mhurhangee/ep-ind-claims huggingface dataset:
A method for conducting a verification operation on a target memory cell in a three-dimensional memory device comprising memory strings, the method comprising: applying, on an unselected top select gate (Unsel_TSG) of an unselected memory string, a prepare voltage (Vprepare) at a first time period of a prepare step and an first off voltage (Voff) at a second time period of a sensing step, wherein the prepare voltage is larger than a threshold voltage of the unselected top select gate (Unsel_TSG); applying, at a time point of the prepare step, a top select gate voltage (Vtsg) and a lower select gate voltage (Vlsg) on a selected top select gate (Sel_TSG) and a lower select gate of a selected memory string respectively, wherein applying a top select gate voltage (Vtsg) on a selected top select gate (Sel_TSG) of a selected memory string comprises applying the top select gate voltage (Vtsg) for electrically connecting the selected memory string to a bit line; and applying a lower select gate voltage (Vlsg) comprises applying the lower select gate voltage (Vlsg) for electrically connecting the selected memory string to an array common source; applying, on a selected word line (Sel_WL) associated with the target memory cell, a second off voltage during the first time period of the prepare step and a read voltage (Vread) during the second time period of the sensing step; and applying, on an unselected word line (Unsel_WL), a pass voltage (Vpass) during the first time period of the prepare step and during the second time period of the sensing step; wherein the prepare step is prior to the sensing step. applying, on an unselected top select gate (Unsel_TSG) of an unselected memory string, a prepare voltage (Vprepare) at a first time period of a prepare step and an first off voltage (Voff) at a second time period of a sensing step, wherein the prepare voltage is larger than a threshold voltage of the unselected top select gate (Unsel_TSG); applying, at a time point of the prepare step, a top select gate voltage (Vtsg) and a lower select gate voltage (Vlsg) on a selected top select gate (Sel_TSG) and a lower select gate of a selected memory string respectively, wherein applying a top select gate voltage (Vtsg) on a selected top select gate (Sel_TSG) of a selected memory string comprises applying the top select gate voltage (Vtsg) for electrically connecting the selected memory string to a bit line; and applying a lower select gate voltage (Vlsg) comprises applying the lower select gate voltage (Vlsg) for electrically connecting the selected memory string to an array common source; applying, on a selected word line (Sel_WL) associated with the target memory cell, a second off voltage during the first time period of the prepare step and a read voltage (Vread) during the second time period of the sensing step; and applying, on an unselected word line (Unsel_WL), a pass voltage (Vpass) during the first time period of the prepare step and during the second time period of the sensing step; wherein the prepare step is prior to the sensing step.
A method for improving secretion efficiency of a foreign protein, comprising the steps of: (a) transforming a yeast host with a recombinant foreign gene construct comprising a galactose-inducible promoter, a secretion signal sequence and a gene encoding a foreign protein to construct a transformed yeast strain wherein the galactose-inducible promoter is a GAL1 promoter set forth in SEQ ID NO: 1; and (b) culturing the transformed yeast strain under the condition that the activity of the galactose-inducible promoter is controlled by decreasing a transport rate of galactose from a culture medium into the transformed yeast strain, wherein the culturing is carried out by fed-batch culture and galactose and glucose are co-fed in a ratio ranging from 4:1 to 1:1 to the culture medium upon culturing, and further wherein the decrease in the transport rate of galactose from the medium into the transformed yeast strain is achieved by rendering a galactose permease gene of the transformed yeast defective or partially disrupting it to thereby be non-functional. (a) transforming a yeast host with a recombinant foreign gene construct comprising a galactose-inducible promoter, a secretion signal sequence and a gene encoding a foreign protein to construct a transformed yeast strain wherein the galactose-inducible promoter is a GAL1 promoter set forth in SEQ ID NO: 1; and (b) culturing the transformed yeast strain under the condition that the activity of the galactose-inducible promoter is controlled by decreasing a transport rate of galactose from a culture medium into the transformed yeast strain, wherein the culturing is carried out by fed-batch culture and galactose and glucose are co-fed in a ratio ranging from 4:1 to 1:1 to the culture medium upon culturing, and further wherein the decrease in the transport rate of galactose from the medium into the transformed yeast strain is achieved by rendering a galactose permease gene of the transformed yeast defective or partially disrupting it to thereby be non-functional.
