mhurhangee/patent-ind-claim-en huggingface dataset:
A combined-type cup comprising an inner cup , wherein the inner cup comprises a cup bottom and a cup wall , and a water storage cavity is defined around the cup bottom by the cup wall ; wherein a cup rim extending outwards is integrally formed at a top end of the cup wall and comprises a horizontal section and a vertical section in smooth transition with the horizontal section , a buckle is formed on an outer side of the cup wall by the horizontal section and the vertical section , a cup sleeve surrounding the cup wall is detachably arranged outside the inner cup , a clamping part matched with the buckle is integrally formed at a top end of the cup sleeve , a bent part is arranged at a lower end of the vertical section towards the cup wall and is in interference fit with the clamping part ; characterised in that a cup lid is detachably arranged on the cup wall , a clamping groove allowing the cup rim to be clamped therein is formed in an outer edge of a lower portion of the cup lid and comprises an inner wall and an outer wall , and a groove allowing the buckle to be wrapped therein is formed between the inner wall and the outer wall , wherein the inner wall is in interference fit with an inner side of the buckle , and the outer wall is in interference fit with an outer side of the buckle ; in that the horizontal interference between the bent part and the clamping part is 0.05-0.5 mm, and the vertical interference between the bent part and the clamping part is 0.2-1 mm; and in that a contact step is arranged on an inner side of a lower portion of the cup sleeve and has an inner side in contact with the cup wall . a cup rim extending outwards is integrally formed at a top end of the cup wall and comprises a horizontal section and a vertical section in smooth transition with the horizontal section , a buckle is formed on an outer side of the cup wall by the horizontal section and the vertical section , a cup sleeve surrounding the cup wall is detachably arranged outside the inner cup , a clamping part matched with the buckle is integrally formed at a top end of the cup sleeve , a bent part is arranged at a lower end of the vertical section towards the cup wall and is in interference fit with the clamping part ; characterised in that a cup lid is detachably arranged on the cup wall , a clamping groove allowing the cup rim to be clamped therein is formed in an outer edge of a lower portion of the cup lid and comprises an inner wall and an outer wall , and a groove allowing the buckle to be wrapped therein is formed between the inner wall and the outer wall , wherein the inner wall is in interference fit with an inner side of the buckle , and the outer wall is in interference fit with an outer side of the buckle ; in that the horizontal interference between the bent part and the clamping part is 0.05-0.5 mm, and the vertical interference between the bent part and the clamping part is 0.2-1 mm; and in that a contact step is arranged on an inner side of a lower portion of the cup sleeve and has an inner side in contact with the cup wall .
A system for determining one or more egg properties immediately after laying and prior to incubation, the system comprising: at least one vacuum gripper carrying a pressure permeable membrane , wherein said vacuum gripper is configured and operable to hold an egg by suction and wherein said pressure permeable membrane is located at the propagation path of volatile organic compounds released by the egg, said pressure permeable membrane being configured and operable for trapping the collected volatile organic compounds; a THz radiation transmitter arranged at a first distance from the pressure permeable membrane ; a detection unit located a second distance from the pressure permeable membrane , the detection unit being configured to detect the THz radiation after having passed through the collected volatile organic compounds trapped in the pressure permeable membrane ; and a control unit configured and operable for receiving via the detection unit a response THz signal indicative of the collected volatile organic compounds being scanned with an electromagnetic radiation in the THz range and processing said response THz signal for identifying a signature being indicative of at least one egg property to thereby generate information data being indicative of at least one egg property; characterized in that the second distance is less than a wavelength of the THz radiation. at least one vacuum gripper carrying a pressure permeable membrane , wherein said vacuum gripper is configured and operable to hold an egg by suction and wherein said pressure permeable membrane is located at the propagation path of volatile organic compounds released by the egg, said pressure permeable membrane being configured and operable for trapping the collected volatile organic compounds; a THz radiation transmitter arranged at a first distance from the pressure permeable membrane ; a detection unit located a second distance from the pressure permeable membrane , the detection unit being configured to detect the THz radiation after having passed through the collected volatile organic compounds trapped in the pressure permeable membrane ; and a control unit configured and operable for receiving via the detection unit a response THz signal indicative of the collected volatile organic compounds being scanned with an electromagnetic radiation in the THz range and processing said response THz signal for identifying a signature being indicative of at least one egg property to thereby generate information data being indicative of at least one egg property; characterized in that the second distance is less than a wavelength of the THz radiation.
