mhurhangee/ep-ind-claims huggingface dataset:
A micro-porous filtration membrane, comprising a plurality of multi-level macroscopic discrete cavities extending from a first main surface of the membrane into the porous membrane which differ from the micropores constituting the micro-porous membrane and which are irregularly arranged within the membrane so that their arrangement does not follow a specific pattern, the macroscopic cavities comprise a first end representing the opening on the first main surface of the membrane and a second end opposite to the first end that opens in the first main surface of the membrane, which is embedded within the membrane, wherein the penetration depth of the plurality of macroscopic cavities within the porous membrane is not uniform, the average penetration depth of the cavities into the membrane being from 30 to 80 % of the thickness of the membrane, wherein the thickness of the membrane refers to the average distance of the first main surface of the membrane to the second main surface of the membrane opposite to the first main surface, wherein the first main surface of the membrane is substantially parallel to the second main surface of the membrane so that the deviation between the main surfaces of the membrane is less than 5°, wherein the longitudinal axes of the cavities are perpendicular to the main surfaces of the membrane or within an angle of 45° or more with respect to the main surfaces of the membrane, and the cavities are arranged so that the longitudinal axes thereof are substantially parallel so that the deviation between the axes is less than 5°, wherein the individual diameter of the cavities measured at the first end of the cavity as determined by the value of the horizontal diameter d x and the vertical diameter d y is from 10 to 500 μm, wherein the size of the macroscopic cavities including the individual diameter thereof and penetration depth is determined by scanning electron microscopy, and wherein the pore size of the micropores determined as the diameter of the mean flow pore detected by a capillary flow porometer analysis with a capillary flow porometer is from 0.08 to 20 μm.
A method comprising: receiving acoustic cement evaluation into a data processing system, wherein the acoustic cement evaluation data derives from one or more acoustic downhole tools used over a depth interval in a well having a casing, wherein the acoustic cement evaluation data has a first parameterization; correcting at least a portion of the entire acoustic cement evaluation data to account for errors in the first parameterization using the data processing system, thereby obtaining corrected acoustic cement evaluation data; processing the corrected acoustic cement evaluation data with an initial solid-liquid-gas model using the data processing system; performing a posteriori refinement of the initial solid-liquid-gas model in the data processing system, thereby obtaining a refined solid-liquid-gas model; and generating a well log track that indicates whether a material behind the casing is a solid, liquid, or gas by processing the corrected acoustic cement evaluation data using the refined solid-liquid-gas model in data processing system. receiving acoustic cement evaluation into a data processing system, wherein the acoustic cement evaluation data derives from one or more acoustic downhole tools used over a depth interval in a well having a casing, wherein the acoustic cement evaluation data has a first parameterization; correcting at least a portion of the entire acoustic cement evaluation data to account for errors in the first parameterization using the data processing system, thereby obtaining corrected acoustic cement evaluation data; processing the corrected acoustic cement evaluation data with an initial solid-liquid-gas model using the data processing system; performing a posteriori refinement of the initial solid-liquid-gas model in the data processing system, thereby obtaining a refined solid-liquid-gas model; and generating a well log track that indicates whether a material behind the casing is a solid, liquid, or gas by processing the corrected acoustic cement evaluation data using the refined solid-liquid-gas model in data processing system.
A battery comprising: a case having a width, a thickness, and a length, the case including a body section and a bottom section, the bottom section provided in a middle of the body section in a width direction of the case and at one end of the body section in a thickness direction of the case; a bottom surface formed at one of surfaces of the bottom section in the thickness direction; a battery cell housed inside of the case; a power supply terminal comprising a plurality of contact pieces electrically connected to the battery cell and accommodated into a plurality of slits, located on a corner at one surface in a length direction of the case of the bottom section and the bottom surface; and locking pieces (1012; 1012A, 1012B, 1012C), wherein the bottom section has portions being formed on both sides of the case in the width direction as flat side surfaces which extend in parallel to each other in the length direction, wherein the bottom section, at the location of the side surfaces, has a width which is smaller than the width of the body section in the area of the side surfaces, the bottom section being constructed to engage with a battery loading portion of an imaging apparatus; and each of the locking pieces (1012; 1012A, 1012B, 1012C) projects from a corresponding one of the side surfaces of the bottom section in the width direction. a case having a width, a thickness, and a length, the case including a body section and a bottom section, the bottom section provided in a middle of the body section in a width direction of the case and at one end of the body section in a thickness direction of the case; a bottom surface formed at one of surfaces of the bottom section in the thickness direction; a battery cell housed inside of the case; a power supply terminal comprising a plurality of contact pieces electrically connected to the battery cell and accommodated into a plurality of slits, located on a corner at one surface in a length direction of the case of the bottom section and the bottom surface; and locking pieces (1012; 1012A, 1012B, 1012C), wherein the bottom section has portions being formed on both sides of the case in the width direction as flat side surfaces which extend in parallel to each other in the length direction, wherein the bottom section, at the location of the side surfaces, has a width which is smaller than the width of the body section in the area of the side surfaces, the bottom section being constructed to engage with a battery loading portion of an imaging apparatus; and each of the locking pieces (1012; 1012A, 1012B, 1012C) projects from a corresponding one of the side surfaces of the bottom section in the width direction.
