mhurhangee/ep-ind-claims huggingface dataset:
A method for locating a tracking device, comprising: receiving, at a central tracking device system, a location of a tracking device of a first user from a mobile device of a second user; selecting a target geographic location and a threshold distance based on historical movement behaviour of the tracking device; in response to determining that the location is more than the threshold distance away from the target geographic location, identifying, by the central tracking device system, the tracking device as potentially lost; generating, by the central tracking device system, a notification identifying the tracking device and indicating the tracking device is potentially lost; and providing, by the central tracking device system, the generated notification to a mobile device of the first user, the mobile device of the first user configured to display the notification to the first user. receiving, at a central tracking device system, a location of a tracking device of a first user from a mobile device of a second user; selecting a target geographic location and a threshold distance based on historical movement behaviour of the tracking device; in response to determining that the location is more than the threshold distance away from the target geographic location, identifying, by the central tracking device system, the tracking device as potentially lost; generating, by the central tracking device system, a notification identifying the tracking device and indicating the tracking device is potentially lost; and providing, by the central tracking device system, the generated notification to a mobile device of the first user, the mobile device of the first user configured to display the notification to the first user.
A recording apparatus comprising: an adhesive belt configured to transport a recording medium; a drive mechanism (8, 27) configured to drive the adhesive belt; a first press unit configured to press the recording medium and adhere the recording medium to the adhesive belt; a recording head configured to record on the recording medium; a control unit configured to perform control of the drive mechanism; and characterized by a detection unit provided on a downstream side of the first press unit and on an upstream side of the recording head in a direction of transport of the recording medium and configured to detect an adhesion failure of the recording medium with respect to the adhesive belt, wherein the control unit is adapted to control the drive mechanism in accordance with a result of detection of the detection unit, the control unit is adapted to control the drive mechanism so that the recording medium moves in a direction opposite to the direction of transport when the detection unit detects the adhesion failure, and the control unit is adapted to control the drive mechanism so that the adhesion failure portion moves to the upstream side of the first press unit when the detection unit detects the adhesion failure. an adhesive belt configured to transport a recording medium; a drive mechanism (8, 27) configured to drive the adhesive belt; a first press unit configured to press the recording medium and adhere the recording medium to the adhesive belt; a recording head configured to record on the recording medium; a control unit configured to perform control of the drive mechanism; and characterized by a detection unit provided on a downstream side of the first press unit and on an upstream side of the recording head in a direction of transport of the recording medium and configured to detect an adhesion failure of the recording medium with respect to the adhesive belt, wherein the control unit is adapted to control the drive mechanism in accordance with a result of detection of the detection unit, the control unit is adapted to control the drive mechanism so that the recording medium moves in a direction opposite to the direction of transport when the detection unit detects the adhesion failure, and the control unit is adapted to control the drive mechanism so that the adhesion failure portion moves to the upstream side of the first press unit when the detection unit detects the adhesion failure.
A method of obtaining location information performed by a user equipment, UE, comprising: receiving from a location server a request for location information for a first and second Radio Access Technology, RAT, wherein the UE has dual connectivity to the first and second RATs; obtaining at least some of the location information for the first and second RATs; and transmitting the at least some of the location information to the location server; wherein the request for location information is received from the location server using the first RAT, wherein the at least some of the location information is transmitted to the location server using the second RAT. receiving from a location server a request for location information for a first and second Radio Access Technology, RAT, wherein the UE has dual connectivity to the first and second RATs; obtaining at least some of the location information for the first and second RATs; and transmitting the at least some of the location information to the location server; wherein the request for location information is received from the location server using the first RAT, wherein the at least some of the location information is transmitted to the location server using the second RAT.
