mhurhangee/ep-ind-claims huggingface dataset:
A crawler vehicle drive system, in particular for a crawler vehicle for grooming ski slopes, the drive system comprising: - a drive wheel rotating about a first rotation axis; - an idle wheel rotating about a second rotation axis parallel to the first rotation axis; and - a track looped around the drive wheel and the idle wheel, and comprising a first belt and a plurality of second belts located on opposite sides of first belt, the first and the second belt (18, 17) being made of an elastomeric material; and a plurality of metal grousers fixed to the first belt and the second belts by plates bolted onto the grousers to sandwich part of first and the second belts between the plates and the grousers; wherein the first belt has at least one continuous toothed strip extending along the inner face of the first belt and designed to mesh with the drive wheel, and at least one continuous smooth strip located along the inner face of the first belt; wherein the drive wheel and the idle wheel are in contact with the first belt along the continuous smooth strip. - a drive wheel rotating about a first rotation axis; - an idle wheel rotating about a second rotation axis parallel to the first rotation axis; and - a track looped around the drive wheel and the idle wheel, and comprising a first belt and a plurality of second belts located on opposite sides of first belt, the first and the second belt (18, 17) being made of an elastomeric material; and a plurality of metal grousers fixed to the first belt and the second belts by plates bolted onto the grousers to sandwich part of first and the second belts between the plates and the grousers; wherein the first belt has at least one continuous toothed strip extending along the inner face of the first belt and designed to mesh with the drive wheel, and at least one continuous smooth strip located along the inner face of the first belt; wherein the drive wheel and the idle wheel are in contact with the first belt along the continuous smooth strip.
A permanent magnet electric motor comprising: a rotor arranged rotatably inside a stator; the stator with at least a North pole and a South pole, wherein the stator comprises a lamination stack having a plurality of loose laminations; wherein the stator lamination stack defines at least one magnet pocket at each pole, each magnet pocket being contained within the lamination stack distanced from the inner and outer surfaces of the lamination stack, the stator further including at least one permanent magnet embedded within each magnet pocket of each pole; characterised in that the loose laminations are being held together via an overmolded resin, the overmolded resin comprising a longitudinal overmold layer covering at least a portion of at least one of an inner or outer surfaces of the lamination stack without covering the poles, and two end cap portions extending laterally from the ends of the longitudinal overmold layer are integrally included in the longitudinal overmold layer to firmly cover ends of the lamination stack. a rotor arranged rotatably inside a stator; the stator with at least a North pole and a South pole, wherein the stator comprises a lamination stack having a plurality of loose laminations; wherein the stator lamination stack defines at least one magnet pocket at each pole, each magnet pocket being contained within the lamination stack distanced from the inner and outer surfaces of the lamination stack, the stator further including at least one permanent magnet embedded within each magnet pocket of each pole; characterised in that the loose laminations are being held together via an overmolded resin, the overmolded resin comprising a longitudinal overmold layer covering at least a portion of at least one of an inner or outer surfaces of the lamination stack without covering the poles, and two end cap portions extending laterally from the ends of the longitudinal overmold layer are integrally included in the longitudinal overmold layer to firmly cover ends of the lamination stack.
Multilayer body (1 to 7), in particular security element for securing security documents, having machine-readable coding, wherein the multilayer body (1 to 7) has a first layer (10, 46, 52, 54) made of a dielectric material, a second layer that is partially provided on a first surface of the first layer and is made of an electrically conductive material, wherein, in a first surface region, the second layer is shaped in the form ofN first coil-shaped structures (71 to 84), and wherein M second coil-shaped structures are provided, wherein the first and second coil-shaped structures (61 to 68; 71 to 84) each have different geometries and different predetermined resonant frequencies and provide the machine-readable coding, wherein the N first coil-shaped structures (71 to 84) and/or the M second coil-shaped structures (61 to 68) are each formed from a conductor track arranged to be coil-shaped, said structures having between one and 50 coils, and each of the N first coil-shaped structures (71 to 84) and/or each of the M second coil-shaped structures (61 to 68) covers a surface area of less than 1000mm 2, characterised in that the multilayer body has a third layer that is partially provided on a second surface of the first layer opposite the first surface and is made of an electrically conductive material, wherein the second and the third layer are spaced apart from each other by less than 100 μm and the third layer is shaped in the form of the M second coil-shaped structures (61 to 68), and wherein each of the N first coil-shaped structures (71 to 84) that are formed in the first surface region and M second coil-shaped structures (61 to 68) are arranged relative to one another in such a way that, in the first surface region, each of the first coil-shaped structures (71 to 84) is regionally arranged to overlap with at least one of the M second coil-shaped structures (61 to 68) and the area centre of gravity (82, 83, 84) of the smaller-area structure of two first and second coil-like structures arranged to regionally overlap is no further than D/2 x 0.5 away from the outer edge of the larger-area structure of the two first and second coil-like structures (61, 71, 72, 73) arranged to regionally overlap, wherein D is the integral over the larger-area structure for all spatial directions from the area centre of gravity of the first and second coil-shaped structures (61, 71, 72, 73) that are arranged to regionally overlap from resulting diameters.
