mhurhangee/ep-ind-claims huggingface dataset:
Assembly comprising a mould and a mould divider which is suitable for installation into the mould, wherein the mould has two mould walls (5, 6) which are spaced apart from one another and between which a mould interior space for passage of a melt extends, the mould divider comprising - a divider block having two outer surfaces (11, 12) for subdividing the mould interior space into two sub-spaces which are separated from one another by the outer surfaces (11, 12) of the divider block, and - at least one cooling channel for a cooling liquid for cooling at least one outer surface (11, 12), which at least one cooling channel runs in the divider block, characterized by at least one clamping piston, which is guided into a mould wall (5, 6) through a mould wall opening and is able to be moved in a hydraulically or pneumatically or electromechanically driven manner towards the divider block, and away from the divider block, along its longitudinal axis, and by way of which at least one clamping piston a clamping force is able to be exerted on the divider block. - a divider block having two outer surfaces (11, 12) for subdividing the mould interior space into two sub-spaces which are separated from one another by the outer surfaces (11, 12) of the divider block, and - at least one cooling channel for a cooling liquid for cooling at least one outer surface (11, 12), which at least one cooling channel runs in the divider block, characterized by at least one clamping piston, which is guided into a mould wall (5, 6) through a mould wall opening and is able to be moved in a hydraulically or pneumatically or electromechanically driven manner towards the divider block, and away from the divider block, along its longitudinal axis, and by way of which at least one clamping piston a clamping force is able to be exerted on the divider block.
Method for transferring a surface layer onto a support substrate comprising cavities, the method including: - providing a donor substrate, - providing the support substrate having a first face and comprising cavities, each cavity opening onto said first face and having a base and peripheral walls, - producing at least one temporary pillar in at least one of the cavities, the pillar having an upper surface coplanar with the first face of the support substrate, - joining the donor substrate and the support substrate at the first face of the support substrate, - thinning the donor substrate so as to form the surface layer, - removing the at least one temporary pillar. - providing a donor substrate, - providing the support substrate having a first face and comprising cavities, each cavity opening onto said first face and having a base and peripheral walls, - producing at least one temporary pillar in at least one of the cavities, the pillar having an upper surface coplanar with the first face of the support substrate, - joining the donor substrate and the support substrate at the first face of the support substrate, - thinning the donor substrate so as to form the surface layer, - removing the at least one temporary pillar.
Method for increasing the peel adhesion of a layer of pressure-sensitive adhesive, comprising a) the at least single-sided covering of the layer of pressure-sensitive adhesive with a release liner, the perforation and resultant plasma permeability of the release liner being such that, with the release liner laid completely on the layer of pressure-sensitive adhesive, 10 to 90% of the surface of the layer of pressure-sensitive adhesive is amenable to a plasma treatment; b) the treatment, with a plasma, of the release liner-covered layer of pressure-sensitive adhesive. a) the at least single-sided covering of the layer of pressure-sensitive adhesive with a release liner, the perforation and resultant plasma permeability of the release liner being such that, with the release liner laid completely on the layer of pressure-sensitive adhesive, 10 to 90% of the surface of the layer of pressure-sensitive adhesive is amenable to a plasma treatment; b) the treatment, with a plasma, of the release liner-covered layer of pressure-sensitive adhesive.
Ester mixture of at least one optionally branched, optionally unsaturated, optionally substituted carboxylic acid having a chain length of 6 to 30, in particular 8 to 22, preferably 10 to 16 carbon atoms, with 2-methyl-1-butanol and 3-methyl-1-butanol, wherein the ratio by weight of 2-methyl-1-butanol and 3-methyl-1-butanol is from 0.1:1 to 1:1, preferably from 0.1:1 to 0.67:1, characterized in that the carboxylic acid is selected from the group: caproic acid, caprylic acid, capric acid, lauric acid, myristic acid, palmitic acid, palmitoleic acid, isostearic acid, 12-hydroxystearic acid, dihydroxystearic acid, oleic acid, linoleic acid, petroselinic acid, elaidic acid, arachidic acid, behenic acid, erucic acid, gadoleic acid, linolenic acid, eicosapentaenoic acid, docosahexaenoic acid, arachidonic acid, mixtures of coconut fatty acids, in particular fully hydrogenated coconut fatty acids, particularly preferably fully hydrogenated coconut fatty acids having a content of fatty acids of chain lengths C12 to C18 of together > 98% by weight, based on the sum of all carboxylic acids.
