mhurhangee/ep-ind-claims huggingface dataset:
A mobile multi-function electronic device comprising: a first panel having front and back surfaces; a second panel having front and back surfaces, wherein said first and second panels are connected by means of a hinge, said hinge constructed to allow relative movement of said first and second panels in a range of positions from 0° at which said front surfaces of said panels are facing each other to 360° at which said back surfaces of said panels are facing each other; and a touch sensitive display; characterised in that the mobile multi-function electronic device is configured to: monitor a relative position of the first and second panels to determine one of at least three pre-determined positions, wherein each of the at the least three pre-determined positions is associated with one or more functions accessible for user selection, determine one or more functions accessible for user selection responsive to the determination of one of at least three pre-determined positions and said association, receive a user selection of one of the determined one or more functions accessible for user selection, and enable the selected function. a first panel having front and back surfaces; a second panel having front and back surfaces, wherein said first and second panels are connected by means of a hinge, said hinge constructed to allow relative movement of said first and second panels in a range of positions from 0° at which said front surfaces of said panels are facing each other to 360° at which said back surfaces of said panels are facing each other; and a touch sensitive display; monitor a relative position of the first and second panels to determine one of at least three pre-determined positions, wherein each of the at the least three pre-determined positions is associated with one or more functions accessible for user selection, determine one or more functions accessible for user selection responsive to the determination of one of at least three pre-determined positions and said association, receive a user selection of one of the determined one or more functions accessible for user selection, and enable the selected function.
Blade holder for a road maintenance plough for attaching a blade to the plough's moldboard, which blade holder comprises an elastically deforming material part; an attachment part for the attachment of the blade holder to the plough's moldboard and a blade attachment part for attachment of the blade to the blade holder, the blade holder comprising a connection plate placed inside the elastically deforming material part and the blade attachment part comprising an attachment plate for the blade, characterised in that the elastically deforming material part comprises one or more empty gaps so that the blade holder can operate as a four bar linkage formed by an upper moving joint, a lower moving joint, a front moving joint and a rear moving joint, and in that the elastically deforming material part has notches (19, 20) with suitable radius of curvature for helping in permitting a natural movement of articulation of the elastically deforming material part as a four bar linkage.
A vital signs monitor comprising: a housing; a power supply; a plurality of measurement modules within the housing, each module being operable to measure and monitor at least one respective vital sign; one or more inputs for connection to sensors applied to a patient and arranged to supply sensor signals to respective measurement modules; and a user display, wherein the measurement modules are operable to communicate wirelessly with external sensors (32, 34, 35, 36), the vital signs monitor has near field communication transmission and receiving capabilities, such that the monitor may communicate with a further vital signs monitor using NFC technology, the further vital signs monitor comprising: a housing; a power supply; a plurality of measurement modules within the housing, each module being operable to measure and monitor at least one respective vital sign; one or more inputs for connection to sensors applied to a patient and arranged to supply sensor signals to respective measurement modules; and a user display, and characterised in that the vital signs monitor includes one or more tracking devices, the one or more tracking devices being operable to signal an alarm when an external sensor (32, 34, 35, 36) moves out of a predetermined range with respect to the vital signs monitor. a housing; a power supply; a plurality of measurement modules within the housing, each module being operable to measure and monitor at least one respective vital sign; one or more inputs for connection to sensors applied to a patient and arranged to supply sensor signals to respective measurement modules; and a user display, wherein the measurement modules are operable to communicate wirelessly with external sensors (32, 34, 35, 36), the vital signs monitor has near field communication transmission and receiving capabilities, such that the monitor may communicate with a further vital signs monitor using NFC technology, the further vital signs monitor comprising: a housing; a power supply; a plurality of measurement modules within the housing, each module being operable to measure and monitor at least one respective vital sign; one or more inputs for connection to sensors applied to a patient and arranged to supply sensor signals to respective measurement modules; and a user display, and characterised in that the vital signs monitor includes one or more tracking devices, the one or more tracking devices being operable to signal an alarm when an external sensor (32, 34, 35, 36) moves out of a predetermined range with respect to the vital signs monitor. a housing; a power supply; a plurality of measurement modules within the housing, each module being operable to measure and monitor at least one respective vital sign; one or more inputs for connection to sensors applied to a patient and arranged to supply sensor signals to respective measurement modules; and a user display, and characterised in that the vital signs monitor includes one or more tracking devices, the one or more tracking devices being operable to signal an alarm when an external sensor (32, 34, 35, 36) moves out of a predetermined range with respect to the vital signs monitor.
