mhurhangee/ep-ind-claims huggingface dataset:
Inflatable component usable during service and/or installation of a wind turbine module, comprising - an inflation structure with an air tight shell and - a sealable passage in the inflation structure for ingress or discharge of air into or from the air tight shell for inflating or deflating the inflation structure, wherein the inflation structure is dimensioned to provide a thermal and/or physical barrier in respect of external fluids and/or physical objects or particles acting upon the inflation structure in case the inflation structure is inflated and inserted in a hollow section of the wind turbine module characterised in that the inflatable component is built substantially from a deformable material. comprising - an inflation structure with an air tight shell and - a sealable passage in the inflation structure for ingress or discharge of air into or from the air tight shell for inflating or deflating the inflation structure, - an inflation structure with an air tight shell and - a sealable passage in the inflation structure for ingress or discharge of air into or from the air tight shell for inflating or deflating the inflation structure, wherein the inflation structure is dimensioned to provide a thermal and/or physical barrier in respect of external fluids and/or physical objects or particles acting upon the inflation structure in case the inflation structure is inflated and inserted in a hollow section of the wind turbine module characterised in that the inflatable component is built substantially from a deformable material.
A flame detection device for a furnace, comprising a flame signal receiver, a flame signal passage and a flame signal transmitting mechanism, wherein in use the flame signal passage extends in an inner of the furnace through a furnace shell and comprises an outside-furnace passage portion and an inside-furnace passage portion; and wherein the inside-furnace passage portion is provided with a cooling mechanism, characterized in that a pressure-resistant optical mechanism is connected to the outermost end of the outside-furnace passage portion, and said pressure-resistant optical mechanism hermetically and transparently separates the flame signal receiver from the flame signal passage; that the device further comprises a pressure-resistant protective enclosure positioned enveloping the flame signal receiver and hermetically connected to the pressure-resistant optical mechanism; wherein the flame signal receiver is detachably connected to the pressure-resistant optical mechanism via a joint.
A deodorized asphalt composition comprising an asphalt and at least 0.1 weight percent of zinc ricinoleate as a deodorant, wherein the deodorized asphalt composition is void of water.
A display device comprising: a receiver configured to receive a content, a signal processor configured to process the received content for outputting by a display; a display configured to display the received content; a microphone; a communicator; and a controller configured to: receive a user voice input through the microphone while the received content is displayed on the display, control the communicator to transmit, to the server, the user voice input, receive, from the server, a requesting command for a currently displayed channel, in response determine the currently displayed channel through the receiver control the communicator to transmit information corresponding to the currently displayed channel to the server, control the communicator to receive data generated based on the information, transmitted to the server, corresponding to the currently displayed channel and the user voice input, and control the display to display a screen corresponding to the received data. a receiver configured to receive a content, a signal processor configured to process the received content for outputting by a display; a display configured to display the received content; a microphone; a communicator; and a controller configured to: receive a user voice input through the microphone while the received content is displayed on the display, control the communicator to transmit, to the server, the user voice input, receive, from the server, a requesting command for a currently displayed channel, in response determine the currently displayed channel through the receiver control the communicator to transmit information corresponding to the currently displayed channel to the server, control the communicator to receive data generated based on the information, transmitted to the server, corresponding to the currently displayed channel and the user voice input, and control the display to display a screen corresponding to the received data. receive a user voice input through the microphone while the received content is displayed on the display, control the communicator to transmit, to the server, the user voice input, receive, from the server, a requesting command for a currently displayed channel, in response determine the currently displayed channel through the receiver control the communicator to transmit information corresponding to the currently displayed channel to the server, control the communicator to receive data generated based on the information, transmitted to the server, corresponding to the currently displayed channel and the user voice input, and control the display to display a screen corresponding to the received data.
