mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication method for modifying a current subscription state of a mobile device (100, 208), the method comprising: receiving subscription information describing a plurality of packages, wherein each package in the plurality of packages either references another package or is referenced by at least one other package and wherein the availability of program packages for selection is, at least in part, based on a geographic location of the mobile device (100, 208) at a time of initiating a service; demodulating the subscription information according to a wireless scheme; displaying the current subscription state and a set of program packages for subscription using the demodulated subscription information, wherein each program package in the set of program packages is referenced by the program packages included in the current subscription state and/or references the program packages included in the current subscription state; allowing a selection of one or more displayed packages from the set of program packages, wherein the selection adds or cancels the program package from the current subscription state so that the current subscription state is modified as a result of the selection; accessing the selected one or more packages in accordance with the modified subscription; and displaying subscribed media on the mobile device (100, 208). receiving subscription information describing a plurality of packages, wherein each package in the plurality of packages either references another package or is referenced by at least one other package and wherein the availability of program packages for selection is, at least in part, based on a geographic location of the mobile device (100, 208) at a time of initiating a service; demodulating the subscription information according to a wireless scheme; displaying the current subscription state and a set of program packages for subscription using the demodulated subscription information, wherein each program package in the set of program packages is referenced by the program packages included in the current subscription state and/or references the program packages included in the current subscription state; allowing a selection of one or more displayed packages from the set of program packages, wherein the selection adds or cancels the program package from the current subscription state so that the current subscription state is modified as a result of the selection; accessing the selected one or more packages in accordance with the modified subscription; and displaying subscribed media on the mobile device (100, 208).
A method of using an invert emulsion drilling fluid comprising: introducing the drilling fluid into at least a portion of a subterranean formation, wherein the drilling fluid comprises: an external phase, wherein the external phase of the drilling fluid comprises a hydrocarbon liquid; an internal phase, wherein the internal phase of the drilling fluid comprises a hygroscopic liquid; and a suspending agent, wherein the suspending agent is a polymer, wherein the polymer comprises urea linkages; and wherein the at least a portion of the subterranean formation is a water-sensitive formation, wherein the water-sensitive formation is a shale formation. introducing the drilling fluid into at least a portion of a subterranean formation, wherein the drilling fluid comprises: an external phase, wherein the external phase of the drilling fluid comprises a hydrocarbon liquid; an internal phase, wherein the internal phase of the drilling fluid comprises a hygroscopic liquid; and a suspending agent, an external phase, wherein the external phase of the drilling fluid comprises a hydrocarbon liquid; an internal phase, wherein the internal phase of the drilling fluid comprises a hygroscopic liquid; and a suspending agent, wherein the suspending agent is a polymer, wherein the polymer comprises urea linkages; and wherein the at least a portion of the subterranean formation is a water-sensitive formation, wherein the water-sensitive formation is a shale formation.
A purifier in which a plurality of sieve layers, which are stacked, are accommodated in a sieve box as being mounted in an inclined manner, the sieve box being supported by at least four legs onto a support base as a non-vibration component, the sieve box is configured to be coupled to a vibration generating device so as to be able to vibrate in a longitudinal direction of the sieve box and to communicate with a unit, for supplying a material to be screened, on an upstream side of the sieve box and an overtail discharge unit on a downstream side of the sieve box, a collecting device (8, 9) configured to collect powder particles falling through sieves (4A, 4B) is provided below the sieve box, an air distribution chamber is provided above the sieve box, the air distribution chamber being configured to suck air passing from a lower portion to an upper portion of the sieves (4A, 4B), the air distribution chamber is configured of paired inclined surfaces (18a, 18b) formed as being tapered upward and has a suction passage formed as a horizontal cyclone placed above the air distribution chamber, wherein a plurality of barrier walls are provided in the air distribution chamber in a direction perpendicular to a longitudinal direction of the sieve layers, the air distribution chamber is sectioned by the barrier walls into a plurality of chambers, characterised in that rectifying plates are further provided to the air distribution chamber at a narrow position between the paired inclined surfaces (18a, 18b) to prevent non-uniformity of suction of powder on the sieve layers, and an open/close valve is provided to the air distribution chamber for adjusting the amount of air suction in the suction passage.
