mhurhangee/patent-ind-claim-en huggingface dataset:
A monitoring system for a passenger conveyor comprising at least one acceleration sensor provided on a movable component of the passenger conveyor , wherein the moveable component moves in a closed loop path (P) when the passenger conveyor is in use; a fault detection sensor associated with the or each acceleration sensor and configured to provide data indicative of a fault in the moveable component ; and a controller configured to: receive data from the or each acceleration sensor ; monitor a gravity vector (V) of the or each acceleration sensor ; determine a direction of travel of the or each acceleration sensor ; determine a current location of the or each acceleration sensor based on the monitored gravity vector (V) and the determined direction of travel; detect a fault from the data received from the or each fault detection sensor ; identify a location of the detected fault based on the determined current location of the associated acceleration sensor ; characterised in that the controller is further configured to monitor a start-up acceleration (A) of the or each acceleration sensor and determine the direction of travel of the or each acceleration sensor based on the monitored start-up acceleration (A) and the monitored gravity vector (V). receive data from the or each acceleration sensor ; monitor a gravity vector (V) of the or each acceleration sensor ; determine a direction of travel of the or each acceleration sensor ; determine a current location of the or each acceleration sensor based on the monitored gravity vector (V) and the determined direction of travel; detect a fault from the data received from the or each fault detection sensor ; identify a location of the detected fault based on the determined current location of the associated acceleration sensor ; characterised in that the controller is further configured to monitor a start-up acceleration (A) of the or each acceleration sensor and determine the direction of travel of the or each acceleration sensor based on the monitored start-up acceleration (A) and the monitored gravity vector (V).
Vacuum cleaner nozzle comprising a base equipped with a lower face and a suction channel leading to the lower face and extending in an extension direction (D1) which is substantially transversal to a movement direction (D2) of the vacuum cleaner nozzle, the suction channel comprising a front edge and a rear edge , the lower face comprising a rear sliding surface and a front sliding surface located on either side of the suction channel , the lower face of the base comprising a rear part located set back from the rear sliding surface and a connecting surface connecting the rear sliding surface to the rear part , the connecting surface being convex, a convexity of the connecting surface being oriented opposite the suction channel , characterised in that the rear sliding surface comprises a rectilinear front edge substantially parallel to the extension direction of the suction channel.
Halogenated benzoxazine compound corresponding to the formula (the symbol Hal representing at least one halogen): in which: - each benzene nucleus of the two oxazine rings bears at least one halogen; - Z 1 and Z 2 , which are identical or different, represent an aliphatic, at least divalent, bonding group, comprising from 1 to 12 carbon atoms. - each benzene nucleus of the two oxazine rings bears at least one halogen; - Z 1 and Z 2 , which are identical or different, represent an aliphatic, at least divalent, bonding group, comprising from 1 to 12 carbon atoms.
An active material ball composite layer, comprising: a plurality of active material balls, each of the active material balls includes a plurality of first active material particles, a first electrically conductive material and an inner binder, wherein the first active material particles and the first electrically conductive material are adhered by the inner binder; a second electrically conductive material, disposed outside of the active material balls; and an outer binder, adhering the active material balls and the second electrically conductive material; wherein an elasticity of the inner binder is smaller than an elasticity of the outer binder; wherein a volume content of the first electrically conductive material within the active material balls is greater than a volume content of the second electrically conductive material of a total volume of the composite layer other than the active materials balls; wherein the inner binder includes a cross-linked polymer; wherein the outer binder includes a cross-linked polymer, wherein a volume content of the cross-linked polymer of the outer binder layer is less than a volume content of the cross-linked polymer of the inner binder; wherein both of the outer binder and the inner binder include a linear polymer, wherein a volume content of the linear polymer of the outer binder layer is greater than a volume content of the linear polymer of the inner binder. a plurality of active material balls, each of the active material balls includes a plurality of first active material particles, a first electrically conductive material and an inner binder, wherein the first active material particles and the first electrically conductive material are adhered by the inner binder; a second electrically conductive material, disposed outside of the active material balls; and an outer binder, adhering the active material balls and the second electrically conductive material; wherein an elasticity of the inner binder is smaller than an elasticity of the outer binder; wherein a volume content of the first electrically conductive material within the active material balls is greater than a volume content of the second electrically conductive material of a total volume of the composite layer other than the active materials balls; wherein the inner binder includes a cross-linked polymer; wherein the outer binder includes a cross-linked polymer, wherein a volume content of the cross-linked polymer of the outer binder layer is less than a volume content of the cross-linked polymer of the inner binder; wherein both of the outer binder and the inner binder include a linear polymer, wherein a volume content of the linear polymer of the outer binder layer is greater than a volume content of the linear polymer of the inner binder.
