mhurhangee/patent-ind-claim-en huggingface dataset:
An opening system for a container comprising, - a packaging material having an outside and an inside, - an injection molded opening element, wherein the injection molded opening element is attached to the inside of the packaging material at a first point , and extends from the inside of the packaging material and through to the outside of the packaging material, wherein the injection molded opening element is attached to the outside of the packaging material at a second point and extends a distance from the second point thus forming an extension for opening the container, and is attached parallel to the outside of the packaging material from the second point to where the opening element goes through to the inside of the packaging material, and characterized in that the opening system comprises an injection molded opening support at the outside of the packaging material which encompasses the opening element and acts as a counter force to the opening element when being used to open the container. - a packaging material having an outside and an inside, - an injection molded opening element, wherein the injection molded opening element is attached to the inside of the packaging material at a first point , and extends from the inside of the packaging material and through to the outside of the packaging material,
Device for drying and fixing foundry molds, comprising a chamber with walls, in which walls microwave means and optionally means for generating a negative pressure in the chamber are present, characterized in that - the chamber is coextensive with a mold box for the casting mold , which is fabricated in the mold box using a mixture of particulate filler material and binder in a 3D printing process; means for microwaves are arranged in the ceiling plate and/or in the walls of the chamber , which microwave means radiate into the box space and onto the 3D-printed casting mold ; the walls of the chamber are impermeable to microwaves; the ceiling panel contactless seals the mold box to high-frequency microwaves through a circumferential high-frequency (HF) seal that cooperates with the side walls of the chamber ; the mold box with the casting mold and the ceiling plate with the microwave device are movable relative to each other. the chamber is coextensive with a mold box for the casting mold , which is fabricated in the mold box using a mixture of particulate filler material and binder in a 3D printing process; means for microwaves are arranged in the ceiling plate and/or in the walls of the chamber , which microwave means radiate into the box space and onto the 3D-printed casting mold ; the walls of the chamber are impermeable to microwaves; the ceiling panel contactless seals the mold box to high-frequency microwaves through a circumferential high-frequency (HF) seal that cooperates with the side walls of the chamber ; the mold box with the casting mold and the ceiling plate with the microwave device are movable relative to each other.
An intermediate film for laminated glass, comprising: a first layer containing a polyvinyl acetal resin and a plasticizer, a second layer which is laminated on a first surface of the first layer and which contains a polyvinyl acetal resin and a plasticizer; and a third layer which is laminated on a second surface that is opposite to the first surface of the first layer and which contains a polyvinyl acetal resin and a plasticizer, wherein the plasticizer contained in the first layer contains a first plasticizer, the polyvinyl acetal resin and the first plasticizer contained in the first layer are a polyvinyl acetal resin and a first plasticizer which have a cloud point of 5°C or lower when the cloud point is measured using a solution prepared by dissolving 8 parts by weight of the polyvinyl acetal resin in 100 parts by weight of the first plasticizer, and the first plasticizer is a diester plasticizer represented by the following formula : wherein R1 and R2 each represent an organic group having at least one ether bond; and n is an integer of 2 to 8, and wherein a maximum value of tan δ at a peak temperature of tan δ that exists at the lowest-temperature side measured at a frequency of 1 Hz is 1.15 or higher, wherein the cloud point and the maximum value of tan δ are measured as described in the description. a first layer containing a polyvinyl acetal resin and a plasticizer, a second layer which is laminated on a first surface of the first layer and which contains a polyvinyl acetal resin and a plasticizer; and a third layer which is laminated on a second surface that is opposite to the first surface of the first layer and which contains a polyvinyl acetal resin and a plasticizer, wherein the plasticizer contained in the first layer contains a first plasticizer, the polyvinyl acetal resin and the first plasticizer contained in the first layer are a polyvinyl acetal resin and a first plasticizer which have a cloud point of 5°C or lower when the cloud point is measured using a solution prepared by dissolving 8 parts by weight of the polyvinyl acetal resin in 100 parts by weight of the first plasticizer, and the first plasticizer is a diester plasticizer represented by the following formula : wherein R1 and R2 each represent an organic group having at least one ether bond; and n is an integer of 2 to 8, and wherein a maximum value of tan δ at a peak temperature of tan δ that exists at the lowest-temperature side measured at a frequency of 1 Hz is 1.15 or higher, wherein the cloud point and the maximum value of tan δ are measured as described in the description.
