mhurhangee/ep-ind-claims huggingface dataset:
A wood pellet burner assembly for a wood pellet boiler, the wood pellet burner assembly being of the type comprising: a main support enclosure for the wood pellet burner assembly and for mounting it within the wood pellet boiler, the main support enclosure providing an enclosed air chamber fed with combustion air from a burner fan and having a combustion gas outlet into the wood pellet boiler; and a brazier for reception of wood pellets and a fuel igniter, both being housed within the enclosed air chamber; a fixed fuel supporting apertured grate mounted above and spaced apart from a base wall forming part of the main support enclosure; and a flame tube having upstanding apertured sidewalls; characterized in that the brazier is further provided with: a movable scraper sub-assembly (50, 70) for traversing substantially all of the fixed fuel supporting apertured grate for delivery of clinker and residual ash on the fixed fuel supporting apertured grate off the fixed fuel supporting apertured grate and out through a scraper discharge outlet in the enclosed air chamber during a cleaning operation. a main support enclosure for the wood pellet burner assembly and for mounting it within the wood pellet boiler, the main support enclosure providing an enclosed air chamber fed with combustion air from a burner fan and having a combustion gas outlet into the wood pellet boiler; and a brazier for reception of wood pellets and a fuel igniter, both being housed within the enclosed air chamber; a fixed fuel supporting apertured grate mounted above and spaced apart from a base wall forming part of the main support enclosure; and a flame tube having upstanding apertured sidewalls; characterized in that the brazier is further provided with: a movable scraper sub-assembly (50, 70) for traversing substantially all of the fixed fuel supporting apertured grate for delivery of clinker and residual ash on the fixed fuel supporting apertured grate off the fixed fuel supporting apertured grate and out through a scraper discharge outlet in the enclosed air chamber during a cleaning operation. a movable scraper sub-assembly (50, 70) for traversing substantially all of the fixed fuel supporting apertured grate for delivery of clinker and residual ash on the fixed fuel supporting apertured grate off the fixed fuel supporting apertured grate and out through a scraper discharge outlet in the enclosed air chamber during a cleaning operation.
A vehicle light (1; 21; 31), especially a third brake light, having - an introduction region (2; 34) for introduction into a recess in a vehicle part, and - a fitting region for fitting the vehicle light (1; 21; 31) on an edge of the recess, wherein the fitting region at least in portions protrudes laterally beyond the introduction region, - wherein the introduction region (2; 34) has at least one latching element (4; 22; 32) which is configured to latch the vehicle light (1; 21; 31) on the vehicle part, - wherein the introduction region (2; 34) further has at least one locking element (5; 32) for displacing the at least one latching element (4; 22; 32) in the direction of the fitting region, characterised in that - the locking element (5; 32) is formed as a lever. - an introduction region (2; 34) for introduction into a recess in a vehicle part, and - a fitting region for fitting the vehicle light (1; 21; 31) on an edge of the recess, wherein the fitting region at least in portions protrudes laterally beyond the introduction region, - wherein the introduction region (2; 34) has at least one latching element (4; 22; 32) which is configured to latch the vehicle light (1; 21; 31) on the vehicle part, - wherein the introduction region (2; 34) further has at least one locking element (5; 32) for displacing the at least one latching element (4; 22; 32) in the direction of the fitting region, - the locking element (5; 32) is formed as a lever.
