mhurhangee/ep-ind-claims huggingface dataset:
A method for determining at least one pore-related parameter of a porous material, the method comprising: supplying a volatile liquid layer comprising a first amount of volatile liquid into a chamber; placing a porous material comprising one or more tubular porous materials, each of the one or more tubular porous materials comprising a lumen and each of the one or more tubular porous materials having opposite ends of the lumen sealed, within the chamber, the porous material saturated with a second amount of the volatile liquid and spaced apart from and over the volatile liquid layer; determining an evaporation rate of the second amount of the volatile fluid from pores of the porous material, evaporation progressing from a largest pore of the pores to a smallest pore of the pores, over a period of time by measuring an effective mass of the chamber comprising a mass of the chamber, a mass of the volatile liquid layer comprising the first amount of the volatile liquid, and a mass of the porous material comprising the second amount of the volatile liquid over the period of time; and determining at least one pore-related parameter of the porous material based on the evaporation rate; wherein the pore-related parameter is any one selected from a group consisting of a porosity, a pore size, a pore-size distribution, and an internal pore fouling of the porous material. supplying a volatile liquid layer comprising a first amount of volatile liquid into a chamber; placing a porous material comprising one or more tubular porous materials, each of the one or more tubular porous materials comprising a lumen and each of the one or more tubular porous materials having opposite ends of the lumen sealed, within the chamber, the porous material saturated with a second amount of the volatile liquid and spaced apart from and over the volatile liquid layer; determining an evaporation rate of the second amount of the volatile fluid from pores of the porous material, evaporation progressing from a largest pore of the pores to a smallest pore of the pores, over a period of time by measuring an effective mass of the chamber comprising a mass of the chamber, a mass of the volatile liquid layer comprising the first amount of the volatile liquid, and a mass of the porous material comprising the second amount of the volatile liquid over the period of time; and determining at least one pore-related parameter of the porous material based on the evaporation rate; wherein the pore-related parameter is any one selected from a group consisting of a porosity, a pore size, a pore-size distribution, and an internal pore fouling of the porous material.
A topical composition comprising (i) a compound of the Formula 1, andrographolide; (ii) an antimicrobial agent; and (iii) a cosmetically acceptable base; wherein said antimicrobial agent is a combination of thymol and terpineol. (i) a compound of the Formula 1, andrographolide; (ii) an antimicrobial agent; and (iii) a cosmetically acceptable base; wherein said antimicrobial agent is a combination of thymol and terpineol.
A multicolor offset printing press comprising: a first blanket cylinder that performs printing on a transported target printing product; at least four plate cylinders (12a - 12d) in contact with the first blanket cylinder; characterized by a collecting plate cylinder that is in contact with the first blanket cylinder on a downstream side in a rotational direction of the first blanket cylinder with respect to a last plate cylinder positioned on a most downstream side in the rotational direction of the first blanket cylinder among the at least four plate cylinders (12a - 12d), and on an upstream side in the rotational direction of the first blanket cylinder with respect to a printing portion at which the first blanket cylinder performs printing on the target printing product; a collecting blanket cylinder that is in contact with the collecting plate cylinder and transfers ink to the collecting plate cylinder; at least two partial plate cylinders in contact with the collecting blanket cylinder; and a plurality of ink devices (14, 23) that supply inks to the at least four plate cylinders (12a - 12d) and the at least two partial plate cylinders, respectively, wherein the at least four plate cylinders (12a - 12d) and the collecting plate cylinder are arranged, in the rotational direction of the first blanket cylinder, on the downstream side in the rotational direction of the first blanket cylinder with respect to the printing portion. a first blanket cylinder that performs printing on a transported target printing product; at least four plate cylinders (12a - 12d) in contact with the first blanket cylinder; characterized by a collecting plate cylinder that is in contact with the first blanket cylinder on a downstream side in a rotational direction of the first blanket cylinder with respect to a last plate cylinder positioned on a most downstream side in the rotational direction of the first blanket cylinder among the at least four plate cylinders (12a - 12d), and on an upstream side in the rotational direction of the first blanket cylinder with respect to a printing portion at which the first blanket cylinder performs printing on the target printing product; a collecting blanket cylinder that is in contact with the collecting plate cylinder and transfers ink to the collecting plate cylinder; at least two partial plate cylinders in contact with the collecting blanket cylinder; and a plurality of ink devices (14, 23) that supply inks to the at least four plate cylinders (12a - 12d) and the at least two partial plate cylinders, respectively, wherein the at least four plate cylinders (12a - 12d) and the collecting plate cylinder are arranged, in the rotational direction of the first blanket cylinder, on the downstream side in the rotational direction of the first blanket cylinder with respect to the printing portion.
