mhurhangee/ep-ind-claims huggingface dataset:
A housing unit for electronic components, comprising: a heat sink comprising a heat sink side wall structure and a lip; a cover including a cover side wall structure; a base including a support structure configured to support from below a printed circuit board, PCB with mounted electronic components, wherein the cover and base are configured to be locked together, wherein when the cover is locked to the base, the cover side wall structure engages the heat sink side wall structure and the cover side wall structure engaging the heat sink side wall structure causes the lip of the heat sink to secure the PCB against the support structure. a heat sink comprising a heat sink side wall structure and a lip; a cover including a cover side wall structure; a base including a support structure configured to support from below a printed circuit board, PCB with mounted electronic components, wherein the cover and base are configured to be locked together, wherein when the cover is locked to the base, the cover side wall structure engages the heat sink side wall structure and the cover side wall structure engaging the heat sink side wall structure causes the lip of the heat sink to secure the PCB against the support structure.
A method for real-time reduction of power loss in at least one feeder circuit in a power grid, the power grid supplying a plurality of customers, the method executed by a computer (108, 116), the computer having a processor and memory, the method comprising: accessing, by the processor, a demand response model that provides an indication of feeder circuit power loss based on respective positions of the plurality of customers in at least a part of the feeder circuit and on either (i) at least one real-time electrical measurement or (ii) a real-time estimate of resistance and/or current in the at least a part of the feeder circuit; determining, by the processor, the at least one real-time electrical measurement or the real-time estimate in at least a part of the feeder circuit; determining, by the processor, indicators of reduction of feeder circuit power loss for a plurality of customers based on the at least one real-time electrical measurement or the real-time estimate and based on respective positions of the plurality of customers in the at least a part of the feeder circuit; and analyzing, by the processor, the indicators of reduction of feeder circuit power loss in order to select at least one customer from the plurality of customers for real-time demand response in order to reduce the power loss in the feeder circuit. accessing, by the processor, a demand response model that provides an indication of feeder circuit power loss based on respective positions of the plurality of customers in at least a part of the feeder circuit and on either (i) at least one real-time electrical measurement or (ii) a real-time estimate of resistance and/or current in the at least a part of the feeder circuit; determining, by the processor, the at least one real-time electrical measurement or the real-time estimate in at least a part of the feeder circuit; determining, by the processor, indicators of reduction of feeder circuit power loss for a plurality of customers based on the at least one real-time electrical measurement or the real-time estimate and based on respective positions of the plurality of customers in the at least a part of the feeder circuit; and analyzing, by the processor, the indicators of reduction of feeder circuit power loss in order to select at least one customer from the plurality of customers for real-time demand response in order to reduce the power loss in the feeder circuit.
Dental laser ablation device for the ablation or removal of tooth material, in particular carious tooth material, comprising: a laser beam source (1; 10) for providing a pulsed ablation laser beam, and focusing means for focusing the ablation laser beam, wherein the ablation laser beam has: a wavelength of the laser pulses in a range between 700 nm and 1400 nm, a temporal full width at half maximum of the laser pulses in a range between 5 ps and 100 ps, and an energy density of the laser pulses at the surface of a tooth in a range between 1.5 J/cm 2 and 7.5 J/cm 2, characterized by a detection unit for detecting the presence of a signal generated in the tooth or in the surroundings thereof and the strength of said signal, if appropriate, the detection unit having an optical sensor and characterized in that the optical sensor is designed for detecting a second or higher harmonic of an electromagnetic radiation irradiated onto the tooth. a laser beam source (1; 10) for providing a pulsed ablation laser beam, and focusing means for focusing the ablation laser beam, wherein the ablation laser beam has: a wavelength of the laser pulses in a range between 700 nm and 1400 nm, a temporal full width at half maximum of the laser pulses in a range between 5 ps and 100 ps, and an energy density of the laser pulses at the surface of a tooth in a range between 1.5 J/cm 2 and 7.5 J/cm 2, characterized by a detection unit for detecting the presence of a signal generated in the tooth or in the surroundings thereof and the strength of said signal, if appropriate, the detection unit having an optical sensor and characterized in that the optical sensor is designed for detecting a second or higher harmonic of an electromagnetic radiation irradiated onto the tooth. a wavelength of the laser pulses in a range between 700 nm and 1400 nm, a temporal full width at half maximum of the laser pulses in a range between 5 ps and 100 ps, and an energy density of the laser pulses at the surface of a tooth in a range between 1.5 J/cm 2 and 7.5 J/cm 2, characterized by a detection unit for detecting the presence of a signal generated in the tooth or in the surroundings thereof and the strength of said signal, if appropriate, the detection unit having an optical sensor and characterized in that the optical sensor is designed for detecting a second or higher harmonic of an electromagnetic radiation irradiated onto the tooth.
