mhurhangee/ep-ind-claims huggingface dataset:
Tab for a closure, comprising a tab body having at one side a tab nose for opening the closure, and at the other side a tab lever having a finger opening for activating the tab lever, which finger opening is surrounded by a distal lever part connected by lateral lever legs to the tab body, wherein in the lever legs are provided with hinge parts in the form of aligned lateral lever leg parts of reduced bending strength, wherein the lateral lever leg parts have a reduced width characterised in that the width of the lateral lever leg parts increases towards the tab body, such that upon cycles of bending forces at an original bending line in the most remote zone of the lateral lever leg parts the strength of the material will be increased in this zone, such that subsequent bending will take place in an adjacent bending zone which is more towards the tab body, and at a higher bending strength.
A heat shield for a mid-turbine frame of a turbine engine comprising: a conical body having a plurality of openings for receiving mid-turbine frame struts; at least one axial retention feature operable to prevent said heat shield from shifting axially; at least one circumferential retention feature operable to prevent the heat shield from rotating about an axis defined by the heat shield; and at least one radial retention feature (156, 158) operable to dampen vibrational movement of the heat shield by positioning the heat shield radially, characterised in that each of said at least one radial retention features (156, 158) comprises a curved tab extending from a circumference of said heat shield, and said curved tab is operable to contact an inner wall of a mid-turbine frame, thereby minimizing radial movement of the heat shield, relative to said axis. a conical body having a plurality of openings for receiving mid-turbine frame struts; at least one axial retention feature operable to prevent said heat shield from shifting axially; at least one circumferential retention feature operable to prevent the heat shield from rotating about an axis defined by the heat shield; and at least one radial retention feature (156, 158) operable to dampen vibrational movement of the heat shield by positioning the heat shield radially, characterised in that each of said at least one radial retention features (156, 158) comprises a curved tab extending from a circumference of said heat shield, and said curved tab is operable to contact an inner wall of a mid-turbine frame, thereby minimizing radial movement of the heat shield, relative to said axis.
Bayonet type locking ring intended to receive a circular electrical connector, characterized in that it comprises: - a first piece with a shape of a cylindrical ring extending from one end to another, said first piece comprising notches distributed over the entire circumference of an internal face of the first piece adjacent to one end and a first ramp part on the internal face of the first piece, the first piece is made of thermoplastic material, - a second piece with a shape of a cylindrical ring, said second piece is made of a moulded Zamak or of very high performance thermoplastic, said second piece comprises notches distributed over the entire circumference of its external face and a second ramp part on the internal cylindrical surface, said second piece has a density higher than the first piece and when the first piece and the second piece are assembled: - the notches of the second piece fit in the notches of the first piece preventing the second piece from rotating in relation to the first piece; and - the second ramp part of the second piece complements the first ramp part of the first piece, - each ramp part is intended to receive a lug of a complementary electrical connector. - a first piece with a shape of a cylindrical ring extending from one end to another, said first piece comprising notches distributed over the entire circumference of an internal face of the first piece adjacent to one end and a first ramp part on the internal face of the first piece, the first piece is made of thermoplastic material, - a second piece with a shape of a cylindrical ring, said second piece is made of a moulded Zamak or of very high performance thermoplastic, said second piece comprises notches distributed over the entire circumference of its external face and a second ramp part on the internal cylindrical surface, said second piece has a density higher than the first piece and when the first piece and the second piece are assembled: - the notches of the second piece fit in the notches of the first piece preventing the second piece from rotating in relation to the first piece; and - the second ramp part of the second piece complements the first ramp part of the first piece, - each ramp part is intended to receive a lug of a complementary electrical connector.