A crane device, which actuates a carrying element including a boom and a hook (10a, 11a) suspended from the boom and carries baggage to a carrying destination, comprising: a camera provided on the hook; a camera control unit which controls an image-capturing operation of the camera based on control information for operating the carrying element; and an image processing unit which processes a captured image (i2, i3) that has been captured with the characterised in that, camera, the camera captures an image of the carrying destination of the baggage, that is in the movement direction of the baggage, and the image processing unit takes, as a reference area, an arbitrary area in the captured image that has been captured with the camera, generates a correction image (ia) obtained by projecting the captured image onto a plane (Pt) that is parallel to the reference area and is perpendicular to an arbitrary direction with the baggage used as a viewpoint, calculates a current position of the baggage in the correction image, and displays the current position in a visually recognizable mode. a camera provided on the hook; a camera control unit which controls an image-capturing operation of the camera based on control information for operating the carrying element; and an image processing unit which processes a captured image (i2, i3) that has been captured with the characterised in that, camera, the camera captures an image of the carrying destination of the baggage, that is in the movement direction of the baggage, and the image processing unit takes, as a reference area, an arbitrary area in the captured image that has been captured with the camera, generates a correction image (ia) obtained by projecting the captured image onto a plane (Pt) that is parallel to the reference area and is perpendicular to an arbitrary direction with the baggage used as a viewpoint, calculates a current position of the baggage in the correction image, and displays the current position in a visually recognizable mode.
Apparatus comprising: a UAV comprising port and starboard wings; a UAV capture system comprising: a first cable support structure; a first cable array comprising at least two cables carried by the first cable support structure in respective positions such that at least respective portions of the two cables are spaced-apart; port and starboard catches disposed on respective port and starboard wings of said UAV, and positioned to engage the spaced-apart cable portions when the UAV flies into the spaced-apart cable portions; and a first cable array payout apparatus connected to the engaged cables of the first cable array and comprising a payout device that pays out the engaged cables after they have been engaged by the UAV to be captured and resists such pay out to decelerate the UAV. a UAV comprising port and starboard wings; a UAV capture system comprising: a first cable support structure; a first cable array comprising at least two cables carried by the first cable support structure in respective positions such that at least respective portions of the two cables are spaced-apart; port and starboard catches disposed on respective port and starboard wings of said UAV, and positioned to engage the spaced-apart cable portions when the UAV flies into the spaced-apart cable portions; and a first cable array payout apparatus connected to the engaged cables of the first cable array and comprising a payout device that pays out the engaged cables after they have been engaged by the UAV to be captured and resists such pay out to decelerate the UAV. a first cable support structure; a first cable array comprising at least two cables carried by the first cable support structure in respective positions such that at least respective portions of the two cables are spaced-apart; port and starboard catches disposed on respective port and starboard wings of said UAV, and positioned to engage the spaced-apart cable portions when the UAV flies into the spaced-apart cable portions; and a first cable array payout apparatus connected to the engaged cables of the first cable array and comprising a payout device that pays out the engaged cables after they have been engaged by the UAV to be captured and resists such pay out to decelerate the UAV.
An orthopaedic surgical instrument assembly for use in planning and guiding the reaming of a patient's femur in a knee replacement procedure, comprising: a cutting block comprising a base plate, and a pair of curved arms extending posteriorly from the base plate, each curved arm including a posterior surface and a cutting guide defined in the posterior surface, an intramedullary instrument positioned proximal to the base plate of the cutting block and having a longitudinal axis, and an offset tool which comprises a first shaft, a second shaft, and a connecting body, in which (i) the first shaft extends proximally from the connecting body to a proximal end which is coupled to the intramedullary instrument and the second shaft extends distally from the connecting body to a distal end which is coupled to the cutting block, (ii) the proximal end defines a first axis and the distal end defines a second axis extending parallel to the first axis, and (iii) the proximal end of the offset tool is configured to rotate relative to the distal end, the offset tool including an offset tool locking mechanism which can prevent rotation of the distal end relative to the proximal end, characterised in that the assembly includes a handle which can be engaged with the distal end of the second shaft, which can be rotated to cause the second shaft to rotate relative to the first shaft and the intramedullary instrument, about the axis of the intramedullary instrument, thereby causing the position of the cutting block on the patient's distal femur to change. a cutting block comprising a base plate, and a pair of curved arms extending posteriorly from the base plate, each curved arm including a posterior surface and a cutting guide defined in the posterior surface, an intramedullary instrument positioned proximal to the base plate of the cutting block and having a longitudinal axis, and an offset tool which comprises a first shaft, a second shaft, and a connecting body, in which (i) the first shaft extends proximally from the connecting body to a proximal end which is coupled to the intramedullary instrument and the second shaft extends distally from the connecting body to a distal end which is coupled to the cutting block, (ii) the proximal end defines a first axis and the distal end defines a second axis extending parallel to the first axis, and (iii) the proximal end of the offset tool is configured to rotate relative to the distal end, the offset tool including an offset tool locking mechanism which can prevent rotation of the distal end relative to the proximal end, characterised in that the assembly includes a handle which can be engaged with the distal end of the second shaft, which can be rotated to cause the second shaft to rotate relative to the first shaft and the intramedullary instrument, about the axis of the intramedullary instrument, thereby causing the position of the cutting block on the patient's distal femur to change.