A process for the preparation of Selexipag compound of formula I, which comprises: a. reacting the compound of formula II, with a compound of formula III, in the presence of a condensing agent and a solvent; b. adjusting the pH of the reaction mass using a buffer or acetic acid; c. optionally separating the layers and removing the solvent; and d. isolating the Selexipag of Formula I. a. reacting the compound of formula II, with a compound of formula III, in the presence of a condensing agent and a solvent; b. adjusting the pH of the reaction mass using a buffer or acetic acid; c. optionally separating the layers and removing the solvent; and d. isolating the Selexipag of Formula I.
TRAFFIC MONITORING AND SURVEILLANCE AND TRAFFIC INFRACTION RECORDING SYSTEM for monitoring and surveillance of one or more vehicles moving on one or more roadways and detection and recording of image and/or video of speeding infractions by vehicles moving on the roadway, the system configured for definition of a physical location where monitoring and surveillance occur, for detection of an allegedly offending vehicle at the physical location, for measurement of speed of the detected vehicle, for comparison between the measured speed value and a permitted value and respective tolerances, for record of infraction by capturing an image or sequence of images, for pooling of data essential to the characterization of the infraction and storage of the pooled data, and for transmission of the pooled data, said system comprising an unmanned aerial vehicle having at least one detector and speed meter for said detecting of the vehicle and calculating its relative speed and displacement direction at a given point of the roadway below the unmanned aerial vehicle and a base station being provided with at least one control module, at least one storage device of images and/or video and at least one signal transmission and reception device wherein said system is configured to perform a query to a database embedded in the unmanned aerial vehicle itself or available in the base station to: - verify a maximum permitted speed for the roadway below a current position of the unmanned aerial vehicle or for a roadway target of monitoring; and - verify if the unmanned aerial vehicle is at a location near a section having a variation of the maximum permitted speed, wherein the system is configured, once the position of the unmanned aerial vehicle at a location near a section having a variation of the maximum permitted speed is verified, to perform a query to said database to present a maximum speed permitted on the section initially travelled by the vehicle and a maximum speed permitted in the subsequent section, the system is configured to calculate, based on said permitted maximum speed, a perception, reaction and braking distance (Dp), and the system is configured to generate a coordinate of the roadway equivalent to the perception, reaction and braking distance (Dp) from which a possible speeding infraction of a vehicle must be considered. - verify a maximum permitted speed for the roadway below a current position of the unmanned aerial vehicle or for a roadway target of monitoring; and - verify if the unmanned aerial vehicle is at a location near a section having a variation of the maximum permitted speed,
A method of fabricating a nanostructure by chemical wet etching starting from a material rod of millimetric or sub-millemetric size, the method comprising: - dipping an end portion of the material rod (128,129) into a vessel containing an etchant liquid and a protective overlayer floating on top of the etchant liquid, - imparting a relative rotational movement of the etchant liquid with respect to the end portion of the material rod immersed therein, characterized in that - said imparting a relative rotational movement comprises imparting to the etchant liquid a rotational movement component with respect to a static reference system. - dipping an end portion of the material rod (128,129) into a vessel containing an etchant liquid and a protective overlayer floating on top of the etchant liquid, - imparting a relative rotational movement of the etchant liquid with respect to the end portion of the material rod immersed therein, - said imparting a relative rotational movement comprises imparting to the etchant liquid a rotational movement component with respect to a static reference system.
A method for producing a multi-ply cellulose tissue paper web material, comprising at least a first ply and a second ply bonded to each other, wherein the first ply is fed between an embossing roller and a first pressure roller, wherein the embossing roller is provided with embossing protuberances (57; 59; 101; 103) distributed according to first annular bands on a lateral surface of the embossing roller, between which there are interposed second annular bands without embossing protuberances; and wherein the first ply is embossed along longitudinal embossing bands (53; 102), and calendered along longitudinal calendering bands (51; 104), as a result of co-action of the embossing roller with the pressure roller; and wherein after calendering and embossing, the first ply and the second ply are bonded to one another.
An electric motor or generator comprising a stator having stator teeth for mounting electrical coils, a rotor, a first electrical device arranged to control current in the electric coils to generate a rotational torque on the rotor and a second electrical device arranged to modify current provided to the first electrical device, wherein the stator includes a cooling arrangement having a cooling channel arranged to cool the electrical coils, the first electrical device and the second electrical device, characterized in that the cooling channel is arranged to have a first portion that is orientated to be substantially perpendicular to a second portion of the cooling channel, wherein one side of the first portion of the cooling channel is arranged to extend alongside a first side of the electrical coils, a second side of the first portion of the cooling channel is arranged to extend alongside at least a portion of the first electrical device, one side of the second portion of the cooling channel is arranged to extend alongside a first side of the stator teeth, and a second side of the second portion of the cooling channel is arranged to extend alongside at least a portion of the second electrical device.