A disposable foldable eating tool comprising: a body ; a handle extending from a distal end of the body ; and a bending part formed between the body and the handle , the bending part being formed to be thinner than the other parts to allow the handle to be folded or unfolded, wherein the body includes a protrusion protruding downward from a bottom surface of a distal end portion of the body , wherein the handle includes an extension piece with a constant thickness that extends from a tip end of the handle and has a through-hole formed through a top surface and a bottom surface of the extension piece , and wherein the center of the through-hole is offset from the center of the protrusion and biased to the bending part , wherein , on unfolding of the foldable eating tool, the protrusion is inserted into the through-hole so that a first portion of the protrusion that is adjacent to the bending part when in a folded configuration is smoothly inserted into the through-hole in the process of inserting the protrusion during unfolding of the eating tool, characterized in that the protrusion includes an outwardly protruding stopper around a lower end of the protrusion and wherein a reduced space is formed between a second portion of the protrusion , that is relatively far away from the bending part when in the folded configuration, and the inner surface of the through-hole when in a unfolded configuration. a body ; a handle extending from a distal end of the body ; and a bending part formed between the body and the handle , the bending part being formed to be thinner than the other parts to allow the handle to be folded or unfolded, wherein the body includes a protrusion protruding downward from a bottom surface of a distal end portion of the body , wherein the handle includes an extension piece with a constant thickness that extends from a tip end of the handle and has a through-hole formed through a top surface and a bottom surface of the extension piece , and wherein the center of the through-hole is offset from the center of the protrusion and biased to the bending part , wherein , on unfolding of the foldable eating tool, the protrusion is inserted into the through-hole so that a first portion of the protrusion that is adjacent to the bending part when in a folded configuration is smoothly inserted into the through-hole in the process of inserting the protrusion during unfolding of the eating tool,
Capsule weighing device for weighing capsules , comprising a measuring unit and a capsule measuring receptacle for holding a capsule in a weight force direction , characterised in that the capsule measuring receptacle is positioned at the side of the measuring unit with respect to the weight force direction and has a capsule measuring channel , which is continuous in the weight force direction and has a releasable locking mechanism for the capsule .
Detection and measurement unit for detecting electromagnetic interference, the detection and measurement unit being configured to receive a digital signal representative of the envelope of an electromagnetic wave received in a given frequency band, in which an electromagnetic interference is susceptible to appear, the measurement and detection unit comprising: - a programmable logic circuit which was previously programmed to act as a detection subunit configured to compare the amplitude of the representative digital signal with a first triggering threshold (S1) and a second stopping threshold (S2), the second stopping threshold (S2) corresponding to an amplitude less than that corresponding to the first triggering threshold (S1), the detection subunit being furthermore configured to detect an electromagnetic pulse on each detection of the passage of the amplitude of the digital signal through the second stopping threshold (S2) in a falling edge after the amplitude of the digital signal has passed through the first triggering threshold (S 1) in a rising edge. - a programmable logic circuit which was previously programmed to act as a detection subunit configured to compare the amplitude of the representative digital signal with a first triggering threshold (S1) and a second stopping threshold (S2), the second stopping threshold (S2) corresponding to an amplitude less than that corresponding to the first triggering threshold (S1), the detection subunit being furthermore configured to detect an electromagnetic pulse on each detection of the passage of the amplitude of the digital signal through the second stopping threshold (S2) in a falling edge after the amplitude of the digital signal has passed through the first triggering threshold (S 1) in a rising edge.