A method for detecting wireless network services, comprising the steps carried out by a user equipment, UE, of: determining a network identifier in a broadcast message received from a network entity, wherein the network identifier indicates a type of network deployment; establishing an unauthenticated connection with a network related to the network entity based at least in part on the network identifier and the type of network deployment; querying, using the unauthenticated connection, the network entity for information related to services available at the network; and receiving, in response to querying the network entity, service information of the network, wherein the service information identifies a plurality of subscription providers for at least one service available at the network. determining a network identifier in a broadcast message received from a network entity, wherein the network identifier indicates a type of network deployment; establishing an unauthenticated connection with a network related to the network entity based at least in part on the network identifier and the type of network deployment; querying, using the unauthenticated connection, the network entity for information related to services available at the network; and receiving, in response to querying the network entity, service information of the network, wherein the service information identifies a plurality of subscription providers for at least one service available at the network.
A coating solution for forming an ultraviolet-absorbing film, which comprises a combination of the following three components: a first component which is an epoxidized organooxysilane compound (a) or a partially hydrolyzed condensate containing the compound (a) as the constituting unit, a second component which is an organooxysilane compound (b) which is a reaction product of a hydroxylated benzophenone compound and an epoxidized organooxysilane compound or a partially hydrolyzed condensate containing the compound (b) as the constituting unit, and a third component which is an organooxysilane compound (c) other than the above (a) and (b) or a partially hydrolyzed condensate containing the compound (c) as the constituting unit, wherein the proportions of the first component, the second component, and the third component are such proportions that, based on 100 parts by mass of the total solid content of the first component, the second component, and the third component, the first component is from 5 to 50 parts by mass, the second component is from 10 to 50 parts by mass, and the third component is from 40 to 80 parts by mass, wherein each of compounds (a) to (c) is a compound having at least two organooxy groups bonded to a silicon atom, wherein compound (c) does not contain an epoxy group or a residual group of a hydroxylated benzophenone compound, wherein at least part of the first, second and third compounds is a triorganooxysilane compound or a tetraorganooxysilane compound, and wherein the coating solution contains at least one member selected from polyepoxides and glycerin. a first component which is an epoxidized organooxysilane compound (a) or a partially hydrolyzed condensate containing the compound (a) as the constituting unit, a second component which is an organooxysilane compound (b) which is a reaction product of a hydroxylated benzophenone compound and an epoxidized organooxysilane compound or a partially hydrolyzed condensate containing the compound (b) as the constituting unit, and a third component which is an organooxysilane compound (c) other than the above (a) and (b) or a partially hydrolyzed condensate containing the compound (c) as the constituting unit, wherein the proportions of the first component, the second component, and the third component are such proportions that, based on 100 parts by mass of the total solid content of the first component, the second component, and the third component, the first component is from 5 to 50 parts by mass, the second component is from 10 to 50 parts by mass, and the third component is from 40 to 80 parts by mass, wherein each of compounds (a) to (c) is a compound having at least two organooxy groups bonded to a silicon atom, wherein compound (c) does not contain an epoxy group or a residual group of a hydroxylated benzophenone compound, wherein at least part of the first, second and third compounds is a triorganooxysilane compound or a tetraorganooxysilane compound, and wherein the coating solution contains at least one member selected from polyepoxides and glycerin.