Corrugated-board machine for manufacturing corrugated board, comprising a) a material-web output device for outputting a material web, b) an inkjet printing device disposed downstream of the material-web output device for printing at least one imprint on the material web, and c) an overcoating arrangement, disposed downstream of the inkjet printing device, for overcoating the printed material web at least in regions, characterized in that d) the overcoating arrangement comprises i) a varnishing unit for substantially full-faced overcoating a printed side of the material web with at least one overcoating layer ii) an inkjet-varnishing device for inkjet-varnishing the printed material web in regions with at least one inkjet-varnish region, and e) the corrugated-board machine comprises an inkjet-varnishing control device for the position control of the at least one inkjet-varnish region on the printed material web, wherein the positioning control preferably takes place on the basis of markings (72, 74) of the printed material web, and f) a marking-reading device for the reading of markings (72, 74) arranged on the printed material web. a) a material-web output device for outputting a material web, b) an inkjet printing device disposed downstream of the material-web output device for printing at least one imprint on the material web, and c) an overcoating arrangement, disposed downstream of the inkjet printing device, for overcoating the printed material web at least in regions, d) the overcoating arrangement comprises i) a varnishing unit for substantially full-faced overcoating a printed side of the material web with at least one overcoating layer ii) an inkjet-varnishing device for inkjet-varnishing the printed material web in regions with at least one inkjet-varnish region, and i) a varnishing unit for substantially full-faced overcoating a printed side of the material web with at least one overcoating layer ii) an inkjet-varnishing device for inkjet-varnishing the printed material web in regions with at least one inkjet-varnish region, and e) the corrugated-board machine comprises an inkjet-varnishing control device for the position control of the at least one inkjet-varnish region on the printed material web, wherein the positioning control preferably takes place on the basis of markings (72, 74) of the printed material web, and f) a marking-reading device for the reading of markings (72, 74) arranged on the printed material web.
Method for grouping data associated with images, comprising the following steps: /1/ capturing images, using a capture device of at least one field station, each whereof is a view of at least one target provided with an identification zone for identifying said target, said identification zone containing distinguishing features allowing said target to be distinguished from other targets, and the respective identification zones of the targets having common characteristics; /2/ using the common characteristics of the identification zones, extracting at least one image portion of each image, using an image processing module of the at least one field station, said image portion containing the identification zone and being smaller than said image; /3/ transmitting the extracted image portions to an image comparison unit; characterised by the following step of: /4/ by using the image comparison unit, searching for an appearance match between the distinguishing features in different image portions extracted in step /2/, and grouping together data associated with the images having produced a positive match result. /1/ capturing images, using a capture device of at least one field station, each whereof is a view of at least one target provided with an identification zone for identifying said target, said identification zone containing distinguishing features allowing said target to be distinguished from other targets, and the respective identification zones of the targets having common characteristics; /2/ using the common characteristics of the identification zones, extracting at least one image portion of each image, using an image processing module of the at least one field station, said image portion containing the identification zone and being smaller than said image; /3/ transmitting the extracted image portions to an image comparison unit;
A bicycle hub for a bicycle transmission system comprising a hollow cylindrical body which has external splines with teeth extending in axial direction, which teeth have each a first axial side which is loaded during use by a sprocket wheel slid onto the body and an opposite, second axial side, of which teeth at least one tooth comprises two portions, that is to say a first portion which forms a whole with the body and a second portion which forms an insert, where the insert at least partially forms the first side, where the body is provided with at least one axial groove and the insert is accommodated in the groove and partially protrude above the groove, and where the top of the insert is flush with the top of the first portion of the tooth, characterized in that the first portion forms the second axial side of the tooth, and the insert is formed by a rectangular block of which at either one of the two ends two oppositely located ribs have a rounded shape, which insert is accommodated in the groove over the entire insert length and which insert over its entire length and height is in contact with a sidewall of the groove as well as a sidewall of the first portion of the tooth.
A cigarette filter comprising: a plurality of filter materials spaced out in a line; a capsule arranged between the filter materials and in which content liquid to be used as a flavoring agent or adsorbent is enclosed; shaping paper that covers the filter materials and the capsules, connects the filter materials to each other, and includes permeation-preventing material for preventing the permeation of the content liquid; and an adhesion device for adhering the filter materials and the shaping paper to each other in between the filter materials and the shaping paper over a part of or the entire circumference of the filter materials and the shaping paper, wherein among the filter materials, the filter material situated nearer a tobacco rod filled with shred tobacco in relation to the capsule is a non-wrapped filter segment whose filter fiber is exposed on a surface thereof. a plurality of filter materials spaced out in a line; a capsule arranged between the filter materials and in which content liquid to be used as a flavoring agent or adsorbent is enclosed; shaping paper that covers the filter materials and the capsules, connects the filter materials to each other, and includes permeation-preventing material for preventing the permeation of the content liquid; and an adhesion device for adhering the filter materials and the shaping paper to each other in between the filter materials and the shaping paper over a part of or the entire circumference of the filter materials and the shaping paper, wherein among the filter materials, the filter material situated nearer a tobacco rod filled with shred tobacco in relation to the capsule is a non-wrapped filter segment whose filter fiber is exposed on a surface thereof.