A device for controlling and/or monitoring and/or visualizing construction sites , comprising a detection device for detecting the position of a construction means at the construction site , wherein the detection device includes a signal transmitter to be mounted on the construction means in order to provide an identification signal identifying the construction means, and a signal evaluation device for receiving and evaluating the identification signal in order to determine the position of the construction means at the construction site , wherein the signal evaluation device can be connected to a central information unit , in which information unit construction means data indicating the position of the construction means located on the construction site can be stored with reference to the transmitted identification and position data, characterized in that the signal evaluation device includes at least one loop antenna laid on the construction site for receiving the identification signal and determining the position of the signal transmitter , wherein the information unit includes a monitoring module for monitoring a construction progress with reference to the stored construction means data , wherein said monitoring module is configured to compare planning data from a BIM with identification and position data of a construction means and to determine from the comparison whether or not a construction step contained in the planning data of the BIM is carried out.
A method for routing packets to a destination end point over a virtual network, VN, pre-configured on a network, the routing performed by a VN virtual router, v-router, associated with a VN node of the VN, the VN node supported by an associated physical network node of the network and interconnected with other VN nodes of the VN by logical tunnels, the method comprising the v-router: receiving data packets associated with the VN and specifying the destination end point; obtaining an indication of location of the destination end point from a connection management, CM, entity tracking the end point; selecting logical tunnels to forward the data packets toward the destination end point, the logical tunnels having ingress at the VN node and having an egress at edge nodes on a logical path between the VN node and the destination end point; and submitting the data packets to the selected logical tunnels for forwarding toward the edge nodes, wherein different data packets are routed to different edge nodes. receiving data packets associated with the VN and specifying the destination end point; obtaining an indication of location of the destination end point from a connection management, CM, entity tracking the end point; selecting logical tunnels to forward the data packets toward the destination end point, the logical tunnels having ingress at the VN node and having an egress at edge nodes on a logical path between the VN node and the destination end point; and submitting the data packets to the selected logical tunnels for forwarding toward the edge nodes, wherein different data packets are routed to different edge nodes.
A vehicle-implemented noise-cancellation system, comprising: a noise-cancellation system disposed in a vehicle, the noise-cancellation system comprising an adaptive filter being adjusted according to a reference signal and an error signal , the adaptive filter outputting a noise-cancellation signal , which, when transduced into a noise-cancellation audio signal by a speaker , cancels road noise within at least one zone within a cabin of the vehicle; characterized in that the noise-cancellation system further comprises an adjustment module configured to vary one or both of a power of the noise-cancellation signal and a rate of adaptation of the adaptive filter from a first value to a second value, passing through at least one intermediate value between the first value and the second value, wherein varying one or both of a power of the noise-cancellation signal and a rate of adaptation of the adaptive filter is based on a comparison of a time-varying signal indicative of a signal-to-noise ratio of the reference signal to a first criterion. a noise-cancellation system disposed in a vehicle, the noise-cancellation system comprising an adaptive filter being adjusted according to a reference signal and an error signal , the adaptive filter outputting a noise-cancellation signal , which, when transduced into a noise-cancellation audio signal by a speaker , cancels road noise within at least one zone within a cabin of the vehicle; characterized in that the noise-cancellation system further comprises an adjustment module configured to vary one or both of a power of the noise-cancellation signal and a rate of adaptation of the adaptive filter from a first value to a second value, passing through at least one intermediate value between the first value and the second value, wherein varying one or both of a power of the noise-cancellation signal and a rate of adaptation of the adaptive filter is based on a comparison of a time-varying signal indicative of a signal-to-noise ratio of the reference signal to a first criterion.
A composition comprising anucleate cell-derived vesicles for use in a method of treating a cancer in a subject in need thereof, wherein the anucleate cell-derived vesicles comprise a mutated Ras antigen; and wherein the mutated Ras antigen is delivered to the anucleate cell-derived vesicles intracellularly.
