mhurhangee/ep-ind-claims huggingface dataset:
A method for enabling a mobile device to manage a plurality of trust circles of which the mobile device is a member, the method comprising, at an embedded Universal Integrated Circuit Card, eUICC, included in the mobile device: receiving a request to perform a management operation associated with an electronic Subscriber Identity Module, eSIM, managed by the eUICC; accessing a registry managed by the eUICC to identify, among the plurality of trust circles, a particular trust circle that corresponds to the eSIM; enabling access to the identified particular trust circle by providing read-access to a respective sandboxed contained associated with the particular trust circle, wherein the respective sandboxed container stores at least one digital certificate that (i) corresponds to the particular trust circle, and (ii) is associated with a Certificate Authority, CA, that serves as a root of the particular trust circle; disabling access to respective sandboxed containers associated with other trust circles of the plurality of trust circles that are distinct from the particular trust circle; establishing a session that is specific to the management operation; logically activating the particular trust circle within the scope of the session, wherein no other trust circle is logically activated within the scope of the session; and performing the management operation on the eSIM in accordance with the particular trust circle in the session. receiving a request to perform a management operation associated with an electronic Subscriber Identity Module, eSIM, managed by the eUICC; accessing a registry managed by the eUICC to identify, among the plurality of trust circles, a particular trust circle that corresponds to the eSIM; enabling access to the identified particular trust circle by providing read-access to a respective sandboxed contained associated with the particular trust circle, wherein the respective sandboxed container stores at least one digital certificate that (i) corresponds to the particular trust circle, and (ii) is associated with a Certificate Authority, CA, that serves as a root of the particular trust circle; disabling access to respective sandboxed containers associated with other trust circles of the plurality of trust circles that are distinct from the particular trust circle; establishing a session that is specific to the management operation; logically activating the particular trust circle within the scope of the session, wherein no other trust circle is logically activated within the scope of the session; and performing the management operation on the eSIM in accordance with the particular trust circle in the session.
A contact system, comprising: a first conductor with a radial contact surface (6, 6'); a second conductor with an axial contact surface; and a contact member having a first contact portion and a second contact portion electrically connected to each other the first conductor engaging with or disengaging from the second conductor in axial direction, wherein the first contact portion of the contact member contacts with the radial contact surface (6, 6') of the first conductor and is radially moveable relative to the first conductor, and the second contact portion of the contact member contacts with the axial contact surface of the second conductor and is axially moveable relative to the second conductor; wherein the contact member comprises a holder, a plurality of contact fingers disposed circumferentially and defining the first and second contact portions, a spring disposed between the holder and the respective contact finger and a stopping mechanism on the holder; wherein the spring is mounted on the holder in an angle from the radial direction; and wherein the stopping mechanism is configured to limit or restrain the contact finger from moving in a direction away from the spring, characterised in that the contact member is mounted on the first conductor in a radially displaceable mode relative to the first conductor. a first conductor with a radial contact surface (6, 6'); a second conductor with an axial contact surface; and a contact member having a first contact portion and a second contact portion electrically connected to each other the first conductor engaging with or disengaging from the second conductor in axial direction, wherein the first contact portion of the contact member contacts with the radial contact surface (6, 6') of the first conductor and is radially moveable relative to the first conductor, and the second contact portion of the contact member contacts with the axial contact surface of the second conductor and is axially moveable relative to the second conductor; wherein the contact member comprises a holder, a plurality of contact fingers disposed circumferentially and defining the first and second contact portions, a spring disposed between the holder and the respective contact finger and a stopping mechanism on the holder; wherein the spring is mounted on the holder in an angle from the radial direction; and wherein the stopping mechanism is configured to limit or restrain the contact finger from moving in a direction away from the spring, characterised in that the contact member is mounted on the first conductor in a radially displaceable mode relative to the first conductor.
A steering system for an agricultural vehicle, with at least one steering cylinder (2a, 2b) for changing a wheel steering angle of the agricultural vehicle, with a hydraulic main steering valve for applying pressure to the at least one steering cylinder (2a, 2b), with a steering signal generator for actuating the main steering valve as well as with a control unit for adapting an adjustment characteristic between the steering signal generator and the at least one steering cylinder (2a, 2b), characterized in that the control unit is configured, based on a null position of the wheel steering angle which is set when running straight, to carry out tracking of a null position of the steering signal generator by controlling the main steering valve, wherein a wheel angle sensor is provided in order to determine the wheel steering angle and a steering position sensor is provided in order to determine a steering position of the steering signal generator, and the control unit is configured to determine a tracking rate by evaluating the signals from the wheel angle sensor and the steering position sensor and to carry out the tracking of the null position of the steering signal generator as a function of the determined tracking rate.
