mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a network, especially an Internet Protocol, IP, network, wherein at least one service function chain, SFC, comprising several service functions, SFs, is implemented for providing traffic steering, wherein traffic steering information related to the at least one SFC is encoded and wherein redundant information in an addressing scheme of network hosts is used for addressing the SFs, characterized in that SF identifiers, IDs, or SF addresses are represented as IP network addresses and advertised into a routing domain of an underlying transport network for forwarding traffic towards a particular SF or particular SFs, wherein the redundant information is a common prefix in the form of network prefix bits of host addresses within the addressing scheme, wherein the common prefix is temporarily replaced with SFC metadata used for traffic steering between and/or to SFs, and wherein the steering relies on destination-based or source-based forwarding.
Apparatus for storage and/or output of energy which can be charged several times, for use on a working device portable and to be operated electrically by a user, in particular a portable hand tool or working implement to be operated electrically, for hammering or sawing or grinding or screwing or drilling or cutting, a chain saw or a hedge trimmer, a drill or a hammer drill, comprising: a means for absorbing and/or emitting energy, characterised by, - a means for inverting the current from the means for absorbing and/or delivering energy, and - a means for electrically coupling the means for absorbing and/or delivering energy to the device to be operated electrically via the means for inverting the current, wherein the means for absorbing and/or emitting energy is integrated on and/or in a mobile, transport and/or storage device which is load wise separated from the user during the use of the working device and is separated from the working device to be operated electrically, wherein the predominant part of the weight of the means for absorbing and/or emitting energy is deposited on the transport and/or storage device which is load wise separated from the user. - a means for inverting the current from the means for absorbing and/or delivering energy, and - a means for electrically coupling the means for absorbing and/or delivering energy to the device to be operated electrically via the means for inverting the current, wherein the means for absorbing and/or emitting energy is integrated on and/or in a mobile, transport and/or storage device which is load wise separated from the user during the use of the working device and is separated from the working device to be operated electrically, wherein the predominant part of the weight of the means for absorbing and/or emitting energy is deposited on the transport and/or storage device which is load wise separated from the user.
A tooth whitening device for whitening teeth using sonochemistry, comprising: a) a body; b) an ultrasonic transducer provided in the body, the ultrasonic transducer being configured for producing ultrasonic waves of a sufficient frequency to induce a sonochemical reaction in a liquid tooth whitening composition; c) an ultrasonic horn provided on the body, the ultrasonic horn being operatively connected with the ultrasonic transducer for transmitting ultrasonic waves into a liquid tooth whitening composition; and d) a liquid retaining element provided on the ultrasonic horn, the liquid retaining element being configured for retaining a liquid tooth whitening composition against a user's teeth during a sonochemical reaction induced by ultrasonic waves, wherein: e) the ultrasonic horn includes a free end; and f) the liquid retaining element includes a liquid retaining foam pad detachably attached to the ultrasonic horn by use of a detachable element provided on the detachable foam pad; g) the detachable element includes a sleeve configured for being attached to a free end of the ultrasonic horn; and h) the ultrasonic horn is substantially curved and configured for following a contour of a user's outer front teeth. a) a body; b) an ultrasonic transducer provided in the body, the ultrasonic transducer being configured for producing ultrasonic waves of a sufficient frequency to induce a sonochemical reaction in a liquid tooth whitening composition; c) an ultrasonic horn provided on the body, the ultrasonic horn being operatively connected with the ultrasonic transducer for transmitting ultrasonic waves into a liquid tooth whitening composition; and d) a liquid retaining element provided on the ultrasonic horn, the liquid retaining element being configured for retaining a liquid tooth whitening composition against a user's teeth during a sonochemical reaction induced by ultrasonic waves, e) the ultrasonic horn includes a free end; and f) the liquid retaining element includes a liquid retaining foam pad detachably attached to the ultrasonic horn by use of a detachable element provided on the detachable foam pad; g) the detachable element includes a sleeve configured for being attached to a free end of the ultrasonic horn; and h) the ultrasonic horn is substantially curved and configured for following a contour of a user's outer front teeth.
Device for keeping an open window open that consists of the window frame fixed in the opening of the building and one or more window sashes (2; 3) connected swivelling to the vertical part or the horizontal part of the window frame, whereby the window sash (2; 3) of the window frame is assigned a fixing plate forming the device with a holding arm, on which the retaining arm is swivel- mounted and connected to the frame and whereby the fixing plate is designed to be clamped into the upper profile of the window frame, characterized in that the retaining arm is arranged swivellable and rotatable around a vertical axis and a horizontal axis running in the direction of the retaining arm on the fixing plate.
