mhurhangee/ep-ind-claims huggingface dataset:
A connection device for fastening two expanded cellular confinement structures; the connection device comprising: (a) an insertion member having first and second opposite insertion ends and an insertion member extension therebetween; (i) the insertion member having a first length between the first and second insertion ends; (b) an integral shank extending generally perpendicular from the insertion member extension and being spaced from each of the first and second insertion ends; and (c) an integral handle member extending generally perpendicular from the shank at an end of the shank remote from the insertion member; the handle member having first and second handle ends and a handle member extension therebetween; (i) the shank being spaced from each of the first and second handle ends; (ii) the handle member having a second length between the first and second handle ends; (iii) the shank having a third length between the insertion member and the handle member; wherein: the second length is greater than the first length; and the third length is less than half of the first and second lengths. (a) an insertion member having first and second opposite insertion ends and an insertion member extension therebetween; (i) the insertion member having a first length between the first and second insertion ends; (i) the insertion member having a first length between the first and second insertion ends; (b) an integral shank extending generally perpendicular from the insertion member extension and being spaced from each of the first and second insertion ends; and (c) an integral handle member extending generally perpendicular from the shank at an end of the shank remote from the insertion member; the handle member having first and second handle ends and a handle member extension therebetween; (i) the shank being spaced from each of the first and second handle ends; (ii) the handle member having a second length between the first and second handle ends; (iii) the shank having a third length between the insertion member and the handle member; (i) the shank being spaced from each of the first and second handle ends; (ii) the handle member having a second length between the first and second handle ends; (iii) the shank having a third length between the insertion member and the handle member; the second length is greater than the first length; and the third length is less than half of the first and second lengths.
A coating composition comprising: an acrylate monomer having the formula and a derivative compound having the formula wherein n is an integer, R 1 is H, an alkyl group, an aromatic group, or an alkyl-substituted aromatic group, R 2 is an alkylene group, R 3 is H or an alkyl group, and R 4 is not H; and wherein R 1 of the acrylate monomer is the same as R 1 of the derivative compound, R 2 of the acrylate monomer is the same as R 2 of the derivative compound, and n of the acrylate monomer is the same as n of the derivative compound. an acrylate monomer having the formula and a derivative compound having the formula wherein n is an integer, R 1 is H, an alkyl group, an aromatic group, or an alkyl-substituted aromatic group, R 2 is an alkylene group, R 3 is H or an alkyl group, and R 4 is not H; and wherein R 1 of the acrylate monomer is the same as R 1 of the derivative compound, R 2 of the acrylate monomer is the same as R 2 of the derivative compound, and n of the acrylate monomer is the same as n of the derivative compound.
A method of wireless communication, comprising: receiving, by a base station, a temporary mobile group identifier, TMGI, for a single cell point-to-multipoint, SC-PTM, service to which a user equipment, UE, is to be subscribed; configuring, by the base station, a connected mode discontinuous reception, CDRX, schedule for the UE based at least in part on an SC-PTM discontinuous reception, DRX, schedule that corresponds to the TMGI; and transmitting, by the base station, the CDRX schedule to the UE, wherein at least one CDRX on duration of the CDRX schedule is configured to be time-aligned with at least one SC-PTM DRX on duration of the SC-PTM DRX schedule, and wherein the at least one CDRX on duration is configured to occur within a threshold time period of the at least one SC-PTM DRX on duration. receiving, by a base station, a temporary mobile group identifier, TMGI, for a single cell point-to-multipoint, SC-PTM, service to which a user equipment, UE, is to be subscribed; configuring, by the base station, a connected mode discontinuous reception, CDRX, schedule for the UE based at least in part on an SC-PTM discontinuous reception, DRX, schedule that corresponds to the TMGI; and transmitting, by the base station, the CDRX schedule to the UE, wherein at least one CDRX on duration of the CDRX schedule is configured to be time-aligned with at least one SC-PTM DRX on duration of the SC-PTM DRX schedule, and wherein the at least one CDRX on duration is configured to occur within a threshold time period of the at least one SC-PTM DRX on duration.
A leading-edge slat of a wing element of an aircraft, said aircraft defining a mark comprising a main fuselage axis x and a span wise axis y, with the wing element procuring a lift along an axis z, comprising a skin forming the leading edge slat, a spar linked to said skin and a stiffening structure linked on the leading edge side to said spar and to the skin, the stiffening structure being formed from a formed sheet metal comprising a plurality of bosses distributed according to the length of the leading edge, said bosses extending between the spar and the inner face of the skin, characterized in that the bosses form domes that comprise a zone in contact with the skin and tangent to the latter, the hollows between the bosses being in contact with the spar and tangent to the latter.
