mhurhangee/ep-ind-claims huggingface dataset:
A domestic greenhouse of the kind comprising at least one side wall (110, 120), a roof having at least one roof panel, and at least one end wall (130, 140), and at least one door (200, 210) that in a closed position obscures a doorway opening provided in one of the end walls or side walls and in an open position enables a person access through the doorway, the door (200, 210) comprises a sliding door that is supported by two support assemblies (220, 230), a first support assembly being located at the top of the door and a second support assembly being located at the bottom of the door, each support assembly (220, 230) comprising a telescopic guide having a part secured to the wall of the greenhouse and a part secured to the door(200, 210), characterised in that the part of the second support assembly is fixed to the wall to one side of the doorway so that the doorway opening does not have a lower threshold strip and in that the fixed part of the upper telescopic support assembly is located above the door opening, so that with the door closed the upper telescopic support assembly is in a contracted position and is extended when the door is open, and the fixed part of the lower track is located to one side of the door so that with the door closed it is extended and when open it is contracted.
A sterilisation device (200, 300) for generating a flow of hydroxyl radicals, the sterilisation device comprising: a coaxial transmission line for conveying radiofrequency and/or microwave frequency electromagnetic energy, the coaxial transmission line extending in a longitudinal direction and comprising an inner conductor and an outer conductor located around and spaced away from the inner conductor; an end cap mounted on a distal end of the coaxial transmission line, wherein the end cap comprises a distally facing outlet aperture; a fluid conduit extending in the longitudinal direction from a fluid inlet at a distal end of the coaxial transmission line through the end cap to the outlet aperture; and a plasma generating region at a proximal end of the outlet aperture, wherein the plasma generating region contains a first electrode that is electrically connected to the inner conductor, and a second electrode that is electrically connected to the outer conductor, wherein the fluid conduit (206, 306) defines a longitudinal fluid flow path through the device (200, 300) that is aligned with a feed direction in which fluid is receivable through the fluid inlet, and wherein the first electrode and second electrode oppose each other in a transverse direction across the longitudinal fluid flow path in the plasma generating region. a coaxial transmission line for conveying radiofrequency and/or microwave frequency electromagnetic energy, the coaxial transmission line extending in a longitudinal direction and comprising an inner conductor and an outer conductor located around and spaced away from the inner conductor; an end cap mounted on a distal end of the coaxial transmission line, wherein the end cap comprises a distally facing outlet aperture; a fluid conduit extending in the longitudinal direction from a fluid inlet at a distal end of the coaxial transmission line through the end cap to the outlet aperture; and a plasma generating region at a proximal end of the outlet aperture, wherein the plasma generating region contains a first electrode that is electrically connected to the inner conductor, and a second electrode that is electrically connected to the outer conductor, wherein the fluid conduit (206, 306) defines a longitudinal fluid flow path through the device (200, 300) that is aligned with a feed direction in which fluid is receivable through the fluid inlet, and wherein the first electrode and second electrode oppose each other in a transverse direction across the longitudinal fluid flow path in the plasma generating region.
A method for monitoring a gear system comprising at least two wheels, each wheel having a characteristic frequency (ƒ 1, ƒ 2), a vibratory or acoustic signal representative of these vibrations having been acquired by a sensor, a vibratory or acoustic digital signal x(t) having been obtained, the method comprising, for each characteristic frequency of the system, the steps of: filtering, by means of a filter, the digital signal so as to obtain an image monitoring signal of at least one vibratory component of at least one fault; determining the square envelope of said monitoring signal, defined by the squared absolute value of the Hilbert transform of the monitoring signal so as to extract an image of the modulating signals associated with the rotation of the wheels from the monitoring signal; determining the synchronous averaging of said square envelope relative to the period of rotation of a wheel of interest chosen among the wheels of the gear, said averaging allowing attenuating parasitic components in the envelope originating from other mechanical sources; determining a monitoring indicator as a function of said synchronous averaging, said monitoring indicator being defined by the square root of the synchronous averaging normalized by the median value of the synchronous averaging. filtering, by means of a filter, the digital signal so as to obtain an image monitoring signal of at least one vibratory component of at least one fault; determining the square envelope of said monitoring signal, defined by the squared absolute value of the Hilbert transform of the monitoring signal so as to extract an image of the modulating signals associated with the rotation of the wheels from the monitoring signal; determining the synchronous averaging of said square envelope relative to the period of rotation of a wheel of interest chosen among the wheels of the gear, said averaging allowing attenuating parasitic components in the envelope originating from other mechanical sources; determining a monitoring indicator as a function of said synchronous averaging, said monitoring indicator being defined by the square root of the synchronous averaging normalized by the median value of the synchronous averaging.
