mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus of an access point comprising: memory, and processing circuitry coupled to the memory, the processing circuitry configured to: generate a frame for transmission to a plurality of stations (106a, 106b; 106c, 106d), the frame to coordinate an uplink, UL, multiple user, MU, wireless transmission from the plurality of stations, the frame comprising association identifications, AIDs, of each of the plurality of stations and a period during which the plurality of stations are allowed to transmit UL media access control protocol data units, MPDUs, UL MPDUs; configure the access point to transmit the frame; and receive an UL MU wireless transmission comprising UL MPDUs simultaneously received from the plurality of stations (106a, 106b; 106c,106d), the UL MPDUs received in response to transmission of the frame. generate a frame for transmission to a plurality of stations (106a, 106b; 106c, 106d), the frame to coordinate an uplink, UL, multiple user, MU, wireless transmission from the plurality of stations, the frame comprising association identifications, AIDs, of each of the plurality of stations and a period during which the plurality of stations are allowed to transmit UL media access control protocol data units, MPDUs, UL MPDUs; configure the access point to transmit the frame; and receive an UL MU wireless transmission comprising UL MPDUs simultaneously received from the plurality of stations (106a, 106b; 106c,106d), the UL MPDUs received in response to transmission of the frame.
A method for z-folding a web material , wherein the method comprises the following steps: - continuously feeding a web material to be folded into a folding device along a feeding direction; - alternatingly gripping the web material in a proximal area of the folding device by means of gripping devices , which are guided from opposing sides of the web material toward the proximal area with a gap, wherein the gripping devices grip the edges of the web material on opposing sides of the web material , - holding and transporting the web material by means of the gripping devices in a distal area of the folding device , thereby z-folding the web material , and - detaching the web material from the gripping devices and deositing the web material in a stack with folds in the distal area , wherein the folds in the stack extend transverse to the feeding direction, wherein, for the gripping devices on the opposing sides of the web material , a respective straight connecting line between a proximal position of the gripping device while gripping the web material in the proximal area and a distal position of the same gripping device while detaching the web material in the distal area runs obliquely relative to the feeding direction, and wherein a distance between adjacent gripping devices is equal to a fold length, characterized in that a feeding rate for continuously feeding the web material to be folded and a transport rate for transporting the gripping devices toward the proximal area can be set independently of each other and are adjusted to each other. - continuously feeding a web material to be folded into a folding device along a feeding direction; - alternatingly gripping the web material in a proximal area of the folding device by means of gripping devices , which are guided from opposing sides of the web material toward the proximal area with a gap, wherein the gripping devices grip the edges of the web material on opposing sides of the web material , - holding and transporting the web material by means of the gripping devices in a distal area of the folding device , thereby z-folding the web material , and - detaching the web material from the gripping devices and deositing the web material in a stack with folds in the distal area , wherein the folds in the stack extend transverse to the feeding direction,
A photoelectric conversion element comprising: a first electrode ; a hole blocking layer ; an electron transport layer ; a hole transport layer ; and a second electrode , characterised in that the hole transport layer comprises a compound represented by general formula below, where in the formula, R 1 represents a methoxy group or an ethoxy group, R 2 represents a hydrogen group or a methyl group, R 3 represents a hydrogen group, a methyl group, or a methoxy group, R 4 represents a methoxy group, and X represents -CH 2 -, -CH 2 CH 2 -, -O-, or -C(CH 2 ) 5 -. a first electrode ; a hole blocking layer ; an electron transport layer ; a hole transport layer ; and a second electrode , characterised in that the hole transport layer comprises a compound represented by general formula below, where in the formula, R 1 represents a methoxy group or an ethoxy group, R 2 represents a hydrogen group or a methyl group, R 3 represents a hydrogen group, a methyl group, or a methoxy group, R 4 represents a methoxy group, and X represents -CH 2 -, -CH 2 CH 2 -, -O-, or -C(CH 2 ) 5 -.