A teaching apparatus for a robot, which robot is configured to move a work object, the teaching apparatus comprising: a display section that is configured to display a screen; a display control unit for controlling the display section; a computation section configured to compute a predetermined position and attitude of a control point of a gripping portion of the robot, and an input reception section; characterized in that the display control unit is configured to control the display section so as to - display a first screen (UI1, UI1-1) which is operable by a user by using the input reception section for operating the robot so as to move the work object into an imaging range of an imaging device; - erase the first screen (UI1, UI1-1); and - display a second screen (UI2, UI2-1) which is operable by the user by using the input reception section for moving the work object so that the work object is aligned at a target position and attitude, and wherein the computation section is configured to compute the predetermined position and attitude by using a captured image obtained by the imaging device imaging the work object, and the target position and attitude. a display section that is configured to display a screen; a display control unit for controlling the display section; a computation section configured to compute a predetermined position and attitude of a control point of a gripping portion of the robot, and an input reception section; characterized in that the display control unit is configured to control the display section so as to - display a first screen (UI1, UI1-1) which is operable by a user by using the input reception section for operating the robot so as to move the work object into an imaging range of an imaging device; - erase the first screen (UI1, UI1-1); and - display a second screen (UI2, UI2-1) which is operable by the user by using the input reception section for moving the work object so that the work object is aligned at a target position and attitude, and - display a first screen (UI1, UI1-1) which is operable by a user by using the input reception section for operating the robot so as to move the work object into an imaging range of an imaging device; - erase the first screen (UI1, UI1-1); and - display a second screen (UI2, UI2-1) which is operable by the user by using the input reception section for moving the work object so that the work object is aligned at a target position and attitude, and wherein the computation section is configured to compute the predetermined position and attitude by using a captured image obtained by the imaging device imaging the work object, and the target position and attitude.
Method for estimating the temperature of a semiconductor chip accommodated in a power semiconductor device in operation, such as an IGBT power module, the method comprising the steps of - while the power semiconductor device is in operation, by means of a measuring circuit, determining a voltage drop over the semiconductor chip for a value of applied load current and - estimating the temperature of the semiconductor chip by evaluating the relationship between the determined voltage drop and the value of applied load current on the basis of a temperature model, wherein the temperature model comprises parameters for the relationship between the determined voltage drop and the determined applied load current, established by - establishing a temperature of the power semiconductor device when the power semiconductor device is not in operation, and - determining a voltage drop over the semiconductor chip for at least one predetermined current applied, wherein at least one parameter of the temperature model is established a plurality of times during the lifetime of the power semiconductor device. - while the power semiconductor device is in operation, by means of a measuring circuit, determining a voltage drop over the semiconductor chip for a value of applied load current and - estimating the temperature of the semiconductor chip by evaluating the relationship between the determined voltage drop and the value of applied load current on the basis of a temperature model, - establishing a temperature of the power semiconductor device when the power semiconductor device is not in operation, and - determining a voltage drop over the semiconductor chip for at least one predetermined current applied,
A system for image completion, comprising: a coordinate generation module configured to receive first past frames and a first present frame, the first past frames and the first present frame having a first field-of-view, FoV, and to generate a set of coordinate maps, one for each of the received first past frames, wherein the coordinate map corresponding to a first past frame provides a spatial mapping of the first past frame to a coordinate system of the first present frame; and a frame aggregation module configured to receive as input the first past frames, the first present frame, and the coordinate maps and to synthesize, based on said input, a second present frame having a second FoV equal or greater than the first FoV; said system being characterized in that said frame aggregation module comprises: an encoder configured to generate a plurality of feature maps based on each of the first past frames and the first present frame; a warping module configured, for each of the first past frames and the first present frame, to warp the plurality of feature maps associated with said each frame, using the respective coordinate map associated with said each frame, to generate a plurality of warped feature maps for said each frame; and an attention-based feature aggregation, AFA, module configured to aggregate, over all of the first past frames and the first present frame, the generated warped feature maps to generate a set of aggregated feature maps. a coordinate generation module configured to receive first past frames and a first present frame, the first past frames and the first present frame having a first field-of-view, FoV, and to generate a set of coordinate maps, one for each of the received first past frames, wherein the coordinate map corresponding to a first past frame provides a spatial mapping of the first past frame to a coordinate system of the first present frame; and a frame aggregation module configured to receive as input the first past frames, the first present frame, and the coordinate maps and to synthesize, based on said input, a second present frame having a second FoV equal or greater than the first FoV; an encoder configured to generate a plurality of feature maps based on each of the first past frames and the first present frame; a warping module configured, for each of the first past frames and the first present frame, to warp the plurality of feature maps associated with said each frame, using the respective coordinate map associated with said each frame, to generate a plurality of warped feature maps for said each frame; and an attention-based feature aggregation, AFA, module configured to aggregate, over all of the first past frames and the first present frame, the generated warped feature maps to generate a set of aggregated feature maps.
