mhurhangee/patent-ind-claim-en huggingface dataset:
A decoder, wherein the decoder is configured to receive an encoded data stream, the encoded data stream including data representing a picture and a classification mode parameter, the classification mode parameter specifying a certain classification to be applied to samples in the picture, the certain classification selected from a plurality of classifications, wherein the decoder is configured to decode the encoded data stream to obtain a reconstructed picture and the classification mode parameter, to classify samples of the reconstructed picture into one of a plurality of classes using the certain classification specified by the classification mode parameter, and to filter samples of the reconstructed picture, a sample being filtered using a filter for the class into which the sample has been classified, wherein the decoder includes an in-loop filter stage, the in-loop filter stage including a deblocking filter, DBF, to reduce blocking artifacts, a nonlinear sample adaptive offset, SAO, filter to reduce coding artifacts after the DBF, and an adaptive loop filter to minimize the mean square errors between original samples and reconstructed samples from the SAO filter, and wherein the adaptive loop filter is based on a geometry transformation-based adaptive loop filter, GALF, using multiple classifiers, the GALF configured to classify samples of the reconstructed picture into one of a plurality of classes using the certain classification specified by the classification mode parameter.. wherein the decoder is configured to receive an encoded data stream, the encoded data stream including data representing a picture and a classification mode parameter, the classification mode parameter specifying a certain classification to be applied to samples in the picture, the certain classification selected from a plurality of classifications, wherein the decoder is configured to decode the encoded data stream to obtain a reconstructed picture and the classification mode parameter, to classify samples of the reconstructed picture into one of a plurality of classes using the certain classification specified by the classification mode parameter, and to filter samples of the reconstructed picture, a sample being filtered using a filter for the class into which the sample has been classified, wherein the decoder includes an in-loop filter stage, the in-loop filter stage including a deblocking filter, DBF, to reduce blocking artifacts, a nonlinear sample adaptive offset, SAO, filter to reduce coding artifacts after the DBF, and an adaptive loop filter to minimize the mean square errors between original samples and reconstructed samples from the SAO filter, and wherein the adaptive loop filter is based on a geometry transformation-based adaptive loop filter, GALF, using multiple classifiers, the GALF configured to classify samples of the reconstructed picture into one of a plurality of classes using the certain classification specified by the classification mode parameter..
Hot melt cleaning composition, the hot melt cleaning composition being solid at room temperature and liquid at an elevated temperature, comprising a hot melt solvent, the hot melt solvent being solid at room temperature and liquid at an elevated temperature, and a hot melt vehicle composition, the hot melt vehicle composition being solid at room temperature and liquid at an elevated temperature, wherein the hot melt solvent is selected from the group consisting of DMSO 2 , ethylene carbonate, 1-tetradecanol, 1-hexadecanol, 1-octadecanol, 1-icosanol, benzoic acid, resorcinol, catechol, hydroquinone, p-toluenesulfonic acid, octadecamide, 1,6-hexanediol, phenylethylene glycol, EDTA, ethyleneglycol-bis(2-aminoethyl)- N , N , N , N- tetra acetic acid, diethylenetriamine penta acetic acid, trans -1,2-diamiocyclo-hexane- N,N,N,N -tetra acetic acid monohydrate, and a crownether, and wherein the hot melt vehicle composition comprises a gelling agent and at least one component selected from the group consisting of a crystalline setting material and an amorphously setting material, wherein the gelling agent is selected from the group consisting of ketones and oligo-ester compounds.
A temporarily or permanently implantable medical device (10, 12; 52), comprising at least one elongate electrical line comprising a functional conductor (30; 54, 56, 57) as a first electrical component (30; 54, 57) or as part of a first electrical component (30; 54, 57), the first electrical component (30; 54, 57) being at least in electrical contact with a second component (40; 62, 64) comprising a composite composed of at least one metal layer and at least one flexible plastic layer , at least one of the metal layers of the second component (40; 62, 64) being connected in series to the first electrical component (30; 54, 57), characterized in that the second component (40; 62, 64) is wound in a spiral manner about the first electrical component (30; 54).
