mhurhangee/ep-ind-claims huggingface dataset:
A method for secure message transfer between a plurality of participants, comprising: receiving message information from a first device managed by a first participant of the plurality of participants; creating a message based on the received message information; generating a hash of the message and generating transaction information related to the message; providing the transaction information related to the message and the hash of the message to one or more blocks in a blockchain; making the message available to a second device managed by a second participant of the plurality of participants using a message access interface that provides access to the message by the second device; notifying the second participant that the message is available for access and requesting authentication information from the second participant to enable access to the message using the second device; providing access to the message on the second device upon receipt and validation of the authentication information from the second participant; when the message is accessed by the second device, generating a hash of the accessed message and generating additional transaction information related to the accessed message; and providing the hash of the accessed message and the additional transaction information to one or more blocks in the blockchain. receiving message information from a first device managed by a first participant of the plurality of participants; creating a message based on the received message information; generating a hash of the message and generating transaction information related to the message; providing the transaction information related to the message and the hash of the message to one or more blocks in a blockchain; making the message available to a second device managed by a second participant of the plurality of participants using a message access interface that provides access to the message by the second device; notifying the second participant that the message is available for access and requesting authentication information from the second participant to enable access to the message using the second device; providing access to the message on the second device upon receipt and validation of the authentication information from the second participant; when the message is accessed by the second device, generating a hash of the accessed message and generating additional transaction information related to the accessed message; and providing the hash of the accessed message and the additional transaction information to one or more blocks in the blockchain.
Damping device for pipelines, comprising a compression ring having a plurality of ring segments able to be positioned around a pipe and able to be connected and brought together circumferentially through connection and tightening means, so as to form an annular structure with adjustable circumference with respect to an axis of the pipe, wherein each ring segment forms, in a radially inner surface thereof, a damper seat that receives at least one damping element made of elastomeric material, projecting radially from the ring segment and intended to be compressed radially against an outer surface of the pipe, wherein the damper seat comprises: - one or more axial constraint portions in shape connection with the damping element so as to prevent the damping element from escaping the damper seat in the axial direction, - one or more radial constraint portions in shape connection with the damping element so as to prevent the damping element from escaping the damper seat in the radial direction, characterized in that the compression ring comprises three rigid ring segments having substantially the same circumferential extension and being connected together in series in three connection and tangential tightening areas arranged at an angular pitch of substantially 120°. - one or more axial constraint portions in shape connection with the damping element so as to prevent the damping element from escaping the damper seat in the axial direction, - one or more radial constraint portions in shape connection with the damping element so as to prevent the damping element from escaping the damper seat in the radial direction,
A motorcycle tire comprising a tread portion having tread edges (Te) and a tread face extending therebetween and curved so that the maximum section width of the tire lies between the tread edges (Te), the tread portion provided with tread grooves defining a unidirectional tread pattern having an intended tire rotational direction, the tread grooves including inside oblique main grooves and outside oblique main grooves, wherein the inside oblique main grooves are arranged circumferentially of the tire, the inside oblique main grooves each extend from its axially inner end (Ai) to its axially outer end (Ao), while inclining to the axially outside of the tire toward the intended tire rotational direction at an inclination angle α of from 5 to 30 degrees with respect to the tire circumferential direction toward the intended tire rotational direction, the axially inner end (Ai) is spaced apart axially outwardly from the tire equatorial plane by an axial distance of from 0 to 10 % of a half tread width (w) measured from the tire equator to one of the tread edges (Te) along the tread face and a tire meridian section, the outside oblique main grooves are arranged circumferentially of the tire, the outside oblique main grooves each extend from its axially inner end (Bi) to its axially outer end (Bo), while inclining to the axially outside of the tire toward the opposite direction to the intended tire rotational direction, the axially inner end (Bi) is located axially inward of the outer end (Ao) of the inside oblique main groove, the axially outer end (Bo) is spaced apart from the tire equatorial plane (c) by an axial distance of from 80 to 95 % of the half tread width (w), an inclination angle β of the outside oblique main groove with respect to the tire circumferential direction toward the intended tire rotational direction is gradually increased from the inner end (Bi) toward the axially outer ends (Bo) within a range between 10 degrees and 60 degrees, characterized in that the inside oblique main grooves are arranged staggeredly on both side of the tire equatorial plane, the outside oblique main grooves are arranged staggeredly on both side of the tire equatorial plane (c), and the outside oblique main grooves on each side of the tire equatorial plane each overlap, in the tire circumferential direction, with one of the inside oblique main grooves on the same side and one of the inside oblique main grooves on the other side of the tire equatorial plane.