A push-button comprising a carrier unit and a button that is movably connected to the carrier unit, wherein at least one contact element is fixed on the carrier unit and at least one control element is fixed on the button, and wherein the contact element and the control element are designed for directly interacting with one another in a contactless fashion, and comprising a housing, wherein the housing is designed for completely accommodating at least the contact element and the control element therein, characterized in that a button stroke of the button relative to the carrier unit differs from a switching stroke of the control element relative to the contact element, wherein a stroke-transmitting mechanism is arranged between the button and the control element, and wherein the stroke-transmitting mechanism is arranged in the housing.
Magnetic component configured to be mounted in relation to a rotary part so as to enable detection of the rotation of said part by a Hall effect sensor, said magnetic component comprising: - a non-magnetic body having an axis (Δ) intended to align with the axis of rotation of the part, - four first magnets (104P, 104N) housed in said body and forming an alternation of positive and negative magnets, said magnets (104P, 104N) being independent elements held together by said body and positioned successively at angles of 90° about the axis (Δ) of the body, - four second magnets (105P, 105N) housed in said body and positioned in a respective angular interval between two successive first magnets, the ratio between the remanent induction of a first magnet (104P, 104N) and the remanent induction of a second magnet (105P, 105N) being between 0.3 and 0.5. - a non-magnetic body having an axis (Δ) intended to align with the axis of rotation of the part, - four first magnets (104P, 104N) housed in said body and forming an alternation of positive and negative magnets, said magnets (104P, 104N) being independent elements held together by said body and positioned successively at angles of 90° about the axis (Δ) of the body, - four second magnets (105P, 105N) housed in said body and positioned in a respective angular interval between two successive first magnets,
A method of detecting a fault in de-icer means of a probe for measuring temperature or pressure on an airplane engine, the method being characterized in that it comprises the successive steps consisting in: prior to starting the engine, measuring a first value (T 1) of the temperature or pressure with the help of the probe; • activating the probe de-icer means; • at the end of a determined duration (t 2 -t 1) from the start of de-icing, measuring a second value (T 2) of the temperature or pressure with the help of the probe; and • comparing these two values and generating a fault signal if the difference between the two values is less than a determined threshold. prior to starting the engine, measuring a first value (T 1) of the temperature or pressure with the help of the probe; • activating the probe de-icer means; • at the end of a determined duration (t 2 -t 1) from the start of de-icing, measuring a second value (T 2) of the temperature or pressure with the help of the probe; and • comparing these two values and generating a fault signal if the difference between the two values is less than a determined threshold.
A compound comprising the structure of general Formula II, pharmaceutically acceptable salts thereof, and/or solvates thereof: wherein R 1 and R 2 are independently selected from the group consisting of hydroxy, alkoxy, and halo, and R 3 is selected from the group consisting of null, hydroxy, alkoxy, and halo, or R 1 and R 2 taken together with the boron atom form a cyclic boronate ester and R 3 is null, wherein when four bonds to boron are present, boron bears a formal negative charge and the structure further comprises a countercation selected from the group consisting of potassium and sodium; the ring atoms at X 1, X 2, X 3, and X 4 are independently selected from the group consisting of O, C, and N, with the proviso that no more than two of X 1, X 2, X 3, and X 4 are O or N; and Z is selected from the group consisting of null, alkyl, aryl, heteroaryl, and halogen, any of which may be optionally substituted and any carbon atom at X 1, X 2, X 3, and X 4 that is not bonded to the group Z is bonded to hydrogen. wherein R 1 and R 2 are independently selected from the group consisting of hydroxy, alkoxy, and halo, and R 3 is selected from the group consisting of null, hydroxy, alkoxy, and halo, or R 1 and R 2 taken together with the boron atom form a cyclic boronate ester and R 3 is null, wherein when four bonds to boron are present, boron bears a formal negative charge and the structure further comprises a countercation selected from the group consisting of potassium and sodium; the ring atoms at X 1, X 2, X 3, and X 4 are independently selected from the group consisting of O, C, and N, with the proviso that no more than two of X 1, X 2, X 3, and X 4 are O or N; and Z is selected from the group consisting of null, alkyl, aryl, heteroaryl, and halogen, any of which may be optionally substituted and any carbon atom at X 1, X 2, X 3, and X 4 that is not bonded to the group Z is bonded to hydrogen.