A method for providing navigation on a mobile device comprising: receiving at the mobile device, a first destination; transmitting, to a server, a request for first route data to the first destination; receiving the first route data from the server; providing navigation instructions, via a user interface of the mobile device, to the first destination based on the first route data; determining whether the first destination is within a no wireless network coverage area; and responsive to a determination that the first destination is within the no wireless network coverage area, retaining the first route data in a memory of the mobile device, receiving at the mobile device, a second destination, responsive to a determination that the second destination is not along a route associated with the first route data, providing navigation instructions to the second destination based on the first route data retained in the memory of the mobile device until a wireless network coverage area is reached; responsive to the determination that the wireless network coverage area is reached, transmitting , to the server, a request for second route data to the second destination, receiving , at the mobile device, the second route data, and providing navigation instructions, via the user interface of the mobile device, to the second destination based on the second route data. receiving at the mobile device, a first destination; transmitting, to a server, a request for first route data to the first destination; receiving the first route data from the server; providing navigation instructions, via a user interface of the mobile device, to the first destination based on the first route data; determining whether the first destination is within a no wireless network coverage area; and responsive to a determination that the first destination is within the no wireless network coverage area, retaining the first route data in a memory of the mobile device, receiving at the mobile device, a second destination, responsive to a determination that the second destination is not along a route associated with the first route data, providing navigation instructions to the second destination based on the first route data retained in the memory of the mobile device until a wireless network coverage area is reached; responsive to the determination that the wireless network coverage area is reached, transmitting , to the server, a request for second route data to the second destination, receiving , at the mobile device, the second route data, and providing navigation instructions, via the user interface of the mobile device, to the second destination based on the second route data.
A head-mounted display device comprising: an image display configured to transmit light from an outside scene including a real marker (RL) and to display an image; a camera ; a memory configured to store data of a marker image (IMG) corresponding to the real marker (RL); and a processor configured to cause the image display to display the marker image (IMG) based at least on the data; and capture an image of the real marker (RL) by the camera upon receiving an indication from the user or otherwise determining that the user visually perceives that the marker image displayed by the image display and the real marker substantially align at least partially with each other, characterized in that the processor is further configured to: derive at least one of a camera parameter of the camera and a spatial relationship, the spatial relationship being between the camera and the image display, based on coordinate values of the real marker in the captured image and coordinate values of the marker image in the displayed image. an image display configured to transmit light from an outside scene including a real marker (RL) and to display an image; a camera ; a memory configured to store data of a marker image (IMG) corresponding to the real marker (RL); and a processor configured to cause the image display to display the marker image (IMG) based at least on the data; and capture an image of the real marker (RL) by the camera upon receiving an indication from the user or otherwise determining that the user visually perceives that the marker image displayed by the image display and the real marker substantially align at least partially with each other, characterized in that the processor is further configured to: derive at least one of a camera parameter of the camera and a spatial relationship, the spatial relationship being between the camera and the image display, based on coordinate values of the real marker in the captured image and coordinate values of the marker image in the displayed image.