A method for pairing first and second electronic devices for wireless communication, the method comprising: detecting (502, 602, 702), at the first electronic device (102, 202, 302, 404), that the second electronic device (104, 204, 308, 402) is in close proximity; initiating (504, 604, 706) pairing of the first and second electronic devices after it is detected that the second electronic device is in close proximity to the first electronic device; pairing of the first and second electronic devices, the pairing comprising exchange of cryptographic keys; characterised by thereafter retrieving, from the first electronic device, configuration information associated with the second electronic device, wherein the configuration information is pre-stored by the first electronic device (102, 202, 302, 404); transferring (608, 716) the retrieved configuration information to the second electronic device; causing configuration of the second electronic device in accordance with the retrieved configuration information, the configuration of the second electronic device being for subsequent operations of the second electronic device; and ending the pairing process, wherein the steps of the method are automatically executed such that no user-interaction is required. detecting (502, 602, 702), at the first electronic device (102, 202, 302, 404), that the second electronic device (104, 204, 308, 402) is in close proximity; initiating (504, 604, 706) pairing of the first and second electronic devices after it is detected that the second electronic device is in close proximity to the first electronic device; pairing of the first and second electronic devices, the pairing comprising exchange of cryptographic keys; characterised by thereafter retrieving, from the first electronic device, configuration information associated with the second electronic device, wherein the configuration information is pre-stored by the first electronic device (102, 202, 302, 404); transferring (608, 716) the retrieved configuration information to the second electronic device; causing configuration of the second electronic device in accordance with the retrieved configuration information, the configuration of the second electronic device being for subsequent operations of the second electronic device; and ending the pairing process, wherein the steps of the method are automatically executed such that no user-interaction is required.
A computer implemented method implemented by a data plane of a network appliance (101; 1013; 2601), the method comprising: receiving a plurality of packets carrying a L7 data stream (1109; 701) having a L7 header (1110; 1801; 702), each of the plurality of packets including a layer 2 header and a layer 3 header; reassembling the L7 data stream (1109; 701) from the plurality of packets to produce a reassembled L7 data stream; producing a normalized URL by rewriting a URL included in the original L7 header into a normalized form (2301, 2408); producing an enhanced L7 header (1114; 1805) from the L7 header (1110; 1801; 702); producing an enhanced L7 data stream that includes the L7 header (1110; 1801; 702) and the enhanced L7 header (1114; 1805); and queueing the enhanced L7 data stream for processing by a general-purpose processor (1007; 1117) wherein the enhanced L7 header includes the normalized URL. receiving a plurality of packets carrying a L7 data stream (1109; 701) having a L7 header (1110; 1801; 702), each of the plurality of packets including a layer 2 header and a layer 3 header; reassembling the L7 data stream (1109; 701) from the plurality of packets to produce a reassembled L7 data stream; producing a normalized URL by rewriting a URL included in the original L7 header into a normalized form (2301, 2408); producing an enhanced L7 header (1114; 1805) from the L7 header (1110; 1801; 702); producing an enhanced L7 data stream that includes the L7 header (1110; 1801; 702) and the enhanced L7 header (1114; 1805); and queueing the enhanced L7 data stream for processing by a general-purpose processor (1007; 1117) wherein the enhanced L7 header includes the normalized URL.