A method for removable plugging in a wellbore which leads to a reservoir , the reservoir having a reservoir temperature, the method comprising: selecting a melting point of a metal alloy based on the reservoir temperature; sealing , while a tubing is above a ground outside of the wellbore, the metal alloy across a cross-sectional area between an interior wall of the tubing and an exterior wall of a sleeve disposed in the tubing, the sleeve having a closed end such that the metal alloy defines a fluid barrier plug against flow of fluid from the reservoir through the cross-sectional area of the tubing when the tubing is disposed within the wellbore; and heating the metal alloy above the melting point while the tubing is disposed within the wellbore such that the metal alloy flows from the tubing and the fluid barrier plug is eliminated. selecting a melting point of a metal alloy based on the reservoir temperature; sealing , while a tubing is above a ground outside of the wellbore, the metal alloy across a cross-sectional area between an interior wall of the tubing and an exterior wall of a sleeve disposed in the tubing, the sleeve having a closed end such that the metal alloy defines a fluid barrier plug against flow of fluid from the reservoir through the cross-sectional area of the tubing when the tubing is disposed within the wellbore; and heating the metal alloy above the melting point while the tubing is disposed within the wellbore such that the metal alloy flows from the tubing and the fluid barrier plug is eliminated.
A spool-less fluid hose collection system with rollers, comprising: a. a powered roller system capable of pushing a hose into a receptacle and pulling it from said receptacle ; b. an anchoring mechanism capable of being removably attached to said receptacle and capable of holding said hose angled downward into said receptacle ; c. a control that allows a user to control the operation of said roller system ; wherein d. the powered roller system is capable of being removably attached to said receptacle ; e. the control is a wireless remote control and f. said anchoring mechanism is capable of being hung over a top lip of said receptacle ; g. said roller system is capable of being hung over the top lip of said receptacle , opposite said anchoring mechanism ;and characterised in that h. said roller system is angled such that said hose , as it enters said receptacle , is angled downward into said receptacle . a. a powered roller system capable of pushing a hose into a receptacle and pulling it from said receptacle ; b. an anchoring mechanism capable of being removably attached to said receptacle and capable of holding said hose angled downward into said receptacle ; c. a control that allows a user to control the operation of said roller system ; wherein d. the powered roller system is capable of being removably attached to said receptacle ; e. the control is a wireless remote control and f. said anchoring mechanism is capable of being hung over a top lip of said receptacle ; g. said roller system is capable of being hung over the top lip of said receptacle , opposite said anchoring mechanism ;and characterised in that h. said roller system is angled such that said hose , as it enters said receptacle , is angled downward into said receptacle .
An imaging apparatus comprising: a first imaging unit configured to capture a first image of a subject; a second imaging unit configured to capture a second image of the subject; and at least one processor configured to: selectively obtain one of the first image or the second image to be output as an output image based on a magnification characteristic of the output image; based on the first image being replaced with the second image as the output image, determine a corrected white balance gain (W cgb ) by correcting a white balance gain (W gb ) obtained for the second image based on a first color balance of the first image and a second color balance of the second image; obtain a filtered white balance gain (W fgb ) based on the white balance gain (W gb ) and the corrected white balance gain (W cgb ) to smoothly change the white balance gain applied to the second image, from the corrected white balance gain (W cgb ) to the white balance gain (W gb ) during a certain time to obtain the output image; and output the output image based on a correction to the second image based on the filtered white balance gain of the second image. a first imaging unit configured to capture a first image of a subject; a second imaging unit configured to capture a second image of the subject; and at least one processor configured to: selectively obtain one of the first image or the second image to be output as an output image based on a magnification characteristic of the output image; based on the first image being replaced with the second image as the output image, determine a corrected white balance gain (W cgb ) by correcting a white balance gain (W gb ) obtained for the second image based on a first color balance of the first image and a second color balance of the second image; obtain a filtered white balance gain (W fgb ) based on the white balance gain (W gb ) and the corrected white balance gain (W cgb ) to smoothly change the white balance gain applied to the second image, from the corrected white balance gain (W cgb ) to the white balance gain (W gb ) during a certain time to obtain the output image; and output the output image based on a correction to the second image based on the filtered white balance gain of the second image. selectively obtain one of the first image or the second image to be output as an output image based on a magnification characteristic of the output image; based on the first image being replaced with the second image as the output image, determine a corrected white balance gain (W cgb ) by correcting a white balance gain (W gb ) obtained for the second image based on a first color balance of the first image and a second color balance of the second image; obtain a filtered white balance gain (W fgb ) based on the white balance gain (W gb ) and the corrected white balance gain (W cgb ) to smoothly change the white balance gain applied to the second image, from the corrected white balance gain (W cgb ) to the white balance gain (W gb ) during a certain time to obtain the output image; and output the output image based on a correction to the second image based on the filtered white balance gain of the second image.