A degradable branched-block copolymer comprising a polyether central core having n arms and polymer chains extending from each arm of the polyether central core, the polyether central core being a star core or a linear core, each polymer chain being constituted by I monomer unit(s) of a degradable polymer, characterized in that each degradable polymer chain is identical and functionalized at its extremity by a photoreactive group chosen among an aryl-azide derivative, a (meth)acrylate group or a thiol group, said degradable branched-block copolymer being illustrated by the following schema: wherein is the monomer unit of the degradable polymer constituting the polymer chain, G is the photoreactive group, and wherein is the star polyether central core, and is the monomer unit corresponding to the polyether core, and n is an integer of at least 4, m is comprised between 4 and 400 and I is comprised between 4 and 1500, or wherein is the monomer unit which forms the linear polyether central core, and R is a multivalent branched functional group comprising a number n/2 of terminal functions or atoms selected among oxygen atom or NH group, each of this terminal function being linked to one polymer chain and n is an integer of at least 4, advantageously between 4 and 32, m is comprised between 4 and 600 units and I is comprised between 2 and 400. R is a multivalent branched functional group comprising a number n/2 of terminal functions or atoms selected among oxygen atom or NH group, each of this terminal function being linked to one polymer chain and n is an integer of at least 4, advantageously between 4 and 32, m is comprised between 4 and 600 units and I is comprised between 2 and 400.
Pane arrangement comprising: - a first pane and a second pane that are joined to one another by at least one intermediate layer, - an electro-optical functional element, comprising a first surface electrode, an electro-optical functional layer, and a second surface electrode, wherein the functional element is arranged between the first pane and the second pane, and the first surface electrode faces the first pane, and the second surface electrode faces the second pane, - a sensor electrode that is arranged between the first surface electrode and the first pane and the sensor electrode is capacitively coupled to the first surface electrode, - a capacitive electronic sensor system is electrically connected to the sensor electrode, wherein the sensitivity of the electronic sensor system is selected such that a capacitive switching region is expanded to the area of an orthogonal projection of the first surface electrode on the outer surface of the first pane, so that, when the outer surface of the first pane is touched above the first surface electrode by a human body part, such as a finger or a hand, or said human body part approaches the outer surface of the first pane above the first surface electrode, a switching signal is emitted. - a first pane and a second pane that are joined to one another by at least one intermediate layer, - an electro-optical functional element, comprising a first surface electrode, an electro-optical functional layer, and a second surface electrode, wherein the functional element is arranged between the first pane and the second pane, and the first surface electrode faces the first pane, and the second surface electrode faces the second pane, - a sensor electrode that is arranged between the first surface electrode and the first pane and the sensor electrode is capacitively coupled to the first surface electrode, - a capacitive electronic sensor system is electrically connected to the sensor electrode, wherein the sensitivity of the electronic sensor system is selected such that a capacitive switching region is expanded to the area of an orthogonal projection of the first surface electrode on the outer surface of the first pane, so that, when the outer surface of the first pane is touched above the first surface electrode by a human body part, such as a finger or a hand, or said human body part approaches the outer surface of the first pane above the first surface electrode, a switching signal is emitted.