A fastener driver comprising: a housing; a cylinder disposed within the housing; a piston positioned and moveable within the cylinder; a nosepiece at least partially defining a fastener driving track through which fasteners are driven; and a driver blade attached to the piston and moveable with the piston to drive the fasteners through the fastener driving track, the driver blade including an elongated body having a first edge extending between a front surface and a rear surface along one lateral side of the body; wherein the driver blade includes an axial guiding projection for guiding the driver blade within the nosepiece, and wherein the projection terminates before a distal end of the driver blade, wherein the nosepiece includes a recess extending along a length of the nosepiece, and wherein the recess is configured to receive the axial guiding projection, wherein the nosepiece includes a longitudinal guide groove in which the fasteners are received, and wherein the longitudinal guide groove at least partially defines the fastener driving track, and characterised in that it further comprises a plurality of lift teeth formed along the first edge of the body, wherein the lift teeth are sequentially engaged with a lifter assembly during return of the driver blade from a driven position to a ready position; wherein the nosepiece includes parallel guide ribs extending from an interior surface of the nosepiece, thereby defining an extension of the guide groove. a housing; a cylinder disposed within the housing; a piston positioned and moveable within the cylinder; a nosepiece at least partially defining a fastener driving track through which fasteners are driven; and a driver blade attached to the piston and moveable with the piston to drive the fasteners through the fastener driving track, the driver blade including an elongated body having a first edge extending between a front surface and a rear surface along one lateral side of the body; wherein the driver blade includes an axial guiding projection for guiding the driver blade within the nosepiece, and wherein the projection terminates before a distal end of the driver blade, wherein the nosepiece includes a recess extending along a length of the nosepiece, and wherein the recess is configured to receive the axial guiding projection, wherein the nosepiece includes a longitudinal guide groove in which the fasteners are received, and wherein the longitudinal guide groove at least partially defines the fastener driving track, and characterised in that it further comprises a plurality of lift teeth formed along the first edge of the body, wherein the lift teeth are sequentially engaged with a lifter assembly during return of the driver blade from a driven position to a ready position; wherein the nosepiece includes parallel guide ribs extending from an interior surface of the nosepiece, thereby defining an extension of the guide groove.
A process for transitioning a reactor from base-catalyzed polyol production to double metal cyanide -catalyzed polyol production, the process comprising: (i) conducting a base-catalyzed polyol production reaction in a reactor, thereby producing a base-catalyzed product mixture; (ii) discharging the base-catalyzed product mixture from the reactor, wherein the base-catalyzed product mixture is not neutralized before being discharged from the reactor; (iii) adding a starter mixture to the reactor, wherein the reactor is not washed-out or rinsed between the discharging of the base-catalyzed product mixture and the addition of the starter mixture, wherein the starter mixture is added in an amount that contacts at least 12.5% of the total internal surface area of the reactor, and wherein the starter mixture comprises: (a) a polyether polyol starter; (b) a DMC catalyst; and (c) 500-1200 ppm acid based on the total weight of the starter mixture; and (iv) conducting a DMC-catalyzed polyol production reaction in the reactor. (i) conducting a base-catalyzed polyol production reaction in a reactor, thereby producing a base-catalyzed product mixture; (ii) discharging the base-catalyzed product mixture from the reactor, wherein the base-catalyzed product mixture is not neutralized before being discharged from the reactor; (iii) adding a starter mixture to the reactor, wherein the reactor is not washed-out or rinsed between the discharging of the base-catalyzed product mixture and the addition of the starter mixture, wherein the starter mixture is added in an amount that contacts at least 12.5% of the total internal surface area of the reactor, and wherein the starter mixture comprises: (a) a polyether polyol starter; (b) a DMC catalyst; and (c) 500-1200 ppm acid based on the total weight of the starter mixture; and (a) a polyether polyol starter; (b) a DMC catalyst; and (c) 500-1200 ppm acid based on the total weight of the starter mixture; and (iv) conducting a DMC-catalyzed polyol production reaction in the reactor.