A force-measuring device having a force-measuring cell, a processing unit (60 PU), and a calibration device, wherein the calibration device is provided with an electrically controllable force-generating means, which can be coupled to a force-measuring cell of a force measuring device such that a predefined force can be applied to the force-measuring cell so that the force-measuring cell generates a measuring signal which corresponds to the applied force and which can be transmitted to the processing unit (60, PU), where it can be processed with respect to the predefined force, and wherein the calibration device comprises a calibration control unit which can be connected via a communications link to the processing unit (60, PU), characterized in that the calibration device is configured as a modular unit of the force measuring device in that a first mechanical interface defines the positioning of the calibration device in relation to the force-measuring cell according to a predetermined dimension, in that a second mechanical interface defines the vertical distance between the coupling location of the force-generating means on the force-measuring cell and the first mechanical interface, and in that at least one electrical interface forms a connection to the power supply and/or the communications link, and in that the calibration device is configured as a functional unit within the force-measuring device, wherein the calibration control unit comprises memory element in which at least one predefined parameter characterizing the force-measuring device and/or the calibration device is stored and is available to the calibration control unit, wherein the calibration control unit is able to exchange information signals bidirectionally with the processing unit (60, PU) via the communications link, and wherein the calibration control unit is configured to generate control signals for controlling the force-generating means based on the information signals and the parameter.
An industrial automation system, comprising: a plurality of embedded historians (121; 122; 123) that are distributed as part of an industrial unit, adapted to collect historian data associated with the industrial automation system; and an aggregator component adapted to aggregate the historian data with operational metric data, wherein the operational metric data is received by the aggregator component from a third party subscriber or member that is operatively coupled to the industrial automation system, wherein the aggregation of data is initiated by a triggering event associated with the third party subscriber or member. a plurality of embedded historians (121; 122; 123) that are distributed as part of an industrial unit, adapted to collect historian data associated with the industrial automation system; and an aggregator component adapted to aggregate the historian data with operational metric data, wherein the operational metric data is received by the aggregator component from a third party subscriber or member that is operatively coupled to the industrial automation system, wherein the aggregation of data is initiated by a triggering event associated with the third party subscriber or member.
A flexible display panel, comprising: a flexible display structure; and a film-like structure on at least one side of the flexible display structure, wherein the film-like structure comprises: a first flexible layer, a second flexible layer, a filler sealed between the first flexible layer and the second flexible layer, and a heater configured to heat the filler; wherein a hardness of the filler varies with a temperature of the filler; wherein the filler comprises a thermal characteristic material, said thermal characteristic material being in a solid state in a case that the temperature is within a first threshold interval, and said thermal characteristic material being in a liquid state in a case that the temperature is within a second threshold interval; characterized in that the filler further comprises a flexible porous layer, wherein the flexible porous layer comprises at least one porous structure; and wherein the thermal characteristic material is filled in the at least one porous structure. a flexible display structure; and a film-like structure on at least one side of the flexible display structure, wherein the film-like structure comprises: a first flexible layer, a second flexible layer, a filler sealed between the first flexible layer and the second flexible layer, and a heater configured to heat the filler; wherein a hardness of the filler varies with a temperature of the filler; wherein the filler comprises a thermal characteristic material, said thermal characteristic material being in a solid state in a case that the temperature is within a first threshold interval, and said thermal characteristic material being in a liquid state in a case that the temperature is within a second threshold interval; characterized in that the filler further comprises a flexible porous layer, wherein the flexible porous layer comprises at least one porous structure; and wherein the thermal characteristic material is filled in the at least one porous structure.
A method performed by a wireless communication network for recovering a public warning system when a radio network node comprising radio circuitry for communication with served user equipments, UEs, has been newly added or restarted in the network, the wireless communication network comprising the radio network node and a core network node (120, 130) connected to the radio network node, the method comprising: sending, by the radio network node to the core network node, information indicating that the radio network node has been restarted or added to the network, characterized in the information including one or more tracking area identifiers, TAI, identifying one or more tracking areas that the radio network node supports and/or a radio network node identifier, ID, identifying the radio network node in the communication network, in case the radio network node ID is sent but not the one or more TAls, acquiring, by the core network node the one or more TAIs based on the received radio network node ID checking, by the core network node based on the information sent by the radio network node, whether there are any ongoing broadcasts in any of the one or more tracking areas that the radio network node supports, when there are ongoing broadcasts in any of the one or more tracking areas that the radio network node supports, sending, by the core network node, a Write Replace Warning, WRW, request message to the radio network node, the WRW request message comprising information in the ongoing broadcasts, broadcasting, by the radio network node to the served UEs, the information in the ongoing broadcasts, received in the WRW request message. sending, by the radio network node to the core network node, information indicating that the radio network node has been restarted or added to the network, characterized in the information including one or more tracking area identifiers, TAI, identifying one or more tracking areas that the radio network node supports and/or a radio network node identifier, ID, identifying the radio network node in the communication network, in case the radio network node ID is sent but not the one or more TAls, acquiring, by the core network node the one or more TAIs based on the received radio network node ID checking, by the core network node based on the information sent by the radio network node, whether there are any ongoing broadcasts in any of the one or more tracking areas that the radio network node supports, when there are ongoing broadcasts in any of the one or more tracking areas that the radio network node supports, sending, by the core network node, a Write Replace Warning, WRW, request message to the radio network node, the WRW request message comprising information in the ongoing broadcasts, broadcasting, by the radio network node to the served UEs, the information in the ongoing broadcasts, received in the WRW request message.