Driving circuit for a piezoelectric ultrasonic transducer in an ultrasonic transducer system, comprising: - a transformer having at least one primary-side winding (22, 22', 22"); - a switching unit having a semiconductor switch (24', 24") connected to the at least one primary-side winding (22, 22', 22") via a switched connection (A', A"); and - a control unit which is configured to alternately apply an operating voltage (U B) to the at least one primary-side winding (22, 22', 22") or to disconnect it therefrom, - a protection circuit which is electrically coupled to the switched connection (A', A") and which has a Zener diode which limits a switch-off voltage at the switched connection (A', A") in terms of magnitude to a limiting voltage (U G) which corresponds to at least twice the operating voltage. - a transformer having at least one primary-side winding (22, 22', 22"); - a switching unit having a semiconductor switch (24', 24") connected to the at least one primary-side winding (22, 22', 22") via a switched connection (A', A"); and - a control unit which is configured to alternately apply an operating voltage (U B) to the at least one primary-side winding (22, 22', 22") or to disconnect it therefrom, - a protection circuit which is electrically coupled to the switched connection (A', A") and which has a Zener diode which limits a switch-off voltage at the switched connection (A', A") in terms of magnitude to a limiting voltage (U G) which corresponds to at least twice the operating voltage.
A magnetron assembly, comprising: a plurality of magnets configured to produce a plasma confinement path magnetic field and a yoke configured to hold the plurality of magnets in at least four straight, parallel, independent linear arrays; wherein the plurality of magnets is arranged on the yoke so as to form a pattern comprising an outer portion and an inner portion, wherein the outer portion substantially surrounds a perimeter of the inner portion; wherein end portions of the arrays comprise a pair of turnaround sections, wherein each turnaround section substantially spans respective ends of a pair of elongated sections of the outer portion; characterised in that the magnets in each turnaround section are arranged to break up a turnaround curve into four or more different curves (950, 952, 954, 956) that are offset from each other, the curves formed in at least four different planes, wherein the magnets are arranged in each turnaround section so that each of the four or more different curves in that turnaround section is formed between two or more magnets having magnetic poles that are turned 90 degrees relative to one another. a plurality of magnets configured to produce a plasma confinement path magnetic field and a yoke configured to hold the plurality of magnets in at least four straight, parallel, independent linear arrays; wherein the plurality of magnets is arranged on the yoke so as to form a pattern comprising an outer portion and an inner portion, wherein the outer portion substantially surrounds a perimeter of the inner portion; wherein end portions of the arrays comprise a pair of turnaround sections, wherein each turnaround section substantially spans respective ends of a pair of elongated sections of the outer portion; characterised in that the magnets in each turnaround section are arranged to break up a turnaround curve into four or more different curves (950, 952, 954, 956) that are offset from each other, the curves formed in at least four different planes, wherein the magnets are arranged in each turnaround section so that each of the four or more different curves in that turnaround section is formed between two or more magnets having magnetic poles that are turned 90 degrees relative to one another.
A method for refining parallax correction in a combination of infrared, IR, and visible light, VL, images using a thermal imaging camera comprising: providing a thermal imaging camera comprising an IR camera module for producing an IR image and having an IR optical axis, a VL camera module for producing a VL image and having a VL optical axis, a user interface, a processor, memory, and a display, wherein the IR optical axis is offset from the VL optical axis resulting in parallax error between IR and VL images; selecting, via the user interface, a first calibration mode; performing a first parallax correction to reduce the parallax error between IR and VL images produced by the IR and VL camera modules; viewing, on the display, a blend of an IR and a VL image of a target scene including the first parallax correction; manually registering, via the user interface, the IR and VL images to refine the first parallax correction; generating a first set of parallax refinement data corresponding to an amount of the parallax refinement between the IR and VL images when manually registered relative to one another; saving the first set of parallax refinement data as base parallax refinement data in the memory; and automatically applying the first set of parallax refinement data to subsequent captured corresponding IR and VL images. providing a thermal imaging camera comprising an IR camera module for producing an IR image and having an IR optical axis, a VL camera module for producing a VL image and having a VL optical axis, a user interface, a processor, memory, and a display, wherein the IR optical axis is offset from the VL optical axis resulting in parallax error between IR and VL images; selecting, via the user interface, a first calibration mode; performing a first parallax correction to reduce the parallax error between IR and VL images produced by the IR and VL camera modules; viewing, on the display, a blend of an IR and a VL image of a target scene including the first parallax correction; manually registering, via the user interface, the IR and VL images to refine the first parallax correction; generating a first set of parallax refinement data corresponding to an amount of the parallax refinement between the IR and VL images when manually registered relative to one another; saving the first set of parallax refinement data as base parallax refinement data in the memory; and automatically applying the first set of parallax refinement data to subsequent captured corresponding IR and VL images.