A monitoring method for monitoring a set of meters (1, 2, 3, 4), each meter being arranged to measure a stream supplied to an installation by a distribution network, all of the meters being connected to a common remote processor device, the monitoring method comprising both first steps performed in each meter, for: · acquiring primary measurements of a magnitude representative of the occurrence of an anomaly associated with said meter; · selecting pertinent measurements from the primary measurements, the pertinent measurements satisfying a pertinence criterion; · regularly transmitting the pertinent measurements to the remote processor device; and second steps performed in the remote processor device, for: · comparing, for each meter, the pertinent measurements with a detection threshold common to all of the meters of the set of meters in order to attempt detecting an anomaly associated with said meter; · adjusting the detection threshold dynamically as a function of the percentage of meters detected as being associated with an anomaly. · acquiring primary measurements of a magnitude representative of the occurrence of an anomaly associated with said meter; · selecting pertinent measurements from the primary measurements, the pertinent measurements satisfying a pertinence criterion; · regularly transmitting the pertinent measurements to the remote processor device; · comparing, for each meter, the pertinent measurements with a detection threshold common to all of the meters of the set of meters in order to attempt detecting an anomaly associated with said meter; · adjusting the detection threshold dynamically as a function of the percentage of meters detected as being associated with an anomaly.
A folding chair comprising: - a first structure including a pair of front legs and a backrest, - a second structure including a pair of rear legs articulated with respect to the first structure about an articulation axis and movable with respect to the first structure between an open position and a closed position, and - a seat movable about said articulation axis between a lowered position and a raised position, characterized in that the seat comprises: - a support frame pivoting about said articulation axis between a lowered position and a raised position, - a seating element movable with respect to the support frame along a direction transverse with respect to said articulation axis, and - at least one transmission mechanism configured to move the seating element along said direction between a first position corresponding to the lowered position of the support frame and a second position corresponding to the raised position of the support frame, wherein in said first position, a front edge of the seating element is at a first distance from said articulation axis and in said second position, the front edge of the seating element is at a second distance from the articulation axis, and wherein said second distance is less than said first distance. - a first structure including a pair of front legs and a backrest, - a second structure including a pair of rear legs articulated with respect to the first structure about an articulation axis and movable with respect to the first structure between an open position and a closed position, and - a seat movable about said articulation axis between a lowered position and a raised position, characterized in that the seat comprises: - a support frame pivoting about said articulation axis between a lowered position and a raised position, - a seating element movable with respect to the support frame along a direction transverse with respect to said articulation axis, and - at least one transmission mechanism configured to move the seating element along said direction between a first position corresponding to the lowered position of the support frame and a second position corresponding to the raised position of the support frame,
A system for connecting an electrical power distribution system on a ship to a shore side electrical power supply, comprising: at least two stackable shore power supply containers (14, 14') to be arranged on the ship, each of the stackable shore power supply containers (14, 14') including at least one shore power transfer cable (16, 16') for connecting the respective stackable shore power supply container to the shore power supply; and a switch panel for selectively connecting any one of the stackable shore power supply containers (14, 14') to the electrical power distribution system on the ship; characterized in that the switch panel is contained in one of the stackable shore power supply containers, wherein the latter forms a master shore power supply container; and at least one of the other stackable shore power supply containers forms a slave shore power supply container that is connected to the switch panel of the master shore power supply container, so that the master shore power supply container is capable of selectively receiving shore power either through its own shore power transfer cable (16, 16') or through the at least one slave shore power supply container connected to its switch panel. at least two stackable shore power supply containers (14, 14') to be arranged on the ship, each of the stackable shore power supply containers (14, 14') including at least one shore power transfer cable (16, 16') for connecting the respective stackable shore power supply container to the shore power supply; and a switch panel for selectively connecting any one of the stackable shore power supply containers (14, 14') to the electrical power distribution system on the ship; characterized in that the switch panel is contained in one of the stackable shore power supply containers, wherein the latter forms a master shore power supply container; and at least one of the other stackable shore power supply containers forms a slave shore power supply container that is connected to the switch panel of the master shore power supply container, so that the master shore power supply container is capable of selectively receiving shore power either through its own shore power transfer cable (16, 16') or through the at least one slave shore power supply container connected to its switch panel.