Timepiece balance spring comprising, in succession and forming a continuous band, from an upstream inner end at a point of attachment to a collet, a first inner curvilinear segment of decreasing section between a first thickness at said point of attachment, and a second thickness at the junction between the following curvilinear segments of said balance spring, said first curvilinear segment developing over less than one turn, followed by a series of curvilinear segments, wherein a second curvilinear segment joined to said first inner curvilinear segment is of equal thickness to said second thickness of said first inner curvilinear segment, and wherein the following curvilinear segments are each always of greater or equal section to that of the immediately preceding curvilinear segment, and wherein at least one is of increasing section, said balance spring including, in series, from an inner end and at angles at the centre relative to an axial reference which are tangent to each other and all having a concavity facing said axial reference, and forming a continuous band: - said first inner curvilinear segment to a first point, at a first angle at the centre and of decreasing section in a first ratio; - said second curvilinear segment to a second point, at a second angle at the centre and of constant section; - a third curvilinear segment to a third point, at a third angle at the centre and of increasing section in a third ratio; - a fourth curvilinear segment to a fourth point, at a fourth angle at the centre and of constant section; - a fifth curvilinear segment to a fifth point, at a fifth angle at the centre and of increasing section in a fifth ratio; - a sixth outer curvilinear segment to a sixth point, at a sixth angle at the centre and of increasing section in a sixth ratio. - said first inner curvilinear segment to a first point, at a first angle at the centre and of decreasing section in a first ratio; - said second curvilinear segment to a second point, at a second angle at the centre and of constant section; - a third curvilinear segment to a third point, at a third angle at the centre and of increasing section in a third ratio; - a fourth curvilinear segment to a fourth point, at a fourth angle at the centre and of constant section; - a fifth curvilinear segment to a fifth point, at a fifth angle at the centre and of increasing section in a fifth ratio; - a sixth outer curvilinear segment to a sixth point, at a sixth angle at the centre and of increasing section in a sixth ratio.
A security protection method, applied to a dual connectivity scenario, wherein the scenario comprises a first access network device and a second access network device, the first access network device is a secondary station in the dual connectivity, the second access network device is a master station in the dual connectivity, and the security protection method comprises: receiving, by the first access network device, a first message from the second access network device, wherein the first message carries a user plane security policy, and the user plane security policy is used to indicate a type of user plane security protection to be enabled by the first access network device; wherein the first message further carries an offloading type of the dual connectivity, and the offloading type is secondary-station based offloading or dual-station based offloading; and wherein a characteristic of the secondary-station based offloading is that security protection is performed by using a user plane of the secondary station, and a characteristic of the dual-station based offloading is that security protection is performed, by using a user plane of the master station, on the user plane data sent by the master station to a terminal, and security protection is performed, by using the user plane of the secondary station, on the user plane data sent by the secondary station to the terminal; and determining, by the first access network device, a user plane security algorithm based on the user plane security policy. receiving, by the first access network device, a first message from the second access network device, wherein the first message carries a user plane security policy, and the user plane security policy is used to indicate a type of user plane security protection to be enabled by the first access network device; wherein the first message further carries an offloading type of the dual connectivity, and the offloading type is secondary-station based offloading or dual-station based offloading; and wherein a characteristic of the secondary-station based offloading is that security protection is performed by using a user plane of the secondary station, and a characteristic of the dual-station based offloading is that security protection is performed, by using a user plane of the master station, on the user plane data sent by the master station to a terminal, and security protection is performed, by using the user plane of the secondary station, on the user plane data sent by the secondary station to the terminal; and determining, by the first access network device, a user plane security algorithm based on the user plane security policy.
A photomask blank suitable for being processed into a photomask comprising a transparent substrate and a pattern of film including a light-shielding region and a light-transmitting region with respect to exposure light with a wavelength of up to 200 nm, such that the film pattern is suitable for being transferred when exposure light is transmitted by the light-transmitting region of the photomask, the photomask blank comprising a transparent substrate, a light-shielding film having a total content of nitrogen and oxygen of at least 30 atom%, and a conductive reflecting film having a total content of metals of at least 60 atom% and a sheet resistivity of up to 2,000 Ω/□, characterized in that the conductive reflecting film has on its surface opposed to the light-shielding film a specific reflectance of at least 2.5 %/nm, which is equal to the reflectance divided by the film thickness (nm), with respect to light of a predetermined wavelength which ranges from the wavelength of exposure light to 500 nm.
A weaving method comprising positioning a first section of a fill fiber between warp fibers using a fill fiber wand, forming a pick, moving a base to reposition the warp fibers wherein at least a portion of the warp fibers are secured to the base, and positioning a second section of the fill fiber between the warp fibers using the fill fiber wand to form a woven structure, wherein at least a portion of the warp fibers are introduced to the woven structure using a weave control grid comprising a distribution pattern of openings through which the warp fibers are located such that the warp fibers are positioned in close proximity to the desired position for weaving and with controlled spacing, characterized in that: the weave control grid is slidably located below the fill fiber wand and the method comprises repositioning the weave control grid relative to the fill fiber wand.
