mhurhangee/ep-ind-claims huggingface dataset:
An automatic mower that automatically performs an operation in an operation area, the vehicle comprising: an image analysis means configured to extract a marker included in an image captured by a camera provided on the automatic mower, and characterized in that if a situation in which the marker that was extracted from the image captured by the camera cannot be extracted by the image analysis means from the image captured by the camera has occurred during a movement of the automatic mower in a constant direction, then by using a result obtained by comparing a shape feature of a landscape near the marker included in the image captured by the camera before the occurrence of the situation with the shape feature of a landscape near the marker included in the image captured by the camera after the elimination of the situation, the image analysis means determines whether the marker extracted before an occurrence of the situation and the marker extracted after an elimination of the situation are the same marker. an image analysis means configured to extract a marker included in an image captured by a camera provided on the automatic mower, and characterized in that if a situation in which the marker that was extracted from the image captured by the camera cannot be extracted by the image analysis means from the image captured by the camera has occurred during a movement of the automatic mower in a constant direction, then by using a result obtained by comparing a shape feature of a landscape near the marker included in the image captured by the camera before the occurrence of the situation with the shape feature of a landscape near the marker included in the image captured by the camera after the elimination of the situation, the image analysis means determines whether the marker extracted before an occurrence of the situation and the marker extracted after an elimination of the situation are the same marker.
A radiation protection device in the form of a belt arranged for providing protection of active bone marrow in the posterior iliac crest from external ionizing radiation, the device comprising a gamma radiation attenuating component configured to be placed adjacent to and externally cover the pelvis so as to reduce a radiation dose absorbed in the active bone marrow in the posterior iliac crest, the radiation attenuating component comprising radiation attenuating material of varying thickness or density to provide varying radiation levels across the radiation attenuating component, such that the varying radiation attenuation level at each point on the radiation attenuating component is inversely related to radiation attenuation levels of tissue present between the point of the radiation attenuating component and the active bone marrow in the posterior iliac crest.
A method for forming an impact weld used in an additive manufacturing process, comprising: providing a wire having a powder filler metal core located within a sheath having electrically conductive properties; inserting the wire within a conduit having an opening; providing at least one electromagnetic pulse through the opening, wherein the electromagnetic pulse interacts with the sheath to pinch off at least one segment of the wire, wherein the electromagnetic pulse propels the segment toward a substrate with sufficient velocity to form an impact weld for welding the metal core and sheath to the substrate. providing a wire having a powder filler metal core located within a sheath having electrically conductive properties; inserting the wire within a conduit having an opening; providing at least one electromagnetic pulse through the opening, wherein the electromagnetic pulse interacts with the sheath to pinch off at least one segment of the wire, wherein the electromagnetic pulse propels the segment toward a substrate with sufficient velocity to form an impact weld for welding the metal core and sheath to the substrate.
A gas generator for a vehicle safety system, with a longitudinal axis (La), an outer tubular housing which is in the form of a compressed-gas container which, in the inoperative state of the gas generator, is filled with compressed gas, wherein the housing is closed at one housing end with a closure element by means of a welded joint, and the closure element extends along the longitudinal axis (La) from the welded joint into the housing, characterized in that the housing has at least one bead for mechanically relieving the welded joint as an at least partially radially peripheral recess around the housing, wherein the bead can be deflected radially outwardly and radially inwardly in the manner of a knee joint with a corresponding change of internal pressure inside the compressed-gas container, and wherein a bead base of the bead is arranged in a region of an axial longitudinal extent (Le) of the closure element.
Air spring for a vehicle, in particular a utility vehicle, having a lift function, the air spring consisting of two rolling pistons (2, 3) facing one another and a rolling bellow with double rolling folds (6, 7) enclosing a pressurised air chamber, characterised in that the effective surface areas (WF2 and WF3) of the rolling folds (6, 7) are co-ordinated with one another in such a way that during the dynamic spring action of the air spring over a predetermined spring travel, the pressure-active surface of the rolling fold at the lower rolling piston is larger than the pressure-active surface of the rolling fold at the upper rolling piston; that, when the predetermined full spring deflection of the air spring is reached, the pressure-active surfaces (WF2 and WF3) of the rolling folds (6, 7) are approximately equal in size; and that during the lift procedure the upper rolling fold rolls off at the upper rolling piston following the complete deflection due to increasing the air pressure in the pressurised air space of the air spring.