A soil working device for creating cavities in soil, comprising - a machine frame that can move in the direction of travel, - at least one drive that is mounted in the machine frame and moves at least one pivotally mounted piercing tool up and down in a substantially vertical direction, - wherein, before piercing into the soil, the piercing tool is in a home position at a predefined piercing angle, and, in the soil, performs a pivoting movement about a first pivot axis as a result of the machine frame moving in the direction of travel, said pivoting movement being superimposed on the up-and-down movement, - a restoring means which is coupled to the piercing tool and consists of a piston/cylinder unit with a spring element that acts on the piston/cylinder unit and brings the piercing tool back into the home position once the latter has emerged from the soil, and - a damping means which dampens the shock of the piercing tool against the machine frame when the piercing tool hits a stop defining the home position, characterized in that at least one laterally projecting flange is arranged at the outer free end of the piston rod, said flange forming the damping means together with at least one corresponding flange located at the axially opposite, piston-side end of the cylinder unit and at least one damping element that is located between the two opposite flanges (18, 20) and is secured to one or the other flange (18, 20). - a machine frame that can move in the direction of travel, - at least one drive that is mounted in the machine frame and moves at least one pivotally mounted piercing tool up and down in a substantially vertical direction, - wherein, before piercing into the soil, the piercing tool is in a home position at a predefined piercing angle, and, in the soil, performs a pivoting movement about a first pivot axis as a result of the machine frame moving in the direction of travel, said pivoting movement being superimposed on the up-and-down movement, - a restoring means which is coupled to the piercing tool and consists of a piston/cylinder unit with a spring element that acts on the piston/cylinder unit and brings the piercing tool back into the home position once the latter has emerged from the soil, and - a damping means which dampens the shock of the piercing tool against the machine frame when the piercing tool hits a stop defining the home position,
A method for rolling of a rolling diaphragm syringe from an initial unrolled state to an initial rolled state, the method comprising: advancing a piston of a rolling apparatus to engage an end wall of the rolling diaphragm syringe, wherein the rolling diaphragm syringe comprises a proximal end comprising the end wall configured to engage the piston of the rolling apparatus, an open distal end comprising a discharge neck, and a flexible sidewall extending between the proximal end and the distal end along a longitudinal axis; pressurizing an interior of the rolling diaphragm syringe to a first pressure by applying a pressurized gas through the open distal end of the rolling diaphragm syringe into an interior thereof; further advancing the piston, thereby causing at least a portion of the sidewall of the rolling diaphragm syringe to roll upon itself in a radially inward direction, thereby forming a rolling diaphragm syringe in the initial rolled state; and releasing an amount of the pressurized gas from the interior of the rolling diaphragm syringe during advancing of the piston of the rolling apparatus to maintain the first pressure in the interior of the rolling diaphragm syringe. advancing a piston of a rolling apparatus to engage an end wall of the rolling diaphragm syringe, wherein the rolling diaphragm syringe comprises a proximal end comprising the end wall configured to engage the piston of the rolling apparatus, an open distal end comprising a discharge neck, and a flexible sidewall extending between the proximal end and the distal end along a longitudinal axis; pressurizing an interior of the rolling diaphragm syringe to a first pressure by applying a pressurized gas through the open distal end of the rolling diaphragm syringe into an interior thereof;
A method for treating scale in a liquid circulation pipe, wherein is generated a magnetic field acting on the scale by means of at least one electric coil mounted outside the pipe and traversed by a control electric current, said method consisting of varying the control electric current for varying the electromagnetic power delivered to the liquid according to at least one series (S1, S2,..., Sn) of several repetitive sequences, each sequence comprising successively: - a first phase, on a first time slot, wherein the electromagnetic power is equal to a maximum threshold (Smax); - a second phase, on a second time slot, wherein the electromagnetic power is equal to a minimum threshold (Pnom); said method being characterized in that it implements several successive series (S1, S2,..., Sn), with a lowering of the maximum threshold value (Smax) for the first phases when passing from one series to a next series. - a first phase, on a first time slot, wherein the electromagnetic power is equal to a maximum threshold (Smax); - a second phase, on a second time slot, wherein the electromagnetic power is equal to a minimum threshold (Pnom);