Device for controlling the orientation of a light beam emitted by a pivoting headlamp permanently mounted on a chassis resting on the ground, of the type comprising a measurement device housing mounted on a stand of adjustable height, characterized in that said housing comprise: - an optical system able to convert the beam emitted by said headlamp into a beam that is the equivalent at 10 metres and to project said beam onto a substantially vertical platen placed at the back of said housing in order to directly receive the equivalent beam, said platen bearing at least one linear array of photosensitive cells placed at various heights in the plane of said platen and arranged so as to allow a quantitative measurement of a tilt angle of the emitted beam, i.e. an angle formed by the beam with respect to the horizontal, said photosensitive cells generating a signal when they are illuminated by said beam, said photosensitive cells being connected to means for processing the signal, said means for processing the signal delivering a quantitative measurement of the tilt angle on the basis of the position of a light-shadow cut-off created by the beam, said position being determined from the photosensitive cells illuminated by the beam and the positions of the photosensitive cells. - an optical system able to convert the beam emitted by said headlamp into a beam that is the equivalent at 10 metres and to project said beam onto a substantially vertical platen placed at the back of said housing in order to directly receive the equivalent beam, said platen bearing at least one linear array of photosensitive cells placed at various heights in the plane of said platen and arranged so as to allow a quantitative measurement of a tilt angle of the emitted beam, i.e. an angle formed by the beam with respect to the horizontal, said photosensitive cells generating a signal when they are illuminated by said beam, said photosensitive cells being connected to means for processing the signal, said means for processing the signal delivering a quantitative measurement of the tilt angle on the basis of the position of a light-shadow cut-off created by the beam, said position being determined from the photosensitive cells illuminated by the beam and the positions of the photosensitive cells.
Fresh air chimney for ventilating livestock barns, comprising: - an outside air inlet orifice, - an air outlet orifice, - an air duct (10, 60) which extends along a longitudinal axis of the fresh air chimney and connects the outside air inlet orifice with the air outlet orifice, having • a first air duct section extending in the flow direction of the outside air from the outside air inlet orifice to a barn air inlet orifice and • a second air duct section extending in the flow direction from the barn air inlet orifice to the air outlet orifice, - an air conveyor which is disposed inside the second air duct section and configured to convey air from the barn air inlet orifice and first air duct section to the air outlet orifice, characterised by a first throttle device (30, 31) comprising a throttle valve which can be moved, in particular pivoted, between a first position in which it shuts off the first air duct section and a second position in which it opens the first air duct section, and a second throttle device (41 a-d) which is disposed in the first air duct section downstream of the first throttle device in the flow direction and comprises at least one or more air deflector elements (41 a-d) which are disposed in a first position in order to move the air passing through the second throttle device in a helical motion about the longitudinal axis of the fresh air chimney. - an outside air inlet orifice, - an air outlet orifice, - an air duct (10, 60) which extends along a longitudinal axis of the fresh air chimney and connects the outside air inlet orifice with the air outlet orifice, having • a first air duct section extending in the flow direction of the outside air from the outside air inlet orifice to a barn air inlet orifice and • a second air duct section extending in the flow direction from the barn air inlet orifice to the air outlet orifice, • a first air duct section extending in the flow direction of the outside air from the outside air inlet orifice to a barn air inlet orifice and • a second air duct section extending in the flow direction from the barn air inlet orifice to the air outlet orifice, - an air conveyor which is disposed inside the second air duct section and configured to convey air from the barn air inlet orifice and first air duct section to the air outlet orifice,
A device-equipped target object (406, 604), comprising: a memory; at least one transceiver; and at least one processor communicatively coupled to the memory and the at least one transceiver, the at least one processor configured to: receive (620, 710), via the at least one transceiver, a radio frequency, RF, sensing signal from a transmitter device (402, 602), the RF sensing signal configured to enable a sensing device (404, 606) to sense target objects in an environment of the sensing device, the target objects including the device equipped target object; and transmit (630, 720), via the at least one transceiver, an RF sensing response signal to the sensing device in response to reception of the RF sensing signal, wherein the RF sensing response signal is transmitted after a predetermined time following reception of the RF sensing signal. a memory; at least one transceiver; and at least one processor communicatively coupled to the memory and the at least one transceiver, the at least one processor configured to: receive (620, 710), via the at least one transceiver, a radio frequency, RF, sensing signal from a transmitter device (402, 602), the RF sensing signal configured to enable a sensing device (404, 606) to sense target objects in an environment of the sensing device, the target objects including the device equipped target object; and transmit (630, 720), via the at least one transceiver, an RF sensing response signal to the sensing device in response to reception of the RF sensing signal, wherein the RF sensing response signal is transmitted after a predetermined time following reception of the RF sensing signal. receive (620, 710), via the at least one transceiver, a radio frequency, RF, sensing signal from a transmitter device (402, 602), the RF sensing signal configured to enable a sensing device (404, 606) to sense target objects in an environment of the sensing device, the target objects including the device equipped target object; and transmit (630, 720), via the at least one transceiver, an RF sensing response signal to the sensing device in response to reception of the RF sensing signal, wherein the RF sensing response signal is transmitted after a predetermined time following reception of the RF sensing signal.