A light-emitting device, comprising: a pair of light-transmissive insulator sheets each provided with a light-transmissive electroconductive layer, or a pair of a light-transmissive insulator sheet provided with light-transmissive electroconductive layers and a light-transmissive insulator sheet free from a light-transmissive electroconductive layer, disposed opposite to each other so as to form a region between the pair, one or more light-emitting semiconductor element each provided with a cathode and an anode which are individually and electrically connected to respective ones of said light-transmissive electroconductive layers, and a light-transmissive elastomer, respectively disposed between the pair of light-transmissive insulator sheets so as to fill the region in combination, wherein the light-transmissive elastomer is at least partially present in the interface between the cathode and anode of the light-emitting semiconductor element and the light-transmissive electroconductive layers, and the light-transmissive elastomer is also filled in concavities of the cathode and anode surfaces, characterized in that said light-transmissive elastomer has a Vicat softening temperature of 80 - 160°C. a pair of light-transmissive insulator sheets each provided with a light-transmissive electroconductive layer, or a pair of a light-transmissive insulator sheet provided with light-transmissive electroconductive layers and a light-transmissive insulator sheet free from a light-transmissive electroconductive layer, disposed opposite to each other so as to form a region between the pair, one or more light-emitting semiconductor element each provided with a cathode and an anode which are individually and electrically connected to respective ones of said light-transmissive electroconductive layers, and a light-transmissive elastomer, respectively disposed between the pair of light-transmissive insulator sheets so as to fill the region in combination, wherein the light-transmissive elastomer is at least partially present in the interface between the cathode and anode of the light-emitting semiconductor element and the light-transmissive electroconductive layers, and the light-transmissive elastomer is also filled in concavities of the cathode and anode surfaces, characterized in that said light-transmissive elastomer has a Vicat softening temperature of 80 - 160°C.
An apparatus comprising: a torque motor comprising a spring, armature, flapper assembly, the spring, armature, flapper assembly comprising an armature configured to pivot about its centre to cause a lower end of a flapper of the assembly to move left and right; a body, wherein the spring, armature, flapper assembly is mounted onto the body; and a cap enclosing the spring, armature, flapper assembly; wherein one or more cooling passages are provided within the body and are configured to receive a fluid and direct the fluid onto the spring, armature, flapper assembly of the torque motor, the body comprises a portion configured to receive Z the J flapper of the spring, armature, flapper assembly, the one or more cooling passages are configured to direct the fluid at least partially onto the portion configured to receive the flapper of the spring, armature, flapper assembly, the torque motor further comprises a pole piece, each of the one or more cooling passages is configured to direct the fluid through an aperture formed in the centre of the pole piece, each cooling passage comprises a central axis, the central axis of each cooling passage extends through the aperture of the pole piece, the pole piece is a substantially annular member, and the portion is accommodated inside the aperture of the pole piece. a torque motor comprising a spring, armature, flapper assembly, the spring, armature, flapper assembly comprising an armature configured to pivot about its centre to cause a lower end of a flapper of the assembly to move left and right; a body, wherein the spring, armature, flapper assembly is mounted onto the body; and a cap enclosing the spring, armature, flapper assembly; wherein one or more cooling passages are provided within the body and are configured to receive a fluid and direct the fluid onto the spring, armature, flapper assembly of the torque motor, the body comprises a portion configured to receive Z the J flapper of the spring, armature, flapper assembly, the one or more cooling passages are configured to direct the fluid at least partially onto the portion configured to receive the flapper of the spring, armature, flapper assembly, the torque motor further comprises a pole piece, each of the one or more cooling passages is configured to direct the fluid through an aperture formed in the centre of the pole piece, each cooling passage comprises a central axis, the central axis of each cooling passage extends through the aperture of the pole piece, the pole piece is a substantially annular member, and the portion is accommodated inside the aperture of the pole piece.