Process comprising the following process steps: a) initially charging an ethylenically unsaturated compound; b) adding a compound of formula 1 and a compound comprising Pd, or adding a complex comprising Pd and a compound of formula c) adding an alcohol; d) feeding in CO; e) heating the reaction mixture, with conversion of the ethylenically unsaturated compound to an ester. a) initially charging an ethylenically unsaturated compound; b) adding a compound of formula 1 and a compound comprising Pd, or adding a complex comprising Pd and a compound of formula c) adding an alcohol; d) feeding in CO; e) heating the reaction mixture, with conversion of the ethylenically unsaturated compound to an ester.
A hot-melt adhesive composition comprising: a) A thermally reversible crosslinked polymer network comprising at least one acid anhydride functionalized polymer AP and at least one crosslinking agent CA having more than one hydroxyl group per molecule and b) At least one at 25 °C solid non-functionalized thermoplastic polymer TP, wherein the at least one crosslinking agent CA is a diol and wherein the at least one at 25 °C solid non-functionalized thermoplastic polymer TP comprises 5-50 wt.-% of the total weight of the hot-melt adhesive composition. a) A thermally reversible crosslinked polymer network comprising at least one acid anhydride functionalized polymer AP and at least one crosslinking agent CA having more than one hydroxyl group per molecule and b) At least one at 25 °C solid non-functionalized thermoplastic polymer TP,
Refrigeration device, in particular household refrigeration device with a door and an insert attached thereupon, which has a base and hollow lateral wings connected by the base, wherein the hollow lateral wings have a closed underside and an extraction opening of the hollow lateral wings on a rear side of the insert facing the door, characterised in that at least the hollow lateral wings are manufactured from a transparent, preferably crystal clear material, and that a packing piece (10; 20) is inserted into the hollow lateral wings, that the lateral wings carry a horizontally movable retaining element, and that the horizontally movable retaining element is embodied on the packing piece.
A portable athletic activity monitoring device comprising: a processor (46 or 146); and memory operatively coupled to the processor and storing computer readable instructions that, when executed, cause the device to: display a user interface comprising a progress meter corresponding to an athletic activity goal specified by a user, wherein the user interface is displayed when the user is not performing an athletic workout; detect athletic activity performed by the user; and modify an appearance of the progress meter to reflect the detected athletic activity performed by the user, during athletic activity performed by the user, modify the user interface to display ongoing performance data for the athletic activity; characterized in that, when executed, said computer readable instructions further cause the device to: update the user interface based upon a user input mechanism being activated by the user tapping the device to mark a lap, the updated user interface displaying lap performance data for the marked lap for a predetermined time; prevent additional taps of the device from activating the user input to mark further laps for a set period of time; after the predetermined time, display the ongoing performance data for the athletic activity. a processor (46 or 146); and memory operatively coupled to the processor and storing computer readable instructions that, when executed, cause the device to: display a user interface comprising a progress meter corresponding to an athletic activity goal specified by a user, wherein the user interface is displayed when the user is not performing an athletic workout; detect athletic activity performed by the user; and modify an appearance of the progress meter to reflect the detected athletic activity performed by the user, during athletic activity performed by the user, modify the user interface to display a user interface comprising a progress meter corresponding to an athletic activity goal specified by a user, wherein the user interface is displayed when the user is not performing an athletic workout; detect athletic activity performed by the user; and modify an appearance of the progress meter to reflect the detected athletic activity performed by the user, during athletic activity performed by the user, modify the user interface to display ongoing performance data for the athletic activity; update the user interface based upon a user input mechanism being activated by the user tapping the device to mark a lap, the updated user interface displaying lap performance data for the marked lap for a predetermined time; prevent additional taps of the device from activating the user input to mark further laps for a set period of time; after the predetermined time, display the ongoing performance data for the athletic activity.