A method for manufacturing a porous three-dimensional scaffold using animal tissue powder comprising: (a) powdering an animal-derived tissue; (b) decellularizing the animal-derived tissue before or after powdering it, or simultaneously with powdering it; (c) mixing the decellularized animal-derived tissue powder with a porogen without dissolving them in an organic solvent or any other solvent, and adding a cross-linking agent to the mixture so as to crosslink and aggregate the decellularized animal-derived tissue powder; (d) after step (c), forming the crosslinked and decellularized animal-derived tissue powder into a three-dimensional scaffold; and (e) forming a porous three-dimensional scaffold by treating the three-dimensional scaffold with a particle leaching method which uses as the porogen at least one particle selected from a group consisting of a salt particle such as sodium chloride, an organic sugar particle, a dextran particle, a sucrose particle, an ice particle and a paraffin particle such that the porogen is removed from the three-dimensional scaffold. (a) powdering an animal-derived tissue; (b) decellularizing the animal-derived tissue before or after powdering it, or simultaneously with powdering it; (c) mixing the decellularized animal-derived tissue powder with a porogen without dissolving them in an organic solvent or any other solvent, and adding a cross-linking agent to the mixture so as to crosslink and aggregate the decellularized animal-derived tissue powder; (d) after step (c), forming the crosslinked and decellularized animal-derived tissue powder into a three-dimensional scaffold; and (e) forming a porous three-dimensional scaffold by treating the three-dimensional scaffold with a particle leaching method which uses as the porogen at least one particle selected from a group consisting of a salt particle such as sodium chloride, an organic sugar particle, a dextran particle, a sucrose particle, an ice particle and a paraffin particle such that the porogen is removed from the three-dimensional scaffold.
Reinforcement structure for a crown and root tooth restoration comprising: - a plurality of reinforcement pins, - an additional pin made from a material etched more quickly than the plurality of reinforcement pins so as to form an etching canal, - joining means configured to group the plurality of reinforcement pins and the additional pin together so as to form a bundle of pins, said joining means partially covering the length of the reinforcement pins, the additional pin being fixed directly or indirectly to the joining means between the reinforcement pins, the joining means being configured to hold the reinforcement pins together when handled in such a way that it is possible to remove reinforcement rods one by one or in small quantities, reinforcement pins, the additional pin being fixed to an adjacent at least one reinforcement pin over at least 70% of its length and/or locally by means of a plurality of attachment points distinct from one another. - a plurality of reinforcement pins, - an additional pin made from a material etched more quickly than the plurality of reinforcement pins so as to form an etching canal, - joining means configured to group the plurality of reinforcement pins and the additional pin together so as to form a bundle of pins, said joining means partially covering the length of the reinforcement pins, the additional pin being fixed directly or indirectly to the joining means between the reinforcement pins,
An extruder comprising: - a hollow extrusion cylinder, elongated in a longitudinal direction and having an inlet for receiving pellets of polymeric material, and an outlet for expelling melted polymeric material; - an extruder screw connected to a motor to rotate inside the extrusion cylinder and to move the polymeric material from the inlet to the outlet; - heaters coupled to the extrusion cylinder; - an apparatus for optical inspection of a mass of polymeric material passing through the extruder, wherein the optical inspection apparatus comprises an optical sensor which can be operatively coupled to the extrusion cylinder and which has an infrared light emitter and a receiver configured to measure a measurement parameter representing an optical property of the polymeric material inside the extrusion cylinder, the extruder being characterized in that it comprises: - a plurality of the optical sensors, which are coupled to the extrusion cylinder in a plurality of measurement sites located in succession and spaced from each other along the longitudinal direction; - a processor programmed to acquire a plurality of measurement signals containing the measurement parameters measured by the corresponding optical sensors of the plurality of optical sensors and programmed to process the plurality of measurement signals in order to calculate a corresponding plurality of values of a control parameter indicating a physical state of the polymeric material, wherein the plurality of values represents a curve of the changes in the control parameter inside the extrusion cylinder as a function of a longitudinal position. - a hollow extrusion cylinder, elongated in a longitudinal direction and having an inlet for receiving pellets of polymeric material, and an outlet for expelling melted polymeric material; - an extruder screw connected to a motor to rotate inside the extrusion cylinder and to move the polymeric material from the inlet to the outlet; - heaters coupled to the extrusion cylinder; - an apparatus for optical inspection of a mass of polymeric material passing through the extruder, - a plurality of the optical sensors, which are coupled to the extrusion cylinder in a plurality of measurement sites located in succession and spaced from each other along the longitudinal direction; - a processor programmed to acquire a plurality of measurement signals containing the measurement parameters measured by the corresponding optical sensors of the plurality of optical sensors and programmed to process the plurality of measurement signals in order to calculate a corresponding plurality of values of a control parameter indicating a physical state of the polymeric material, wherein the plurality of values represents a curve of the changes in the control parameter inside the extrusion cylinder as a function of a longitudinal position.