A method of assigning a destination floor to an elevator call associated with a mobile device , the method comprising: receiving a first elevator call to travel from a first floor, wherein the first floor is a boarding floor for the first elevator call ; detecting a location of a mobile device relative to an elevator car of an elevator system using a sensor in combination with the mobile device ; moving the elevator car from the first floor to a second floor in response to the first elevator call ; determining when the mobile device exits the elevator car at the second floor in response to the location of the mobile device , wherein the second floor is a destination floor for the first elevator call ; receiving a second elevator call from the mobile device ; establishing the second floor as a destination floor for the second elevator call; and wherein the detecting further comprises: connecting the sensor to the mobile device using at least one of Wi-Fi and Bluetooth; characterized by determining, using the sensor , a distance between the elevator car and the mobile device and monitoring the distance for a selected period of time to determine whether the mobile device is entering and/or leaving the elevator car . receiving a first elevator call to travel from a first floor, wherein the first floor is a boarding floor for the first elevator call ; detecting a location of a mobile device relative to an elevator car of an elevator system using a sensor in combination with the mobile device ; moving the elevator car from the first floor to a second floor in response to the first elevator call ; determining when the mobile device exits the elevator car at the second floor in response to the location of the mobile device , wherein the second floor is a destination floor for the first elevator call ; receiving a second elevator call from the mobile device ; establishing the second floor as a destination floor for the second elevator call; and wherein the detecting further comprises: connecting the sensor to the mobile device using at least one of Wi-Fi and Bluetooth; characterized by determining, using the sensor , a distance between the elevator car and the mobile device and monitoring the distance for a selected period of time to determine whether the mobile device is entering and/or leaving the elevator car . connecting the sensor to the mobile device using at least one of Wi-Fi and Bluetooth; characterized by determining, using the sensor , a distance between the elevator car and the mobile device and monitoring the distance for a selected period of time to determine whether the mobile device is entering and/or leaving the elevator car .
Valve , comprising a valve housing in which a valve seat and a closing body that is movable in the axial direction, relative to the valve seat , are provided, wherein the closing body is radially connected to the valve housing by means of at least one element consisting of flexible material, wherein the closing body (2; 2c; 2a, 2d; 2b, 2d; 2e, 2d) is radially connected to the valve housing at at least two axially mutually spaced clamping points , by means of at least one element (3a; 3a, 3b; 3a, 3b, 3c; 4a, 4b; 4a, 4b, 4c), consisting of flexible material, in each case, characterized in that the closing body consists of a cone , a plate or a spherical segment , and a valve rod that is axially rigidly connected to the cone , the plate or the spherical segment , and in that one of the at least two axially mutually spaced clamping points is arranged axially above, and a further of the at least two axially mutually spaced clamping points is arranged axially below, the valve seat in the valve housing .
A manufacturing method of a polyester tire cord having dimensional stability, the method comprising the steps of: forming a discharged yarn extruded while a polyester containing 85 mol% or more of ethylene terephthalate units is melted and passed through a nozzle; forming an undrawn yarn by spinning the discharged yarn; manufacturing a yarn by multistep drawing the undrawn yarn by passing the yarn through a series of draft rollers (7, 8, 9 and 10), while each of the draft roller temperatures, with the exception of that of draft roller , is below 95°C and the draft roller temperature is between 200 and 250°C, and the total draw ratio is 1.60 or less; plying the yarn by cable / ply twisting at 300 ∼ 500 twist/meter; and dipping the plied yarn in a dipping solution of an epoxy and a pexul, and then drying, drawing and heat-setting the plied yarn, before dipping the plied yarn again in resorcinol-formaldehyde latex (RFL) and again drying and heat-setting the plied yarn. forming a discharged yarn extruded while a polyester containing 85 mol% or more of ethylene terephthalate units is melted and passed through a nozzle; forming an undrawn yarn by spinning the discharged yarn; manufacturing a yarn by multistep drawing the undrawn yarn by passing the yarn through a series of draft rollers (7, 8, 9 and 10), while each of the draft roller temperatures, with the exception of that of draft roller , is below 95°C and the draft roller temperature is between 200 and 250°C, and the total draw ratio is 1.60 or less; plying the yarn by cable / ply twisting at 300 ∼ 500 twist/meter; and dipping the plied yarn in a dipping solution of an epoxy and a pexul, and then drying, drawing and heat-setting the plied yarn, before dipping the plied yarn again in resorcinol-formaldehyde latex (RFL) and again drying and heat-setting the plied yarn.