An airway adapter forming a part of a breathing circuit connected to a test subject, the airway adapter comprising: a first cylindrical portion that forms a male terminal fitted into a female member forming another part of the breathing circuit; a second cylindrical portion that forms a female terminal compartmentalizing a fitting portion into which a male member forming another part of the breathing circuit is fitted; an airway forming portion that is disposed in an internal space compartmentalized by the first cylindrical portion and that forms an airway communicating with the fitting portion ; and a first sealing member that is disposed on an outer circumferential surface of the first cylindrical portion and that has higher flexibility than the first cylindrical portion . a first cylindrical portion that forms a male terminal fitted into a female member forming another part of the breathing circuit; a second cylindrical portion that forms a female terminal compartmentalizing a fitting portion into which a male member forming another part of the breathing circuit is fitted; an airway forming portion that is disposed in an internal space compartmentalized by the first cylindrical portion and that forms an airway communicating with the fitting portion ; and a first sealing member that is disposed on an outer circumferential surface of the first cylindrical portion and that has higher flexibility than the first cylindrical portion .
A control method for a hybrid vehicle in which a first motor/generator provided as a travel drive source is connected to a drive wheel via a deceleration gear train , an engine and a second motor/generator provided as a generator are directly connected via a gear train comprising a plurality of gears that are engaged with each other, and a battery to which the first motor/generator and the second motor/generator are electrically connected is provided, comprising: repeating (S3) a power generation operation for rotating the second motor/generator using the engine and a motoring operation for rotating the engine using the second motor/generator in accordance with a rise and fall of a charge capacity of the battery when there is an engine combustion request; continuously applying (S4) a prescribed negative torque to the second motor/generator while in the power generation operation such that a transmission torque of the gear train does not continuously fluctuate above and below zero torque; and continuously applying (S9) a prescribed positive torque to the second motor/generator while in the motoring operation such that the transmission torque of the gear train does not continuously fluctuate above and below zero torque; characterized by setting (S8, S13) a motoring rotational speed and a power generation rotational speed of the engine higher when an outside air temperature detected by an outside air temperature sensor is less than a set temperature as compared to when the outside air temperature is greater than or equal to the set temperature while the power generation operation and the motoring operation are repeated. repeating (S3) a power generation operation for rotating the second motor/generator using the engine and a motoring operation for rotating the engine using the second motor/generator in accordance with a rise and fall of a charge capacity of the battery when there is an engine combustion request; continuously applying (S4) a prescribed negative torque to the second motor/generator while in the power generation operation such that a transmission torque of the gear train does not continuously fluctuate above and below zero torque; and continuously applying (S9) a prescribed positive torque to the second motor/generator while in the motoring operation such that the transmission torque of the gear train does not continuously fluctuate above and below zero torque; characterized by setting (S8, S13) a motoring rotational speed and a power generation rotational speed of the engine higher when an outside air temperature detected by an outside air temperature sensor is less than a set temperature as compared to when the outside air temperature is greater than or equal to the set temperature while the power generation operation and the motoring operation are repeated.
Displacement body with a closed casing , which is designed to be arranged in a formwork before a concreting process and which a) has on an upper side of the closed casing at least one first receiving device , which is designed to hold a reinforcing rod extending in a first plane at a distance other than zero from the closed casing and/or from an, in particular horizontal, reference plane of the closed casing, characterised in that the displacement body b) has on the upper side of the closed casing at least one second receiving device , which is designed to hold a reinforcing rod extending in a second plane , which is parallel to and spaced apart from the first plane , at a distance other than zero from the closed casing and/or from the reference plane of the closed casing, and c) has on an underside of the closed casing at least one third receiving device , which is designed to hold a reinforcing rod extending in a third plane , which is parallel to and spaced apart from the first and the second plane , at a distance other than zero from the closed casing and/or from the reference plane of the closed casing. a) has on an upper side of the closed casing at least one first receiving device , which is designed to hold a reinforcing rod extending in a first plane at a distance other than zero from the closed casing and/or from an, in particular horizontal, reference plane of the closed casing, characterised in that the displacement body b) has on the upper side of the closed casing at least one second receiving device , which is designed to hold a reinforcing rod extending in a second plane , which is parallel to and spaced apart from the first plane , at a distance other than zero from the closed casing and/or from the reference plane of the closed casing, and c) has on an underside of the closed casing at least one third receiving device , which is designed to hold a reinforcing rod extending in a third plane , which is parallel to and spaced apart from the first and the second plane , at a distance other than zero from the closed casing and/or from the reference plane of the closed casing.