A valve comprising: • a magnetic actuator comprising: a) a sleeve extending along an axis; b) a movable core, which is made of ferromagnetic material and comprises a central portion and two opposite end portions (43,44) axially guided by the inner surface of said sleeve; and c) a magnetic stator arranged in fixed position around said sleeve and comprising: a housing made of ferromagnetic material; a coil facing the external surface of said sleeve; and two magnets (37,38), which are aligned with said coil, are arranged on opposite axial sides of said coil and have a same pole aimed against each other; • a conduit having a valve seat; • a plug member, which axially faces said valve seat and is coaxial and fixed with respect to one of said end portions so as to axially slide together with said core between an opening position, in which said valve seat is open, and a closing position, in which said valve seat is closed; wherein said core has at least one passage, allowing a fluid to flow through said core, and said end portions (43,44) have an external diameter greater than that of said central portion. • a magnetic actuator comprising: a) a sleeve extending along an axis; b) a movable core, which is made of ferromagnetic material and comprises a central portion and two opposite end portions (43,44) axially guided by the inner surface of said sleeve; and c) a magnetic stator arranged in fixed position around said sleeve and comprising: a housing made of ferromagnetic material; a coil facing the external surface of said sleeve; and two magnets (37,38), which are aligned with said coil, are arranged on opposite axial sides of said coil and have a same pole aimed against each other; a) a sleeve extending along an axis; b) a movable core, which is made of ferromagnetic material and comprises a central portion and two opposite end portions (43,44) axially guided by the inner surface of said sleeve; and c) a magnetic stator arranged in fixed position around said sleeve and comprising: a housing made of ferromagnetic material; a coil facing the external surface of said sleeve; and two magnets (37,38), which are aligned with said coil, are arranged on opposite axial sides of said coil and have a same pole aimed against each other; • a conduit having a valve seat; • a plug member, which axially faces said valve seat and is coaxial and fixed with respect to one of said end portions so as to axially slide together with said core between an opening position, in which said valve seat is open, and a closing position, in which said valve seat is closed;
A method of forming a metal component from a powdered feed material, comprising the steps of: creating a negative mould (104, 501) of a component from a ceramics material having a melting point that is higher than the melting point of said powdered feed material; deploying said feed material of metal powder into said mould; locating said mould in a vacuum chamber having an induction or microwave heating system, said heating system comprising a source of electromagnetic energy (1207, 1304, 1404) and a granular susceptance material; and heating said mould using said heating system to a temperature higher than the melting point of the metal powder so as to melt said metal powder within the mould; wherein said granular susceptance material absorbs the energy of the field generated by said source of electromagnetic energy and radiates infra-red energy towards the ceramic mould. creating a negative mould (104, 501) of a component from a ceramics material having a melting point that is higher than the melting point of said powdered feed material; deploying said feed material of metal powder into said mould; locating said mould in a vacuum chamber having an induction or microwave heating system, said heating system comprising a source of electromagnetic energy (1207, 1304, 1404) and a granular susceptance material; and heating said mould using said heating system to a temperature higher than the melting point of the metal powder so as to melt said metal powder within the mould; wherein said granular susceptance material absorbs the energy of the field generated by said source of electromagnetic energy and radiates infra-red energy towards the ceramic mould.
An assembly for mounting to a door, comprising: - a housing with two opposing wallings, - a preferably U, V or Y-shaped actuating element disposed in the housing and with two opposing branches, wherein the one branch rests inside at the one walling and wherein the opposing branch rests inside at the opposing walling, and - at least one switch in the housing at an inside of one of the two branches, wherein the branch is accessible from outside the housing and can be pressed against the switch, wherein a control apparatus for controlling the door is disposed in the housing and the at least one switch actuates the control apparatus. - a housing with two opposing wallings, - a preferably U, V or Y-shaped actuating element disposed in the housing and with two opposing branches, wherein the one branch rests inside at the one walling and wherein the opposing branch rests inside at the opposing walling, and - at least one switch in the housing at an inside of one of the two branches, wherein the branch is accessible from outside the housing and can be pressed against the switch, wherein a control apparatus for controlling the door is disposed in the housing and the at least one switch actuates the control apparatus.
A cleaning apparatus, comprising: a brush assembly; a leading carriage assembly attached to the brush assembly and configured to drive the brush assembly, wherein the leading carriage assembly is comprising a carriage and an arm attached to the carriage and a vertical support rod which is partially disposed within the arm and attached to the brush assembly; a trailing carriage assembly configured to move along a track, wherein the trailing carriage assembly is comprising a carriage and an arm (2506, 3103) attached to the carriage and a vertical support rod (2505, 2905) which is partially disposed within the arm (2506, 3103) and attached to the brush assembly; and wherein a height of the brush assembly is adjustable by adjusting a position of the leading and trailing carriage assembly vertical support rods (2405, 2505, 2905) relative to the corresponding arms (2406, 2506, 3103). a brush assembly; a leading carriage assembly attached to the brush assembly and configured to drive the brush assembly, wherein the leading carriage assembly is comprising a carriage and an arm attached to the carriage and a vertical support rod which is partially disposed within the arm and attached to the brush assembly; a trailing carriage assembly configured to move along a track, wherein the trailing carriage assembly is comprising a carriage and an arm (2506, 3103) attached to the carriage and a vertical support rod (2505, 2905) which is partially disposed within the arm (2506, 3103) and attached to the brush assembly; and wherein a height of the brush assembly is adjustable by adjusting a position of the leading and trailing carriage assembly vertical support rods (2405, 2505, 2905) relative to the corresponding arms (2406, 2506, 3103).