An isocyanate composition comprising an isocyanate compound of general formula (I)-1, (I)-2 or (I)-3: in the general formulae, A represents a residual group comprising a reactant structure of an active hydrogen-containing hydrophilic compound and an isocyanate group, a plurality of Y 1 each independently represents a single bond or a divalent C1-20 hydrocarbon group which may have at least one selected from the group consisting of an ester structure and an ether structure, the plurality of Y 1 may be identical to or different from each other, and R 1 represents a hydrogen atom or a monovalent C1-12 hydrocarbon group, wherein the active hydrogen-containing hydrophilic compound is at least one selected from the group consisting of anionic compounds, cationic compounds, and nonionic compounds, and A has an urea group, and a mole fraction of the urea group, relative to a total mol of an isocyanate group and the urea group, in the general formula (I)-1, (I)-2 or -3, is 0.01% by mol to 10% by mol. in the general formulae, A represents a residual group comprising a reactant structure of an active hydrogen-containing hydrophilic compound and an isocyanate group, a plurality of Y 1 each independently represents a single bond or a divalent C1-20 hydrocarbon group which may have at least one selected from the group consisting of an ester structure and an ether structure, the plurality of Y 1 may be identical to or different from each other, and R 1 represents a hydrogen atom or a monovalent C1-12 hydrocarbon group, wherein the active hydrogen-containing hydrophilic compound is at least one selected from the group consisting of anionic compounds, cationic compounds, and nonionic compounds, and A has an urea group, and a mole fraction of the urea group, relative to a total mol of an isocyanate group and the urea group, in the general formula (I)-1, (I)-2 or -3, is 0.01% by mol to 10% by mol.
A camera, comprising an optical lens and a photosensitive chip , characterized in that the camera further comprises: an optical filter comprising a first filter portion and a second filter portion, the optical filter being disposed between the optical lens and the photosensitive chip , wherein a first object point is imaged on the photosensitive chip through the optical lens and the first filter portion, and a second object point is imaged on the photosensitive chip through the optical lens and the second filter portion, the first filter portion having a thickness greater than that of the second filter portion; wherein an incident plane of the first filter portion corresponds to a field of view of a distal region of DOF and an incident plane of the second filter portion corresponds to a field of view of a proximal region of DOF; and wherein the area ratio between the incidence plane of the first filter portion and the incidence plane of the second filter portion is the ratio between the field of view of the distal region of DOF and the field of view of the proximal region of DOF, wherein the optical filter is connected with a control component via a transmission component in order to be controlled and moved to a target position, wherein at the target position, the imaging optical path of the first object point goes through the first filter portion and the imaging optical path of the second object point goes through the second filter portion. an optical filter comprising a first filter portion and a second filter portion, the optical filter being disposed between the optical lens and the photosensitive chip , wherein a first object point is imaged on the photosensitive chip through the optical lens and the first filter portion, and a second object point is imaged on the photosensitive chip through the optical lens and the second filter portion, the first filter portion having a thickness greater than that of the second filter portion; wherein an incident plane of the first filter portion corresponds to a field of view of a distal region of DOF and an incident plane of the second filter portion corresponds to a field of view of a proximal region of DOF; and wherein the area ratio between the incidence plane of the first filter portion and the incidence plane of the second filter portion is the ratio between the field of view of the distal region of DOF and the field of view of the proximal region of DOF, wherein the optical filter is connected with a control component via a transmission component in order to be controlled and moved to a target position, wherein at the target position, the imaging optical path of the first object point goes through the first filter portion and the imaging optical path of the second object point goes through the second filter portion.
Arrangement designed to transmit and/or receive an ultrasonic wanted signal (U) in a measured medium (M) comprising at least an ultrasonic transducer and a vibration decoupling element to fix at least an ultrasonic transducer in a vessel, wherein the vibration decoupling element or the ultrasonic transducer is designed to emit ultrasonic wanted signals (U) to a measured medium (M) via a coupling surface (E), and wherein the vibration decoupling element has a first interface at which the vibration decoupling element can be connected to the vessel or to a sensor nozzle fixed on the vessel, wherein the vessel can be partially or completely filled with the measured medium (M), wherein the vibration decoupling element has a meter body to fix the vibration decoupling element on the sensor nozzle or the vessel, and has a second interface to fix the ultrasonic transducer , wherein at least a vibration-decoupling structural element is arranged between the second interface to fix the ultrasonic transducer and the meter body , wherein said structural element is designed as a solid body, wherein said solid body has one or more interfaces with other elements of the vibration decoupling element and wherein the structural element has a spherical, ellipsoidal, toroidal or polyhedral design, characterized in that the structural element is connected to the second interface and to the meter body via curved, rod-like connection elements . wherein the vibration decoupling element has a meter body to fix the vibration decoupling element on the sensor nozzle or the vessel, and has a second interface to fix the ultrasonic transducer , wherein at least a vibration-decoupling structural element is arranged between the second interface to fix the ultrasonic transducer and the meter body , wherein said structural element is designed as a solid body, wherein said solid body has one or more interfaces with other elements of the vibration decoupling element and wherein the structural element has a spherical, ellipsoidal, toroidal or polyhedral design, characterized in that the structural element is connected to the second interface and to the meter body via curved, rod-like connection elements .
