles and an active ingredient, the population of particles comprising: a) directly compressible sugar alcohol particles, b) non-directly compressible (non-DC) sugar alcohol particles that have not been granulated prior to tableting in an amount of at least 10% by weight of the oral tablet, and c) one or more binders other than binders forming part of the DC sugar alcohol particles in an amount of 0.1 to 6% by weight of the tablet, the one or more binders being added as separate components in the tablet, the non-DC particles providing the tablet with a plurality of discrete non-DC areas evenly distributed in the tablet or at least one module of the oral tablet, and the non-DC areas resulting in induced saliva generation upon mastication of the tablet, wherein the tablet is designed to be masticated and designed to deliver the active ingredient to the gastrointestinal tract as part of the saliva generated upon mastication of the tablet. a) directly compressible sugar alcohol particles, b) non-directly compressible (non-DC) sugar alcohol particles that have not been granulated prior to tableting in an amount of at least 10% by weight of the oral tablet, and c) one or more binders other than binders forming part of the DC sugar alcohol particles in an amount of 0.1 to 6% by weight of the tablet, the one or more binders being added as separate components in the tablet, the non-DC particles providing the tablet with a plurality of discrete non-DC areas evenly distributed in the tablet or at least one module of the oral tablet, and the non-DC areas resulting in induced saliva generation upon mastication of the tablet, wherein the tablet is designed to be masticated and designed to deliver the active ingredient to the gastrointestinal tract as part of the saliva generated upon mastication of the tablet.