A system for sensing characteristics of a trench in a soil surface during planting operations, the system comprising: a trench opening assembly configured to open a trench in the soil surface as said trench opening assembly moves in a forward direction of travel; a seed delivery mechanism to deliver seed into the opened trench; a trench closing assembly disposed rearward of said trench opening assembly to close said opened trench with soil as said trench closing assembly moves in said forward direction of travel; an appurtenance disposed in said open trench rearward of said trench opening assembly, said appurtenance having a body disposed forward of said trench closing assembly and supporting at least one sensor configured to provide characteristics of said trench; wherein said at least one sensor includes a trench closing sensor having a drag wire extending rearward from said appurtenance body into an area of said trench closed with soil by said closing assembly, said appurtenance body instrumented to measure an amount of force required to pull said drag wire through said closed area of said trench, said measured force indicative of closure of said closed area with soil; characterized in that said at least one sensor further includes electric probes comprising a first electric probe disposed on a first side of said appurtenance body and a second electric probe disposed on a second side of said appurtenance body that is opposite the first side, said electric probes generating signals indicative of alignment of said appurtenance body with a bottom of said trench. a trench opening assembly configured to open a trench in the soil surface as said trench opening assembly moves in a forward direction of travel; a seed delivery mechanism to deliver seed into the opened trench; a trench closing assembly disposed rearward of said trench opening assembly to close said opened trench with soil as said trench closing assembly moves in said forward direction of travel; an appurtenance disposed in said open trench rearward of said trench opening assembly, said appurtenance having a body disposed forward of said trench closing assembly and supporting at least one sensor configured to provide characteristics of said trench; wherein said at least one sensor includes a trench closing sensor having a drag wire extending rearward from said appurtenance body into an area of said trench closed with soil by said closing assembly, said appurtenance body instrumented to measure an amount of force required to pull said drag wire through said closed area of said trench, said measured force indicative of closure of said closed area with soil; characterized in that said at least one sensor further includes electric probes comprising a first electric probe disposed on a first side of said appurtenance body and a second electric probe disposed on a second side of said appurtenance body that is opposite the first side, said electric probes generating signals indicative of alignment of said appurtenance body with a bottom of said trench.
A roadway, guard rail or safety barrier having a post (32.001) and beam (32.096) construction wherein the beam (32.096) is mounted to the post (32.001) by means of a carriage (44.070), the beam (32.096) being secured to the carriage by a securement means in the form of a bolt (32.094) which locates in a threaded carriage aperture (43.086), the carriage (44.070) being adapted to travel longitudinally relative to the post (32.001) in the event of a collision, the post (32.001) further including at least one carriage support means, and one or more engagement means (30.090) on an outer face of the post (32.001), the engagement means being adapted to be engaged by a distal end of the shank of the bolt (32.094) which protrudes through the carriage (44.070) to thereby provide resistance to movement of the carriage (44.070)with respect to the post (32.001), characterised in that the carriage (44.070) has a axially extending recess (44.098) in the form of a groove (47.098) that is half the height of the carriage (44.070)which provides a clearance area (47.100) for avoiding contact with the engagement means (30.090) such that the engagement means (30.090) is able to pass through the clearance area (47.100) so as to not engage or to minimise engagement between the carriage (44.070) and the engagement means (30.090) during travelling longitudinally relative to the post (32.001), wherein the threaded carriage aperture (43.086) is located above the half height groove (47.098) and in a mounted state of the carriage (44.070) displaced toward the roadside with respect to said half height groove (47.098).
A tyre comprising a tread portion whose position when mounted on a vehicle is specified, the tread portion comprising an outer shoulder main groove and an inner shoulder main groove extending continuously in a tyre circumferential direction, a crown main groove extending continuously in the tyre circumferential direction between the outer shoulder main groove and the inner shoulder main groove, and an inner crown land region defined between the crown main groove and the inner shoulder main groove, wherein the inner crown land region is provided with a plurality of crown lateral grooves each extending from the inner shoulder main groove with a width not less than 1.5 mm and having an inner end terminating within the inner crown land region, first inner crown sipes each extending between a respective one of the inner ends of the crown lateral grooves and the crown main groove with a width less than 1.5 mm, second inner crown sipes each extending from the inner shoulder main groove with a width less than 1.5 mm and having an inner end terminating within the inner crown land region, and third inner crown sipes each extending from the crown main groove with a width less than 1.5 mm and having an outer end terminating within the inner crown land region, characterized in that a length in a tyre axial direction of each of the crown lateral grooves is larger than a length in the tyre axial direction of each of the second inner crown sipes.