A method for electronic mail message processing, comprising: obtaining a set of keywords associated with an electronic mail message; updating, using one or more computer processors and based at least in part on the set of keywords, a set of inverted index records stored in a level 1 cache; determining whether size of the set of inverted index records stored in the level 1 cache exceeds a first preset threshold value; in the event that the first preset threshold value is exceeded, transferring the set of inverted index records in the level 1 cache to a level 2 cache; determining whether size of a level 2 cache file exceeds a second preset threshold value; and in the event that the second preset threshold value is exceeded, transferring, according to a path file, inverted index records in the level 2 cache file to a level 3 cache storing a set of inverted index files; wherein the path file stores mapping relationship information of the keywords and corresponding level 3 inverted index files. obtaining a set of keywords associated with an electronic mail message; updating, using one or more computer processors and based at least in part on the set of keywords, a set of inverted index records stored in a level 1 cache; determining whether size of the set of inverted index records stored in the level 1 cache exceeds a first preset threshold value; in the event that the first preset threshold value is exceeded, transferring the set of inverted index records in the level 1 cache to a level 2 cache; determining whether size of a level 2 cache file exceeds a second preset threshold value; and in the event that the second preset threshold value is exceeded, transferring, according to a path file, inverted index records in the level 2 cache file to a level 3 cache storing a set of inverted index files; wherein the path file stores mapping relationship information of the keywords and corresponding level 3 inverted index files.
A film mirror comprising constituent layers comprising an ultraviolet absorption layer, a resin base material layer, a silver reflective layer, and a lower adjacent layer provided adjacently to each other in this order from a light incident side, or a film mirror comprising constituent layers comprising an ultraviolet absorption layer, a resin base material layers, an adhesive layer, a silver reflective layer, and a lower adjacent layer provided adjacently to each other in this order from a light incident side, wherein either the resin base material layer or the adhesive layer contains a stabilizer selected from the group consisting of a phenol based antioxidant, a phosphite based antioxidant, a thiol based antioxidant, and a hindered amine based light stabilizer.
Method for the treatment or provision of a basic material, in particular a material web containing cellulose, wherein a turbine serves both for the provision of a reduced pressure of a gas and/or for the provision of an increased pressure of a gas, wherein - the reduced pressure of the gas is used to support at least one first process (3a, 3b, 3c,...) and - the increased pressure of the gas is used to support at least one second process (5a, 5b, 5c,...), characterised in that the reduced pressure is provided with the aid of a jet pump. - the reduced pressure of the gas is used to support at least one first process (3a, 3b, 3c,...) and - the increased pressure of the gas is used to support at least one second process (5a, 5b, 5c,...),
A bone anchoring system, comprising: a sheath having a first sidewall with proximal and distal ends and a second sidewall with proximal and distal ends, the distal ends of the first and second sidewalls (202, 204) being coupled to one another by a hinge pin such that the first and second sidewalls (202, 204) pivot relative to one another about the hinge pin; an elongate shaft having a distal end with a distally-extending central protrusion that extends into the sheath between the first and second sidewalls (202, 204), and the distal end having at least first and second distally-extending side protrusions (130a, 130b, 130c, 130d) positioned on opposite sides of the central protrusion and extending along opposite outer sides of the first and second sidewalls (202, 204) such that the first and second distally-extending side protrusions (130a, 130b, 130c, 130d) prevent rotation of the first and second sidewalls (202, 204) about the hinge pin. a sheath having a first sidewall with proximal and distal ends and a second sidewall with proximal and distal ends, the distal ends of the first and second sidewalls (202, 204) being coupled to one another by a hinge pin such that the first and second sidewalls (202, 204) pivot relative to one another about the hinge pin; an elongate shaft having a distal end with a distally-extending central protrusion that extends into the sheath between the first and second sidewalls (202, 204), and the distal end having at least first and second distally-extending side protrusions (130a, 130b, 130c, 130d) positioned on opposite sides of the central protrusion and extending along opposite outer sides of the first and second sidewalls (202, 204) such that the first and second distally-extending side protrusions (130a, 130b, 130c, 130d) prevent rotation of the first and second sidewalls (202, 204) about the hinge pin.