A method in an automated Surface Mount Device warehouse configured to store bins at predetermined positions within said automated Surface Mount Device warehouse, said automated SMD warehouse comprising an actuator configured to automatically handle objects within said automated Surface Mount Device warehouse, the method comprising: - receiving a bin or trolley at a port of said automated Surface Mount Device warehouse, wherein said bin or trolley is comprising a plurality of slots or compartments each configured for carrying/holding a bin load unit, and wherein each of said plurality of bin load units comprises or constitutes a component tape reel; characterised by - scanning an identity tag attached to said bin to obtain a unique bin ID, or trolley ID, wherein identities of bin load units comprised in said bin are associated with said unique bin ID in an SMT information database; - storing, by the use of said at least one actuator, said bin at a position within said automated Surface Mount Device warehouse; and - storing data representing said position and said bin ID, via a communications network, as parameters in said SMT information database. - receiving a bin or trolley at a port of said automated Surface Mount Device warehouse, wherein said bin or trolley is comprising a plurality of slots or compartments each configured for carrying/holding a bin load unit, and wherein each of said plurality of bin load units comprises or constitutes a component tape reel; characterised by - scanning an identity tag attached to said bin to obtain a unique bin ID, or trolley ID, wherein identities of bin load units comprised in said bin are associated with said unique bin ID in an SMT information database; - storing, by the use of said at least one actuator, said bin at a position within said automated Surface Mount Device warehouse; and - storing data representing said position and said bin ID, via a communications network, as parameters in said SMT information database.
A method for providing dynamic transport protocol layer management for avionics applications, the method comprising: selecting an air-ground communication IP datalink based at least in part on criteria defined by one or more profile and policy definitions; selecting a transport layer protocol from between Transport Control Protocol, TCP, and User Datagram Protocol, UDP, based on the air-ground communication IP datalink selected and further based on criteria defined by the one or more profile and policy definitions; configuring parameters of the transport layer protocol selected on a port-by-port basis, and adapting the transport layer protocol to meet quality of service, QoS, needs of a first on-board application utilizing the air-ground communication IP datalink selected and the QoS capability of the air-ground communication IP datalink selected to provide air-ground communication services for the first on-board application, wherein the parameters of the transport layer protocol selected includes at least one of timing, reliability, packet-ordering or flow control; and instantiating a port entity, wherein the port entity provides transport services to transport air-ground communications between the first on-board application (110, 210) and the air-ground communication IP datalink using services provided through a Socket API, based on the selected transport layer protocol. selecting an air-ground communication IP datalink based at least in part on criteria defined by one or more profile and policy definitions; selecting a transport layer protocol from between Transport Control Protocol, TCP, and User Datagram Protocol, UDP, based on the air-ground communication IP datalink selected and further based on criteria defined by the one or more profile and policy definitions; configuring parameters of the transport layer protocol selected on a port-by-port basis, and adapting the transport layer protocol to meet quality of service, QoS, needs of a first on-board application utilizing the air-ground communication IP datalink selected and the QoS capability of the air-ground communication IP datalink selected to provide air-ground communication services for the first on-board application, wherein the parameters of the transport layer protocol selected includes at least one of timing, reliability, packet-ordering or flow control; and instantiating a port entity, wherein the port entity provides transport services to transport air-ground communications between the first on-board application (110, 210) and the air-ground communication IP datalink using services provided through a Socket API, based on the selected transport layer protocol.
A laundry washing machine comprising a housing that houses conventional washing elements including a drum and tub assembly, a door on a door opening of the housing, the door opening enabling access inside the housing to the drum and tub assembly; a sensor for sensing color of cloth prior to passing the cloth through the door opening, the sensor positioned so that it senses the cloth in a dedicated area outside of the washing machine adjacent to the door or door opening, wherein the sensor is capable of reading color of the cloth, and characterized by further comprising a control system coupled with the sensor for identifying color of the cloth and confirming the cloth can be washed in a selected washing program. a sensor for sensing color of cloth prior to passing the cloth through the door opening, the sensor positioned so that it senses the cloth in a dedicated area outside of the washing machine adjacent to the door or door opening, wherein the sensor is capable of reading color of the cloth, and characterized by further comprising a control system coupled with the sensor for identifying color of the cloth and confirming the cloth can be washed in a selected washing program.
