mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling at least one workability parameter of a concrete contained in the container of a mixer with a non vertical rotational axis, comprising the following steps: making the container turn at at least two different rotational speeds; determining, for each of said at least two rotational speeds ω, based on a measurement of data representative of the rotary drive torque of the container, a rotary drive torque C of the container, determining, for each of said at least two rotational speeds ω, a value of shear stress τ of the concrete and a value of speed gradient γ̇ of the concrete according to the following relationships: τ = T ω. C γ ̇ = G ω. ω where T and G are predetermined functions; determining a relationship of variation of the shear stress τ according to the speed gradient γ̇ by extrapolation and/or approximation based on the determined values; and providing an indication of the workability parameter of the concrete based on the relationship of variation. making the container turn at at least two different rotational speeds; determining, for each of said at least two rotational speeds ω, based on a measurement of data representative of the rotary drive torque of the container, a rotary drive torque C of the container, determining, for each of said at least two rotational speeds ω, a value of shear stress τ of the concrete and a value of speed gradient γ̇ of the concrete according to the following relationships: τ = T ω. C γ ̇ = G ω. ω where T and G are predetermined functions; determining a relationship of variation of the shear stress τ according to the speed gradient γ̇ by extrapolation and/or approximation based on the determined values; and providing an indication of the workability parameter of the concrete based on the relationship of variation.
Holding device for fastening a parapet or railing plate, preferably of glass or laminated glass, to a component, such as a balcony slab or parapet wall, having a holding profile which has a base and clamping legs projecting from the base for accommodating the parapet or railing plate at the edge, wherein the holding device has adapter elements which are decoupled from the holding profile, which can be fastened to the component and whose head region can be fastened in a component-side receptacle of the holding profile, characterised in that the adapter elements can be fastened to the component at a distance from one another, wherein their foot region has sealing means for sealing with respect to the component, and wherein at least one screw channel which extends in the longitudinal direction of the profile and accommodates screws for fastening the holding profile is formed in the head region of each adapter element.
A styrene-butadiene rubber compound comprising: a) a first styrene-butadiene rubber having a styrene content of 60 to 95% by weight and a particle size of 100 to 200 nm, as measured using a particle size analyzer; and b) a second styrene-butadiene rubber having a styrene content of 1 to 15 % by weight, wherein the rubber compound comprises 75 to 99.5% by weight of the first styrene-butadiene rubber and 0.5 to 25% by weight of the second styrene-butadiene rubber, wherein a Mooney viscosity difference (ΔMV) between the first styrene-butadiene rubber before blending and a blending latex after blending of the first and second styrene-butadiene rubbers is 3 to 7 MU and the Mooney viscosity is measured according to DIN 53523/3, wherein the second styrene-butadiene rubber has a weight average molecular weight of 150,000 g/mol to 800,000 g/mol. a) a first styrene-butadiene rubber having a styrene content of 60 to 95% by weight and a particle size of 100 to 200 nm, as measured using a particle size analyzer; and b) a second styrene-butadiene rubber having a styrene content of 1 to 15 % by weight, wherein the rubber compound comprises 75 to 99.5% by weight of the first styrene-butadiene rubber and 0.5 to 25% by weight of the second styrene-butadiene rubber, wherein a Mooney viscosity difference (ΔMV) between the first styrene-butadiene rubber before blending and a blending latex after blending of the first and second styrene-butadiene rubbers is 3 to 7 MU and the Mooney viscosity is measured according to DIN 53523/3, wherein the second styrene-butadiene rubber has a weight average molecular weight of 150,000 g/mol to 800,000 g/mol.