Method for lightening keratin fibers, comprising the following steps i. production of the ready-to-use lightening agent immediately before application by combining an agent containing at least one alkalizing agent, an agent containing at least one oxidizing agent and an agent containing at least one peroxo salt, and then mixing, ii. application of the ready-to-use lightening agent from a foam dispenser vessel and distribution of the ready-to-use agent onto the fibers, iii. leaving the lightening agent on the fibers for a period of 1 to 60 min iv. and washing said agent out of the fibers, characterized in that the agent additionally contains at least one zwitterionic surfactant of formula, wherein R is a saturated or unsaturated C 10 -C 20 alkyl chain, and R1 and R2 are each independently a C 1 -C 4 alkyl group or a C 2 -C 4 hydroxyalkyl group. i. production of the ready-to-use lightening agent immediately before application by combining an agent containing at least one alkalizing agent, an agent containing at least one oxidizing agent and an agent containing at least one peroxo salt, and then mixing, ii. application of the ready-to-use lightening agent from a foam dispenser vessel and distribution of the ready-to-use agent onto the fibers, iii. leaving the lightening agent on the fibers for a period of 1 to 60 min iv. and washing said agent out of the fibers, characterized in that the agent additionally contains at least one zwitterionic surfactant of formula, wherein R is a saturated or unsaturated C 10 -C 20 alkyl chain, and R1 and R2 are each independently a C 1 -C 4 alkyl group or a C 2 -C 4 hydroxyalkyl group. R is a saturated or unsaturated C 10 -C 20 alkyl chain, and R1 and R2 are each independently a C 1 -C 4 alkyl group or a C 2 -C 4 hydroxyalkyl group.
An aft frame assembly for a gas turbine transition piece, the aft frame assembly comprising: a main body comprising an upstream facing surface, a downstream facing surface and a seal slot; a plurality of feed hole inlets located on the upstream facing surface, each of the feed hole inlets coupled to one of a plurality of cooling channels passing through the main body towards the downstream facing surface; characterised by a plurality of plenums located in or near the downstream facing surface, each of the plurality of cooling channels connected to and terminating in at least one of the plenums, the cooling channels are configured as inputs to the plenums; a plurality ofmicrochannels formed in or near the downstream facing surface, each of the plurality of microchannels connected to one of the plenums, two or more of the cooling channels and two or more of the microchannels are connected to one of the plenums, and the microchannels are configured as outputs of the plenums; and a plurality of exit channels connected to the microchannels, the exit channels are configured to exhaust flow out of an upstream facing surface of the seal slot or exhaust flow out of one or more exhaust slots formed in a side rail (106,108) of the aft frame assembly. a main body comprising an upstream facing surface, a downstream facing surface and a seal slot; a plurality of feed hole inlets located on the upstream facing surface, each of the feed hole inlets coupled to one of a plurality of cooling channels passing through the main body towards the downstream facing surface; characterised by a plurality of plenums located in or near the downstream facing surface, each of the plurality of cooling channels connected to and terminating in at least one of the plenums, the cooling channels are configured as inputs to the plenums; a plurality ofmicrochannels formed in or near the downstream facing surface, each of the plurality of microchannels connected to one of the plenums, two or more of the cooling channels and two or more of the microchannels are connected to one of the plenums, and the microchannels are configured as outputs of the plenums; and a plurality of exit channels connected to the microchannels, the exit channels are configured to exhaust flow out of an upstream facing surface of the seal slot or exhaust flow out of one or more exhaust slots formed in a side rail (106,108) of the aft frame assembly.
An information processing apparatus comprising: a display control unit (122, 121, 111) to control a display unit to display a symbol corresponding to operation by a user during a first time period since occurrence of the operation, and to apply a mask to the symbol when the first period has ended; and an output unit (125, 111) to control an output of an image indicating a content displayed on the display unit to an external apparatus, so as not to output the image to the external apparatus during a second time period that is equal to or longer than the first time period. a display control unit (122, 121, 111) to control a display unit to display a symbol corresponding to operation by a user during a first time period since occurrence of the operation, and to apply a mask to the symbol when the first period has ended; and an output unit (125, 111) to control an output of an image indicating a content displayed on the display unit to an external apparatus, so as not to output the image to the external apparatus during a second time period that is equal to or longer than the first time period.