A battery comprising: a cathode (12, 21); an anode (13, 23); and a first solid electrolyte (3, 11, 22, 300), wherein: the cathode contains a particle of a cathode active material; the anode contains a particle of an anode active material; the first solid electrolyte (3, 11, 22, 300) is disposed between the cathode and the anode; at least one of a surface of the particle of the cathode active material and a surface of the particle of the anode active material is coated with a polyether-based organic solid electrolyte (8, 10, 200); the polyether-based organic solid electrolyte (8, 10, 200) is in contact with the first solid electrolyte (3, 11, 22, 300); and the polyether-based organic solid electrolyte (8, 10, 200) is a compound of a polymer having an ether bond and an electrolytic salt, characterized in that the first solid electrolyte (3, 11, 22, 300) is an inorganic solid electrolyte, the polyether-based organic solid electrolyte (8, 10, 200) is more flexible than the first solid electrolyte, and the coating of the polyether-based organic solid electrolyte (8, 10, 200) has an average thickness of between 1 nm and 20 nm. a cathode (12, 21); an anode (13, 23); and a first solid electrolyte (3, 11, 22, 300), wherein: the cathode contains a particle of a cathode active material; the anode contains a particle of an anode active material; the first solid electrolyte (3, 11, 22, 300) is disposed between the cathode and the anode; at least one of a surface of the particle of the cathode active material and a surface of the particle of the anode active material is coated with a polyether-based organic solid electrolyte (8, 10, 200); the polyether-based organic solid electrolyte (8, 10, 200) is in contact with the first solid electrolyte (3, 11, 22, 300); and the polyether-based organic solid electrolyte (8, 10, 200) is a compound of a polymer having an ether bond and an electrolytic salt, the cathode contains a particle of a cathode active material; the anode contains a particle of an anode active material; the first solid electrolyte (3, 11, 22, 300) is disposed between the cathode and the anode; at least one of a surface of the particle of the cathode active material and a surface of the particle of the anode active material is coated with a polyether-based organic solid electrolyte (8, 10, 200); the polyether-based organic solid electrolyte (8, 10, 200) is in contact with the first solid electrolyte (3, 11, 22, 300); and the polyether-based organic solid electrolyte (8, 10, 200) is a compound of a polymer having an ether bond and an electrolytic salt, characterized in that the first solid electrolyte (3, 11, 22, 300) is an inorganic solid electrolyte, the polyether-based organic solid electrolyte (8, 10, 200) is more flexible than the first solid electrolyte, and the coating of the polyether-based organic solid electrolyte (8, 10, 200) has an average thickness of between 1 nm and 20 nm.
A device for maintaining an air conditioner, in particular, for air conditioners using CO 2 or R744 as a coolant, wherein the device has a low-pressure side region, which is connectable to a service port on the low-pressure side of the air conditioner via a low-pressure side coupler, and a high-pressure side region, which is connectable to a service port on the high-pressure side of the air conditioner via a high-pressure side coupler, wherein a compressor is provided between the low-pressure side region and the high-pressure side region, characterized in that, between the compressor and the high-pressure side region, an over-pressure region is provided, which is connected to the high-pressure side region via a throttle device.
A knee protector structure for a vehicle in which an upper bracket and a lower bracket are directly or indirectly attached, in a vertical position, to a vehicle body strength member, wherein at least the upper bracket has a closed cross-section part on at least a part of the upper bracket, characterized in that the upper bracket is configured to generate a high reaction force to a knee input load and the lower bracket is configured to generate a reaction force lower than the upper bracket, an inwardly protruding part which inwardly protrudes is formed in at least one surface of the closed cross-section part, a tip part of the inwardly protruding part is disposed to be separated from an opposing-surface-side part of the closed cross-section part with a separated part, and the separated part is set to be such a gap that the tip part of the inwardly protruding part and the opposing-surface-side part of the closed cross-section part come into contact with each other when the knee input load is absorbed.