An isolated polypeptide having alpha-amylase activity and comprising an amino acid sequence having at least 90% amino acid sequence identity to the amino acid sequence of SEQ ID NO: 11.
A vehicle window section structure comprising: a small window to be provided on a vehicle body side; a lip provided on an outer periphery of the small window; and a door mirror mount to be provided to an openable and closable door and disposed facing the lip in a state where the door is closed, characterised in that the lip extends inward in a vehicle width direction, wherein the lip is disposed away from the door mirror mount from an outer end, in the vehicle width direction, of the lip to an inner end, in the vehicle width direction, of the lip, and the distance between the lip and the door mirror mount separated away from each other is large at the outer end in the vehicle width direction and smaller at the inner end in the vehicle width direction than at the outer end in the vehicle width direction. a small window to be provided on a vehicle body side; a lip provided on an outer periphery of the small window; and a door mirror mount to be provided to an openable and closable door and disposed facing the lip in a state where the door is closed, characterised in that the lip extends inward in a vehicle width direction, wherein the lip is disposed away from the door mirror mount from an outer end, in the vehicle width direction, of the lip to an inner end, in the vehicle width direction, of the lip, and the distance between the lip and the door mirror mount separated away from each other is large at the outer end in the vehicle width direction and smaller at the inner end in the vehicle width direction than at the outer end in the vehicle width direction.
A method for a transmitter transmitting data to a receiver in a multiple-antenna system using a plurality of subcarriers, the method comprising: selecting a precoding matrix P from a codebook as a first part of a phase shift based precoding matrix; determining a diagonal matrix D for phase shift as a second part of the phase shift based precoding matrix; determining a unitary matrix U as a third part of the phase shift based precoding matrix; performing precoding by multiplying the phase shift based precoding matrix by transmission symbol streams of a corresponding resource, wherein the phase shift based precoding matrix is acquired by P*D*U; and transmitting the precoded transmission symbol streams to the receiver via Nt transmission antennas, wherein performing precoding comprises multiplying the precoding matrix P to the D*U multiplied transmission symbol streams to produce Nt transmission symbol streams, wherein a number of the D*U multiplied transmission symbol streams is R, wherein R is a spatial multiplexing rate, and wherein the phase shift based precoding matrix is expressed by P N t × R e jθ 1 k 0 ⋯ 0 0 e jθ 2 k ⋯ 0 ⋮ ⋮ ⋱ 0 0 0 ⋯ e jθ R k U R × R wherein, k denotes the index of the resource and θ i ( i = 1,..., R) denotes a phase angle. selecting a precoding matrix P from a codebook as a first part of a phase shift based precoding matrix; determining a diagonal matrix D for phase shift as a second part of the phase shift based precoding matrix; determining a unitary matrix U as a third part of the phase shift based precoding matrix; performing precoding by multiplying the phase shift based precoding matrix by transmission symbol streams of a corresponding resource, wherein the phase shift based precoding matrix is acquired by P*D*U; and transmitting the precoded transmission symbol streams to the receiver via Nt transmission antennas, wherein performing precoding comprises multiplying the precoding matrix P to the D*U multiplied transmission symbol streams to produce Nt transmission symbol streams, wherein a number of the D*U multiplied transmission symbol streams is R, wherein R is a spatial multiplexing rate, and wherein the phase shift based precoding matrix is expressed by P N t × R e jθ 1 k 0 ⋯ 0 0 e jθ 2 k ⋯ 0 ⋮ ⋮ ⋱ 0 0 0 ⋯ e jθ R k U R × R wherein, k denotes the index of the resource and θ i ( i = 1,..., R) denotes a phase angle.
