mhurhangee/ep-ind-claims huggingface dataset:
An insulating body for a high-power plug connector system, having at least one stop shape for limiting the insertion distance into the high-power plug connector system and at least one recess which enables the contacting of an accommodatable high-power contact with at least one electrically conductive busbar, wherein the insulating body has at least one retaining shape which is situated on the circumference of the insulating body in the vicinity of the stop shape, characterized in that the insulating body is configured, at least on an interior side, with at least one shaped element, which advantageously enlarges air gaps and creepage distances. wherein the insulating body has at least one retaining shape which is situated on the circumference of the insulating body in the vicinity of the stop shape, characterized in that the insulating body is configured, at least on an interior side, with at least one shaped element, which advantageously enlarges air gaps and creepage distances.
A turbofan engine comprising a fan in fluid communication with a core stream and a bypass stream of air; the core stream compressed by the fan and a core compressor portion, heated and expanded through a core turbine portion; the core turbine portion driving the fan and the core compressor portion, the core turbine portion connected to a shaft; the bypass stream being compressed by the fan; the core and the bypass streams (28, 30) separated by a partial midspan shroud on the fan and a downstream splitter; and the partial midspan shroud extending axially forward from a trailing edge of the fan to at least a midchord of the fan; a seal between a trailing edge of the partial midspan shroud and a leading edge of the downstream splitter, the seal restricting flow between the core stream and the bypass stream; characterised in that the turbofan engine has an additional splitter, a second fan, and a second seal, the second fan positioned downstream of the fan, said second fan comprising a second partial midspan shroud extending axially at least to a local midchord of the second fan but short of a leading edge of the second fan, the second seal connecting a trailing edge of the second partial midspan shroud with the leading edge of the additional splitter. the core stream compressed by the fan and a core compressor portion, heated and expanded through a core turbine portion; the core turbine portion driving the fan and the core compressor portion, the core turbine portion connected to a shaft; the bypass stream being compressed by the fan; the core and the bypass streams (28, 30) separated by a partial midspan shroud on the fan and a downstream splitter; and the partial midspan shroud extending axially forward from a trailing edge of the fan to at least a midchord of the fan; a seal between a trailing edge of the partial midspan shroud and a leading edge of the downstream splitter, the seal restricting flow between the core stream and the bypass stream; characterised in that the turbofan engine has an additional splitter, a second fan, and a second seal, the second fan positioned downstream of the fan, said second fan comprising a second partial midspan shroud extending axially at least to a local midchord of the second fan but short of a leading edge of the second fan, the second seal connecting a trailing edge of the second partial midspan shroud with the leading edge of the additional splitter.
A gypsum board composition, comprising: gypsum and an anti-deformation additive, wherein the anti-deformation additive comprises a compound comprising a group shown in chemical formula: and the compound comprises no carboxylate groups, wherein the R1 and/or R2 is hydrogen or metal ion or alkyl group or alkoxy group or alkenyl group, wherein the compound comprises at least one selected from a group consisting of ascorbic acid, ascorbic acid derivative, and ascorbate. gypsum and an anti-deformation additive, wherein the anti-deformation additive comprises a compound comprising a group shown in chemical formula: and the compound comprises no carboxylate groups, wherein the R1 and/or R2 is hydrogen or metal ion or alkyl group or alkoxy group or alkenyl group, wherein the compound comprises at least one selected from a group consisting of ascorbic acid, ascorbic acid derivative, and ascorbate.
