mhurhangee/ep-ind-claims huggingface dataset:
A kit for aligning and drawing one or more products across a shelf, the kit comprising: - a container moveable between a stowed and an active configuration having an opposing pair of sidewalls and opposing pair of end walls and an open base and being moveable in the active configuration across the shelf for drawing the product(s) across the shelf, the container defining a zone for aligning product(s), the zone defined between the opposing pair of side walls and the opposing pair of end walls; and - a riser for retaining products on the shelf having a securing arrangement for securing the riser adjacent a front edge of a shelf and an upstand portion extending from the securing arrangement; the riser further comprising spacer element configured to maintain a product positioned on the shelf spaced apart from the upstand portion, the riser comprising a stowing zone being defined by the upstand portion and the spacer element to accommodate one of the end walls of the container in the stowed configuration. - a container moveable between a stowed and an active configuration having an opposing pair of sidewalls and opposing pair of end walls and an open base and being moveable in the active configuration across the shelf for drawing the product(s) across the shelf, the container defining a zone for aligning product(s), the zone defined between the opposing pair of side walls and the opposing pair of end walls; and - a riser for retaining products on the shelf having a securing arrangement for securing the riser adjacent a front edge of a shelf and an upstand portion extending from the securing arrangement; the riser further comprising spacer element configured to maintain a product positioned on the shelf spaced apart from the upstand portion, the riser comprising a stowing zone being defined by the upstand portion and the spacer element to accommodate one of the end walls of the container in the stowed configuration.
A method (200, 300, 400) of initiating a communication session with a wireless peripheral device, the method comprising: wirelessly broadcasting (210, 310, 410), with the peripheral device, a first set of advertising packets; receiving, at the peripheral device from a first central device, a request to initiate a first communication session; causing (220, 320, 430) the peripheral device to establish and complete the first communication session with the first central device; and wirelessly broadcasting (230, 330, 440), with the peripheral device, a second set of advertising packets, wherein: each advertising packet of the second set of advertising packets comprises a data flag not included in any advertising packet of the first set of advertising packets, and the data flag comprises an indication of a type of device to initiate a communication session with the peripheral device. wirelessly broadcasting (210, 310, 410), with the peripheral device, a first set of advertising packets; receiving, at the peripheral device from a first central device, a request to initiate a first communication session; causing (220, 320, 430) the peripheral device to establish and complete the first communication session with the first central device; and wirelessly broadcasting (230, 330, 440), with the peripheral device, a second set of advertising packets, wherein: each advertising packet of the second set of advertising packets comprises a data flag not included in any advertising packet of the first set of advertising packets, and the data flag comprises an indication of a type of device to initiate a communication session with the peripheral device. each advertising packet of the second set of advertising packets comprises a data flag not included in any advertising packet of the first set of advertising packets, and the data flag comprises an indication of a type of device to initiate a communication session with the peripheral device.
Method for making rubber portions comprising tyre metallic reinforcing plies; said method comprising an incorporation step wherein metallic cords which constitute the plies are arranged between two skim layers; said method being characterized in that it comprises a treatment step for the metallic cords, that precedes said incorporation step and wherein the metallic cords are wetted with a diene elastomeric polymer with a viscosity of between 3 and 10 Pa·s at room temperature.
A composition comprising an mRNA encoding a therapeutic peptide or polypeptide for use in treating an eye disease, disorder or condition in a subject in need thereof, wherein the composition is administered into an eye of the subject via intravitreal injection such that the administration of the composition results in expression and/or activity of the therapeutic peptide or polypeptide encoded by the mRNA in the eye, wherein the mRNA has a length of 0.5 kb to 5 kb and is encapsulated within a liposome, wherein the liposome comprises one or more cationic lipids, one or more non-cationic lipids, one or more cholesterol-based lipids and one or more PEG-modified lipids.
A sensor hub open platform for a servo motor assembly, comprising at least one sensor communication interface for communicating with at least one sensor or encoder (4, 12, 16), a computing device for evaluating and/or processing and/or converting data acquired from the at least one sensor or encoder (4, 12, 16), and a communication interface for communicating at least with a master device, wherein the sensor hub and the master device are connectable via a single cable (6, 14), characterized in that the communication interface to the master device is designed to provide a real-time data transmission of position data of a first encoder and additional encoders or data of additional sensors (4, 13) in a single motor control cycle, and wherein the sensor communication interface is designed to provide a synchronous data acquisition of at least one sensor (4, 16) and at least one encoder (5, 12). at least one sensor communication interface for communicating with at least one sensor or encoder (4, 12, 16), a computing device for evaluating and/or processing and/or converting data acquired from the at least one sensor or encoder (4, 12, 16), and a communication interface for communicating at least with a master device, wherein the sensor hub and the master device are connectable via a single cable (6, 14), characterized in that the communication interface to the master device is designed to provide a real-time data transmission of position data of a first encoder and additional encoders or data of additional sensors (4, 13) in a single motor control cycle, and wherein the sensor communication interface is designed to provide a synchronous data acquisition of at least one sensor (4, 16) and at least one encoder (5, 12).