An ultrasonic probe comprising: a piezoelectric layer comprising one or more kerfs such that piezoelectric elements are provided in a plurality of rows along an elevation direction; a first electrode formed on an upper side of the piezoelectric layer; a second electrode formed on a lower side of the piezoelectric layer; a matching layer disposed above the piezoelectric layer and comprising one or more grooves connected to the one or more kerfs; and a third electrode formed in inner surfaces of the one or more grooves and electrically connected to the first electrode, characterized in that a width of the groove is larger than a width of the kerf . a piezoelectric layer comprising one or more kerfs such that piezoelectric elements are provided in a plurality of rows along an elevation direction; a first electrode formed on an upper side of the piezoelectric layer; a second electrode formed on a lower side of the piezoelectric layer; a matching layer disposed above the piezoelectric layer and comprising one or more grooves connected to the one or more kerfs; and a third electrode formed in inner surfaces of the one or more grooves and electrically connected to the first electrode, characterized in that a width of the groove is larger than a width of the kerf .
A battery pack , comprising: at least two pouch battery cells , each cell having a first tab and a second tab ; a battery cell holder having an array of slots extending from an interior side of a first wall to an exterior side of the first wall, the array having a first column of a plurality of slots and a second column of a plurality of slots generally parallel and adjacent to the first column of slots, the slots of the first column of slots being offset from the slots of the second column of slots in a direction of the columns, wherein each slot is configured to receive a tab of one of the battery cells; the first column of slots having a first slot and a second slot and the second column of slots having a first slot and a second slot; wherein a distance (H15) between a major axis of the first slot of the first column and a major axis of the second slot of the first column is greater than a distance (H16) between a major axis of the first slot of the second column and a major axis of the second slot of the second column. at least two pouch battery cells , each cell having a first tab and a second tab ; a battery cell holder having an array of slots extending from an interior side of a first wall to an exterior side of the first wall, the array having a first column of a plurality of slots and a second column of a plurality of slots generally parallel and adjacent to the first column of slots, the slots of the first column of slots being offset from the slots of the second column of slots in a direction of the columns, wherein each slot is configured to receive a tab of one of the battery cells; the first column of slots having a first slot and a second slot and the second column of slots having a first slot and a second slot; wherein a distance (H15) between a major axis of the first slot of the first column and a major axis of the second slot of the first column is greater than a distance (H16) between a major axis of the first slot of the second column and a major axis of the second slot of the second column.
A system for incubating one or more cells and/or organotypic cultures for biological investigation, in particular for toxicology assessment, comprising: a) a bio-incubator with at least one orifice , b) a pressure system fluidly connected with said bio-incubator through said at least one orifice ; wherein said bio-incubator and said pressure system form a hermetically closed circuit; characterized in that said pressure system is a cyclic gas pressure system configured for cyclically varying the gas pressure in said bio-incubator between a negative pressure of at least -1 mbar and a positive pressure of at least +1 mbar compared to the atmospheric pressure, so as to reproduce the pressure conditions in lungs of a living mammal; and said orifice comprises a feedthrough with a pipe configured to deviate the air influx from said one or more cells and/or organotypic cultures. a) a bio-incubator with at least one orifice , b) a pressure system fluidly connected with said bio-incubator through said at least one orifice ;
Storage yarn feeder comprising a body having a drum onto which winds a yarn forming at least one coil, said yarn coming from a reel, being provided with a braking organ cooperating with said drum to brake the yarn leaving said drum , said braking organ comprising braking means capable of cooperating with the yarn when it detaches from the drum as it leaves the feeder and heads towards a textile machine, characterised in that the drum comprises a first and a second portion , the latter provided for directly supporting the yarn coils and supporting a first body of the braking organ , said first body being connected to the second portion of the drum and to a second body movable in relation to the first body and cooperating therewith to brake the yarn interposed between said first body and second body and the first body being in the form of a cup, fitted onto a terminal end of the second portion of the drum and being provided with mechanical or magnetic means of securing said first body to said end , the second portion being separable from the first portion so as to be capable of being replaced, said first portion being connected to the body of the feeder.