Process for cleaning electronic components and/or circuits, using a specific cleaning device comprising: - a first vessel containing a liquid, - support means for keeping the electronic components and/or circuit immersed in the first vessel, - a fluid injection system comprising nozzles enabling the projection of jets of fluid onto the electronic components and/or circuit to be cleaned, - means enabling the jets from the nozzles to sweep the surface of the electronic components and/or circuit to be cleaned, - a fluid mixer comprising a first inlet adapted to receive a pressurised liquid, a second inlet adapted to receive a pressurised gas, an outlet designed to supply the injection system with two-phase fluid, the first inlet being coupled with the outlet by means of an inner pipe, the second inlet being supplied with pressurised gas and connected to an injector for injecting said gas into the inner pipe, said cleaning process comprising the following steps: - keeping the electronic components and/or circuits immersed in the first vessel using the support means, - projecting jets of fluid onto the electronic components and/or circuit using the fluid injection system comprising the nozzles, - sweeping the surface of the electronic components and/or circuit by the jets of fluid from nozzles using the sweeping means, characterised in that the process further comprises a step of injecting pressurised gas at the centre of the inner pipe of the fluid mixer with a difference between the pressure of the fluid and the pressure of the gas inside the fluid mixer between 0.5 and 2 bar, the gas pressure being higher than the liquid pressure. - a first vessel containing a liquid, - support means for keeping the electronic components and/or circuit immersed in the first vessel, - a fluid injection system comprising nozzles enabling the projection of jets of fluid onto the electronic components and/or circuit to be cleaned, - means enabling the jets from the nozzles to sweep the surface of the electronic components and/or circuit to be cleaned, - a fluid mixer comprising a first inlet adapted to receive a pressurised liquid, a second inlet adapted to receive a pressurised gas, an outlet designed to supply the injection system with two-phase fluid, the first inlet being coupled with the outlet by means of an inner pipe, the second inlet being supplied with pressurised gas and connected to an injector for injecting said gas into the inner pipe, - keeping the electronic components and/or circuits immersed in the first vessel using the support means, - projecting jets of fluid onto the electronic components and/or circuit using the fluid injection system comprising the nozzles, - sweeping the surface of the electronic components and/or circuit by the jets of fluid from nozzles using the sweeping means,
A disposable diaper, comprising a liquid pervious face sheet, a liquid impervious sheet, an absorbent body interposed between the two sheets, and an odor eliminating printed sheet arranged on the liquid impervious sheet on an opposite side of the absorbent body, the disposable diaper having a back body part extending backward from a center of the diaper in a longitudinal direction, a front body part extending frontward from the center of the diaper in the longitudinal direction, and an after-treatment tape on an external surface of at least one of the front body part and the back body part to fix the diaper in a state of being rolled or folded with the face sheet positioned inside, wherein the odor eliminating printed sheet is arranged on at least one of the front body part and the back body part whichever has the after-treatment tape, and is smaller in area than the body part on which the same is arranged, at least part of the same overlaps the absorbent body, and the odor eliminating printed sheet exerts an odor eliminating effect to an odor, by contacting therewith, which is emitted to the outside through the body part having the after-treatment tape in the state of being rolled or folded diaper, as well as to an external odor, which is generated outside the diaper.
A system for turbomachinery for an internal combustion engine comprising: a turbine housing that defines a turbine wheel space, an exhaust chamber in fluid communication with the turbine wheel space and a control shaft bore that extends from the exhaust chamber to an outer surface of the turbine housing; an exhaust conduit connected to the turbine housing wherein the exhaust conduit defines an exhaust passage; a blunt body positioned in the exhaust passage above the turbine wheel space wherein the blunt body comprises an opening oriented away from the turbine wheel space and a lumen in fluid communication with the opening; and a suction conduit (796, 896) connected for fluid communication between the control shaft bore of the turbine housing and the lumen of the blunt body, wherein as exhaust flow encounters the blunt body, the opening acts to create a suction pressure that causes fluid to flow in the lumen to the exhaust passage. a turbine housing that defines a turbine wheel space, an exhaust chamber in fluid communication with the turbine wheel space and a control shaft bore that extends from the exhaust chamber to an outer surface of the turbine housing; an exhaust conduit connected to the turbine housing wherein the exhaust conduit defines an exhaust passage; a blunt body positioned in the exhaust passage above the turbine wheel space wherein the blunt body comprises an opening oriented away from the turbine wheel space and a lumen in fluid communication with the opening; and a suction conduit (796, 896) connected for fluid communication between the control shaft bore of the turbine housing and the lumen of the blunt body, wherein as exhaust flow encounters the blunt body, the opening acts to create a suction pressure that causes fluid to flow in the lumen to the exhaust passage.
A creping process for producing a sheet comprising: applying an additive composition to a moving creping surface; pressing a base sheet against the creping surface after the additive composition has been applied, the additive composition adhering the base sheet to the creping surface; and creping the base sheet from the creping surface, wherein the additive composition transfers to the base sheet such that the additive composition comprises at least about 1% of the basis weight of the sheet product; wherein the additive composition comprises a lotion, a debonder, a softener, aloe, vitamin E, a wax, an oxidized polythylene, or mixtures thereof. applying an additive composition to a moving creping surface; pressing a base sheet against the creping surface after the additive composition has been applied, the additive composition adhering the base sheet to the creping surface; and creping the base sheet from the creping surface, wherein the additive composition transfers to the base sheet such that the additive composition comprises at least about 1% of the basis weight of the sheet product; wherein the additive composition comprises a lotion, a debonder, a softener, aloe, vitamin E, a wax, an oxidized polythylene, or mixtures thereof.