A binder comprising a mixture M1 of compounds of formula and a mixture M2 of compounds of formula: wherein Q is a photoreactive linker; X is a non-photoreactive linker; each R is independently H or methyl, preferably H; a' ranges from 0 to 8; b' ranges from 0 to 8; c' ranges from 0 to 16; d' ranges from 0 to 16; a ′ + b ′ = e ′; c ′ + d ′ = f ′; e' = 2 to 8; and f' = 2 to 16; with the proviso that the composition comprises: - a compound 1a of formula with a' is 0; - at least one compound 1b of formula with a' and b' are not 0; - optionally a compound 1c of formula with b' is 0; - optionally a compound 2a of formula with c' is 0; - at least one compound 2b of formula with c' and d' are not 0; - optionally a compound 2c of formula with d' is 0. Q is a photoreactive linker; X is a non-photoreactive linker; each R is independently H or methyl, preferably H; a' ranges from 0 to 8; b' ranges from 0 to 8; c' ranges from 0 to 16; d' ranges from 0 to 16; a ′ + b ′ = e ′; c ′ + d ′ = f ′; e' = 2 to 8; and f' = 2 to 16; - a compound 1a of formula with a' is 0; - at least one compound 1b of formula with a' and b' are not 0; - optionally a compound 1c of formula with b' is 0; - optionally a compound 2a of formula with c' is 0; - at least one compound 2b of formula with c' and d' are not 0; - optionally a compound 2c of formula with d' is 0.
A method, comprising: at an electronic device that includes a touch-sensitive display coupled with a plurality of touch sensors, wherein the touch-sensitive display is not coupled with any force sensors: displaying a virtual keyboard on the touch-sensitive display, the virtual keyboard including displayed representations of a spacebar key and other keys; detecting a first extended contact over the virtual keyboard; in accordance with a determination that the first extended contact is over a displayed representation of a key of the other keys, interpreting the first extended contact as a keyboard input and activating a corresponding extended keyboard function; and detecting a second extended contact over the virtual keyboard; and in accordance with a determination that the second extended contact is over a respective displayed representation of the spacebar key: interpreting the second extended contact as a mode-switching input that causes the electronic device to operate at least a portion of the touch-sensitive display as a trackpad; and changing a visual appearance of the virtual keyboard from a virtual keyboard appearance to a trackpad appearance; and maintaining operation of the portion of the touch-sensitive display as the trackpad for at least a predetermined amount of time after detecting a lift-off of the second extended contact from the touch-sensitive display before ceasing to operate the portion of the touch-sensitive display as the trackpad, wherein the predetermined amount of time is a non-zero amount of time. displaying a virtual keyboard on the touch-sensitive display, the virtual keyboard including displayed representations of a spacebar key and other keys; detecting a first extended contact over the virtual keyboard; in accordance with a determination that the first extended contact is over a displayed representation of a key of the other keys, interpreting the first extended contact as a keyboard input and activating a corresponding extended keyboard function; and detecting a second extended contact over the virtual keyboard; and in accordance with a determination that the second extended contact is over a respective displayed representation of the spacebar key: interpreting the second extended contact as a mode-switching input that causes the electronic device to operate at least a portion of the touch-sensitive display as a trackpad; and changing a visual appearance of the virtual keyboard from a virtual keyboard appearance to a trackpad appearance; and interpreting the second extended contact as a mode-switching input that causes the electronic device to operate at least a portion of the touch-sensitive display as a trackpad; and changing a visual appearance of the virtual keyboard from a virtual keyboard appearance to a trackpad appearance; and maintaining operation of the portion of the touch-sensitive display as the trackpad for at least a predetermined amount of time after detecting a lift-off of the second extended contact from the touch-sensitive display before ceasing to operate the portion of the touch-sensitive display as the trackpad, wherein the predetermined amount of time is a non-zero amount of time.
A method of printing ultra-narrow-gap lines of a functional material, comprising the steps of: providing a substrate having an interlayer coated on the substrate; and employing a direct printing process, printing the ultra-narrow-gap lines with a gap between the ultra-narrow-gap lines that is smaller than 10 μm by depositing an ink on the interlayer of the substrate, the ink comprising the functional material and a solvent that swells the interlayer to cause the interlayer to bulge at edges of the ink to thereby define embankments that confine the ink, wherein the solvent is selected from the group consisting of methanol, ethanol, butanol, ethanediol, glycerine, 2-isopropoxyethanol and any combination thereof; and characterized in that the interlayer is SU-8 composed of a fully epoxidised bisphenol-A/ formaldehyde novolac co-polymer. providing a substrate having an interlayer coated on the substrate; and employing a direct printing process, printing the ultra-narrow-gap lines with a gap between the ultra-narrow-gap lines that is smaller than 10 μm by depositing an ink on the interlayer of the substrate, the ink comprising the functional material and a solvent that swells the interlayer to cause the interlayer to bulge at edges of the ink to thereby define embankments that confine the ink, wherein the solvent is selected from the group consisting of methanol, ethanol, butanol, ethanediol, glycerine, 2-isopropoxyethanol and any combination thereof; and characterized in that the interlayer is SU-8 composed of a fully epoxidised bisphenol-A/ formaldehyde novolac co-polymer.