A hydrant shear valve for a hydrant coupled in fluid communication with a hydrant water supply pipe having a pipe flange , the hydrant shear valve comprising: a valve body having fastener receiving openings for mounting the valve in fluid communication between the hydrant and the water supply pipe ; the valve body having a valve seat ; a two-piece valve member pivotally mounted in the valve body to move between an open position and a closed position; at least one bias member for maintaining releaseably the valve member portions in the open position and for permitting the valve member portions to be moved to the closed position under the force of fluid flowing from the supply pipe if the bias member is free; and at least one frangible actuator for breaking away when the hydrant is hit with sufficient impact to free the bias member for causing the valve member portions to move toward the closed position, characterized in that the hydrant shear valve further includes a spring for resiliently urging the valve member portions away from one another when the valve member portions move toward the closed position and the valve member having a pair of valve member portions for being disposed overlapping one another axially aligned within the valve body in the open position and for being disposed in a co-planar configuration in engagement with the valve seat in the closed position. a valve body having fastener receiving openings for mounting the valve in fluid communication between the hydrant and the water supply pipe ; the valve body having a valve seat ; a two-piece valve member pivotally mounted in the valve body to move between an open position and a closed position; at least one bias member for maintaining releaseably the valve member portions in the open position and for permitting the valve member portions to be moved to the closed position under the force of fluid flowing from the supply pipe if the bias member is free; and at least one frangible actuator for breaking away when the hydrant is hit with sufficient impact to free the bias member for causing the valve member portions to move toward the closed position, characterized in that the hydrant shear valve further includes a spring for resiliently urging the valve member portions away from one another when the valve member portions move toward the closed position and the valve member having a pair of valve member portions for being disposed overlapping one another axially aligned within the valve body in the open position and for being disposed in a co-planar configuration in engagement with the valve seat in the closed position.
Wheelbarrow for the spreading of a material comprising a bucket intended to contain at least one material, said bucket comprising a base wall , a front wall , a rear wall , two side walls , a first upper opening , characterised in that it comprises a second opening in said base wall and/or the front wall through which the material is intended to flow, a closing flap closing the second opening and means for controlling the opening of said closing flap , the wheelbarrow comprises a distribution plate which is a generally rectangular shape and extends longitudinally according to a longitudinal axis parallel to a transverse axis of the wheelbarrow , under the whole length of the second opening , said plate being positioned under the second opening so that when a material flows gravitationally through the opening , said material flows over the plate along its surface across its width towards a surface requiring the application under the wheelbarrow or in front of the wheelbarrow .
A method for controlling accuracy of specimen analysis including a first step of dispersing the cells of the fixed embedded pseudo tissue comprising a pseudo tissue comprising a plurality of cells derived from a cell line and a cell adhesion molecule produced by the cells, wherein the cells are adhered by the cell adhesion molecule in the pseudo tissue, into individual cells to prepare a control sample, and obtaining a measured value representing the number of cells by flow cytometer, a second step of dispersing cells in a fixed embedded tissue specimen into individual cells to prepare a measurement sample, and obtaining a measured value representing the number of cells by flow cytometer, and a step of comparing the measured value of the control sample with a predetermined reference value and determining whether or not the second step has been appropriately performed based on the comparison result. a first step of dispersing the cells of the fixed embedded pseudo tissue comprising a pseudo tissue comprising a plurality of cells derived from a cell line and a cell adhesion molecule produced by the cells, wherein the cells are adhered by the cell adhesion molecule in the pseudo tissue, into individual cells to prepare a control sample, and obtaining a measured value representing the number of cells by flow cytometer, a second step of dispersing cells in a fixed embedded tissue specimen into individual cells to prepare a measurement sample, and obtaining a measured value representing the number of cells by flow cytometer, and a step of comparing the measured value of the control sample with a predetermined reference value and determining whether or not the second step has been appropriately performed based on the comparison result.
A method for selecting a spot color formula in a printer , the method comprising: dividing a set of inks into ink subsets, each ink subset having at least one less ink than the set of inks and where each ink in each subset is order-specific, the subsets including a CMYK subset; determining a dominant ink to each ink subset; receiving a particular color identified by a color characterization value; calculating ink recipes for each ink subset to generate the particular color; rejecting from selection ink subsets that cannot generate the particular color within a predetermined range of variance, wherein the predetermined range of variance is no greater than 0.5 from the color characterization value; and selecting a preferred ink subset for printing the particular color, where a preferred ink subset is that ink subset within the remaining non-discarded ink subsets wherein at least one of the calculated ink recipes calls for the maximum usage of the dominant ink , and wherein the CMYK subset does not designate a dominant ink . dividing a set of inks into ink subsets, each ink subset having at least one less ink than the set of inks and where each ink in each subset is order-specific, the subsets including a CMYK subset; determining a dominant ink to each ink subset; receiving a particular color identified by a color characterization value; calculating ink recipes for each ink subset to generate the particular color; rejecting from selection ink subsets that cannot generate the particular color within a predetermined range of variance, wherein the predetermined range of variance is no greater than 0.5 from the color characterization value; and selecting a preferred ink subset for printing the particular color, where a preferred ink subset is that ink subset within the remaining non-discarded ink subsets wherein at least one of the calculated ink recipes calls for the maximum usage of the dominant ink , and wherein the CMYK subset does not designate a dominant ink .