A process for the preparation of coloured or black particles dispersed in a non-polar solvent comprising the following steps: a') forming a reverse emulsion comprising at least one dye, at least one polar solvent, at least one non-polar perfluorinated solvent, and at least one fluorinated surfactant, and b) removing the polar solvent or polar solvents by evaporative methods, wherein the non-polar perfluorinated solvent or solvents are not removed, wherein the coloured or black particles consist of a dye and a fluorinated surfactant, and the polar solvent is selected from water, ethanol, methanol, acetonitrile, DMSO, DMF or mixtures thereof, and the dye is selected from Acid Red 37, Acid Fuchsine, Solvent Blue 35, Solvent Black 27, Solvent Black 29, Solvent Black 34, Acid Black 52, Acid Black 107, Acid Black 132, Acid Black 172, Acid Black 194, Acid Black 211, Acid Black 222, Direct Black 19, Direct Black 22, Direct Black 51, Direct Black 80, and Direct Black 112. a') forming a reverse emulsion comprising at least one dye, at least one polar solvent, at least one non-polar perfluorinated solvent, and at least one fluorinated surfactant, and b) removing the polar solvent or polar solvents by evaporative methods, wherein the non-polar perfluorinated solvent or solvents are not removed,
Method for sharing resources between a trustee tenant and a trustor tenant in a cloud network, this method including: - a step of reception, by a module for establishing a trust relationship, of a requirements file from the trustee tenant, said file containing at least one permission desired by said tenant, - a step (E20, E30) of searching, by a module for establishing a trust relationship, for at least one opportunities file transmitted by a trustor tenant, this file containing at least said permissions; - a step of recording, by a module for establishing a trust relationship, an item of information representative of a trust relationship for the sharing of resources between said tenants (T1, T2), the method furthermore comprising: - a step of reception, by a reception module, from the trustee tenant, of a request to benefit from permission to access said resource; - a step of identification, by an identification module (PDP, PIP), of a virtual role (vrl) in the namespace of the trustee tenant; - a step of verification, by a verification module, during which it is verified that the namespace of the trustor tenant contains a role offering said permission and that a trust relationship for the sharing of resources has been established between the trustor tenant and the trustee tenant, said verification step consisting in determining that said virtual role (vrl) in the namespace of the trustee tenant points to said role in the namespace of the trustor tenant; - a step of authorization or prevention, by an access control module, of said access on the basis of the result of said verification step. - a step of reception, by a module for establishing a trust relationship, of a requirements file from the trustee tenant, said file containing at least one permission desired by said tenant, - a step (E20, E30) of searching, by a module for establishing a trust relationship, for at least one opportunities file transmitted by a trustor tenant, this file containing at least said permissions; - a step of recording, by a module for establishing a trust relationship, an item of information representative of a trust relationship for the sharing of resources between said tenants (T1, T2), the method furthermore comprising: - a step of reception, by a reception module, from the trustee tenant, of a request to benefit from permission to access said resource; - a step of identification, by an identification module (PDP, PIP), of a virtual role (vrl) in the namespace of the trustee tenant; - a step of verification, by a verification module, during which it is verified that the namespace of the trustor tenant contains a role offering said permission and that a trust relationship for the sharing of resources has been established between the trustor tenant and the trustee tenant, said verification step consisting in determining that said virtual role (vrl) in the namespace of the trustee tenant points to said role in the namespace of the trustor tenant; - a step of authorization or prevention, by an access control module, of said access on the basis of the result of said verification step.
Locating system, in particular a hand-held locating appliance, at least comprising a hand-held locating apparatus provided to capture locating data in relation to objects to be located which are concealed under an examination surface, comprising a position sensor for capturing position data of the locating apparatus in relation to the examination surface, comprising an evaluation apparatus which is configured at least to determine a direction-resolved and/or spatially resolved locating information item from the locating data without repositioning the locating apparatus in relation to the examination surface in a first mode of operation of the locating system and to determine an at least three-dimensional locating information item from the locating data and the position data by assigning locating data to position data in a second mode of operation, characterized in that a control apparatus is provided to select a mode of operation automatically and automatically switch between modes of operation of the locating system, wherein the control apparatus is provided to switch into the second mode of operation when a change in position of the locating apparatus in relation to the examination surface is identified.