An apparatus, comprising: - a voltage regulator configured to provide an output voltage for operating a lighting controller; - a power FET coupled between a line input and an input of the voltage regulator and configured to provide a supply current to the voltage regulator from the line input; and - a gate drive circuit coupled to a gate of the power FET wherein the gate drive circuit is configured to operate the power FET such that it is digitally switched between on and off states until an auxiliary output voltage (Vaux) reaches a first threshold, wherein the auxiliary output voltage (Vaux) is a voltage provided by the power FET to the voltage regulator, characterized in that apparatus further comprises a digital control loop configured to monitor the auxiliary output voltage (Vaux) and provide a signal to the gate drive circuit, wherein the gate drive circuit is arranged to turn off the power FET when the auxiliary output voltage (Vaux) reaches the first threshold. - a voltage regulator configured to provide an output voltage for operating a lighting controller; - a power FET coupled between a line input and an input of the voltage regulator and configured to provide a supply current to the voltage regulator from the line input; and - a gate drive circuit coupled to a gate of the power FET wherein the gate drive circuit is configured to operate the power FET such that it is digitally switched between on and off states until an auxiliary output voltage (Vaux) reaches a first threshold, wherein the auxiliary output voltage (Vaux) is a voltage provided by the power FET to the voltage regulator, characterized in that apparatus further comprises a digital control loop configured to monitor the auxiliary output voltage (Vaux) and provide a signal to the gate drive circuit, wherein the gate drive circuit is arranged to turn off the power FET when the auxiliary output voltage (Vaux) reaches the first threshold.
A suction system for sucking a substance, preferably a fluid, comprising a canister for holding a substance, preferably a fluid, wherein the canister comprises a body, wherein the body comprises a top part, a side part and a bottom part, at least one nozzle, preferably located at the top part of the body, wherein the nozzle comprises a first opening and a second opening suitable for filling the substance into the body, wherein the first opening and the second opening are both arranged in the nozzle, a suction lance for sucking the substance out of the body of the canister, wherein the suction lance comprises an upper end and a lower end, wherein the upper end is connected to the first opening and the lower end is located next to the bottom part of the canister, and a connector closure for sealing the canister, wherein the connector closure is designed to seal and/or open the first opening and/or the second opening separately at the same time, wherein the connector closure further comprises a venting means (52,54) for venting the inside of the body of the canister, wherein the suction lance is formed integrally as part of the body of the canister.
Stator for an electrical machine, the stator comprising a stator body, wherein the stator body is divided along a centre axis of the stator body at least in a first stator segment and a second stator segment, wherein the first stator segment comprises a stator tooth and a tooth tip cover, wherein the stator tooth extents from a surface of the first stator segment along a radial direction with respect to the centre axis and has a free end, wherein the tooth tip cover is mounted to the free end of the stator tooth in a detachable manner, wherein the first stator segment comprises a further stator tooth and a further tooth tip cover, wherein the further stator tooth extents from the surface of the first stator segment along the radial direction and has a further free end, wherein the further stator tooth is arranged adjacent to the stator tooth along the circumferential direction such that a slot between the stator tooth and the further stator tooth is formed, wherein the further tooth tip cover is mounted to the further free end of the further stator tooth in a detachable manner, wherein the tooth tip cover and the further tooth tip cover are formed in such a way that a gap between the tooth tip cover and the further tooth tip cover exists, and a gap cover element which is inserted between the tooth tip cover and the further tooth tip cover for closing the gap.