Print head of a binary continuous jet printer comprising: - a cavity for circulating jets, delimited by a 1 st wall, called the upper wall, a 2 nd wall, called the lower wall, and by lateral walls (9, 10),, - means (4, 4 1, 4 x, 4 n) for producing a plurality of ink jets in said cavity, - means for separating drops or sections of one or more of said jets intended for printing from drops or sections that do not serve for printing, - a slot, which passes through the 2 nd wall, open on the outside of the cavity and enabling the exit of drops or sections of ink intended for printing, - a gutter (7, 70) for recovering drops or sections not intended for printing, - means (20, 27, 201, 213) for injecting gas into the cavity, and for making this gas circulate, in the cavity, in an ascending manner in the direction of the 1 st wall, to the means (4, 4 1, 4 x, 4 n) for producing a plurality of ink jets in said cavity, then, in a descending manner, to the gutter (7, 70). - a cavity for circulating jets, delimited by a 1 st wall, called the upper wall, a 2 nd wall, called the lower wall, and by lateral walls (9, 10),, - means (4, 4 1, 4 x, 4 n) for producing a plurality of ink jets in said cavity, - means for separating drops or sections of one or more of said jets intended for printing from drops or sections that do not serve for printing, - a slot, which passes through the 2 nd wall, open on the outside of the cavity and enabling the exit of drops or sections of ink intended for printing, - a gutter (7, 70) for recovering drops or sections not intended for printing, - means (20, 27, 201, 213) for injecting gas into the cavity, and for making this gas circulate, in the cavity, in an ascending manner in the direction of the 1 st wall, to the means (4, 4 1, 4 x, 4 n) for producing a plurality of ink jets in said cavity, then, in a descending manner, to the gutter (7, 70).
A method of preparing a metal composite powder by using gas spraying, the method comprising: introducing a matrix phase of aluminum material, wherein the aluminum material is selected from the group consisting an aluminum ingot and an aluminum-silicon (Al-Si) based alloy into a chamber; including a reinforcing phase of SiC in the chamber; melting the introduced matrix phase to form a melt; adding the reinforcing phase in the melt; stirring the melt with the added reinforcing phase to form a melt mixture and increasing the melt temperature of a temperature above about 700 °C and below about 800 °C; atomizing the melt mixture together with a gas to form a metal composite powder containing the reinforcing phase; and collecting the metal composite powder formed. introducing a matrix phase of aluminum material, wherein the aluminum material is selected from the group consisting an aluminum ingot and an aluminum-silicon (Al-Si) based alloy into a chamber; including a reinforcing phase of SiC in the chamber; melting the introduced matrix phase to form a melt; adding the reinforcing phase in the melt; stirring the melt with the added reinforcing phase to form a melt mixture and increasing the melt temperature of a temperature above about 700 °C and below about 800 °C; atomizing the melt mixture together with a gas to form a metal composite powder containing the reinforcing phase; and collecting the metal composite powder formed.
Robot for coating articles, which carries an application device for coating articles and operating means required for operating the application device, wherein a support apparatus for the operating means is provided, having a support structure on which the operating means are able to be arranged; the robot comprises a robot arm having an arm part which bounds an interior space which is closable by a cover; the support structure is displaceable between an operating position, in which the support structure is accommodated in the interior space, and a maintenance position different therefrom, characterized in that the support apparatus comprises a guide device by means of which the support structure is mounted so as to be displaceable as a unit.
A process for treating and de-contaminating fly ash, comprising the following steps: a) mixing the fly ash with 5 to 20% by weight of water, substantially without adding any further binders; b) agglomerating the thus obtained mixture by means of pelletizing or compression molding; c) ageing the thus obtained agglomerate for a period of time after which such strength has been achieved that the weight loss of the dry matter of the agglomerate, produced in a subsequent heat treatment in step d) amounts to no more than 20% by weight; d) heat-treating the thus aged material at a temperature of >80°C to destroy organic compounds and to remove volatile heavy metals; and e) optionally treating the heat-treated material with water. a) mixing the fly ash with 5 to 20% by weight of water, substantially without adding any further binders; b) agglomerating the thus obtained mixture by means of pelletizing or compression molding; c) ageing the thus obtained agglomerate for a period of time after which such strength has been achieved that the weight loss of the dry matter of the agglomerate, produced in a subsequent heat treatment in step d) amounts to no more than 20% by weight; d) heat-treating the thus aged material at a temperature of >80°C to destroy organic compounds and to remove volatile heavy metals; and e) optionally treating the heat-treated material with water.