An agrochemical formulation comprising; i) at least one penetrant; and ii) at least one agrochemical active wherein the penetrant is an esterified and/or etherified polyol alkoxylate obtainable by directly esterifying and/or etherifying a polyol alkoxylate, where said esterified and/or etherified a polyol alkoxylate has general structure: P·[ n -R 1] m wherein: P is the residue of a polyol, said polyol having m active hydrogen atoms, where m is an integer in the range from 3 to 6; AO is an oxyalkylene group; each n independently represents an integer in the range from 18 to 30; the total of n multiplied by m is in the range from 30 to 160; each R 1 independently represents hydrogen, a C 1 to C 28 hydrocarbyl, or an alkanoyl group represented by -C R 2 wherein R 2 represents a C 1 to C 28 hydrocarbyl; and wherein at least one R 1 group is or comprises a C 8 to C 28 hydrocarbyl; wherein the molecular weight of the penetrant is in the range from 2,200 to 5,500, and wherein the ratio of oxyalkylene groups with regard to active hydroxyl groups (m) being in the range 10-30:1. i) at least one penetrant; and ii) at least one agrochemical active P is the residue of a polyol, said polyol having m active hydrogen atoms, where m is an integer in the range from 3 to 6; AO is an oxyalkylene group; each n independently represents an integer in the range from 18 to 30; the total of n multiplied by m is in the range from 30 to 160; each R 1 independently represents hydrogen, a C 1 to C 28 hydrocarbyl, or an alkanoyl group represented by -C R 2 wherein R 2 represents a C 1 to C 28 hydrocarbyl; and wherein at least one R 1 group is or comprises a C 8 to C 28 hydrocarbyl;
A device for acting upon a connecting element with an applied force, such that the connecting element undergoes plastic deformation due to the application of force, comprising: a. a movably mounted head part having a processing head, in particular designed as a ram or a rolling element for rolling deformation, wherein the processing head is designed to contact the connecting element; b. a first drive designed to drive translation of the head part in the longitudinal axis of the head part, in particular to drive it so that the applied force is applied to the connecting element by the processing head; c. a second drive designed to drive a rotation of the processing head about the longitudinal axis, in particular to drive it so that the ram is at least capable of describing a closed curve; d. a housing for accommodating the first drive, the second drive and the head part and characterized in that the first drive and the second drive are driven electrically and are arranged coaxially, and wherein the second drive is situated in the head part. a. a movably mounted head part having a processing head, in particular designed as a ram or a rolling element for rolling deformation, wherein the processing head is designed to contact the connecting element; b. a first drive designed to drive translation of the head part in the longitudinal axis of the head part, in particular to drive it so that the applied force is applied to the connecting element by the processing head; c. a second drive designed to drive a rotation of the processing head about the longitudinal axis, in particular to drive it so that the ram is at least capable of describing a closed curve; d. a housing for accommodating the first drive, the second drive and the head part and
An oven comprising a cooking chamber covered by an openable door, a control panel provided above the upper section of the door and made of a partially light transmittance material, wherein the control panel comprises a transparent section and wherein a reflective strip is positioned at the transparent section on a rear surface of the control panel, characterized in that the control panel comprises a support panel and the reflective strip is located in sandwich form between the support panel and the control panel, wherein the support panel is covering the rear section of the reflective strip and wherein that the support panel applies pressure from the rear surface of the control panel and pushes the reflective strip to the transparent section in such way, that the compression pressure is equally distributed to the reflective strip along the transparent section.
Device for the releasable connection of a pressure/discharge pipe (2, 2') subjected to axial forces during use to a further pipe section (3, 3'), wherein the device comprises the pressure/discharge pipe (2, 2'), the further pipe section (3, 3') and a locking body, wherein the further pipe section (3, 3') is provided with a one-piece, ring element (8, 8a) of the locking body having a handle, wherein the locking body has a pot-like counter element for fastening to a wall of an abutment part, wherein the ring element (8, 8a) is provided with an element of a bayonet closure and the pot-like counter element is provided with a counter element of the bayonet closure, wherein the pipe section (3, 3') can be locked with the ring element (8, 8a) of the locking body onto the pot-like counter element, wherein the further pipe section (3, 3') passes through the wall in the position of use and is immersed in a lining inside the abutment part, wherein the pressure/discharge pipe (2, 2') is configured for introducing a pressure surge by a flash-like introduction of an ignited gas volume through gas outlet openings of the pipe section (3, 3') into the lining, wherein an external trapezoidal thread (6, 6'a) is provided on the pressure/discharge pipe (2, 2') and an internal trapezoidal thread is provided on the ring element (8, 8a) of the locking body.
An agent containing, as an active ingredient, cells of Pediococcus pentosaceus LP28 strain, which has been deposited as NITE ABP-700 at the National Institute of Technology and Evaluation, Patent Microorganisms Depositary, or a cell culture thereof.