A process for preparing a supported catalyst comprising at least one first element selected from iridium, rhodium, palladium, platinum and any mixture thereof, supported on a carrier, said carrier comprising aluminum, at least one second element selected from chromium, molybdenum, tungsten and any mixture thereof, and optionally rhenium, comprising: Preparing an aqueous solution containing at least one precursor of the second element, optionally at least one precursor of rhenium and at least one precursor of aluminum; Modifying the pH of the aqueous solution to order to obtain a precipitate; Separating said precipitate of by filtration or centrifugation; Removing the water of the separated precipitate of in order to obtain a first dried solid; Treating the first dried solid of with a gas containing oxygen at a temperature of higher than 700 °C and lower than or equal to 1000°C, in order to obtain a first calcined solid; Contacting the first calcined solid of with an aqueous solution of at least one precursor of the first element; Removing the water of in order to obtain a second dried solid; Calcining the second dried solid of with a gas containing oxygen in order to obtain a second calcined solid; Contacting the second calcined solid of with a gas containing hydrogen in order to obtain the solid catalyst. Preparing an aqueous solution containing at least one precursor of the second element, optionally at least one precursor of rhenium and at least one precursor of aluminum; Modifying the pH of the aqueous solution to order to obtain a precipitate; Separating said precipitate of by filtration or centrifugation; Removing the water of the separated precipitate of in order to obtain a first dried solid; Treating the first dried solid of with a gas containing oxygen at a temperature of higher than 700 °C and lower than or equal to 1000°C, in order to obtain a first calcined solid; Contacting the first calcined solid of with an aqueous solution of at least one precursor of the first element; Removing the water of in order to obtain a second dried solid; Calcining the second dried solid of with a gas containing oxygen in order to obtain a second calcined solid; Contacting the second calcined solid of with a gas containing hydrogen in order to obtain the solid catalyst.
An impulse radar system comprising a programmable delay unit, the programmable delay unit comprising a plurality of first delay elements and a plurality of first delay element taps between the first delay elements, wherein the first delay element taps are inputs to a first multiplexer and wherein the output of the first multiplexer is selected from among the inputs according to a first tap select input, and characterised by further comprising a plurality of second delay elements connected in series to the output of the first multiplexer and a plurality of second delay element taps between the second delay elements, wherein the second delay element taps are inputs to a second multiplexer and wherein the output of the second multiplexer is selected from among the inputs according to a second tap select input, the output of the second multiplexer forming the output of the programmable delay unit; further characterised in that the programmable delay unit is arranged to determine a target distance to be sampled.
A vehicle front structure comprising: a first bumper reinforcement disposed on a front-end side of a vehicle body front part, with a longitudinal direction oriented in a vehicle width direction; a pair of right and left front side members respectively disposed on a vehicle rear side of outer portions of the first bumper reinforcement in the vehicle width direction, the pair of right and left front side members being provided so as to incline outward in the vehicle width direction while extending toward a vehicle front side; an apron upper member having an elongated shape of which a rear part is located on an outer side in the vehicle width direction as well as a vehicle upper side of the front side member and extends along a vehicle front-rear direction, a front lower end of the apron upper member being connected to a front end side of the front side member; a first crash box interposed between the first bumper reinforcement and the front side member, the first crash box being configured to undergo compressive deformation when a load equal to or larger than a predetermined value is input from the first bumper reinforcement; a cross member coupling together front ends of the pair of right and left front side members in the vehicle width direction; and a high-voltage component disposed on the vehicle rear side of and at a distance from the cross member. a first bumper reinforcement disposed on a front-end side of a vehicle body front part, with a longitudinal direction oriented in a vehicle width direction; a pair of right and left front side members respectively disposed on a vehicle rear side of outer portions of the first bumper reinforcement in the vehicle width direction, the pair of right and left front side members being provided so as to incline outward in the vehicle width direction while extending toward a vehicle front side; an apron upper member having an elongated shape of which a rear part is located on an outer side in the vehicle width direction as well as a vehicle upper side of the front side member and extends along a vehicle front-rear direction, a front lower end of the apron upper member being connected to a front end side of the front side member; a first crash box interposed between the first bumper reinforcement and the front side member, the first crash box being configured to undergo compressive deformation when a load equal to or larger than a predetermined value is input from the first bumper reinforcement; a cross member coupling together front ends of the pair of right and left front side members in the vehicle width direction; and a high-voltage component disposed on the vehicle rear side of and at a distance from the cross member.