A method for determining a position of a wireless device, the method being performed in a network node (5, 7) connected to a plurality of remote radio head devices (1, 1a-c) each comprising a first antenna device which can be used for a first MIMO, multiple input multiple output, stream and a second antenna device which can be used for a second MIMO stream, the method comprising the steps of: sending a first cell identifier for transmission on both the first antenna device and the second antenna device of each one of the plurality of remote radio head devices (1, 1a-c); sending a second cell identifier, for transmission on the first antenna device of only a specific remote radio head device of the plurality of remote radio head devices while sending the first cell identifier for transmission on the second antenna device of the specific remote radio head device; receiving a measurement report from the wireless device associated with the second cell identifier; and determining a position of the wireless device based on the received measurement report. sending a first cell identifier for transmission on both the first antenna device and the second antenna device of each one of the plurality of remote radio head devices (1, 1a-c); sending a second cell identifier, for transmission on the first antenna device of only a specific remote radio head device of the plurality of remote radio head devices while sending the first cell identifier for transmission on the second antenna device of the specific remote radio head device; receiving a measurement report from the wireless device associated with the second cell identifier; and determining a position of the wireless device based on the received measurement report.
Toilet cleaning system for a toilet mounted on a back wall comprising a toilet seat and an actuator plate, characterized in that the toilet cleaning system has a roller cart and comprises a washing area, a sealing unit, washing and drying nozzles, and a technical equipment housing, which are connected to the roller cart, wherein the technical equipment housing contains operating means, the washing and drying nozzles are arranged within the washing area and connected to the technical equipment housing, and wherein the washing area has an opening, the sealing unit is arranged at the opening of the washing area, and in an operating position of the toilet cleaning system, the toilet is received the washing area.
A sound-absorbing panel comprising an absorption layer formed of an open-pored porous material of a fibreboard comprising a compressed and baked fibre mat (21, 22, 23, 24), wherein at least a part of the fibres of the fibre mat (21, 22, 23, 24) being made of plastic-coated melt fibres having a fibre core and a fibre sheath, and the material of the fibre core having a higher melting point than the material of the fibre sheath, the fibreboard being made of at least two fibre mats (21, 22, 23, 24), wherein that each fibre mat comprises matrix fibres in addition to the said melt fibres, wherein the melt fibres consist of a core of PET and a sheath of co-PET, wherein the at least two fibre mats are assembled to form a fibre mat unit, characterized in that the at least two fibre mats are each made solely of a thermoplastic material which is PET, in that the matrix fibres consist of PET and the fibre content of the matrix fibres is between 20 and 60% by weight and in that the thickness of the at least two fibre mats (21, 22, 23, 24) in the fibre mat unit is between 5 and 25 millimetres each and in that the thickness of the assembled fibre mat unit is between 30 and 120 millimetres, which fibre mat unit is brought to a fibreboard between 15 and 35 millimetres thick after the pressing and baking step.
A pad configured to attach to a jaw (66, 68) of a surgical clamp, comprising: an elongate body configured to extend over a surface of a jaw (66, 68) of a surgical clamp; and a flexible elongate attachment member connected to said body and configured for slidable insertion in a loading direction into an elongate cavity extending longitudinally through said jaw (66, 68), wherein the elongate body has a first end and a second end, wherein the first end is configured to be inserted first into the cavity, and further comprising a direction indicator to identify which end is first inserted into said cavity; characterized in that the direction indicator comprises angled edges defining a terminal point oriented in said loading direction; and wherein the attachment member has a gradually curved surface at one end and a squared structure at the other end, where the gradually curved surface is at the same end as the direction indicator. an elongate body configured to extend over a surface of a jaw (66, 68) of a surgical clamp; and a flexible elongate attachment member connected to said body and configured for slidable insertion in a loading direction into an elongate cavity extending longitudinally through said jaw (66, 68), wherein the elongate body has a first end and a second end, wherein the first end is configured to be inserted first into the cavity, and further comprising a direction indicator to identify which end is first inserted into said cavity; characterized in that the direction indicator comprises angled edges defining a terminal point oriented in said loading direction; and wherein the attachment member has a gradually curved surface at one end and a squared structure at the other end, where the gradually curved surface is at the same end as the direction indicator.