A deep learning neural network based security system, characterized by comprising: at least one WiFi node; and a deep learning module configured to: detect an object from a WiFi signal received from the WiFi node, and identify information of the object by detecting changes in Channel State Information, CSI, of the WiFi signal when the object is detected, wherein the information of the object includes location of the object, direction of the object, activity of the object, a type, human/pet, of the object, a number of the object and a posture of the object. at least one WiFi node; and a deep learning module configured to: detect an object from a WiFi signal received from the WiFi node, and identify information of the object by detecting changes in Channel State Information, CSI, of the WiFi signal when the object is detected, wherein the information of the object includes location of the object, direction of the object, activity of the object, a type, human/pet, of the object, a number of the object and a posture of the object. detect an object from a WiFi signal received from the WiFi node, and identify information of the object by detecting changes in Channel State Information, CSI, of the WiFi signal when the object is detected, wherein the information of the object includes location of the object, direction of the object, activity of the object, a type, human/pet, of the object, a number of the object and a posture of the object.
A surgical adapter assembly comprising: a coupling assembly configured for securing the surgical adapter assembly to a handle assembly; an elongate body extending from the coupling assembly; a loading unit secured to a distal portion of the elongate body and including a firing assembly; a trocar member configured to move through the loading unit; and a first drive assembly extending through the elongate body configured to effect stapling and cutting of tissue, the first drive assembly being operably connected to the firing assembly, wherein the firing assembly includes a cycloid gear assembly (184, 186, 188) for increasing an input torque from the first drive assembly to actuate the firing assembly; wherein the surgical adapter assembly further comprises a second drive assembly extending through the elongate body configured to effect gross movement of the trocar member through the loading unit, characterised in that the second drive assembly includes a drive screw and a push/pull cable movably secured to the drive screw by a threaded nut, wherein the trocar member is disposed on a distal portion of the push/pull cable and rotation of the drive screw causes longitudinal movement of the push/pull cable. a coupling assembly configured for securing the surgical adapter assembly to a handle assembly; an elongate body extending from the coupling assembly; a loading unit secured to a distal portion of the elongate body and including a firing assembly; a trocar member configured to move through the loading unit; and a first drive assembly extending through the elongate body configured to effect stapling and cutting of tissue, the first drive assembly being operably connected to the firing assembly, wherein the firing assembly includes a cycloid gear assembly (184, 186, 188) for increasing an input torque from the first drive assembly to actuate the firing assembly; wherein the surgical adapter assembly further comprises a second drive assembly extending through the elongate body configured to effect gross movement of the trocar member through the loading unit, characterised in that the second drive assembly includes a drive screw and a push/pull cable movably secured to the drive screw by a threaded nut, wherein the trocar member is disposed on a distal portion of the push/pull cable and rotation of the drive screw causes longitudinal movement of the push/pull cable.
Pneumatic tyre tread formed by means of at least one rubber composition, the at least one rubber composition has an elastic modulus Et; the tread comprises: at least one circumferential main groove, a plurality of auxiliary grooves, and a plurality of blocks which are defined by the circumferential main groove and the auxiliary grooves; at least one of the blocks from among the plurality of blocks comprises: an upper surface constituting a contact surface at least partly in contact with a road surface when the tyre is rolling, two frontal side walls (52, 53) positioned along the tyre circumferential direction, and two lateral side walls (54, 55) positioned along the tyre axial direction; the upper surface of the block has two frontal edges (521, 531) formed at positions intersecting the two frontal side walls (52, 53); the two frontal side walls (52, 53) are formed in such a way that the angles thereof with respect to the upper surface form angles T1 and T2, respectively, the angles T1 and T2 are both less than 90°, characterized in that: the block has a reinforcing part provided on at least one of the two frontal side walls (52, 53); the reinforcing part is formed by means of a material having an elastic modulus Ef, and the elastic modulus Ef of the reinforcing part and the elastic modulus Et of the rubber composition have values obtained from the tensile test defined in the standard ASTM D882-09, and the elastic modulus Ef of the reinforcing part is at least 20 times greater than the elastic modulus Et of the rubber composition; the reinforcing part of the block has a mean thickness of between 0.1 mm and 2.0 mm, and is provided in such a way as to face at least the auxiliary groove over a region of at least equal to 70% of the frontal side wall (52, 53). the block has a reinforcing part provided on at least one of the two frontal side walls (52, 53); the reinforcing part is formed by means of a material having an elastic modulus Ef, and the elastic modulus Ef of the reinforcing part and the elastic modulus Et of the rubber composition have values obtained from the tensile test defined in the standard ASTM D882-09, and the elastic modulus Ef of the reinforcing part is at least 20 times greater than the elastic modulus Et of the rubber composition; the reinforcing part of the block has a mean thickness of between 0.1 mm and 2.0 mm, and is provided in such a way as to face at least the auxiliary groove over a region of at least equal to 70% of the frontal side wall (52, 53).