A tool bit comprising: a drive portion configured to be engaged by a tool, the drive portion including a first maximum outer dimension; a shank extending from the drive portion and including a reduced outer diameter; and a tip coupled to an end of the shank opposite from the drive portion, the tip having a compressive residual stress layer formed by blasting to increase a wear resistance of the tip relative to the shank, the tip including a second maximum outer dimension, wherein blasting includes laser blasting, where the tip is impacted with high-energy pulsed laser beam, or laser ablating, where a laser is focused onto the tip, thereby removing material from an irradiated zone and breaking down chemical bonds on a surface of the tip; wherein the reduced outer diameter of the shank is smaller than the first maximum outer dimension of the drive portion and the second maximum outer dimension of the tip. a drive portion configured to be engaged by a tool, the drive portion including a first maximum outer dimension; a shank extending from the drive portion and including a reduced outer diameter; and a tip coupled to an end of the shank opposite from the drive portion, the tip having a compressive residual stress layer formed by blasting to increase a wear resistance of the tip relative to the shank, the tip including a second maximum outer dimension, wherein blasting includes laser blasting, where the tip is impacted with high-energy pulsed laser beam, or laser ablating, where a laser is focused onto the tip, thereby removing material from an irradiated zone and breaking down chemical bonds on a surface of the tip; wherein the reduced outer diameter of the shank is smaller than the first maximum outer dimension of the drive portion and the second maximum outer dimension of the tip.
A method for converting one or more plastic polymers into methane and/or liquid fuels comprising a) contacting one or more plastic polymers with a ruthenium-modified zeolite catalyst in water or in dry condition to provide a reaction mixture; b) placing the reaction mixture under the pressure of 40 to 200 bars of H 2 at 140 to 300°C; c) cooling the reaction mixture to 20 to 25°C; d) recovering methane from the reaction mixture; and/or e) recovering liquid fuels from the reaction mixture. a) contacting one or more plastic polymers with a ruthenium-modified zeolite catalyst in water or in dry condition to provide a reaction mixture; b) placing the reaction mixture under the pressure of 40 to 200 bars of H 2 at 140 to 300°C; c) cooling the reaction mixture to 20 to 25°C; d) recovering methane from the reaction mixture; and/or e) recovering liquid fuels from the reaction mixture.
An electromechanical actuator ("EMA") comprising: an actuator drive unit ("ADU") housing; and a ball screw, wherein the ball screw and ADU housing interface to form a multi-row thrust bearing (MRTB); characterised in that: the ADU housing includes a raceway integrally formed in a surface of the ADU housing. an actuator drive unit ("ADU") housing; and a ball screw, wherein the ball screw and ADU housing interface to form a multi-row thrust bearing (MRTB); characterised in that: the ADU housing includes a raceway integrally formed in a surface of the ADU housing.
An adjustable dumbbell, comprising a dumbbell bar assembly and a plurality of dumbbell plates hooked to two sides of the dumbbell bar assembly, characterized in that, inserting plate assemblies for being inserted into insertion ports of the dumbbell plates and limiting the dumbbell plates to rotate are disposed at two ends of the dumbbell bar assembly, characterized in that the inserting plate assemblies are provided with damping block mounting holes, the damping block mounting holes form third open slots at bottoms of the inserting plate assemblies, damping blocks are installed in the damping block mounting holes, and bottoms of the damping blocks abut against bottoms of the insertion ports of the dumbbell plates through the third open slots.
A method for identifying data that has been modified at a host in an enterprise network as being secure, secure data being subject to restrictions on leaving the enterprise network perimeter, the method comprising the steps of: monitoring activity at the host to identify when secure data that has been downloaded from a source in the enterprise network has been modified; computing a hash for the modified data to uniquely identify the modified data as being secure; and sending the hash to an edge device that is positioned on the enterprise network perimeter, the edge device being arranged to block secure data that is outbound from the enterprise network. monitoring activity at the host to identify when secure data that has been downloaded from a source in the enterprise network has been modified; computing a hash for the modified data to uniquely identify the modified data as being secure; and sending the hash to an edge device that is positioned on the enterprise network perimeter, the edge device being arranged to block secure data that is outbound from the enterprise network.