The insufflation device for use in medical engineering containing an insufflator for gas supply with a gas source , a control unit , an insufflation conduit with a trocar and a separate desufflation conduit with a trocar , the desufflation conduit being connected to a suction pump , the insufflation conduit and the desufflation conduit including one pressure sensor and one volume flow sensor each, the insufflator including a device for controlled extraction of the gas present in the patient, the control unit controlling the power of the suction pump depending on the pressure measurement of pressure sensors , characterized by that the control unit includes an activation blocking element preventing an activation of the suction pump , when the pressure in the insufflation conduit measured by means of the pressure sensor is smaller than a set threshold value, wherein the activation block further prevents an activation of the suction pump , when the pressure in the insufflation conduit measured by means of the pressure sensor and the pressure in the extraction conduit measured by means of the pressure sensor are not identical.
Method for automatically evaluating the presence of foam in a dishwashing machine comprising a washing zone provided with a washing fluid collection zone , said method being characterized in that it comprises the steps of: - acquiring a first digital image representative of a first condition of said washing fluid collection zone (2'"), - digitally processing said first digital image so as to obtain a first processed image , in which said first processed image identifies a value of a first volume of fluid contained in said washing fluid collection zone (2'"), - acquiring a second digital image representative of a second condition of said washing fluid collection zone (2"') after a predefined time interval from the performance of said step of acquiring a first digital image , - digitally processing said second digital image so as to obtain a second processed image , in which said second processed image identifies a value of a second volume of fluid contained in said washing fluid collection zone (2"'), - comparing said value of said first volume of fluid with the value of said second volume of fluid for calculating a value of fluid volume variation (DV) between said first condition and said second condition of said washing fluid collection zone (2"'), - generating a foam presence signal (Sig) indicative of the presence of foam in said washing fluid collection zone (2"'), when the value of said fluid volume variation (DV) exceeds a predefined threshold value, - modifying the cleaning parameters of the cleaning program (P) of said dishwashing machine when said foam presence signal (Sig) is generated. - acquiring a first digital image representative of a first condition of said washing fluid collection zone (2'"), - digitally processing said first digital image so as to obtain a first processed image , in which said first processed image identifies a value of a first volume of fluid contained in said washing fluid collection zone (2'"), - acquiring a second digital image representative of a second condition of said washing fluid collection zone (2"') after a predefined time interval from the performance of said step of acquiring a first digital image , - digitally processing said second digital image so as to obtain a second processed image , in which said second processed image identifies a value of a second volume of fluid contained in said washing fluid collection zone (2"'), - comparing said value of said first volume of fluid with the value of said second volume of fluid for calculating a value of fluid volume variation (DV) between said first condition and said second condition of said washing fluid collection zone (2"'), - generating a foam presence signal (Sig) indicative of the presence of foam in said washing fluid collection zone (2"'), when the value of said fluid volume variation (DV) exceeds a predefined threshold value, - modifying the cleaning parameters of the cleaning program (P) of said dishwashing machine when said foam presence signal (Sig) is generated.
A validation set for checking the cleaning performance of a cleaning apparatus implemented for cleaning dental instruments , - the cleaning apparatus comprising a cleaning chamber for receiving one or more dental instruments and a cover for closing the cleaning chamber , and - the cleaning apparatus comprising a plurality of receiving supports for coupling and holding a dental instrument within the cleaning chamber , and - the validation set comprising at least one adapter having a first connecting region by means of which the adapter can be coupled to one of the receiving supports of the cleaning apparatus , and - the validation set comprising at least one test piece having a connection by means of which said piece can be coupled to the adapter by means of a second connecting region of the adapter , characterized in that the validation set comprises at least one retaining element, preferably in the form of a retaining clip , wherein the retaining element comprises receptacles for temperature sensors and/or pressure sensors , and wherein the retaining element comprises a retaining segment by means of which said element can be connected to the cleaning apparatus . - the cleaning apparatus comprising a cleaning chamber for receiving one or more dental instruments and a cover for closing the cleaning chamber , and - the cleaning apparatus comprising a plurality of receiving supports for coupling and holding a dental instrument within the cleaning chamber , and - the validation set comprising at least one adapter having a first connecting region by means of which the adapter can be coupled to one of the receiving supports of the cleaning apparatus , and - the validation set comprising at least one test piece having a connection by means of which said piece can be coupled to the adapter by means of a second connecting region of the adapter , characterized in that the validation set comprises at least one retaining element, preferably in the form of a retaining clip , wherein the retaining element comprises receptacles for temperature sensors and/or pressure sensors , and wherein the retaining element comprises a retaining segment by means of which said element can be connected to the cleaning apparatus .