A jewelry system, comprising: a screw wire; a first screw end configured to be connected to a first end of the screw wire; a first base including a first surface, a first receiving hole in said first surface configured to receive the screw wire and one or more first sides extending from the first surface in a first axial direction of the screw wire; a second base including a second surface, a second receiving hole in said second surface configured to receive the screw wire and one or more second sides extending in the opposite axial direction of the screw wire; characterized in that the jewelry system further comprises a second screw end configured to be connected to the other end of the screw wire and in that one or more of the first sides of the first base include at least one cutout, and one or more of the second sides of the second base corresponding to the sides of the first base including the cutout include a corresponding cutout, wherein the first sides of the first base between the cutouts are configured to be connected to the second sides of the second base between the corresponding cutouts, the cutouts of the first base and the cutouts of the second base configured to be combined to form one or more receiving areas when the first sides of the first base and the second sides of the second base are connected together, and wherein each receiving area is configured to hold a decorative item between the first base and the second base. a screw wire; a first screw end configured to be connected to a first end of the screw wire; a first base including a first surface, a first receiving hole in said first surface configured to receive the screw wire and one or more first sides extending from the first surface in a first axial direction of the screw wire; a second base including a second surface, a second receiving hole in said second surface configured to receive the screw wire and one or more second sides extending in the opposite axial direction of the screw wire; characterized in that the jewelry system further comprises a second screw end configured to be connected to the other end of the screw wire and in that one or more of the first sides of the first base include at least one cutout, and one or more of the second sides of the second base corresponding to the sides of the first base including the cutout include a corresponding cutout, wherein the first sides of the first base between the cutouts are configured to be connected to the second sides of the second base between the corresponding cutouts, the cutouts of the first base and the cutouts of the second base configured to be combined to form one or more receiving areas when the first sides of the first base and the second sides of the second base are connected together, and wherein each receiving area is configured to hold a decorative item between the first base and the second base.
Stabilizing leg to support and stabilize a motor vehicle suitable to transport and deliver construction material, said stabilizing leg comprising a box-like bearing structure defined by at least one upper element, a lower element distanced from said upper element, and by a first covering panel, and a second covering panel both connected to said upper element and to said lower element in order to define with them at least one substantially closed compartment, characterized in that in at least one of either said first panel or said second panel at least one access aperture to said compartment is made, so as to define in the latter a respective housing seating, and in that said stabilizing leg comprises a tank to contain liquids inserted in said housing seating, and in that the housing seating is provided with attachment elements configured to allow to fix the tank in the housing seating.
A porous electrode substrate, in which carbon fibers with a fiber diameter of 3 ∼ 15 μm and a fiber length of 2 ∼ 30 mm are dispersed and bound with carbonized resin, characterized in that, when the pore distribution in the porous electrode substrate is determined with mercury intrusion porosimeter, the following conditions are satisfied. <Conditions> The pore distribution curve is plotted on a graph having a common logarithmic scale on the horizontal axis, the 1 ∼ 100 μm pore diameter range consists of at least 80 plotting points set at a constant interval on the common logarithmic scale, and the distribution has a skewness of -2.0<S<-0.8 and a kurtosis of 3.5<K<10 in the 1 ∼ 100 μm pore diameter range.
Method for processing film webs (1, 1'), in particular IMD film webs (1, 1'), by means of a feed device having a feed direction, wherein the feed device has at least one alignment device, and wherein the alignment device has a stepping motor or one or more servomotors for aligning the two film webs (1, 1') perpendicularly to the feed direction, and an injection moulding tool having at least two cavities, wherein the method has the following steps: - providing at least two film webs (1, 1'), arranged one next to the other in the direction substantially perpendicular to the feed direction, with motifs, - supplying the at least two film webs (1, 1') arranged one next to the other into the injection moulding tool, - adjusting the at least two film webs (1, 1') arranged one next to the other in such a way that one motif is arranged to fit precisely in relation to one cavity in each case, and wherein the adjustment or supply of the at least two film webs (1, 1') arranged one next to the other is respectively carried out by means of at least one register mark (7, 7'), and wherein the at least two film webs (1, 1') arranged one next to the other are provided, supplied and/or adjusted independently of each other. - providing at least two film webs (1, 1'), arranged one next to the other in the direction substantially perpendicular to the feed direction, with motifs, - supplying the at least two film webs (1, 1') arranged one next to the other into the injection moulding tool, - adjusting the at least two film webs (1, 1') arranged one next to the other in such a way that one motif is arranged to fit precisely in relation to one cavity in each case,
An air cooler comprising: a body having a top portion, a bottom portion, and a middle portion situated between the top and bottom portions; a fan disposed in the top portion of the body, the fan including a fan hub and a plurality of fan blades centrally attached to the fan hub; and a first mister disposed at a first location within the body, the first location being in front of the plurality of fan blades in the top portion of the body, characterized in that the air cooler comprises a second mister disposed at a second location within the body, the second location being in front of the plurality of fan blades in the top portion of the body, and the second location being different from the first location, and in that the first mister is positioned at a first angle directing to the fan and the second mister is positioned at a second angle directing to the fan so that the mist dispensed by the first and second misters is directly mixed with an airflow from the fan. a body having a top portion, a bottom portion, and a middle portion situated between the top and bottom portions; a fan disposed in the top portion of the body, the fan including a fan hub and a plurality of fan blades centrally attached to the fan hub; and a first mister disposed at a first location within the body, the first location being in front of the plurality of fan blades in the top portion of the body, characterized in that the air cooler comprises a second mister disposed at a second location within the body, the second location being in front of the plurality of fan blades in the top portion of the body, and the second location being different from the first location, and in that the first mister is positioned at a first angle directing to the fan and the second mister is positioned at a second angle directing to the fan so that the mist dispensed by the first and second misters is directly mixed with an airflow from the fan.