A two-piece clip for fastening one element to another element, wherein the clip has a first component, which has - a head ; and - a shaft with a tip extending from the head along a shaft axis (A), wherein at least one protrusion is provided for on the shaft , which has a contact surface facing the head and the head has a contact surface facing the protrusion, wherein a second component is provided for, with a supporting surface facing the contact surface of the head , on which the contact surface of the head is supported, and a contact surface facing the protrusion, characterised in that the second component has a recess , which receives the head . - a head ; and - a shaft with a tip extending from the head along a shaft axis (A),
Sowing disc for a granular material distributor device for agricultural machines, comprising: - a disc comprising a series of through holes arranged circumferentially on the peripheral portion thereof, and - a plurality of recessed pockets distributed circumferentially in proximity to the series of through holes , and particularly adapted to agitate the seeds contained inside the distributor device and to direct them towards the through holes , wherein each recessed pocket is delimited by at least two side walls and a bottom wall , said bottom wall being inclined towards the outside of the sowing disc , characterised in that it further comprises: - a counter-disc fixed concentric to the disc and having a smaller diameter than the diameter of the disc , such that the holes of the disc project beyond a perimeter edge of the counter-disc , - said counter-disc comprising said plurality of recessed pockets , wherein the counter-disc comprises a plurality of agitation crests distributed radially and extending from a central portion of the counter-disc towards the outside of the sowing disc , each of said agitation crests defining the side walls of two contiguous recessed pockets . - a disc comprising a series of through holes arranged circumferentially on the peripheral portion thereof, and - a plurality of recessed pockets distributed circumferentially in proximity to the series of through holes , and particularly adapted to agitate the seeds contained inside the distributor device and to direct them towards the through holes , wherein each recessed pocket is delimited by at least two side walls and a bottom wall , said bottom wall being inclined towards the outside of the sowing disc , - a counter-disc fixed concentric to the disc and having a smaller diameter than the diameter of the disc , such that the holes of the disc project beyond a perimeter edge of the counter-disc , - said counter-disc comprising said plurality of recessed pockets , wherein the counter-disc comprises a plurality of agitation crests distributed radially and extending from a central portion of the counter-disc towards the outside of the sowing disc , each of said agitation crests defining the side walls of two contiguous recessed pockets .
A folding feeder hopper for a bulk material processing apparatus comprising: at least one side wall pivotably mounted to a support frame having a front end and a rear end , the side wall being mounted on the support frame via at least one pivot mount ; a rear wall mounted to the support frame at the rear end ; at least one support assembly of the side wall , mounted on the support frame and comprising a first bracket housing a slide actuator , and a second bracket housing a rotation actuator ; and a locking assembly comprising a first locking means , provided at the lower surface of the side wall and a second locking means mounted at the support assembly such that the first locking means is configured to engage with the second locking means to immobilize the side wall , the second locking means comprises a material which has a higher degree of elasticity than material of the first locking means . at least one side wall pivotably mounted to a support frame having a front end and a rear end , the side wall being mounted on the support frame via at least one pivot mount ; a rear wall mounted to the support frame at the rear end ; at least one support assembly of the side wall , mounted on the support frame and comprising a first bracket housing a slide actuator , and a second bracket housing a rotation actuator ; and a locking assembly comprising a first locking means , provided at the lower surface of the side wall and a second locking means mounted at the support assembly such that the first locking means is configured to engage with the second locking means to immobilize the side wall , the second locking means comprises a material which has a higher degree of elasticity than material of the first locking means .
A wireless data communication module for a drug injection device, comprising: - a folded flexible carrier member comprising a plurality of stacked component support regions , and foldable sections connecting two or more of the plurality of stacked component support regions to each other, - a display , such as a LCD or OLED display, electrically connected to conductors of a first component support region of the folded flexible carrier member via a first set of electrical connection terminals, - where the display comprises an outwardly facing readable display and an opposing, downwardly, facing optical reflector , - a NFC antenna , and - an electronics circuit assembly comprising at least a processor and a non-volatile memory; characterized in that the NFC antenna is attached to a second component support region of the folded flexible carrier member situated below the first component support region , wherein the electronics circuit assembly is attached to a third component support region of the folded flexible carrier member situated below the second support region , wherein the optical reflector of the display comprises an optically reflective and non-magnetically permeable material, and wherein a magnetically permeable sheet , such as a ferrite sheet, is situated in-between the NFC antenna on the second component support region and the electronics circuit assembly on the third component support region shielding the NFC antenna from EMI noise generated by the electronics circuit assembly. - a folded flexible carrier member comprising a plurality of stacked component support regions , and foldable sections connecting two or more of the plurality of stacked component support regions to each other, - a display , such as a LCD or OLED display, electrically connected to conductors of a first component support region of the folded flexible carrier member via a first set of electrical connection terminals, - where the display comprises an outwardly facing readable display and an opposing, downwardly, facing optical reflector , - a NFC antenna , and - an electronics circuit assembly comprising at least a processor and a non-volatile memory;