A drive unit (A1, A2) for a movable member (29, 30), comprising: the movable member (29, 30) adjusting aerodynamic characteristics of a vehicle while the movable member (29, 30) is changing a position thereof; an electric motor (M1, M2) operating the movable member (29, 30); preventing means preventing the movable member (29, 30) from operating beyond a specified operating range by making contact with the movable member (29, 30); and controlling means supplying an electric power to the electric motor (M1, M2) for a predetermined time and operating the movable member (29, 30) from a first end to a second end of the specified operating range; the drive unit is characterised in that it further comprises: abnormality determining means measuring a time period from a start of a power supply to the electric motor (M 1, M2) to a detection of a lock current generated at the electric motor (M1, M2) by a prevention of an operation of the movable member (29, 30) and determining that an abnormality is present at the movable member (29, 30) in a case where the measured time period deviates from a reference time range. the movable member (29, 30) adjusting aerodynamic characteristics of a vehicle while the movable member (29, 30) is changing a position thereof; an electric motor (M1, M2) operating the movable member (29, 30); preventing means preventing the movable member (29, 30) from operating beyond a specified operating range by making contact with the movable member (29, 30); and controlling means supplying an electric power to the electric motor (M1, M2) for a predetermined time and operating the movable member (29, 30) from a first end to a second end of the specified operating range; the drive unit is characterised in that it further comprises: abnormality determining means measuring a time period from a start of a power supply to the electric motor (M 1, M2) to a detection of a lock current generated at the electric motor (M1, M2) by a prevention of an operation of the movable member (29, 30) and determining that an abnormality is present at the movable member (29, 30) in a case where the measured time period deviates from a reference time range.
Sports boot comprising a lower part able to contain a user's foot, and an upper part pivoted on said lower part and able to contain the ankle joint, both said lower part and said upper part comprising a central opening defined laterally by respective edges (11a, 11b), and at least a closing device disposed astride each of said central openings and attached on opposite sides on said two edges 11a, 11b) to determine at least the closing of said central opening, with a desired degree of force, the boot further comprising at least an opening device (18, 118) provided with at least a first element comprising a lever having a terminal attachment pin and attached to a first of said two edges, the first element further comprising positioning means (27, 127, 30, 130) of adjustable type and able to define one or more determinate reciprocal and stable positions of said lever and said first edge, in which said lever is maintained stably toward said central opening, and with a second element comprising a rack provided with a plurality of attachment teeth attached to a second of said two edges and comprising constraint means, in which said lever is temporarily constrained, in the active condition of said positioning means (27, 127, 30, 130), maintaining said first edge and said second edge in a condition of reciprocal distance and defining a condition of controlled extra-opening of said opening, characterized in that said constraint means comprises at least a tooth for temporarily housing said attachment pin in the extra-opening condition of said opening, said tooth being oriented in the opposite direction of the teeth of said rack.
Piston rod end for absorbing forces on a linear actuator and taking additional stroke in a train coupler, the piston rod end comprising - a housing enclosing a cavity with a bottom surface, the cavity extending in a longitudinal direction in the housing, - an elongated insert arranged at least partly inside the cavity, - a spring arranged inside the cavity, the spring being arranged between the bottom surface and the insert, and - a fastening device comprising a transversal element and a longitudinal slot forming a play, one being arranged in the housing and the other in the insert, and configured to cooperate in such a way that the transversal element extends into the slot in a transversal direction in relation to the housing and is movable in the play so that the insert is movable in relation to the housing but not removable from the housing, wherein the piston rod end further comprises a first connector for connecting the piston rod end to a linear actuator and a second connector for connecting the piston rod end to a train coupler, one of said first and second connector being arranged on the housing and the other being arranged on the insert, characterised in that the cavity is essentially cylindrical and wherein preferably the insert is also essentially cylindrical and has a diameter that is less than or equal to a diameter of the cavity. - a housing enclosing a cavity with a bottom surface, the cavity extending in a longitudinal direction in the housing, - an elongated insert arranged at least partly inside the cavity, - a spring arranged inside the cavity, the spring being arranged between the bottom surface and the insert, and - a fastening device comprising a transversal element and a longitudinal slot forming a play, one being arranged in the housing and the other in the insert, and configured to cooperate in such a way that the transversal element extends into the slot in a transversal direction in relation to the housing and is movable in the play so that the insert is movable in relation to the housing but not removable from the housing, wherein the piston rod end further comprises a first connector for connecting the piston rod end to a linear actuator and a second connector for connecting the piston rod end to a train coupler, one of said first and second connector being arranged on the housing and the other being arranged on the insert, characterised in that the cavity is essentially cylindrical and wherein preferably the insert is also essentially cylindrical and has a diameter that is less than or equal to a diameter of the cavity.