A method for providing over-pressure protection for an underground salt cavern, the method comprising the steps of removing a pressurized gas comprising hydrogen from the underground salt cavern; opening a pressure control device when it is desired to use the pressurized gas from the underground salt cavern, a pressure relief valve being installed downstream said pressure control device, allowing the pressurized gas to expand across the pressure control device, thus reducing the pressure of the pressurized gas to form a lower pressure gas; monitoring the pressure of the lower pressure gas; the method comprising the steps of: introducing the lower pressure gas to a pipeline if the pressure of the lower pressure gas is below a first threshold value; and closing an isolation valve upstream of the pressure relief valve if the pressure of the lower pressure gas is at or exceeds the first threshold value such that the flow of the lower pressure gas to the pipeline is stopped. removing a pressurized gas comprising hydrogen from the underground salt cavern; opening a pressure control device when it is desired to use the pressurized gas from the underground salt cavern, a pressure relief valve being installed downstream said pressure control device, allowing the pressurized gas to expand across the pressure control device, thus reducing the pressure of the pressurized gas to form a lower pressure gas; monitoring the pressure of the lower pressure gas; the method comprising the steps of: introducing the lower pressure gas to a pipeline if the pressure of the lower pressure gas is below a first threshold value; and closing an isolation valve upstream of the pressure relief valve if the pressure of the lower pressure gas is at or exceeds the first threshold value such that the flow of the lower pressure gas to the pipeline is stopped. introducing the lower pressure gas to a pipeline if the pressure of the lower pressure gas is below a first threshold value; and closing an isolation valve upstream of the pressure relief valve if the pressure of the lower pressure gas is at or exceeds the first threshold value such that the flow of the lower pressure gas to the pipeline is stopped.
Breast pump for expressing human breast milk having a motor-driven flexible pump diaphragm and a rigid cap that can be put thereover, whereby a pump chamber for generating a negative pressure is formed between pump diaphragm and cap, the cap being connectable or connected via a suction line to a breast shield unit, and the negative pressure generated in the pump chamber being transferrable into the breast shield unit, the pump diaphragm having a circumferential collar with a step and having a laterally projecting protrusion, and the cap having, on the inner side thereof, a circumferential bearing region, wherein the cap has, on the inner side thereof, at least one form-fit element, which is arranged at a distance from the circumferential bearing region and which together with the protrusion of the pump diaphragm forms a form fit, whereby the cap rests on the pump diaphragm in a manner snapped into place, and wherein the bearing region of the cap and the pump diaphragm in the region of the step are involved in a joint frictional connection and form a seal, such that the resting of the cap on the pump diaphragm in a manner snapped into place is sufficient to hold the cap in a sealing manner on the pump diaphragm, characterized in that the at least one form-fit element is a snap-fit element, which engages below the protrusion of the pump diaphragm.
Method for estimating a vehicle fuel consumption, comprising the following subsequent steps: - (i) attribution of a first score to at least a first operating parameter (S, RPM, T, D) of the vehicle and/or of a respective internal combustion engine, - (ii) attribution of a further score to at least a further distinct operating parameter (S, RPM, T, D) of the vehicle and/or of a respective internal combustion engine, - sum of the first score with the further score in order to obtain a total score, - calculation of an average of average fuel consumptions over a group of vehicles having the same total score. - (i) attribution of a first score to at least a first operating parameter (S, RPM, T, D) of the vehicle and/or of a respective internal combustion engine, - (ii) attribution of a further score to at least a further distinct operating parameter (S, RPM, T, D) of the vehicle and/or of a respective internal combustion engine, - sum of the first score with the further score in order to obtain a total score, - calculation of an average of average fuel consumptions over a group of vehicles having the same total score.