A method for processing images of a video sequence, comprising steps of: - determining parameters of the video sequence, parameters of a previously decoded subsequence of the video sequence and user settings; - determining a portion to be cropped according to the determined parameters, wherein the portion to be cropped is defined by a bounding box having at least one of a variable position and a variable size, wherein the variable position depends on a correlation between intra-coded macroblocks of adjacent frames in the video sequence and said adjacent frames belong to the same Group-Of-Pictures or scene, wherein for a first correlation value of said correlation the bounding box position between said adjacent frames is allowed to vary faster than for a correlation value higher or lower than the first correlation value, and wherein the variable size depends on a maximum zoom factor (z max) that is calculated from parameters of a macroblock encoding cost map of a first frame of said GOP or scene, wherein a higher maximum zoom factor is allowed if a percentage of macroblocks with a cost equal to zero is lower; and - cropping in a reframing step the determined portion for being displayed. - determining parameters of the video sequence, parameters of a previously decoded subsequence of the video sequence and user settings; - determining a portion to be cropped according to the determined parameters, wherein the portion to be cropped is defined by a bounding box having at least one of a variable position and a variable size, wherein the variable position depends on a correlation between intra-coded macroblocks of adjacent frames in the video sequence and said adjacent frames belong to the same Group-Of-Pictures or scene, wherein for a first correlation value of said correlation the bounding box position between said adjacent frames is allowed to vary faster than for a correlation value higher or lower than the first correlation value, and wherein the variable size depends on a maximum zoom factor (z max) that is calculated from parameters of a macroblock encoding cost map of a first frame of said GOP or scene, wherein a higher maximum zoom factor is allowed if a percentage of macroblocks with a cost equal to zero is lower; and - cropping in a reframing step the determined portion for being displayed.
A method for shifting gears in a motor vehicle transmission (1, 2), in which a target gear is engaged, wherein multiple shifting elements (S1 to S6) of the motor vehicle transmission (1, 2) are actuated when the target gear is engaged, wherein the shifting elements interact with corresponding idler wheels or idler shafts, characterized in that in a first step, at least one load-free component of the motor vehicle transmission (1, 2), namely an idler wheel or an idler shaft of the motor vehicle transmission (1, 2), which idler wheel or idler shaft was not previously integrated into a power flow and is associated with the target gear, is coupled, via the at least one of the shifting elements (S1 to S6) associated with the idler wheel or the idler shaft, to a transmission input shaft (5, 6) of the motor vehicle transmission (1, 2) or to a drive shaft (9, 10) of the motor vehicle transmission (1, 2), and, in a second step, a remaining shifting element (S1 to S6) is engaged in order to provide a connection between the transmission input shaft (5, 6) and the drive shaft (9, 10), and wherein the rotation speed difference thereby occurring in the second step is regulated by means of the remaining shifting element (S1 to S6).
Folding crane jib for a tower crane, in particular bottom-slewing crane, with at least two jib parts (10, 20) connected to one another in an articulated manner, a jib bracing as well as a mounting rope for jib mounting, wherein during crane operation with horizontal jib, the unfolded crane jib is at least partially braced by the mounting rope, wherein the crane jib comprises a central support over which the mounting rope is guided from the first jib part to at least a second jib part by means of a rope pulley arranged at the tip or in the region of the tip of the central support, wherein the central support is pivotably supported in the articulation of the jib parts (10, 20) connected to one another in an articulated manner, characterized in that the central support includes a telescopic mechanism.