Electric bicycle pedal crank drive comprising an electric drive motor coupled to a pedal crankshaft via a low-ratio gear stage and a high-ratio gear stage in a torque-transmitting manner, wherein the high-speed gear stage is formed by an eccentric gear, and wherein the high-ratio gear stage is arranged kinematically downstream of the low-ratio gear stage.
A method for forming a piece of a sheet metal, comprising the steps of: positioning a consumable body proximate to the piece of the sheet metal, the consumable body comprising two pieces of a metal foil, preferably an aluminum foil, with an oxidizer fuel mixture positioned between the foil pieces; accelerating the piece of the sheet metal by rapidly vaporizing the consumable body and directing the gas pressure generated by the rapidly-vaporized metal into the piece of the sheet metal; and colliding the accelerated piece of the sheet metal into a stationary body, resulting in the formed piece of sheet metal. positioning a consumable body proximate to the piece of the sheet metal, the consumable body comprising two pieces of a metal foil, preferably an aluminum foil, with an oxidizer fuel mixture positioned between the foil pieces; accelerating the piece of the sheet metal by rapidly vaporizing the consumable body and directing the gas pressure generated by the rapidly-vaporized metal into the piece of the sheet metal; and colliding the accelerated piece of the sheet metal into a stationary body, resulting in the formed piece of sheet metal.
Method for controlling the position of a hydrofoil, said hydrofoil comprising: - a hull provided with at least one main extension axis; - at least two appendages, rotatably mounted on said hull and projecting below with respect to said hull; - actuator means mechanically connected to said appendages in order to move them with respect to said hull; said control method being characterized in that it provides for: - a detection step, in which at least three distance sensors mechanically mounted on an external surface of said hull in three separate positions detect three corresponding distances between said distance sensors and at least three corresponding points on the water surface and generate three corresponding distance signals; - a first calculation step, in which an electronic control unit receives said three distance signals and calculates a lying plane of said three distance sensors; - a second calculation step, in which said electronic control unit compares said lying plane with a reference plane and calculates a movement position in which each said appendage is intended to be moved while said lying plane defined by said distance sensors is substantially parallel to said reference plane; - a driving step, in which said electronic control unit generates a driving signal in order to drive said actuator means to move each said appendage around a corresponding first rotation axis orthogonal to said main extension axis; - a movement step in which said actuator means move each said appendage in order to reach the corresponding said movement position in an independent manner with respect to the other of said at least two appendages. - a hull provided with at least one main extension axis; - at least two appendages, rotatably mounted on said hull and projecting below with respect to said hull; - actuator means mechanically connected to said appendages in order to move them with respect to said hull; - a detection step, in which at least three distance sensors mechanically mounted on an external surface of said hull in three separate positions detect three corresponding distances between said distance sensors and at least three corresponding points on the water surface and generate three corresponding distance signals; - a first calculation step, in which an electronic control unit receives said three distance signals and calculates a lying plane of said three distance sensors; - a second calculation step, in which said electronic control unit compares said lying plane with a reference plane and calculates a movement position in which each said appendage is intended to be moved while said lying plane defined by said distance sensors is substantially parallel to said reference plane; - a driving step, in which said electronic control unit generates a driving signal in order to drive said actuator means to move each said appendage around a corresponding first rotation axis orthogonal to said main extension axis; - a movement step in which said actuator means move each said appendage in order to reach the corresponding said movement position in an independent manner with respect to the other of said at least two appendages.
Backless brassiere with bustier and cups, comprising at least one inner textile layer, one outer textile layer, and at least one torso frame and cup boning arranged between the two textile layers (7, 8), the torso frame being a rigid elastic frame that is bowed to form a spring configured to fit partially around the user's torso, the boning being configured to assist in supporting the bust in each of the cups of the brassiere, the torso frame comprising a substantially horizontal low main part corresponding to the front of the torso and to the bustier part of the brassiere, characterized in that the said low main part is connected at the sides of the torso to two lateral high parts.