A method of network topology and state discovery in a Next Generation Network comprising an access network and an Internet protocol core network, the access network comprising a plurality of nodes for providing access to the IP core network, the method comprising: - transmitting, from each node, information related to an identity of that node, and a corresponding lifetime value of the ID information, to each node of the plurality of nodes adjacent the transmitting node; - receiving and storing, at each node, ID information, and a corresponding lifetime value of the ID information, of each respective node adjacent the receiving node; characterized in that - receiving, at at least one visited node, a first request from a network administration entity (160, 260, 360) of the NGN for management information base information, the MIB information including an ID and lifetime value of the ID information of that node, and the stored ID information and a corresponding lifetime value of the ID information of each of the respective adjacent nodes; - transmitting, from each visited node, the requested MIB information to the network administration entity, the administration entity (160, 260, 360) for discovering and monitoring the state and topology of the plurality of nodes; - extracting, for a subsequent request for MIB information, nodes of the plurality of nodes to be selected that have not been visited yet, in accordance with the stored ID information and corresponding lifetime value transmitted from each of the visited nodes, and - receiving, at each selected node, the subsequent request from the network administration entity (160, 260, 360) for the MIB information. - transmitting, from each node, information related to an identity of that node, and a corresponding lifetime value of the ID information, to each node of the plurality of nodes adjacent the transmitting node; - receiving and storing, at each node, ID information, and a corresponding lifetime value of the ID information, of each respective node adjacent the receiving node; characterized in that - receiving, at at least one visited node, a first request from a network administration entity (160, 260, 360) of the NGN for management information base information, the MIB information including an ID and lifetime value of the ID information of that node, and the stored ID information and a corresponding lifetime value of the ID information of each of the respective adjacent nodes; - transmitting, from each visited node, the requested MIB information to the network administration entity, the administration entity (160, 260, 360) for discovering and monitoring the state and topology of the plurality of nodes; - extracting, for a subsequent request for MIB information, nodes of the plurality of nodes to be selected that have not been visited yet, in accordance with the stored ID information and corresponding lifetime value transmitted from each of the visited nodes, and - receiving, at each selected node, the subsequent request from the network administration entity (160, 260, 360) for the MIB information.
Gas valve unit for controlling a gas throughput routed to a gas burner of a gas appliance, especially of a gas cooker, wherein the gas valve unit has a valve housing and an actuation shaft for setting an opening cross-section of the gas valve unit and an additional stop valve, wherein a movement of the actuation shaft can be transmitted to the stop valve by means of a linearly displaceable connection element, and wherein the connection element has a plastic bend embodied as an overpressure protection, characterised in that the plastic bend has a first radius if a pressure force engaging on the plastic bend is less than or equal to a specific threshold value, and has a second radius if the pressure force engaging on the plastic bend is greater than the prespecified threshold value.
A method for forwarding packets during a S1 handover in a Long Term Evolution, LTE, system comprising: sending, by a source evolved NodeB, eNodeB, at least one first downlink packet without packet data convergence protocol serial number, PDCP SN, to a target eNodeB; sending (A2, B2, C2), by the source eNodeB, a control message to the target eNodeB through a source mobility management entity, MME, and a target MME, wherein the control message comprises an initial PDCP SN, and the initial PDCP SN is a first PDCP SN to be assigned to the at least one first downlink packets. sending, by a source evolved NodeB, eNodeB, at least one first downlink packet without packet data convergence protocol serial number, PDCP SN, to a target eNodeB; sending (A2, B2, C2), by the source eNodeB, a control message to the target eNodeB through a source mobility management entity, MME, and a target MME, wherein the control message comprises an initial PDCP SN, and the initial PDCP SN is a first PDCP SN to be assigned to the at least one first downlink packets.
A device for manufacturing a bagged spring bed core with a side connected to a strip-shaped material, comprising: a string feeding mechanism for conveying a bagged spring string, a feeding mechanism for conveying a strip-shaped material, a tidying mechanism for superposing and connecting the bagged spring string to the strip-shaped material, wherein the tidying mechanism comprises a tidying impeller and a conveying belt which are arranged up and down at an interval, and a gap between the tidying impeller and the conveying belt through which the superposed bagged spring string and the strip-shaped material pass; and a sealing and cutting mechanism for cutting off the bagged spring string and the strip-shaped material disposed between the string feeding mechanism and the tidying mechanism. a string feeding mechanism for conveying a bagged spring string, a feeding mechanism for conveying a strip-shaped material, a tidying mechanism for superposing and connecting the bagged spring string to the strip-shaped material, wherein the tidying mechanism comprises a tidying impeller and a conveying belt which are arranged up and down at an interval, and a gap between the tidying impeller and the conveying belt through which the superposed bagged spring string and the strip-shaped material pass; and a sealing and cutting mechanism for cutting off the bagged spring string and the strip-shaped material disposed between the string feeding mechanism and the tidying mechanism.
A protecting roof, particularly a sun and weather protecting roof, with a standing rod, a flexible protecting surface and a support rod and with tensioning struts (26, 26a) and support struts (24, 24a) which each can swivel in two directions and which are operatable by slides disposed on the support rod in a counteracting manner, wherein the flexible protecting surface, which is attached to the ends of the support rod, is configured to be opened and folded by means of the slides, characterized in that the support rod is disposed rotatably and slidably, but also lockably, within a mount comprising a hinge on the standing rod, the tensioning struts (26, 26a) are articulately attached pairwise with one end thereof to a slide and carry the flexible protecting surface at their outer end, and supporting struts (24, 24a) are articulately attached to a central portion of the tensioning struts (26, 26a) and to the ends of the support rod.