A liquid nutritional composition comprising (a) 4-20% by weight, of a calcium-depleted milk protein concentrate that has undergone a first heat treatment to 80°C-140°C, for 1 second to 20 minutes during preparation of the calcium-depleted MPC and has between 15-45% by weight of the calcium removed; (b) 0-30% by weight fat; (c) 5-45% by weight carbohydrate; wherein the liquid nutritional composition has a viscosity of less than 0.2 Pa.s at a temperature of 20°C and shear rate of 100s -1, and has an energy density of at least 0.5 kcal/ml, and wherein protein provides 10-40% of the total energy content of the composition and wherein the liquid nutritional composition has undergone a second heat treatment to increase storage time of the product. (a) 4-20% by weight, of a calcium-depleted milk protein concentrate that has undergone a first heat treatment to 80°C-140°C, for 1 second to 20 minutes during preparation of the calcium-depleted MPC and has between 15-45% by weight of the calcium removed; (b) 0-30% by weight fat; (c) 5-45% by weight carbohydrate; wherein the liquid nutritional composition has a viscosity of less than 0.2 Pa.s at a temperature of 20°C and shear rate of 100s -1, and has an energy density of at least 0.5 kcal/ml, and wherein protein provides 10-40% of the total energy content of the composition and wherein the liquid nutritional composition has undergone a second heat treatment to increase storage time of the product. wherein the liquid nutritional composition has a viscosity of less than 0.2 Pa.s at a temperature of 20°C and shear rate of 100s -1, and has an energy density of at least 0.5 kcal/ml, and wherein protein provides 10-40% of the total energy content of the composition and wherein the liquid nutritional composition has undergone a second heat treatment to increase storage time of the product.
A dispensing cap adapted to be removably, or permanently affixed to a container which container contains a plurality of individual wipes interconnected to one another but separable along one or more perforations between individual wipes, which dispensing cap includes a partly stationary and partly moveable plate having a dispensing orifice which is offset from the center part of the dispensing cap, said dispensing orifice being surrounded by a plurality of individual flexible lobes, a portion of the dispensing orifice being defined by the stationary plate part, a further portion of the dispensing orifice being defined by a moveable hinged plate part of the dispensing orifice which is moveable along a hinge line from which the hinged plate part depends from a part of the stationary plate, and further wherein the hinged plate part includes a depending brace wall which extends downwardly from the hinged plate part from the underside thereof, which brace wall is located at or near the periphery of the said remaining portion of the dispensing orifice present on the hinged plate part, characterised in that the brace wall is angled at an oblique angle with respect to the hinged plate part.
A cable modem, comprising: an amplifier configured to amplify a received signal received at a receiver of the cable modem; an analog-to-digital converter, ADC, configured to convert the amplified received signal to a digital signal; a plurality of band-pass filters, each filter being configured to filter the digital signal to a specific frequency band for one of a plurality of channels; a power meter configured to measure a power of the filtered digital signal on each of the plurality of channels; and a control unit configured to estimate a maximum expected power that the cable modem is expected to receive on the plurality of channels based on the measured power and calculate a gain of the amplifier by dividing an ADC full scale power by the estimated maximum expected power and set the gain of the amplifier accordingly, wherein the ADC full scale power is a power at an input of the ADC corresponding to its maximum digital output, wherein the cable modem is configured to operate in a full duplex mode such that each of the plurality of channels is assigned for either upstream or downstream. an amplifier configured to amplify a received signal received at a receiver of the cable modem; an analog-to-digital converter, ADC, configured to convert the amplified received signal to a digital signal; a plurality of band-pass filters, each filter being configured to filter the digital signal to a specific frequency band for one of a plurality of channels; a power meter configured to measure a power of the filtered digital signal on each of the plurality of channels; and a control unit configured to estimate a maximum expected power that the cable modem is expected to receive on the plurality of channels based on the measured power and calculate a gain of the amplifier by dividing an ADC full scale power by the estimated maximum expected power and set the gain of the amplifier accordingly, wherein the ADC full scale power is a power at an input of the ADC corresponding to its maximum digital output, wherein the cable modem is configured to operate in a full duplex mode such that each of the plurality of channels is assigned for either upstream or downstream.