An optical module unit comprising: a plurality of optical modules, each having a plurality of light emitting elements, a mount in which the plurality of light emitting elements are arranged on one surface side, and a sub-passage formed in the mount; and a manifold to which the plurality of optical modules are fixed and which has a first main passage to which one end of the sub-passage included in each of the optical modules is connected in parallel, wherein the mount has a plurality of element arrangement surfaces parallel to each other, wherein the plurality of element arrangement surfaces are formed in a stepped shape, wherein the plurality of light emitting elements are arranged on the respective element arrangement surfaces, and wherein the sub-passage is formed in its entirety to be inclined with respect to the element arrangement surfaces so that an average of shortest distances between the respective light emitting elements and the sub-passage is smaller than that in a case where the sub-passage is formed on a plane parallel to the element arrangement surfaces. a plurality of optical modules, each having a plurality of light emitting elements, a mount in which the plurality of light emitting elements are arranged on one surface side, and a sub-passage formed in the mount; and a manifold to which the plurality of optical modules are fixed and which has a first main passage to which one end of the sub-passage included in each of the optical modules is connected in parallel, wherein the mount has a plurality of element arrangement surfaces parallel to each other, wherein the plurality of element arrangement surfaces are formed in a stepped shape, wherein the plurality of light emitting elements are arranged on the respective element arrangement surfaces, and wherein the sub-passage is formed in its entirety to be inclined with respect to the element arrangement surfaces so that an average of shortest distances between the respective light emitting elements and the sub-passage is smaller than that in a case where the sub-passage is formed on a plane parallel to the element arrangement surfaces.
A food dough spreading device for gradually spreading food dough to make it thinner, the device comprising: at least two opposite spreading rollers, wherein the rollers are positioned in such a way that the food dough can flow down between the rollers helped by its own weight; characterized in that it further comprises: a pair of vibration applying members provided between the at least two opposite spreading rollers, which can freely regulate a width dimension of the food dough to be spread by the spreading rollers and is position-adjustable in a longitudinal direction of the spreading rollers, wherein the vibration applying members are arranged to be reciprocatively vibrated in a direction approaching and separating from each other in the longitudinal direction of the spreading rollers at a position where the width dimension of the food dough is adjusted, thereby applying vibration to the food dough; and a control device, wherein a distance at a closed position where the vibration applying members approach each other most closely is a closed distance, and a distance at a position where the vibration applying members are separated furthest from each other is an open distance, and the pair of vibration applying members are movable in the direction approaching and separating from each other by setting the closed distance and a stroke length of the pair of vibration applying members in the control device. a pair of vibration applying members provided between the at least two opposite spreading rollers, which can freely regulate a width dimension of the food dough to be spread by the spreading rollers and is position-adjustable in a longitudinal direction of the spreading rollers, wherein the vibration applying members are arranged to be reciprocatively vibrated in a direction approaching and separating from each other in the longitudinal direction of the spreading rollers at a position where the width dimension of the food dough is adjusted, thereby applying vibration to the food dough; and a control device, wherein a distance at a closed position where the vibration applying members approach each other most closely is a closed distance, and a distance at a position where the vibration applying members are separated furthest from each other is an open distance, and the pair of vibration applying members are movable in the direction approaching and separating from each other by setting the closed distance and a stroke length of the pair of vibration applying members in the control device.
A tool holder assembly, suitable for use in a mobile manipulator, the tool holder assembly comprising, a first part which is configured such that it is attachable to a mobile vehicle; and a second part which is configured to cooperate with a tool; wherein the first and second parts (30,31) each comprise, a first flexible arm (8,10) and a second flexible arm (9,11) and a slot (14,15); characterised in that, the first and second parts (30,31) are configured such that they can be arranged so that at least a portion (16,17,18,19) of the first and second flexible arms (8,9,10,11) of the each of the first and second parts (30,31) may be simultaneously received into the one or more slots (14,15) in the other part (30,31), to hold the first and second parts (30,31) in mechanical cooperation.