A composition comprising at least one selective adenosine receptor modulator, wherein said composition antagonises adenosine receptor subtypes A 1 and A 2A , for use in the treatment of circadian rhythm disorders or for use in modulating a biological clock.
Electrostatically-dispersive translucent or transparent film material comprising a base layer comprising a film of polymer material in which carbon nanoparticles are dispersed to provide electrical conductivity the content of carbon nanoparticles being less than 3 wt% relative to the polymer material and the light transmission of the polymer film at 550 nm being at least 85%, and a network of electrically conductive material on the surface of the polymer film wherein the thickness of the polymer film is from 50 to 200 μm. a base layer comprising a film of polymer material in which carbon nanoparticles are dispersed to provide electrical conductivity the content of carbon nanoparticles being less than 3 wt% relative to the polymer material and the light transmission of the polymer film at 550 nm being at least 85%, and a network of electrically conductive material on the surface of the polymer film wherein the thickness of the polymer film is from 50 to 200 μm.
A method for displaying a future aircraft position for Vertical Navigation (VNAV) Autopilot Mode disengagement, onboard an aircraft , during operation of a Flight Management System (FMS), the method comprising: when the FMS has disengaged a Lateral Navigation (LNAV) Autopilot Mode, detecting a current aircraft position indicating divergence from a flight path ; calculating a future aircraft position for VNAV Autopilot Mode disengagement, based on the current aircraft position, a predicted cross-track error, and the divergence from the flight path ; presenting the current aircraft position and the future aircraft position for VNAV Autopilot Mode disengagement when operating in the VNAV Autopilot Mode, via a display device communicatively coupled to the FMS; when the future aircraft position for VNAV Autopilot Mode disengagement is not on the flight path , disengaging the VNAV Autopilot Mode of the FMS, based on the current aircraft position and the future aircraft position for VNAV Autopilot Mode disengagement; calculating a descent path for the aircraft , after disengagement of the VNAV Autopilot Mode; and presenting the descent path, via the display device . detecting a current aircraft position indicating divergence from a flight path ; calculating a future aircraft position for VNAV Autopilot Mode disengagement, based on the current aircraft position, a predicted cross-track error, and the divergence from the flight path ; presenting the current aircraft position and the future aircraft position for VNAV Autopilot Mode disengagement when operating in the VNAV Autopilot Mode, via a display device communicatively coupled to the FMS; when the future aircraft position for VNAV Autopilot Mode disengagement is not on the flight path , disengaging the VNAV Autopilot Mode of the FMS, based on the current aircraft position and the future aircraft position for VNAV Autopilot Mode disengagement; calculating a descent path for the aircraft , after disengagement of the VNAV Autopilot Mode; and presenting the descent path, via the display device .
A method for estimating fluid saturation of a hydrocarbon-bearing rock from a rock image, comprising: - obtaining a 3D image of a rock from the hydrocarbon-bearing formation in the field, wherein the 3D image is comprised of a plurality of voxels and the 3D image has a resolution; - processing the 3D image to segment the 3D image by selecting each voxel of the 3D image to represent either a pore space in the rock or solid material in the rock; - estimating an image pore volume of the rock from the segmented 3D image, the image pore volume lacking a sub-resolution pore volume of the rock; and - determining a corrected pore volume adapted to account for the sub-resolution pore volume of the rock; characterized by - estimating an image-derived wetting fluid saturation of the rock using a direct flow simulation on the 3D image; and - determining a corrected wetting fluid saturation of the rock from the image-derived wetting fluid saturation , the image pore volume and the corrected pore volume of the rock. - obtaining a 3D image of a rock from the hydrocarbon-bearing formation in the field, wherein the 3D image is comprised of a plurality of voxels and the 3D image has a resolution; - processing the 3D image to segment the 3D image by selecting each voxel of the 3D image to represent either a pore space in the rock or solid material in the rock; - estimating an image pore volume of the rock from the segmented 3D image, the image pore volume lacking a sub-resolution pore volume of the rock; and - determining a corrected pore volume adapted to account for the sub-resolution pore volume of the rock; characterized by - estimating an image-derived wetting fluid saturation of the rock using a direct flow simulation on the 3D image; and - determining a corrected wetting fluid saturation of the rock from the image-derived wetting fluid saturation , the image pore volume and the corrected pore volume of the rock.