Deflector for the fairing of at least one turbomachine pinion, said at least one pinion comprising a teething, a barrel and a wall positioned between the teething and the barrel, the deflector extending around an axis and comprising an envelope of which the shape and the dimensions are suited to surrounding at least one part of the teething of the pinion, the deflector comprising an oil injection circuit comprising: - a first portion provided on an outer surface of the envelope, - at least one first injection hole provided in the envelope and communicating with the first portion of the oil injection circuit, said at least one first injection hole emerging on an inner surface of the envelope so as to inject oil in the direction of the pinion, the oil injection circuit characterised in that it comprises: - a second portion communicating with the first portion, said second portion comprising at least one second injection hole intended to be facing the inside of the barrel of the pinion. - a first portion provided on an outer surface of the envelope, - at least one first injection hole provided in the envelope and communicating with the first portion of the oil injection circuit, said at least one first injection hole emerging on an inner surface of the envelope so as to inject oil in the direction of the pinion, - a second portion communicating with the first portion, said second portion comprising at least one second injection hole intended to be facing the inside of the barrel of the pinion.
A turbine shroud assembly for use with a gas turbine engine, the turbine shroud assembly comprising a carrier segment arranged circumferentially at least partway around an axis, the carrier segment having a first mount flange that extends radially inward and a second mount flange axially spaced apart from the first mount flange and that extends radially inward, the second mount flange including a radially extending wall and a chordal seal that extends axially away from the radially extending wall, a blade track assembly including a blade track segment and a first mount pin assembly, the blade track segment including a shroud wall and an attachment feature that extends radially outward from the shroud wall, and the first mount pin assembly coupling the blade track assembly to the carrier segment and including a retainer plug extending axially into the first mount flange and a pin segment (154, 155) extending axially away from the retainer plug, and characterised by a first biasing member arranged axially between and engaged with the retainer plug of the first mount pin assembly and the pin segment (154, 155) such that a portion of the pin segment (154, 155) engages the attachment feature of the blade track segment so as to bias the attachment feature into engagement with the chordal seal of the second mount flange. a carrier segment arranged circumferentially at least partway around an axis, the carrier segment having a first mount flange that extends radially inward and a second mount flange axially spaced apart from the first mount flange and that extends radially inward, the second mount flange including a radially extending wall and a chordal seal that extends axially away from the radially extending wall, a blade track assembly including a blade track segment and a first mount pin assembly, the blade track segment including a shroud wall and an attachment feature that extends radially outward from the shroud wall, and the first mount pin assembly coupling the blade track assembly to the carrier segment and including a retainer plug extending axially into the first mount flange and a pin segment (154, 155) extending axially away from the retainer plug, and characterised by a first biasing member arranged axially between and engaged with the retainer plug of the first mount pin assembly and the pin segment (154, 155) such that a portion of the pin segment (154, 155) engages the attachment feature of the blade track segment so as to bias the attachment feature into engagement with the chordal seal of the second mount flange.
A rechargeable battery comprising: an electrode assembly comprising a first electrode and a second electrode, the electrode assembly being spirally-wound; a case has an opening into which the electrode assembly is inserted; a cover coupled to the case at the opening; and a terminal electrically connected to the second electrode, the terminal extending to the outside of the case, wherein the electrode assembly comprises two side surfaces (10a, 10b) facing opposite directions and two curved surfaces (10c, 10d) that connect the two side surfaces (10a, 10b), and a surface of the cover is formed to face a first side surface of the two side surfaces (10a, 10b), and wherein the electrode assembly further comprises two side ends comprising a first electrode uncoated region and a second electrode uncoated region in which active material is not coated, and wherein, at the bottom plate of the case, the case comprises a support jaw welded to the first electrode uncoated region. an electrode assembly comprising a first electrode and a second electrode, the electrode assembly being spirally-wound; a case has an opening into which the electrode assembly is inserted; a cover coupled to the case at the opening; and a terminal electrically connected to the second electrode, the terminal extending to the outside of the case, wherein the electrode assembly comprises two side surfaces (10a, 10b) facing opposite directions and two curved surfaces (10c, 10d) that connect the two side surfaces (10a, 10b), and a surface of the cover is formed to face a first side surface of the two side surfaces (10a, 10b), and wherein the electrode assembly further comprises two side ends comprising a first electrode uncoated region and a second electrode uncoated region in which active material is not coated, and wherein, at the bottom plate of the case, the case comprises a support jaw welded to the first electrode uncoated region.