A soldering system, characterized in that it comprises: a first robot on which a first tool and a second tool are mounted; a second robot on which a laser solder head is mounted; a fixation device adapted to fix an electrical product with a first lead and a second lead to be soldered; and a vision system adapted to identify positions of the first lead and the second lead and detect an alignment tolerance between them; wherein the first robot is adapted to move at least one of the first lead and the second lead by the first tool to reduce the alignment tolerance when the alignment tolerance between the first lead and the second lead detected by the vision system is larger than a predetermined tolerance value; the first robot is adapted to press or hold the first lead and the second lead by the second tool when the alignment tolerance between the first lead and the second lead detected by the vision system is within the predetermined tolerance value; and the second robot is adapted to move the laser solder head to a predetermined position under guidance of the vision system, and is adapted to solder the first lead and the second lead together by the laser solder head when the alignment tolerance between the first lead and the second lead is within the predetermined tolerance value, and the first lead and the second lead have been pressed or held by the second tool. a first robot on which a first tool and a second tool are mounted; a second robot on which a laser solder head is mounted; a fixation device adapted to fix an electrical product with a first lead and a second lead to be soldered; and a vision system adapted to identify positions of the first lead and the second lead and detect an alignment tolerance between them; wherein the first robot is adapted to move at least one of the first lead and the second lead by the first tool to reduce the alignment tolerance when the alignment tolerance between the first lead and the second lead detected by the vision system is larger than a predetermined tolerance value; the first robot is adapted to press or hold the first lead and the second lead by the second tool when the alignment tolerance between the first lead and the second lead detected by the vision system is within the predetermined tolerance value; and the second robot is adapted to move the laser solder head to a predetermined position under guidance of the vision system, and is adapted to solder the first lead and the second lead together by the laser solder head when the alignment tolerance between the first lead and the second lead is within the predetermined tolerance value, and the first lead and the second lead have been pressed or held by the second tool.
A method for receiving data in a mobile communication system, the method comprising: receiving a control channel signal including first information and second information, wherein the first information is used to indicate resource allocation type and the second information includes a bitmap for resource allocation; and receiving the data through one or more resources allocated by the control channel signal, characterized in that: receiving comprises processing of the bitmap for resource allocation wherein a bit value of the bitmap indicates whether a corresponding resource block group, RBG, in contiguous RBGs is allocated or not, if a first resource allocation type is indicated, and a bit value of the bitmap indicates whether a corresponding resource block, RB, in an RBG set is allocated or not, if a second resource allocation type is indicated, wherein the RBG set comprises every Nth RBG from a certain RBG, each RBG comprises two or more contiguous RBs, each RB comprises contiguous subcarriers, and N is an integer of 2 or more. receiving a control channel signal including first information and second information, wherein the first information is used to indicate resource allocation type and the second information includes a bitmap for resource allocation; and receiving the data through one or more resources allocated by the control channel signal, characterized in that: receiving comprises processing of the bitmap for resource allocation wherein a bit value of the bitmap indicates whether a corresponding resource block group, RBG, in contiguous RBGs is allocated or not, if a first resource allocation type is indicated, and a bit value of the bitmap indicates whether a corresponding resource block, RB, in an RBG set is allocated or not, if a second resource allocation type is indicated, wherein the RBG set comprises every Nth RBG from a certain RBG, each RBG comprises two or more contiguous RBs, each RB comprises contiguous subcarriers, and N is an integer of 2 or more.
A method for wireless communications by an apparatus, comprising: generating a plurality of bitmaps that indicate one or more services known by the apparatus, each bitmap being generated by applying a different set of one or more cyclic redundancy check based hash functions out of a plurality of sets of CRC-based hash functions to one or more service identifications (IDs) of each service; generating one or more frames, each frame including a selected one of the plurality of bitmaps and an indication of the set of one or more CRC based hash functions used to generate the selected bitmap included in the frame; and outputting the one or more frames for transmission. generating a plurality of bitmaps that indicate one or more services known by the apparatus, each bitmap being generated by applying a different set of one or more cyclic redundancy check based hash functions out of a plurality of sets of CRC-based hash functions to one or more service identifications (IDs) of each service; generating one or more frames, each frame including a selected one of the plurality of bitmaps and an indication of the set of one or more CRC based hash functions used to generate the selected bitmap included in the frame; and outputting the one or more frames for transmission.
An oil-in-water emulsion composition comprising the following components to: a polyoxyethylene alkyl or alkenyl ether which has an alkyl or alkenyl group having 20 or more and 24 or less carbon atoms and has an average molar number of ethylene oxide added of 1.5 or more and 4 or less, a liquid oil, and a hydrophobized fine particle metal oxide powder, wherein the content mass ratio of the component to the component, (A/C), is 0.01 or more and 0.7 or less.. a polyoxyethylene alkyl or alkenyl ether which has an alkyl or alkenyl group having 20 or more and 24 or less carbon atoms and has an average molar number of ethylene oxide added of 1.5 or more and 4 or less, a liquid oil, and a hydrophobized fine particle metal oxide powder,