System for controlling work lights in a forestry machine, which system includes - a harvester head having a body and a cutting device, attached to a set of booms of the forestry machine, and a valve control unit for controlling valves of the harvester head, - at least one work light for illuminating the harvester head and its surroundings attached to the harvester head which said work light is located in connection with the cutting device and oriented to illuminate the cutting device, and - control means for controlling the operation of the work light, characterized in that the harvester head further includes a rotator, by means of which the harvester head is arranged to be suspended rotatably from the set of booms, stripping blades (24,26) and feed rollers (22,23) and the harvester head is arranged for felling and processing trees and said work light control means are the harvester head valve control unit, which is arranged to feed power and/or control the power feed to the said light and said control unit includes several valve-control outputs, through at least one of which outputs the control unit is arranged to feed power to the said work light. - a harvester head having a body and a cutting device, attached to a set of booms of the forestry machine, and a valve control unit for controlling valves of the harvester head, - at least one work light for illuminating the harvester head and its surroundings attached to the harvester head which said work light is located in connection with the cutting device and oriented to illuminate the cutting device, and - control means for controlling the operation of the work light, characterized in that the harvester head further includes a rotator, by means of which the harvester head is arranged to be suspended rotatably from the set of booms, stripping blades (24,26) and feed rollers (22,23) and the harvester head is arranged for felling and processing trees and said work light control means are the harvester head valve control unit, which is arranged to feed power and/or control the power feed to the said light and said control unit includes several valve-control outputs, through at least one of which outputs the control unit is arranged to feed power to the said work light.
Charging device for a self-propelled work unit, having a housing, in which an electric drive motor to drive a work tool and an electric traction drive are arranged, having a rechargeable energy storage unit arranged in the housing, which has at least one electrical unit contact, and after the work unit has been moved into a charging station to charge the energy storage unit the electrical unit contact lies in contact against an electrical charging contact of the charging station, characterised in that an outwardly open loading jaw is formed in the housing and the unit contact is provided inside the loading jaw, the loading jaw is designed for introduction of a charging mandrel adapted to the charging station, wherein the charging mandrel carries the charging contact of the charging station, assigned to the unit contact, and the work unit that has moved into the charging station is secured in the charging position in the charging station.
A coin transport mechanism comprising: a first coin rotor including at least one coin receptacle for receiving a coin; a second coin rotor including at least one coin receptacle, the second coin rotor disposed proximal to the first coin rotor; a coin sensor adapted to provide signals indicative of coin characteristics; a coin output path; and wherein the first coin rotor is noncoplanar with the second coin rotor and includes a gated coin aperture, and wherein the second coin rotor is adapted to transport coins from a coin hopper to the first coin rotor wherein the first coin rotor is housed within a coin receiving compartment disposed within the coin hopper that communicates with a coin input conduit, wherein the first coin rotor includes a plurality of radially projecting arm members which upon rotation of said first coin rotor traverse a substantially circular coin path disposed circumferentially of the first coin rotor and traversing said coin sensor, wherein the substantially circular coin path includes at least one diverter member for guiding a coin from the substantially circular coin path to the coin output path, wherein a coin expelled from the gated coin aperture is urged to traverse the substantially circular coin path by one of the plurality of radially projecting arm members acting upon the coin under rotation of the first coin rotor, wherein the substantially circular coin path includes a retractable coin ejector, and wherein operation of the retractable coin ejector on a traversing coin ejects said coin out of the substantially circular coin path into the coin hopper. a first coin rotor including at least one coin receptacle for receiving a coin; a second coin rotor including at least one coin receptacle, the second coin rotor disposed proximal to the first coin rotor; a coin sensor adapted to provide signals indicative of coin characteristics; a coin output path; and wherein the first coin rotor is noncoplanar with the second coin rotor and includes a gated coin aperture, and wherein the second coin rotor is adapted to transport coins from a coin hopper to the first coin rotor wherein the first coin rotor is housed within a coin receiving compartment disposed within the coin hopper that communicates with a coin input conduit, wherein the first coin rotor includes a plurality of radially projecting arm members which upon rotation of said first coin rotor traverse a substantially circular coin path disposed circumferentially of the first coin rotor and traversing said coin sensor, wherein the substantially circular coin path includes at least one diverter member for guiding a coin from the substantially circular coin path to the coin output path, wherein a coin expelled from the gated coin aperture is urged to traverse the substantially circular coin path by one of the plurality of radially projecting arm members acting upon the coin under rotation of the first coin rotor, wherein the substantially circular coin path includes a retractable coin ejector, and wherein operation of the retractable coin ejector on a traversing coin ejects said coin out of the substantially circular coin path into the coin hopper.