A panel comprising at least one pair of complementary locking means (2, 2') at mutually opposite panel edges (1, 1'), wherein the locking means (2, 2') are in the form of positively locking holding profiles (3, 3') with a locking groove and with a complementary locking tongue respectively, wherein at least at the edge of one of the holding profiles (3, 3') the panel surface (S, S') has an edge break portion (K 1, K 2), with the proviso that that holding profile (3, 3') which is provided with the edge break portion (K 1, K 2) is provided with an upper contact surface (8, 9) beneath the edge break portion (K 1, K 2) and the complementary holding profile (3, 3') is provided with a complementary upper contact surface (8, 9) which is arranged substantially parallel thereto, and wherein a butt joint can be produced by the two contact surfaces (8, 9) in contact with each other, wherein the butt joint is inclined relative to the panel surface (S, S') and relative to the perpendicular to the panel surface and for that purpose one of the contact surfaces (8, 9) is associated with a tongue (5, 20) and is inclined downwardly in the direction of the free end of the tongue (5, 20) in question and the complementary upper contact surface (8, 9) is associated with a groove (4, 21) and is inclined downwardly in the direction of the bottom of the groove (4, 21) in question, that an underside of the locking tongue has a lower contacting surface and a lower groove wall of the locking groove is provided with a support surface for the lower contacting surface of the locking tongue, characterised in that the lower contacting surface of the locking tongue is arranged parallel to the panel surface (S, S') and the support surface also is arranged parallel to the panel surface (S, S') and that the support surface for the lower contacting surface in the position of use is arranged horizontally, in that the underside of the locking tongue the underside of the locking tongue has a rising portion (13b, 13d) at least at one of the two ends of the lower contact surface, that on the inner side of the lower groove wall a front portion is provided which is adjacent to the horizontal support surface, and that the front portion rises towards the bottom of the locking groove.
An apparatus for transporting preforms, e.g. to a blow-moulding machine for production of containers of a thermoplastic material, comprising a conveying device, which conveys preforms from a preform supply, comprising a feeding device, which is supplied with preforms from the conveying device, and comprising a sorting device, in which the preforms are sorted and are conveyed in a conveying direction at a conveying speed, wherein the conveying device is arranged to end above the sorting device, wherein, on the inlet side, the feeding device has a receiving area (10, 10'), into which the preforms coming from the conveying device arrive, and, on the outlet side, a transfer area, via which the preforms reach into the sorting device, characterised in that the feeding device further has an orienting area comprising orienting means, which orienting area is configured in such a way that in the orienting area, the flow of the preforms is oriented in the direction of the flow of the preforms in the sorting device (conveying direction), and the preforms pass through the transfer area with this orientation.
Switching circuitry providing slew-rate control, the switching circuitry comprising: a slew-rate controlled cascode compound switch (203, 202) comprising: a normally-off low voltage transistor, including drain, source, and gate terminals; and a normally-on cascode high voltage transistor, including drain, source, and gate terminals, in series with the LVT to form the compound switch; a first gate driver circuit, including an input terminal coupled to receive an input signal and an output terminal coupled to the gate of the LVT; and coupling circuitry, coupled between the gate driver output and the gate of the HVT to drive a drain-gate capacitance of the HVT to limit a slew rate of a switching signal across the compound switch by a drive current characteristic of the first gate driver circuit during at least one of a turn-on or a turn-off of the compound switch, characterized by coupling circuitry comprising a coupling transistor (Qon, Mcouple) having a first conduction terminal coupled to the gate of the HVT and a second conduction terminal coupled to the gate of the LVT to provide a controlled electrical conduction coupling path between the respective gates of the LVT and the HVT. a slew-rate controlled cascode compound switch (203, 202) comprising: a normally-off low voltage transistor, including drain, source, and gate terminals; and a normally-on cascode high voltage transistor, including drain, source, and gate terminals, in series with the LVT to form the compound switch; a normally-off low voltage transistor, including drain, source, and gate terminals; and a normally-on cascode high voltage transistor, including drain, source, and gate terminals, in series with the LVT to form the compound switch; a first gate driver circuit, including an input terminal coupled to receive an input signal and an output terminal coupled to the gate of the LVT; and coupling circuitry, coupled between the gate driver output and the gate of the HVT to drive a drain-gate capacitance of the HVT to limit a slew rate of a switching signal across the compound switch by a drive current characteristic of the first gate driver circuit during at least one of a turn-on or a turn-off of the compound switch, characterized by coupling circuitry comprising a coupling transistor (Qon, Mcouple) having a first conduction terminal coupled to the gate of the HVT and a second conduction terminal coupled to the gate of the LVT to provide a controlled electrical conduction coupling path between the respective gates of the LVT and the HVT.
Mobile machine tool, namely a manually-operated machine tool or semi-stationary machine tool, for machining a workpiece, wherein the machine tool has an in particular plate-like guide element with a guide surface for guiding the machine tool on the workpiece or the workpiece on the machine tool, wherein the machine tool has a drive unit with a drive motor for driving a tool holder arranged on the drive unit in order to hold a work tool, wherein the machine tool has a tool sensor the detection range (EB1, EB2) of which is at least partially affected by particles which are produced during the machining of a workpiece by means of the work tool, characterised in that it is provided with at least one optimisation means to reduce the effect of the particles present within the detection range (EB1, EB2) on a tool sensor signal of the tool sensor (61,62), and wherein the at least one optimisation means comprises or is formed by a digital signal processing means for processing the tool sensor signal or forming the tool sensor signal, characterised in that the digital signal processing means comprises or is formed by at least one digital filter for filtering out pixels generated by the particles.