A system for debonding a device wafer from a carrier wafer, the device wafer temporarily bonded to the carrier wafer by an adhesive layer, the system comprising: a wafer support structure configured for holding a wafer stack comprising the carrier wafer temporarily bonded to the device wafer by the adhesive layer, a crack initiator configured to initiate a crack in the adhesive layer by introducing a controlled perturbation near an edge of the adhesive layer, and a holdback device attached to the support structure, wherein the holdback device is configured for restraining at least a portion of a perimeter edge of the carrier wafer during debonding and comprises a wafer contact surface that contacts the carrier wafer at the portion of the perimeter edge, such that the wafer contact surface of the holdback device applies a stress perpendicular to the plane of the carrier wafer, flexing the carrier wafer away from the device wafer, the stress applied by wafer contact surface being used to control propagation of the crack, characterized in that the wafer contact surface contacts a first surface of the carrier wafer and a perimeter edge of the carrier wafer adjacent to the first surface, wherein the device wafer is bonded to the first surface of the carrier wafer. a wafer support structure configured for holding a wafer stack comprising the carrier wafer temporarily bonded to the device wafer by the adhesive layer, a crack initiator configured to initiate a crack in the adhesive layer by introducing a controlled perturbation near an edge of the adhesive layer, and a holdback device attached to the support structure, wherein the holdback device is configured for restraining at least a portion of a perimeter edge of the carrier wafer during debonding and comprises a wafer contact surface that contacts the carrier wafer at the portion of the perimeter edge, such that the wafer contact surface of the holdback device applies a stress perpendicular to the plane of the carrier wafer, flexing the carrier wafer away from the device wafer, the stress applied by wafer contact surface being used to control propagation of the crack, characterized in that the wafer contact surface contacts a first surface of the carrier wafer and a perimeter edge of the carrier wafer adjacent to the first surface, wherein the device wafer is bonded to the first surface of the carrier wafer.
Process for semi-permanent hair straightening, comprising the following steps performed in this order: (a) application of a hair straightening composition onto the hair; (b) leaving the composition on the hair for 5 to 120 minutes; (c) optionally rinsing off the hair; (d) drying the hair; (e) treating the hair with an iron having a surface temperature of 180 ± 50°C, preferably in the range of 170 to 200°C; and (f) optionally rinsing off and/or shampooing the hair and drying; wherein the hair straightening composition has a pH of 4 or less and comprises: - glyoxylic acid and/or a hydrate thereof and/or a salt thereof, at a total concentration in the range of 2.5 to 40 % by weight, based on the weight of the total composition - at least one polymeric thickening agent selected from anionic polymers having a viscosity of at least 500 mPa·s measured at a polymer concentration of 1% by weight, in water and at 20°C with a Brookfield viscometer. (a) application of a hair straightening composition onto the hair; (b) leaving the composition on the hair for 5 to 120 minutes; (c) optionally rinsing off the hair; (d) drying the hair; (e) treating the hair with an iron having a surface temperature of 180 ± 50°C, preferably in the range of 170 to 200°C; and (f) optionally rinsing off and/or shampooing the hair and drying; - glyoxylic acid and/or a hydrate thereof and/or a salt thereof, at a total concentration in the range of 2.5 to 40 % by weight, based on the weight of the total composition - at least one polymeric thickening agent selected from anionic polymers having a viscosity of at least 500 mPa·s measured at a polymer concentration of 1% by weight, in water and at 20°C with a Brookfield viscometer.