A method of manufacturing an edged tool, the method comprising treating a metal base, having a machined surface (17, 52) obtained by machining, with a plasma; wherein the metal base is a blade base (1, 11) formed by machining a plate-like blade forming member at a belly-side end from both sides in a thickness direction, so as to give two machined surfaces (17, 52) which come apart in the direction from an edge (3, 13, 40) towards a spine (5, 15, 34), while forming in between a predetermined sharpening angle (α); characterized in that the plasma is generated in an atmosphere filled with a mixed gas mainly composed of nitrogen as a major gas and oxygen as a reactive gas; and by treating the metal base with the plasma, forming the machined surface therein a concave surface, with 30 to 2500 nm radius of curvature, which caves inwardly within range of 5 to 300 nm originated from the edge towards the spine.
A robotic work tool comprising a cutting device, a first body part, a second body part and at least one navigation sensor (170, 175) being configured to receive a control signal (225, 235), wherein at least one of the at least one navigation sensor (170, 175) is arranged on the second body part and the cutting device is arranged on the first body part, the robotic work tool being characterised in that it is configured to rotate the second body part in relation to the first body part, determine that said control signal (225, 235) is not reliably received and in response thereto rotate the second body part in a first direction to attempt to regain reliable reception of the control signal (225, 235). rotate the second body part in relation to the first body part, determine that said control signal (225, 235) is not reliably received and in response thereto rotate the second body part in a first direction to attempt to regain reliable reception of the control signal (225, 235).
An apparatus comprising: a phase shifting coupler (202, 304, 404) having a first terminal connected to an antenna, a second terminal connected to a receive signal path, a third terminal connected to a transmit signal path, and a fourth terminal directly connected to ground; a first switch connected to the second terminal and configured to selectively enable the transmit signal path to communicate with the antenna; and a second switch connected to the third terminal and configured to selectively enable the receive signal path to communicate with the antenna. a phase shifting coupler (202, 304, 404) having a first terminal connected to an antenna, a second terminal connected to a receive signal path, a third terminal connected to a transmit signal path, and a fourth terminal directly connected to ground; a first switch connected to the second terminal and configured to selectively enable the transmit signal path to communicate with the antenna; and a second switch connected to the third terminal and configured to selectively enable the receive signal path to communicate with the antenna.
A device comprising: a first antenna; a second antenna; at least one antenna feed connected to the first antenna and the second antenna, each of the first antenna and the second antenna configured to transmit data on a respective given transmission band, each paired with a respective associated receive band; and, a processor, in communication with the at least one antenna feed, the processor configured to: for each of the first antenna and the second antenna, determine a respective quality-of-signal parameter of at least one respective receive band adjacent to the respective given transmission band, the at least one respective receive band different from the respective associated receive band paired with the respective given transmission band; and control the at least one antenna feed to select one of the first antenna and the second antenna for transmitting data on the respective given transmission band based on the respective QOS parameter of the at least one respective receive band for each of the first antenna and the second antenna. a first antenna; a second antenna; at least one antenna feed connected to the first antenna and the second antenna, each of the first antenna and the second antenna configured to transmit data on a respective given transmission band, each paired with a respective associated receive band; and, a processor, in communication with the at least one antenna feed, the processor configured to: for each of the first antenna and the second antenna, determine a respective quality-of-signal parameter of at least one respective receive band adjacent to the respective given transmission band, the at least one respective receive band different from the respective associated receive band paired with the respective given transmission band; and control the at least one antenna feed to select one of the first antenna and the second antenna for transmitting data on the respective given transmission band based on the respective QOS parameter of the at least one respective receive band for each of the first antenna and the second antenna. for each of the first antenna and the second antenna, determine a respective quality-of-signal parameter of at least one respective receive band adjacent to the respective given transmission band, the at least one respective receive band different from the respective associated receive band paired with the respective given transmission band; and control the at least one antenna feed to select one of the first antenna and the second antenna for transmitting data on the respective given transmission band based on the respective QOS parameter of the at least one respective receive band for each of the first antenna and the second antenna.