A sunscreen composition comprising, in a physiologically acceptable medium, (i) at least one sunscreen agent, and (ii) a functionalized nanocrystalline cellulose, wherein said functionalized nanocrystalline cellulose is carboxylated nanocrystalline cellulose, wherein said functionalized nanocrystalline cellulose is made of nano-crystallites of cellulose assembled into particles of nanocrystalline cellulose, wherein said particles have a spherical or ovoid shape, and wherein said functionalized nanocrystalline cellulose has an average particle size from 2 μm to 10 μm. (i) at least one sunscreen agent, and (ii) a functionalized nanocrystalline cellulose, wherein said functionalized nanocrystalline cellulose is carboxylated nanocrystalline cellulose, wherein said functionalized nanocrystalline cellulose is made of nano-crystallites of cellulose assembled into particles of nanocrystalline cellulose, wherein said particles have a spherical or ovoid shape, and wherein said functionalized nanocrystalline cellulose has an average particle size from 2 μm to 10 μm.
An RJ-45 communications plug comprising a printed circuit board that has first through eighth conductive paths (101 - 108) where the fourth and fifth conductive paths (104, 105) are part of a first differential transmission line, the first and second conductive paths (101, 102) are part of a second differential transmission line, the third and sixth conductive paths (103, 106) are part of a third differential transmission line, and the seventh and eighth (107, 108) conductive paths are part of a fourth differential transmission line, the plug further comprising: a housing; first through eighth plug blades (141 - 148) that are at least partially within the housing and that are electrically connected to the respective first through eighth conductive paths (101 - 108), the first through eighth plug blades (141 - 148) aligned in a row in numerical order; a differential-to-common mode crosstalk cancellation circuit that substantially cancels common mode crosstalk that is injected within the plug from the third differential transmission line onto the second differential transmission line when the third differential transmission line is excited differentially, wherein the third differential transmission line is configured to inject differential crosstalk onto the second differential transmission line when the third differential transmission line is excited differentially. a housing; first through eighth plug blades (141 - 148) that are at least partially within the housing and that are electrically connected to the respective first through eighth conductive paths (101 - 108), the first through eighth plug blades (141 - 148) aligned in a row in numerical order; a differential-to-common mode crosstalk cancellation circuit that substantially cancels common mode crosstalk that is injected within the plug from the third differential transmission line onto the second differential transmission line when the third differential transmission line is excited differentially, wherein the third differential transmission line is configured to inject differential crosstalk onto the second differential transmission line when the third differential transmission line is excited differentially.
A quick-insertion coupling joint, comprising a female coupler body, a sliding sleeve, elastic elements, a sealing gasket, limiting elements and a retaining ring, wherein a socket is arranged in one end of the female coupler body and is used for connecting a Camlock male adapter, a seal retainer is arranged in an inner wall of the socket, the sealing gasket is arranged on one surface, close to a port of the socket, of the seal retainer, multiple limiting holes are circumferentially arranged in a side wall of the socket, a limiting element is arranged in each limiting hole, the limiting hole can limit the limiting element to prevent the limiting element from separating from the limiting hole inwards, a first boss is arranged on an outer side wall of the female coupler body, the sliding sleeve sleeves the exterior of the first boss, a coupling groove is arranged in the outer side wall of the female coupler body, the coupling groove is arranged between the port of the socket and the limiting hole, the retaining ring is arranged in the coupling groove, a second boss is arranged on an inner wall of the sliding sleeve, the second boss is arranged between the first boss and the retaining ring, the internal diameter of the second boss is less than the external diameter of the retaining ring, the elastic elements sleeve the exterior of the female coupler body while the elastic elements are arranged between the second boss and the first boss, the elastic elements are in a compression state, and a limiting groove is circumferentially arranged in an outer wall of the Camlock male adapter; when the Camlock male adapter is inserted into the socket and the second boss slides to come into contact with the retaining ring, the second boss can ensure that the limiting element is fixed in the limiting groove and the Camlock male adapter tightly presses the sealing gasket at the seal retainer; and an end face, away from the first boss, of the second boss is inclined to one end away from the first boss, so, when the second boss slides away from the limiting hole, the limiting element can be disconnected from the limiting groove, wherein the sealing gasket comprises a rectangular annular groove which is arranged in an inner wall of the sealing gasket; characterised in that the sealing gasket comprises one end face which is inclined outwards and which is configured to be in extrusion contact with a Camlock male adapter, and the sealing gasket comprises an annular boss which is arranged in the rectangular annular groove to improve strength and elasticity of said sealing gasket, said annular boss is arranged in an interior end face of said rectangular annular groove which is opposite to the one end face.