A displaying method of a user terminal device comprising a display which is divided by a folding line into a first area and a second area, the second area being larger than the first area and comprising an exposure area that is exposed while the display is folded along the folding line such that the first area faces the second area, the method comprising: in response to an incoming telephone call while the display is unfolded, displaying a first screen for indicating the telephone call on the first area and the second area; detecting one of a first folding interaction of folding the display from an unfolded state to a first folded state such that the first area faces the second area and a second folding interaction of folding the display from the unfolded state to a second folded state such that a first cover corresponding to the first area faces a second cover corresponding to the second area while the first screen is displayed; and in response to detecting the first folding interaction, displaying a second screen for indicating refuse of the telephone call on the exposure area, and in response to detecting the second folding interaction, displaying a third screen for indicating accept of the telephone call on one of the first area and the second area. in response to an incoming telephone call while the display is unfolded, displaying a first screen for indicating the telephone call on the first area and the second area; detecting one of a first folding interaction of folding the display from an unfolded state to a first folded state such that the first area faces the second area and a second folding interaction of folding the display from the unfolded state to a second folded state such that a first cover corresponding to the first area faces a second cover corresponding to the second area while the first screen is displayed; and in response to detecting the first folding interaction, displaying a second screen for indicating refuse of the telephone call on the exposure area, and in response to detecting the second folding interaction, displaying a third screen for indicating accept of the telephone call on one of the first area and the second area.
A terminal device, wherein the terminal device comprises: a processor; and a computer storage medium, wherein the computer storage medium comprises instructions, and when the processor executes the instructions, the terminal device is enabled to perform the following actions: camping on a dual connectivity network, wherein the dual connectivity network comprises a long term evolution LTE link and a new radio NR link; sending a first instruction when detecting that a service transmission rate of the terminal device is less than a first switch threshold, wherein the first instruction is used to release the NR link, and the service transmission rate is related to an actual transmission rate; and performing communication by using the LTE link after the NR link is disconnected, wherein when the processor executes the instructions, the terminal device is enabled to further perform the following action: running a first application in the foreground before sending the first instruction, wherein the first application is a preset application. a processor; and a computer storage medium, wherein the computer storage medium comprises instructions, and when the processor executes the instructions, the terminal device is enabled to perform the following actions: camping on a dual connectivity network, wherein the dual connectivity network comprises a long term evolution LTE link and a new radio NR link; sending a first instruction when detecting that a service transmission rate of the terminal device is less than a first switch threshold, wherein the first instruction is used to release the NR link, and the service transmission rate is related to an actual transmission rate; and performing communication by using the LTE link after the NR link is disconnected, wherein when the processor executes the instructions, the terminal device is enabled to further perform the following action: running a first application in the foreground before sending the first instruction, wherein the first application is a preset application. camping on a dual connectivity network, wherein the dual connectivity network comprises a long term evolution LTE link and a new radio NR link; sending a first instruction when detecting that a service transmission rate of the terminal device is less than a first switch threshold, wherein the first instruction is used to release the NR link, and the service transmission rate is related to an actual transmission rate; and performing communication by using the LTE link after the NR link is disconnected, wherein when the processor executes the instructions, the terminal device is enabled to further perform the following action: running a first application in the foreground before sending the first instruction, wherein the first application is a preset application.
A self-assembly method for microelectronic components comprising the following steps: - Providing a so-called self-alignment substrate comprising a plurality of protrusions each having a thickness greater than 1 μm and each having an upper face and sides, the upper face and sides being hydrophobic, - Providing a plurality of chips, each chip having a first face and a second hydrophilic face, - Providing a so-called self-assembly substrate, - Obtaining, by capillary effect, the self alignment of each chip, by its first face, on a single protrusion of the self-alignment substrate under the effect of the return forces of a drop of a liquid interposed between each chip and the corresponding protrusion, then - Obtaining the assembly of the plurality of chips on the self-assembly substrate, by direct gluing on the self-assembly substrate of the second hydrophilic face of each chip. - Providing a so-called self-alignment substrate comprising a plurality of protrusions each having a thickness greater than 1 μm and each having an upper face and sides, the upper face and sides being hydrophobic, - Providing a plurality of chips, each chip having a first face and a second hydrophilic face, - Providing a so-called self-assembly substrate, - Obtaining, by capillary effect, the self alignment of each chip, by its first face, on a single protrusion of the self-alignment substrate under the effect of the return forces of a drop of a liquid interposed between each chip and the corresponding protrusion, then - Obtaining the assembly of the plurality of chips on the self-assembly substrate, by direct gluing on the self-assembly substrate of the second hydrophilic face of each chip.