A computer-implemented method by a central control unit for commissioning a lighting system, the method comprising: receiving first data from a first of a plurality of sensors included in the lighting system, the first data indicating that the first of the plurality of sensors received a first visible light signal from a pointing device, each one of the plurality of sensors being associated with a corresponding one of a plurality of light fixtures in the lighting system; and assigning a first light fixture associated with the first of the plurality of sensors to a first group of the fixtures in response to receipt of the first data from the first one of the plurality of sensors, receiving second data from a second of the plurality of sensors, the second data indicating that the second of the plurality of sensors received a second visible light signal from the pointing device; assigning a second light fixture associated with the second of the plurality of sensors to the first group of the fixtures in response to receipt of the second data from the second of the plurality of sensors; and receiving from the first of the plurality of sensors an indication of a light level in a room in which the first of the plurality of sensors that received the first visible light signal from the pointing device is located in order to control the light fixtures for producing the desired light level. receiving first data from a first of a plurality of sensors included in the lighting system, the first data indicating that the first of the plurality of sensors received a first visible light signal from a pointing device, each one of the plurality of sensors being associated with a corresponding one of a plurality of light fixtures in the lighting system; and assigning a first light fixture associated with the first of the plurality of sensors to a first group of the fixtures in response to receipt of the first data from the first one of the plurality of sensors, receiving second data from a second of the plurality of sensors, the second data indicating that the second of the plurality of sensors received a second visible light signal from the pointing device; assigning a second light fixture associated with the second of the plurality of sensors to the first group of the fixtures in response to receipt of the second data from the second of the plurality of sensors; and receiving from the first of the plurality of sensors an indication of a light level in a room in which the first of the plurality of sensors that received the first visible light signal from the pointing device is located in order to control the light fixtures for producing the desired light level.
An apparatus for collecting geophysical information comprising: a first geophysical information station (114 N+2) disposed along a seismic communication cable, the first geophysical information station including: a command circuit for receiving command signals from an upstream source and transmitting commands to a downstream source; a first bypass circuit responsive to a first bypass command signal (BYPASS N+1) issued by the command circuit to issue a first bypass signal; characterised by a switching circuit for communication with a first bypass circuit of a first upstream geophysical information station (114 N+1) to receive a bypass signal and operable to route electrical power, commands and data to bypass the first geophysical information station (114 N+2) in response to a first bypass command signal from a command circuit of the first upstream geophysical information station (114 N+1). a first geophysical information station (114 N+2) disposed along a seismic communication cable, the first geophysical information station including: a command circuit for receiving command signals from an upstream source and transmitting commands to a downstream source; a first bypass circuit responsive to a first bypass command signal (BYPASS N+1) issued by the command circuit to issue a first bypass signal; characterised by a switching circuit for communication with a first bypass circuit of a first upstream geophysical information station (114 N+1) to receive a bypass signal and operable to route electrical power, commands and data to bypass the first geophysical information station (114 N+2) in response to a first bypass command signal from a command circuit of the first upstream geophysical information station (114 N+1). a command circuit for receiving command signals from an upstream source and transmitting commands to a downstream source; a first bypass circuit responsive to a first bypass command signal (BYPASS N+1) issued by the command circuit to issue a first bypass signal; characterised by a switching circuit for communication with a first bypass circuit of a first upstream geophysical information station (114 N+1) to receive a bypass signal and operable to route electrical power, commands and data to bypass the first geophysical information station (114 N+2) in response to a first bypass command signal from a command circuit of the first upstream geophysical information station (114 N+1).
An agricultural harvester comprising a pick-up device for agricultural crop material, wherein the pick-up device has at least one drivable collecting drum for picking up crop material and at least one drivable conveyor member, wherein the conveyor member has conveyor elements (48, 50, 52) radially on the outside in order to convey the crop material to a conveyor rotor and/or a crop material passage, wherein the conveyor member has at least two conveyor portions (42, 44, 46), characterised in that the conveyor portions (42, 44, 46) are adapted to be drivable and rotatable independently of each other.