A tilting mechanism for a chair, in particular an office chair, having two bearing parts (23, 24) of a central bearing arranged so as to be movable relative to one another, wherein the upper bearing part is formed for connecting to a seat for a person and the lower bearing part is formed for connecting to a base part for placing said chair on a ground, wherein said bearing parts (23, 24) are tiltable relative to each other in a predetermined angular range by shifting the weight of the person and comprise mutually correspondingly curved bearing shells (28, 29, 32) for mutual bearing, and a plurality of spring elements is provided between said lower bearing part and said upper bearing part which counteract a deflection and/or are arranged in pairs opposite the center of said bearing shells (28, 29, 32), characterized in that said bearing shells (28, 29, 32) of said two bearing parts (23, 24) are positioned one above the other when the tilting mechanism is mounted on a chair, wherein said spring elements are designed as elastomeric springs or elastomeric spring elements.
A flow-altering device (70, 70A, 300) having a base comprising an inner side for attaching onto a surface of the wind turbine blade, and an outer side with one or more flow-altering device parts (84, 86) protruding from the base, wherein the flow-altering device comprises an adhesive material (100, 100A, 100B, 100C, 100D) arranged on the inner surface, characterised in that the adhesive material has one or more slits (102, 310, 312, 314, 316, 318) for reducing air bubble formation between the flow-altering device and the surface of the wind turbine blade.
System for the computer-aided creation of rules for monitoring and/or diagnosing a technical plant, comprising: - a reasoner, - a digital knowledge base in the form of a first ontology, comprising a plant ontology, which describes the technical plant on the basis of concepts (CL, CL') and relations, characterized in that - the first ontology also comprises a rule ontology, which comprises rules as concepts (CL, CL'), wherein a respective rule is linked by means of a condition relation (bo) to concepts (CL, CL') in the form of one or more conditions, wherein the condition or conditions refer to one or more concepts of the plant ontology and wherein the respective rule is linked by means of a consequence relation (he) to the concept of a consequence that is derived from the condition (s) and that refers to one or more concepts (CL, CL') of the plant ontology; - a user interface is provided by means of which a user can alter the rule ontology by specifying rules, whereby the first ontology is edited; - the reasoner, during operation, is applied to a second ontology, which is derived from the first edited ontology by means of an ontology transformation means or which is the first edited ontology, wherein the reasoner verifies rules in the second ontology and outputs the verification result via the user interface; - a rule generation means is provided in order to generate executable rules from the first edited ontology, which executable rules can be executed by a rule engine. - a reasoner, - a digital knowledge base in the form of a first ontology, comprising a plant ontology, which describes the technical plant on the basis of concepts (CL, CL') and relations, - the first ontology also comprises a rule ontology, which comprises rules as concepts (CL, CL'), wherein a respective rule is linked by means of a condition relation (bo) to concepts (CL, CL') in the form of one or more conditions, wherein the condition or conditions refer to one or more concepts of the plant ontology and wherein the respective rule is linked by means of a consequence relation (he) to the concept of a consequence that is derived from the condition (s) and that refers to one or more concepts (CL, CL') of the plant ontology; - a user interface is provided by means of which a user can alter the rule ontology by specifying rules, whereby the first ontology is edited; - the reasoner, during operation, is applied to a second ontology, which is derived from the first edited ontology by means of an ontology transformation means or which is the first edited ontology, wherein the reasoner verifies rules in the second ontology and outputs the verification result via the user interface; - a rule generation means is provided in order to generate executable rules from the first edited ontology, which executable rules can be executed by a rule engine.
Transport box for packaging flat, substantially rectangular components, comprising a base and four side walls which internally have webs in the direction of the base in a particular spacing, grooves thus being formed between said webs, and dividing strips which subdivide the transport box into compartments being insertable into the grooves, the dividing strips having the same webs and grooves as in the side walls in the same spacing on both sides, and the components being held spaced apart vertically between opposite grooves (5, 11), and the base having domes on which the inserted dividing strips are braced and thus held in a straight line, characterised in that the walls of the grooves (5, 11) are formed concave.