A method for compensating a stick-slip effect in the case of a recirculating ball steering system comprising a steering housing, in which a steering piston is supported between a first working chamber and a second working chamber, wherein - the steering piston has a toothed region on its steering piston outer wall, with which teeth of a segment shaft engage, - the steering piston can be moved along a longitudinal axis X-X, - the working chambers (34, 36) are connected to a control valve by means of pressure medium lines in order to provide steering assistance, - the control valve is connected to a processor unit, by means of which the valves of the control valve can be actuated, and - the processor unit is connected to a sensor, which determines a rotation of the steering column both in a first direction of rotation and in a second, opposite direction of rotation, characterized in that when a rotational motion of the steering column in a first direction occurs and thereafter the rotational motion in said direction nearly or completely stops, the valves of the control valve are opened by the processor unit in such a way that the pressure in the working chamber (34, 36) of the steering piston facing away from the direction of motion of the steering piston is reduced and immediately thereafter the pressure in the same working chamber (34, 36) increases again. - the steering piston has a toothed region on its steering piston outer wall, with which teeth of a segment shaft engage, - the steering piston can be moved along a longitudinal axis X-X, - the working chambers (34, 36) are connected to a control valve by means of pressure medium lines in order to provide steering assistance, - the control valve is connected to a processor unit, by means of which the valves of the control valve can be actuated, and - the processor unit is connected to a sensor, which determines a rotation of the steering column both in a first direction of rotation and in a second, opposite direction of rotation,
A masticating separator for separating fruit or vegetable juice from fruit or vegetable pulp comprising a housing, an inner wall in the housing, an auger (22,71) rotatably mounted in the housing for rotation about an axis, a cavity defined between an outer surface (39,82) of the auger (22,71) and the inner wall to receive pulp and juice, and a juice passageway, characterised in that the juice passageway extends about the cavity and is separated from the cavity by the inner wall, wherein an elongate aperture is formed in the inner wall and extends radially between the cavity and the juice passageway so that, when the auger (22,71) is rotated about its longitudinal axis to urge pulp and juice along the cavity, juice in the cavity is urged to flow through the aperture to the juice passageway.
A method for actuating a thread-cutting and thread-clamping apparatus at any embroidery station of a large embroidery machine for cutting the shuttle thread and for securing and clamping the end of the cut shuttle thread, having the following method steps of: - coupling the thread-cutting and thread-clamping apparatus to an actuating apparatus (21,23) in order to stop a shuttle by means of a lifting apparatus, - moving a thread-cutting and thread-clamping assembly from one side of the needle plate in the direction of the embroidery ground, - catching the shuttle thread leading away from the shuttle, - moving the thread-cutting and thread-clamping assembly back in the direction of the needle plate, - clamping the shuttle thread, and - cutting the shuttle thread between a clamping point of the thread-cutting and thread-clamping assembly and the stretched embroidery ground. - coupling the thread-cutting and thread-clamping apparatus to an actuating apparatus (21,23) in order to stop a shuttle by means of a lifting apparatus, - moving a thread-cutting and thread-clamping assembly from one side of the needle plate in the direction of the embroidery ground, - catching the shuttle thread leading away from the shuttle, - moving the thread-cutting and thread-clamping assembly back in the direction of the needle plate, - clamping the shuttle thread, and - cutting the shuttle thread between a clamping point of the thread-cutting and thread-clamping assembly and the stretched embroidery ground.
Structural element with a supporting element for fixing the structural element on a substructure for the rainproof cladding of an exterior building surface, in particular of a pitched roof or of a façade, having a plurality of overlapping structural elements (1, 1'), wherein the structural element has a frame and a panel, which is fastened in or on said frame, and the frame has an upper profile, with two or more sealing lips (41, 42) projecting in the direction of the exterior, weather-facing side, and a lower profile, with two or more sealing lips (31, 32) projecting inwards away from the weather-facing side, said profiles being configured such that they can be brought into engagement with a lower profile and an upper profile, respectively, of an adjacent identical structural element, this resulting in the formation of a labyrinth seal, characterized in that the supporting element has a first contact area, which is provided in the form of a contact area for the lower profile of the structural element, and a second contact area, which is provided in the form of a contact area for the upper profile of an adjacent identical structural element, and in that the upper profile and lower profile of the frame are configured such that, by virtue of being pivoted along a pivot axis parallel to an upper edge of the structural element, the upper profile can be brought into engagement with a lower profile of an identical structural element installed above the structural element on the substructure.
An X-ray source, comprising a target generator configured to generate a liquid jet having an elongated cross section with a major axis and a minor axis; an electron source configured to generate an electron beam arranged to interact with the liquid jet in an interaction region to generate X-ray radiation; and an X-ray transparent window arranged to transmit X-ray radiation generated in the interaction region, wherein the X-ray transparent window is located for extraction of X-ray radiation at an angle α relative to the major axis; characterized in that the target generator is configured to generate the liquid jet such that said jet has a thickness at the interaction region, along a propagation direction of the electron beam, that is less than an electron penetration depth of the electron beam in the liquid jet. a target generator configured to generate a liquid jet having an elongated cross section with a major axis and a minor axis; an electron source configured to generate an electron beam arranged to interact with the liquid jet in an interaction region to generate X-ray radiation; and an X-ray transparent window arranged to transmit X-ray radiation generated in the interaction region, wherein the X-ray transparent window is located for extraction of X-ray radiation at an angle α relative to the major axis; characterized in that the target generator is configured to generate the liquid jet such that said jet has a thickness at the interaction region, along a propagation direction of the electron beam, that is less than an electron penetration depth of the electron beam in the liquid jet.