Method for introducing a wave winding mat into the rotor or stator of an electrical machine, in particular into a laminated stator core, with the following steps: i) providing a wave winding mat formed from one or more wave windings; ii) providing a rotor or stator to be equipped with the wave winding mat, which has a plurality of pole teeth arranged in the circumferential direction along the inside or outside of the rotor or stator and spaced apart by interspaces, iii) introducing the wave winding into the interspaces through successive arrangement of wire sections located between the winding heads of the wave winding mat, characterized in that, before step iii), wire separation elements projecting radially beyond the pole teeth are arranged on an end face of the rotor or stator, wherein the wire separation elements have projecting contours which rest on the pole teeth and which separate the individual wire sections of the winding mat and guide them into the interspaces, wherein an insertion apparatus, in particular formed as a form shoe, is supplied in the area of the winding heads of the wave winding mat, wherein rotor or stator and insertion apparatus are moved relative to one another, and wherein the insertion apparatus has a contact surface, along which areas of the winding wires of the wave winding mat slide, are separated by the wire separation elements and pressed into the interspaces as a result of the relative movement of rotor or stator and the insertion apparatus. i) providing a wave winding mat formed from one or more wave windings; ii) providing a rotor or stator to be equipped with the wave winding mat, which has a plurality of pole teeth arranged in the circumferential direction along the inside or outside of the rotor or stator and spaced apart by interspaces, iii) introducing the wave winding into the interspaces through successive arrangement of wire sections located between the winding heads of the wave winding mat,
Method for preparing a hot beverage, in particular a coffee beverage or a tea beverage, with flavours being extracted from a flavour carrier, which is prepared in particular from roasted coffee or dried tea, by means of water or steam, characterized in that - a predetermined quantity of the flavour carrier, in which the flavours are contained, being added to an extraction chamber of an apparatus for preparing a hot beverage and which can be closed in a fluid-tight manner in a first step; - the flavour carrier is compressed to below its initial volume after it is filled into the extraction chamber; - water or steam for extracting flavours from the flavour carrier being added to the extraction chamber in a subsequent step; and - the extracted beverage flowing out of the extraction chamber in a subsequent step, - before the step of introducing water or steam into the extraction chamber, a step of introducing pressurized gas into the extraction chamber is executed in order to permit the internal pressure in the extraction chamber to rise above the ambient pressure; - the internal pressure, which is provided by the gas, in the extraction chamber is maintained for a predetermined waiting time, before the water or the steam is introduced into the extraction chamber; - the internal pressure in the extraction chamber is between 5 bar and 50 bar, in particular between 7 and 18 bar, after the introduction of the water or the steam; - the extracted beverage flows out of the extraction chamber by opening and operating a valve. - a predetermined quantity of the flavour carrier, in which the flavours are contained, being added to an extraction chamber of an apparatus for preparing a hot beverage and which can be closed in a fluid-tight manner in a first step; - the flavour carrier is compressed to below its initial volume after it is filled into the extraction chamber; - water or steam for extracting flavours from the flavour carrier being added to the extraction chamber in a subsequent step; and - the extracted beverage flowing out of the extraction chamber in a subsequent step, - before the step of introducing water or steam into the extraction chamber, a step of introducing pressurized gas into the extraction chamber is executed in order to permit the internal pressure in the extraction chamber to rise above the ambient pressure; - the internal pressure, which is provided by the gas, in the extraction chamber is maintained for a predetermined waiting time, before the water or the steam is introduced into the extraction chamber; - the internal pressure in the extraction chamber is between 5 bar and 50 bar, in particular between 7 and 18 bar, after the introduction of the water or the steam; - the extracted beverage flows out of the extraction chamber by opening and operating a valve.
A screen adapted to be inserted into and removed from grooves of a door frame opening or window frame opening, the screen comprising: a screen frame having one or more side members (18a,18b, 18c, 18d), wherein at least one side member of the screen frame is fabricated from a material having a flexible spring-like characteristic; and a screen mesh fixedly secured to the screen frame, wherein the screen mesh has a defined planar shape which is adopted by the screen frame when the mesh is attached to the frame; characterized in that: said side members (18a,18b, 18c, 18d) have a transverse width-to-thickness ratio of no more than 1.5, wherein the width is measured parallel to the plane defined by the screen mesh and the thickness is measured perpendicular to the plane defined by the screen mesh; and the screen frame and the screen mesh are distorted from the defined shape when a force is applied towards the center of the screen, and where the screen frame and screen mesh regain the defined shape when the force is removed; and the screen does not exert the force against walls of the grooves (22a, 22b) of the door or window frame opening. a screen frame having one or more side members (18a,18b, 18c, 18d), wherein at least one side member of the screen frame is fabricated from a material having a flexible spring-like characteristic; and a screen mesh fixedly secured to the screen frame, wherein the screen mesh has a defined planar shape which is adopted by the screen frame when the mesh is attached to the frame;