A laundry treatment apparatus comprising: a cabinet; a laundry receiving space provided in the cabinet and providing a predetermined space for accommodating laundry; a laundry introduction opening provided in a front surface of the cabinet and formed in communication with the laundry receiving space; a supply unit (4, 5) configured to supply at least one of air and vapors to the laundry receiving space; a laundry support unit movably coupled to the cabinet and having a hanger hung thereon; a door body rotatably coupled to the cabinet and configured to open and close the laundry introduction opening; a window provided in a body through hole penetrating the door body and made of a transparent material; a knock sensing unit configured to sense at least one of a sound or vibration that is generated when a user knocks or taps; a lamp configured to emit light to the inside of the laundry receiving space when the knock sensing unit senses the sound or vibration generated when the window is knocked; a door sensing unit configured to sense whether the door body opens the laundry introduction opening; and a conveying part configured to move the laundry support unit towards the laundry introduction opening when the door body opens the laundry introduction opening and move the laundry support unit away from the laundry introduction opening when the door body closes the laundry introduction opening. a cabinet; a laundry receiving space provided in the cabinet and providing a predetermined space for accommodating laundry; a laundry introduction opening provided in a front surface of the cabinet and formed in communication with the laundry receiving space; a supply unit (4, 5) configured to supply at least one of air and vapors to the laundry receiving space; a laundry support unit movably coupled to the cabinet and having a hanger hung thereon; a door body rotatably coupled to the cabinet and configured to open and close the laundry introduction opening; a window provided in a body through hole penetrating the door body and made of a transparent material; a knock sensing unit configured to sense at least one of a sound or vibration that is generated when a user knocks or taps; a lamp configured to emit light to the inside of the laundry receiving space when the knock sensing unit senses the sound or vibration generated when the window is knocked; a door sensing unit configured to sense whether the door body opens the laundry introduction opening; and a conveying part configured to move the laundry support unit towards the laundry introduction opening when the door body opens the laundry introduction opening and move the laundry support unit away from the laundry introduction opening when the door body closes the laundry introduction opening.
A method for producing a nanofiber-nanowire composite, the method comprising: preparing nanoparticles; producing a nanofiber-nanoparticle composite in an electrospinning synthesis solution through electrospinning, which electrospinning synthesis solution includes the nanoparticles and a dipolar solvent; and growing nanowires from the nanoparticles of the nanofiber-nanoparticle composite by hydrothermal synthesis, wherein producing the nanofiber-nanoparticle composite in the electrospinning synthesis solution comprises: dissolving a nanofiber synthesis polymer in an organic solvent to produce an electrospinning composite solution; dispersing the nanoparticles in the dipolar solvent; injecting a solution including the nanoparticles into the electrospinning composite solution and agitating the injected solution with the electrospinning composite solution; and producing a nanofiber-nanoparticle composite from the electrospinning composite solution using an electrospinning device. preparing nanoparticles; producing a nanofiber-nanoparticle composite in an electrospinning synthesis solution through electrospinning, which electrospinning synthesis solution includes the nanoparticles and a dipolar solvent; and growing nanowires from the nanoparticles of the nanofiber-nanoparticle composite by hydrothermal synthesis, wherein producing the nanofiber-nanoparticle composite in the electrospinning synthesis solution comprises: dissolving a nanofiber synthesis polymer in an organic solvent to produce an electrospinning composite solution; dispersing the nanoparticles in the dipolar solvent; injecting a solution including the nanoparticles into the electrospinning composite solution and agitating the injected solution with the electrospinning composite solution; and producing a nanofiber-nanoparticle composite from the electrospinning composite solution using an electrospinning device. dissolving a nanofiber synthesis polymer in an organic solvent to produce an electrospinning composite solution; dispersing the nanoparticles in the dipolar solvent; injecting a solution including the nanoparticles into the electrospinning composite solution and agitating the injected solution with the electrospinning composite solution; and producing a nanofiber-nanoparticle composite from the electrospinning composite solution using an electrospinning device.
A bearing assembly comprising a rolling element bearing and an acoustic emission unit, the rolling element bearing is provided with at least a bearing seal made of metal (140, 140'), characterized in that the acoustic emission unit is arranged on an outer surface of the bearing seal (140, 140'), the outer surface of the bearing seal being an air side of the bearing seal, which air side is the opposite side of a lubricant-facing surface of the bearing seal, wherein the acoustic emission unit is configured to measure the acoustic emission of the rolling element bearing.
A digitizable dental implant replica for dental implantology, which allows a digital record of the position of the implant to be made in an extraoral way after positioning the replica on an impression post on the dental impression tray of a patient and without the need to make a physical dental model, comprising: - A first zone at one end of the replica for connecting to an impression post and adapted to the type of implant or attachment used. - A second zone with at least one cylindrical part. - A third zone, at the opposite end of the first zone, which is a scanning zone and which is scannable, wherein the replica is formed by two bodies that couple together by coupling means, characterized in that the first body comprises the first and second zones, and the second body comprises the third zone. - A first zone at one end of the replica for connecting to an impression post and adapted to the type of implant or attachment used. - A second zone with at least one cylindrical part. - A third zone, at the opposite end of the first zone, which is a scanning zone and which is scannable,
A method for handling deck equipment on ships having a winch for easing and hauling an anchor chain with an anchor, a cable or a towing line, wherein, by releasing a brake of the winch, the anchor chain with the anchor or the cable or the mooring rope is lowered and, once the anchor chain, cable or mooring rope has been eased sufficiently, the brake is applied according to a first actuating device, and wherein the anchor chain with the anchor, the cable or the mooring rope, when the brake is released, is hauled by a drive of the winch, characterized in that, as a stipulated loading of the drive of the winch is exceeded, the brake is applied according to a second mode of actuation.