A method on a computing device on which a single operating system is running in an operating system privilege mode , the method comprising: registering , by an intercept manager of a virtual machine monitor , for intercepts on various components of one or more operating system resources in order to receive intercepts if attempts are made to access or modify the one or more operating system resources; receiving , at a portion of memory that is inaccessible from the operating system privilege mode, an enforcement policy that identifies the one or more operating system resources ; determining, by a protection agent located within the virtual machine monitor, from the portion of memory, whether the one or more operating system resources have been altered; and if it is determined that the one or more operating system resources have been altered, shutting down the operating system privilege mode effective to shut down the operating system associated with the one or more operating system resources . registering , by an intercept manager of a virtual machine monitor , for intercepts on various components of one or more operating system resources in order to receive intercepts if attempts are made to access or modify the one or more operating system resources; receiving , at a portion of memory that is inaccessible from the operating system privilege mode, an enforcement policy that identifies the one or more operating system resources ; determining, by a protection agent located within the virtual machine monitor, from the portion of memory, whether the one or more operating system resources have been altered; and if it is determined that the one or more operating system resources have been altered, shutting down the operating system privilege mode effective to shut down the operating system associated with the one or more operating system resources .
An alloy represented by the formula (I) (Mn x Al y )C z (I) the alloy consisting of aluminum (Al), manganese (Mn), and carbon (C), and optionally unavoidable impurities; wherein x = 56.0 to 59.0 y = 41.0 to 44.0 x + y = 100, and z = 1.5 to 2.4, which has a saturation magnetization M s of 100 emu/g or more, wherein the ratio of x to z (x/z) is in the range of 26 to 30 and the alloy is in the form of particles. the alloy consisting of aluminum (Al), manganese (Mn), and carbon (C), and optionally unavoidable impurities; wherein x = 56.0 to 59.0 y = 41.0 to 44.0 x + y = 100, and z = 1.5 to 2.4, which has a saturation magnetization M s of 100 emu/g or more, wherein the ratio of x to z (x/z) is in the range of 26 to 30 and the alloy is in the form of particles. x = 56.0 to 59.0 y = 41.0 to 44.0 x + y = 100, and z = 1.5 to 2.4, which has a saturation magnetization M s of 100 emu/g or more, wherein the ratio of x to z (x/z) is in the range of 26 to 30 and the alloy is in the form of particles.
A light-emitting diode, hereinafter LED, display device comprising: an LED module including a plurality of LED lines; an LED driver configured to drive the LED module with a consecutive LED line scan order; and a controller configured to determine whether a line flicker will occur, by comparing a level of an input image signal input to the LED display device to a pre-set value, wherein the level of the input image signal determines a brightness of an image displayable on the LED display device according to the input image signal, based on the determination that the level is higher than the pre-set value so that the line flicker will not occur, the controller is arranged to control the LED driver to continue to drive the LED module using the consecutive LED line scan order; based on the determination that the level is less than or equal to the pre-set value so that the line flicker will occur, the controller is arranged to obtain a non-consecutive LED line scan order corresponding to the level of the input image signal for which the line flicker will not occur, and to control the LED driver to drive the LED module based on the non-consecutive LED line scan order. an LED module including a plurality of LED lines; an LED driver configured to drive the LED module with a consecutive LED line scan order; and a controller configured to determine whether a line flicker will occur, by comparing a level of an input image signal input to the LED display device to a pre-set value, wherein the level of the input image signal determines a brightness of an image displayable on the LED display device according to the input image signal, based on the determination that the level is higher than the pre-set value so that the line flicker will not occur, the controller is arranged to control the LED driver to continue to drive the LED module using the consecutive LED line scan order; based on the determination that the level is less than or equal to the pre-set value so that the line flicker will occur, the controller is arranged to obtain a non-consecutive LED line scan order corresponding to the level of the input image signal for which the line flicker will not occur, and to control the LED driver to drive the LED module based on the non-consecutive LED line scan order.