An electrode component, comprising: an electrode body; a conductive structure; and a reinforcement structure, wherein the electrode body comprises an insulating substrate and a conductive layer disposed on two opposite surfaces of the insulating substrate in a thickness direction of the insulating substrate, and the conductive layer comprises a first portion coated with an active material, and a second portion extending from the first portion and uncoated with the active material, and the reinforcement structure reinforces the conductive structure on the second portion, characterized in that the conductive structure comprises a first conductive member and a second conductive member, the first conductive member is connected to a part of the second portion disposed on one surface of the insulating substrate, and the second conductive member is connected to a part of the second portion disposed on the other surface of the insulating substrate, and the reinforcement structure is provided on a surface of the first conductive member facing away from the part of the second portion disposed on one surface of the insulating substrate, and the reinforcement structure is further provided on a surface of the second conductive member facing away from the part of the second portion disposed on the other surface of the insulating substrate. an electrode body; a conductive structure; and a reinforcement structure, wherein the electrode body comprises an insulating substrate and a conductive layer disposed on two opposite surfaces of the insulating substrate in a thickness direction of the insulating substrate, and the conductive layer comprises a first portion coated with an active material, and a second portion extending from the first portion and uncoated with the active material, and the reinforcement structure reinforces the conductive structure on the second portion, characterized in that the conductive structure comprises a first conductive member and a second conductive member, the first conductive member is connected to a part of the second portion disposed on one surface of the insulating substrate, and the second conductive member is connected to a part of the second portion disposed on the other surface of the insulating substrate, and the reinforcement structure is provided on a surface of the first conductive member facing away from the part of the second portion disposed on one surface of the insulating substrate, and the reinforcement structure is further provided on a surface of the second conductive member facing away from the part of the second portion disposed on the other surface of the insulating substrate.
A dish washer comprising: - a tub to provide a room for dishes for washing; - a sump to hold water for supplying to the tub for the washing; - a steam generator heating water received therein to generate steam to be supplied in the tub, wherein the steam generator includes a first outlet, a second outlet and a heater for heating the received water and wherein a low water level, higher than the installation position of the heater, is set to prevent the overheating of the heater; - a steam tube connected to the first outlet of the steam generator to supply the steam to the tub; and - means for opening the second outlet of the steam generator when the steam tube is blocked such that the steam or water inside the steam generator can be discharged; characterized in that the dishwasher further comprises: - an air guide to allow outside air to flow into the tub; and - an auxiliary tube, having one side connected to the second outlet of the steam generator and the other side connected to one of the tub, the air guide and the sump, - and in that the second outlet of the steam generator is located at a position lower than the first outlet and lower than the low water level of the steam generator in such a way that when the steam tube is not clogged, the auxiliary tube is filled with water to a level corresponding to the water level of the steam generator, and when the steam tube is clogged, the steam or the water inside the steam generator can be discharged through the auxiliary tube. - a tub to provide a room for dishes for washing; - a sump to hold water for supplying to the tub for the washing; - a steam generator heating water received therein to generate steam to be supplied in the tub, wherein the steam generator includes a first outlet, a second outlet and a heater for heating the received water and wherein a low water level, higher than the installation position of the heater, is set to prevent the overheating of the heater; - a steam tube connected to the first outlet of the steam generator to supply the steam to the tub; and - means for opening the second outlet of the steam generator when the steam tube is blocked such that the steam or water inside the steam generator can be discharged; - an air guide to allow outside air to flow into the tub; and - an auxiliary tube, having one side connected to the second outlet of the steam generator and the other side connected to one of the tub, the air guide and the sump, - and in that the second outlet of the steam generator is located at a position lower than the first outlet and lower than the low water level of the steam generator in such a way that when the steam tube is not clogged, the auxiliary tube is filled with water to a level corresponding to the water level of the steam generator, and when the steam tube is clogged, the steam or the water inside the steam generator can be discharged through the auxiliary tube.