A flexible package for holding material, the package comprising: a first panel portion having first longitudinal edge portions (20, 22); a second panel portion opposing the first panel portion and having second longitudinal edge portions (24, 26), with at least the first panel portion and the second panel portion defining an interior cavity, with an opening defined for access to the interior cavity; characterized by a necking portion converging inward from the first and second longitudinal edge portions to define a package throat portion; and wherein a single fluid containment chamber is disposed with the first panel portion within the throat portion such that a surface of the throat portion complies with a contour of the single fluid containment chamber to at least partially seal the opening at an interface area to regulate the flow of the contents from the package by squeezing a portion of the package to force the contents through the interface area. a first panel portion having first longitudinal edge portions (20, 22); a second panel portion opposing the first panel portion and having second longitudinal edge portions (24, 26), with at least the first panel portion and the second panel portion defining an interior cavity, with an opening defined for access to the interior cavity; characterized by a necking portion converging inward from the first and second longitudinal edge portions to define a package throat portion; and wherein a single fluid containment chamber is disposed with the first panel portion within the throat portion such that a surface of the throat portion complies with a contour of the single fluid containment chamber to at least partially seal the opening at an interface area to regulate the flow of the contents from the package by squeezing a portion of the package to force the contents through the interface area.
An exhaust diffuser assembly for a stationary gas turbine, comprising: - a longitudinal axis, - a diffuser inlet for receiving a turbine mainflow gas, - a diffuser outlet, - a diverging diffuser wall having an adjustable geometry and forming a conduit for flow of said gas therethrough from said diffuser inlet to said diffuser outlet, said diffuser wall having a divergence angle 'α' with respect to said longitudinal axis, and - diffuser geometry control means (9,10) for controlling a recovery of pressure from said gas between said diffuser inlet and said diffuser outlet by adjusting said divergence angle 'α' of said diffuser wall to cause a resultant flow field of said gas that is attached to said diffuser wall, wherein said diffuser geometry control means (9,10) comprises one or more actuators disposed on a surface said diffuser wall, said one or more actuators being adapted to exert an adjustable pressure said diffuser wall to resultantly adjust said divergence angle 'α' of said diffuser wall, wherein said one or more actuators adapted for increasing said divergence angle 'α' to cause a resultant flow field beyond a point of flow separation of said gas from said diffuser wall and subsequently reducing said divergence angle 'α' to re-attach the flow of said gas to said diffuser wall, so as to cause a resultant flow of said gas through said diffuser wall that is substantially proximate and prior to said point of flow separation, further comprising a pressure probe disposed in a flow path of said gas inside said diffuser wall, wherein said point of flow separation is detected based on a decrease in sensed pressure between two progressively increasing settings of the divergence angle 'α'. - a longitudinal axis, - a diffuser inlet for receiving a turbine mainflow gas, - a diffuser outlet, - a diverging diffuser wall having an adjustable geometry and forming a conduit for flow of said gas therethrough from said diffuser inlet to said diffuser outlet, said diffuser wall having a divergence angle 'α' with respect to said longitudinal axis, and - diffuser geometry control means (9,10) for controlling a recovery of pressure from said gas between said diffuser inlet and said diffuser outlet by adjusting said divergence angle 'α' of said diffuser wall to cause a resultant flow field of said gas that is attached to said diffuser wall,
A coupler (6, 2010) for a humidification system, the coupler (6, 2010) comprising: first connections configured to structurally and electrically connect the coupler (6, 2010) to a base unit of the humidification system, the base unit configured to operatively engage a humidification chamber; an electrical terminal configured to electrically connect the coupler (6, 2010) to electrical contacts of a circuit connector (2, 2012) that is configured to fluidly connect an outlet of the humidification chamber to a conduit to deliver heated and/or humidified gases to a patient or other person, a shroud or hood portion (2020, 505) configured to overly the electrical terminal when the coupler (6, 2010) is connected to the base unit. first connections configured to structurally and electrically connect the coupler (6, 2010) to a base unit of the humidification system, the base unit configured to operatively engage a humidification chamber; an electrical terminal configured to electrically connect the coupler (6, 2010) to electrical contacts of a circuit connector (2, 2012) that is configured to fluidly connect an outlet of the humidification chamber to a conduit to deliver heated and/or humidified gases to a patient or other person, a shroud or hood portion (2020, 505) configured to overly the electrical terminal when the coupler (6, 2010) is connected to the base unit.