An extruder for producing pet food having a die with at least one opening through which a material is pressable in order to form an extrudate, wherein an apparatus for cutting off the extrudate is provided in material flow direction adjoining the die which apparatus has a knife which is mounted rotatably about an axis of rotation and which is driven by a drive, in particular an electric motor, in that a torque is transmitted from the drive to the knife, wherein a bearing element is provided which is rigidly connected to the extruder and via which the knife is rotatably connected to the extruder around the axis of rotation, whereby the drive is placed separately from the bearing element and a magnetic coupling is provided between the bearing element and the drive in order to transmit the torque from the drive to the knife via magnetic forces, characterized in that a housing is provided that is sealed to an environment, in which housing the bearing element and the knife are located, so that the extruder is suitable for a method in which the interior of the housing is subjected to a higher pressure than the environment, wherein the drive is located outside the housing and the magnetic coupling is configured to transmit the torque into the housing.
An airfoil for a gas turbine engine, the airfoil comprising: opposed pressure and suction sides (32, 34) joined together at chordally opposite leading and trailing edges (36, 38), the pressure and suction sides (32, 34) extending spanwise from a root to a tip of the airfoil, the airfoil having a spanwise distribution of maximum thicknesses of chordwise cross-sections of the airfoil, the spanwise distribution of the maximum thicknesses decreasing from the root to the tip, the spanwise distribution being stepped between a first portion extending from the root up to 0.6 of the span of and a second portion extending from the first portion towards the tip, the stepping being defined by a relatively abrupt change between the first portion and the second portion, the relatively abrupt change being defined by the first portion having a first slope and the second portion having a second slope, characterized in that the second slope is at least one order of magnitude higher than the first slope. opposed pressure and suction sides (32, 34) joined together at chordally opposite leading and trailing edges (36, 38), the pressure and suction sides (32, 34) extending spanwise from a root to a tip of the airfoil, the airfoil having a spanwise distribution of maximum thicknesses of chordwise cross-sections of the airfoil, the spanwise distribution of the maximum thicknesses decreasing from the root to the tip, the spanwise distribution being stepped between a first portion extending from the root up to 0.6 of the span of and a second portion extending from the first portion towards the tip, the stepping being defined by a relatively abrupt change between the first portion and the second portion, the relatively abrupt change being defined by the first portion having a first slope and the second portion having a second slope, characterized in that the second slope is at least one order of magnitude higher than the first slope.
A resin composition for injection forming containing a high-density polyethylene, an ethylene-vinyl alcohol copolymer and an acid-modified linear low-density polyethylene, characterized in that: said ethylene-vinyl alcohol copolymer is contained in an amount of 35 to 90 parts by mass and said acid-modified linear low-density polyethylene is contained in an amount of 10 to 35 parts by mass per 100 parts by mass of said high-density polyethylene.
A precursor structure of a perpendicularly magnetized film comprising a substrate, the substrate being a single-crystalline substrate having a cubic system structure having a plane or a substrate having a layer having a cubic system structure or tetragonal system structure having a plane, an underlayer disposed on the substrate, wherein the underlayer is composed of a conductive material having a good electric conductivity, an iron-based alloy layer disposed on the underlayer, wherein the iron-based alloy layer is a layer composed of an iron-based alloy comprising aluminum, a first metal film disposed on the iron-based alloy layer, wherein the first metal film is composed of a predetermined metal element, and wherein the first metal film does not contain aluminum, and a second alloy film disposed on the first metal film, wherein the second alloy film is composed of a predetermined alloy element, and wherein the second alloy film contains aluminum, wherein the predetermined metal element is a metal element which is capable of being oxidized to an oxide having a spinel structure, and wherein the predetermined alloy element is capable of being converted to an oxide having a spinel structure or an oxide having a structure in which a cation site of a spinel structure is disordered, when the alloy element is oxidized. a substrate, the substrate being a single-crystalline substrate having a cubic system structure having a plane or a substrate having a layer having a cubic system structure or tetragonal system structure having a plane, an underlayer disposed on the substrate, wherein the underlayer is composed of a conductive material having a good electric conductivity, an iron-based alloy layer disposed on the underlayer, wherein the iron-based alloy layer is a layer composed of an iron-based alloy comprising aluminum, a first metal film disposed on the iron-based alloy layer, wherein the first metal film is composed of a predetermined metal element, and wherein the first metal film does not contain aluminum, and wherein the first metal film is composed of a predetermined metal element, and wherein the first metal film does not contain aluminum, and a second alloy film disposed on the first metal film, wherein the second alloy film is composed of a predetermined alloy element, and wherein the second alloy film contains aluminum, wherein the second alloy film is composed of a predetermined alloy element, and wherein the second alloy film contains aluminum, wherein the predetermined metal element is a metal element which is capable of being oxidized to an oxide having a spinel structure, and wherein the predetermined alloy element is capable of being converted to an oxide having a spinel structure or an oxide having a structure in which a cation site of a spinel structure is disordered, when the alloy element is oxidized.