Trapping device for frugivorous insects comprising [a] an insect confinement chamber, and [b] at least one insect entrance opening into said chamber, with [c] the walls delimiting said chamber having, at least partially, a coating of insecticide, characterized in that it comprises a base, and a lid removably joined together to form said insect confinement chamber, in that said insecticide is a contact insecticide and in that said contact insecticide is applied onto the walls of said chamber in the form of an aqueous suspension. [a] an insect confinement chamber, and [b] at least one insect entrance opening into said chamber, with [c] the walls delimiting said chamber having, at least partially, a coating of insecticide,
A method of maintaining an effective voltage field across an opening in a housing assembly having a gaseous medium passing therethrough, wherein an electrostatic charge builds-up on a structure surrounding the opening, the method including: providing at least a high voltage electrode within or adjacent the opening to create a voltage field across the opening capable of ionizing the gaseous medium; providing at least one charge bleeding electrode outside the opening and connected with the housing assembly, wherein the charge bleeding electrode has a lower voltage potential than the high voltage source; the method characterized in: providing a not perfectly insulating material between the charge bleeding electrode and the high voltage electrode; and controlling accumulation of charges on the structure surrounding the opening, that affect the voltage field, by bleeding the charges therefrom to the bleeding electrode via said insulating material in a manner that generally maintains the effective voltage field across the opening. providing at least a high voltage electrode within or adjacent the opening to create a voltage field across the opening capable of ionizing the gaseous medium; providing at least one charge bleeding electrode outside the opening and connected with the housing assembly, wherein the charge bleeding electrode has a lower voltage potential than the high voltage source; the method characterized in: providing a not perfectly insulating material between the charge bleeding electrode and the high voltage electrode; and controlling accumulation of charges on the structure surrounding the opening, that affect the voltage field, by bleeding the charges therefrom to the bleeding electrode via said insulating material in a manner that generally maintains the effective voltage field across the opening. providing a not perfectly insulating material between the charge bleeding electrode and the high voltage electrode; and controlling accumulation of charges on the structure surrounding the opening, that affect the voltage field, by bleeding the charges therefrom to the bleeding electrode via said insulating material in a manner that generally maintains the effective voltage field across the opening.
A coating composition comprising: (a) a plastisol comprising polyvinyl chloride powder dispersed in a plasticizer comprising dioctyl terephthalate or 1,2-cyclohexane dicarboxylic acid diisononyl ester; and (b) a bonding composition comprising: (i) isocyanurate; and (ii) organophosphate, wherein the weight ratio of organophosphate to isocyanurate ranges from 4:1 to 10:1. (a) a plastisol comprising polyvinyl chloride powder dispersed in a plasticizer comprising dioctyl terephthalate or 1,2-cyclohexane dicarboxylic acid diisononyl ester; and (b) a bonding composition comprising: (i) isocyanurate; and (ii) organophosphate, wherein the weight ratio of organophosphate to isocyanurate ranges from 4:1 to 10:1. (i) isocyanurate; and (ii) organophosphate, wherein the weight ratio of organophosphate to isocyanurate ranges from 4:1 to 10:1.
A nanoparticulate aerosol generator comprising: a compressed gas reservoir, a nanoparticulate material receptacle and a shut-off valve, wherein the compressed gas reservoir is connected to the nanoparticulate material receptacle through the shut-off valve, wherein said receptacle comprises an outlet hole for releasing nanoparticulate aerosol, characterized in that the compressed gas reservoir comprises a receptacle having a volume comprised between 30 and 50 cm 3, with gas stored at a pressure of 7-10 barg, the generator further comprises a pressurized aerosol distribution chamber, and wherein the outlet hole of said nanoparticulate material receptacle is connected to or inserted into the pressurized aerosol distribution chamber, and wherein the generator is configured such that by opening the shut-off valve, compressed air can instantaneously be released from the compressed gas reservoir to drive nanoparticulate material through the outlet hole into the pressurized aerosol distribution chamber, and wherein the pressurized aerosol distribution chamber is adapted to maintain nanoparticulate aerosol at its interior within a controlled pressure, and it is equipped with a hole for the exit of said nanoparticulate aerosol out of the pressurized aerosol distribution chamber. a compressed gas reservoir, a nanoparticulate material receptacle and a shut-off valve, wherein the compressed gas reservoir is connected to the nanoparticulate material receptacle through the shut-off valve, wherein said receptacle comprises an outlet hole for releasing nanoparticulate aerosol, characterized in that the compressed gas reservoir comprises a receptacle having a volume comprised between 30 and 50 cm 3, with gas stored at a pressure of 7-10 barg, the generator further comprises a pressurized aerosol distribution chamber, and wherein the outlet hole of said nanoparticulate material receptacle is connected to or inserted into the pressurized aerosol distribution chamber, and wherein the generator is configured such that by opening the shut-off valve, compressed air can instantaneously be released from the compressed gas reservoir to drive nanoparticulate material through the outlet hole into the pressurized aerosol distribution chamber, and wherein the pressurized aerosol distribution chamber is adapted to maintain nanoparticulate aerosol at its interior within a controlled pressure, and it is equipped with a hole for the exit of said nanoparticulate aerosol out of the pressurized aerosol distribution chamber.