A system, comprising: a consumer electronic device adapted for two-way, wireless communications; at least one peripheral device adapted for two-way, wireless communications with the consumer electronic device; and a controller embedded in or in communication with the consumer electronic device, the controller adapted to assign communication time slots to each peripheral device to facilitate communications in the communication time slots between each peripheral device and the consumer electronic device, characterized in that the controller is further adapted to: automatically de-assign each communication time slot assigned to a peripheral device in response to the consumer electronic device detecting that an assigned communication time slot has no communication transmissions and is thus being unused by the peripheral device assigned thereto, and broadcast a notification to the at least one peripheral device that each communication time slot that was automatically de-assigned is again available for assignment to a peripheral device. a consumer electronic device adapted for two-way, wireless communications; at least one peripheral device adapted for two-way, wireless communications with the consumer electronic device; and a controller embedded in or in communication with the consumer electronic device, the controller adapted to assign communication time slots to each peripheral device to facilitate communications in the communication time slots between each peripheral device and the consumer electronic device, characterized in that the controller is further adapted to: automatically de-assign each communication time slot assigned to a peripheral device in response to the consumer electronic device detecting that an assigned communication time slot has no communication transmissions and is thus being unused by the peripheral device assigned thereto, and broadcast a notification to the at least one peripheral device that each communication time slot that was automatically de-assigned is again available for assignment to a peripheral device. automatically de-assign each communication time slot assigned to a peripheral device in response to the consumer electronic device detecting that an assigned communication time slot has no communication transmissions and is thus being unused by the peripheral device assigned thereto, and broadcast a notification to the at least one peripheral device that each communication time slot that was automatically de-assigned is again available for assignment to a peripheral device.
Method for selecting a, so-called network slice, set (TR1, TR2, TR3) of functions of a communications infrastructure, for the conveying of data relating to at least one application (Appl, App2, App3, App4, App5) installed on a user terminal (51, 53) attached to said infrastructure, implemented by the terminal (51, 53) and comprising: - a step of sending, to a rules management entity (40, 60), a request message comprising at least one application identifier, - a step of receiving, from the rules management entity (40, 60), a response message comprising at least one rule relating to the network slice (TR1, TR2, TR3) associated with the at least one identifier, the at least one rule corresponding to the parameter Single - Network Slice Selection Assistance Information identifying said network slice, - a step of selecting the network slice (TR1, TR2, TR3) as a function of the at least one rule received. - a step of sending, to a rules management entity (40, 60), a request message comprising at least one application identifier, - a step of receiving, from the rules management entity (40, 60), a response message comprising at least one rule relating to the network slice (TR1, TR2, TR3) associated with the at least one identifier, the at least one rule corresponding to the parameter Single - Network Slice Selection Assistance Information identifying said network slice, - a step of selecting the network slice (TR1, TR2, TR3) as a function of the at least one rule received.
An expression vector comprising: (a) a first expression cassette comprising the following elements in the order of upstream to downstream: a promoter operably linked to an insertion site for a gene of interest, an internal ribosome entry site (IRES) wherein the IRES consists of a polynucleotide sequence of SEQ ID NO: 3, a polynucleotide encoding a eukaryotic selectable marker, and a polyadenylation (polyA) signal; (b) a second expression cassette comprising a polynucleotide encoding a bacterial selectable marker; and (c) a bacterial plasmid origin of replication; wherein optionally the first expression cassette further comprises one or more regulatory element; and wherein optionally the regulatory element is an enhancer, an insulator, a locus control region, a matrix attachment region, a scaffold attachment region, an expression augmenting sequence element (EASE), an adenovirus tripartite leader, or a ubiquitous chromatin opening element (UCOE). (a) a first expression cassette comprising the following elements in the order of upstream to downstream: a promoter operably linked to an insertion site for a gene of interest, an internal ribosome entry site (IRES) wherein the IRES consists of a polynucleotide sequence of SEQ ID NO: 3, a polynucleotide encoding a eukaryotic selectable marker, and a polyadenylation (polyA) signal; (b) a second expression cassette comprising a polynucleotide encoding a bacterial selectable marker; and (c) a bacterial plasmid origin of replication; wherein optionally the first expression cassette further comprises one or more regulatory element; and wherein optionally the regulatory element is an enhancer, an insulator, a locus control region, a matrix attachment region, a scaffold attachment region, an expression augmenting sequence element (EASE), an adenovirus tripartite leader, or a ubiquitous chromatin opening element (UCOE).