An array substrate, comprising: a base substrate; a plurality of light emitting units that is disposed on the base substrate and constitutes a light emitting region (A'); a display region driving circuit that is disposed on the base substrate and electrically connected to the plurality of light emitting units so as to drive the plurality of light emitting units; and a peripheral circuit that is disposed on the base substrate and disposed at a periphery of the display region driving circuit, wherein at least one light emitting unit is located on the periphery circuit, and the orthographic projection of the at least one light emitting unit on the base substrate and the orthographic projection of the peripheral circuit on the base substrate have an overlapping portion there-between, and characterized in that, an area of the light emitting unit close to an edge portion of the array substrate among the plurality of light emitting units is larger than an area of the light emitting unit located at a middle portion of the array substrate among the plurality of light emitting units, and areas of the plurality of light emitting units are gradually increased from the middle portion to the edge portion. a base substrate; a plurality of light emitting units that is disposed on the base substrate and constitutes a light emitting region (A'); a display region driving circuit that is disposed on the base substrate and electrically connected to the plurality of light emitting units so as to drive the plurality of light emitting units; and a peripheral circuit that is disposed on the base substrate and disposed at a periphery of the display region driving circuit, wherein at least one light emitting unit is located on the periphery circuit, and the orthographic projection of the at least one light emitting unit on the base substrate and the orthographic projection of the peripheral circuit on the base substrate have an overlapping portion there-between, and characterized in that, an area of the light emitting unit close to an edge portion of the array substrate among the plurality of light emitting units is larger than an area of the light emitting unit located at a middle portion of the array substrate among the plurality of light emitting units, and areas of the plurality of light emitting units are gradually increased from the middle portion to the edge portion.
A solid polyrotaxane composition comprising: a polyrotaxane containing a cyclodextrin, a polyethylene glycol which is included in the cavities of the cyclodextrin molecules in a skewered manner, and a capping group that is placed at each end of the polyethylene glycol and prevents dissociation of the cyclodextrin molecules from the polyethylene glycol; and a polyphenol antioxidant in an amount of 0.001 to 5% by weight, based on the polyrotaxane, wherein the polyphenol antioxidant is at least one selected from the group consisting of rosmarinic acid, gallic acid and catechin. a polyrotaxane containing a cyclodextrin, a polyethylene glycol which is included in the cavities of the cyclodextrin molecules in a skewered manner, and a capping group that is placed at each end of the polyethylene glycol and prevents dissociation of the cyclodextrin molecules from the polyethylene glycol; and a polyphenol antioxidant in an amount of 0.001 to 5% by weight, based on the polyrotaxane, wherein the polyphenol antioxidant is at least one selected from the group consisting of rosmarinic acid, gallic acid and catechin.
An endoprosthesis comprising: a stent structure having a loop structure through which a filament extends said stent structure having a crossover structure which is contiguous to said loop structure, said stent structure having an elongate member longitudinal portions of which overlap to define said crossover structure; and characterised in a guard structure secured to said stent structure and located adjacent to said crossover structure to obstruct displacement of the filament between said longitudinal portions of said elongate member of said crossover structure. a stent structure having a loop structure through which a filament extends said stent structure having a crossover structure which is contiguous to said loop structure, said stent structure having an elongate member longitudinal portions of which overlap to define said crossover structure; and characterised in a guard structure secured to said stent structure and located adjacent to said crossover structure to obstruct displacement of the filament between said longitudinal portions of said elongate member of said crossover structure.
Non-ionic, water-soluble cellulose ether, characterized in that it has 3-azido-2-hydroxypropyl groups each bound to the cellulose via an ether link, wherein the molar degree of substitution MS AHP is in the range from 0.001 to 0.30 and furthermore characterized in that it has alkyl and/or hydroxyalkyl groups in addition to the 3-azido-2-hydroxypropyl groups.