Loading device for the rear loading of a lorry, comprising a movable roller carpet forming an intermediate loading floor for depositing goods, a goods retaining device with goods retaining means (14, 15), wherein the goods retaining means are selectively movable from an open position to a closed position, wherein the goods retaining means are designed in such a way that (i) in the opening position the roller carpet with the goods received thereon can be moved through the goods retaining device, and in that (ii) in the closed position the goods retaining means cover the roller carpet from section by section in such a way that the goods are displaced relative to the intermediate loading floor when the roller carpet is retracted from the goods retaining device, wherein the roller carpet is formed from a plurality of interconnected roller modules, wherein the roller carpet is flexible in a direction transverse to its longitudinal extension direction and in a vertical direction due to its construction formed by a plurality of roller modules, and wherein the roller carpet is provided on its longitudinal sides with lateral guide rollers and/or sliding elements. a movable roller carpet forming an intermediate loading floor for depositing goods, a goods retaining device with goods retaining means (14, 15), wherein the goods retaining means are selectively movable from an open position to a closed position, wherein the goods retaining means are designed in such a way that (i) in the opening position the roller carpet with the goods received thereon can be moved through the goods retaining device, and in that (ii) in the closed position the goods retaining means cover the roller carpet from section by section in such a way that the goods are displaced relative to the intermediate loading floor when the roller carpet is retracted from the goods retaining device, wherein the roller carpet is formed from a plurality of interconnected roller modules, wherein the roller carpet is flexible in a direction transverse to its longitudinal extension direction and in a vertical direction due to its construction formed by a plurality of roller modules, and wherein the roller carpet is provided on its longitudinal sides with lateral guide rollers and/or sliding elements.
A lighting apparatus for producing a high intensity line of light, said lighting apparatus comprising: an elongated support member having formed thereon a linear array of regularly spaced LED modules each of which comprises one or more LED emitting areas having a predetermined spectral output that is emitted over a predetermined solid angle; the lighting apparatus being characterized by an array of spaced apart non-imaging concentrators (210; 2100) the individual non-imaging concentrators of which are optically coupled in one-to-one correspondence with said regularly spaced LED modules, each non-imaging concentrator in said array of non-imaging concentrators having entrance (208; 2108) and exit apertures and operating to collect radiation emitted by each of said LED modules and to re-emit substantially all of said collected radiation as a diverging beam having a solid angle smaller than said predetermined solid angle over which radiation is emitted by each of said LED modules where said diverging beam is spatially and spectrally uniform in the near field of said exit aperture and propagates in a direction along an optical axis of said apparatus with controlled angular divergence in mutually orthogonal planes; and an elongated cylindrical lens positioned to receive radiation emerging from said exit apertures and converge it to a bright line of light forward of said apparatus. an elongated support member having formed thereon a linear array of regularly spaced LED modules each of which comprises one or more LED emitting areas having a predetermined spectral output that is emitted over a predetermined solid angle; the lighting apparatus being characterized by an array of spaced apart non-imaging concentrators (210; 2100) the individual non-imaging concentrators of which are optically coupled in one-to-one correspondence with said regularly spaced LED modules, each non-imaging concentrator in said array of non-imaging concentrators having entrance (208; 2108) and exit apertures and operating to collect radiation emitted by each of said LED modules and to re-emit substantially all of said collected radiation as a diverging beam having a solid angle smaller than said predetermined solid angle over which radiation is emitted by each of said LED modules where said diverging beam is spatially and spectrally uniform in the near field of said exit aperture and propagates in a direction along an optical axis of said apparatus with controlled angular divergence in mutually orthogonal planes; and an elongated cylindrical lens positioned to receive radiation emerging from said exit apertures and converge it to a bright line of light forward of said apparatus.