A transverse flux induction heating apparatus for inductively heating a workpiece , the transverse flux induction heating apparatus comprising a pair of transverse flux inductor assemblies between which the workpiece can be positioned; each one of the pair of transverse flux inductor assemblies comprising: a pair of flexible electric cables (12a1, 12a2) forming a transverse pair of electrical conductors, each one of the pair of flexible electric cables having an opposing transverse end (12al', 12al", 12a2', 12a2") extending beyond an opposing transverse edge of the workpiece; a pair of separate moveable cable joiner assemblies disposed near to each of the opposing transverse ends (12a1', 12a1", 12a2', 12a2") of the pair of flexible electric cables (12a1, 12a2), the pair of separate moveable cable joiner assemblies each having a joiner roll channel in which the pair of flexible electric cables (12a1, 12a2) are disposed to join adjacent opposing transverse ends of the pair of flexible electric cables together; and a pair of separate moveable cable separator assemblies disposed near to each of the opposing transverse ends (12al', 12a1", 12a2', 12a2") of each of the pair of flexible electric cables (12a1, 12a2) inward of the pair of separate moveable cable joiner assemblies , each of the pair of separate moveable cable separators assembles having a separator roll channel in which the pair of flexible electric cables are disposed to change a separation distance between the pair of flexible electric cables. a pair of flexible electric cables (12a1, 12a2) forming a transverse pair of electrical conductors, each one of the pair of flexible electric cables having an opposing transverse end (12al', 12al", 12a2', 12a2") extending beyond an opposing transverse edge of the workpiece; a pair of separate moveable cable joiner assemblies disposed near to each of the opposing transverse ends (12a1', 12a1", 12a2', 12a2") of the pair of flexible electric cables (12a1, 12a2), the pair of separate moveable cable joiner assemblies each having a joiner roll channel in which the pair of flexible electric cables (12a1, 12a2) are disposed to join adjacent opposing transverse ends of the pair of flexible electric cables together; and a pair of separate moveable cable separator assemblies disposed near to each of the opposing transverse ends (12al', 12a1", 12a2', 12a2") of each of the pair of flexible electric cables (12a1, 12a2) inward of the pair of separate moveable cable joiner assemblies , each of the pair of separate moveable cable separators assembles having a separator roll channel in which the pair of flexible electric cables are disposed to change a separation distance between the pair of flexible electric cables.
A track and field shoe comprising: an upper including a medial side portion, a lateral side portion, and a toe box portion ; and a sole structure attached to the upper and including a spike plate , wherein the spike plate has an anterior portion , a posterior portion, a plurality of molded and/or metal spikes, and a plurality of rails , wherein the rails extend in a superior direction and a posterior direction from the anterior portion of the spike plate and extend over the toe box portion of the upper , wherein the rails are spaced apart relative to each other, and wherein the toe box portion of the upper is exposed between the rails . an upper including a medial side portion, a lateral side portion, and a toe box portion ; and a sole structure attached to the upper and including a spike plate , wherein the spike plate has an anterior portion , a posterior portion, a plurality of molded and/or metal spikes, and a plurality of rails , wherein the rails extend in a superior direction and a posterior direction from the anterior portion of the spike plate and extend over the toe box portion of the upper , wherein the rails are spaced apart relative to each other, and wherein the toe box portion of the upper is exposed between the rails .
Active compound combination comprising at least one compound of the formula (I) and at least one active compound of group (II) which is selected from the group consisting of (II-1) Acetamiprid, (II-2) Clothianidin, (II-3) Dinotefuran, (II-6) Imidaclothiz, (II-8) Thiamethoxam and (II-11) Flupyradifurone.
Sealing device for a longitudinal sealing apparatus of a packaging machine, having at least one sealing holder for fixing a sealing jaw of the longitudinal sealing apparatus, having at least one further sealing holder for fixing a further sealing jaw of the longitudinal sealing apparatus, the sealing holder and the further sealing holder being supported movably relative to each other, and having a mechanical coupling unit on which the sealing holder and the further sealing holder are arranged, the coupling unit comprising at least one force transmission element and a further force transmission element , the force transmission element being configured, during a sealing, to transmit a provided sealing force to the sealing holder in the form of a compressive force, and the further force transmission element being configured, during a sealing, to transmit the provided sealing force to the further sealing holder in the form of a tensile force, characterized in that the coupling unit comprises at least one in particular pneumatic piston unit having at least one piston chamber and having a piston supported in the piston chamber , the piston being operatively connected to one of the force transmission elements and the piston chamber being operatively connected to a different force transmission element than the piston .
Vibrating device for the orderly rearrangement of folding boxes in a container for a discharging conveyor , provided with drive members , the upper surfaces of which define a horizontal transport plane (S2), said vibrating device comprising: - a moving support configured to support a container loaded with folding boxes , the support having a contact surface (S1) intended to come into contact with the container , and - at least one controllable actuator having a movable end connected to the support in order to move (U) the support between: - a retracted position in which the contact surface (S1) is positioned below the horizontal transport plane (S2), allowing contact between the container and the drive members , and a deployed position in which the contact surface (S1) is positioned above the horizontal transport plane (S2), preventing contact between the container and the drive members , the actuator also being configured to vibrate the support about the deployed position in order to reorder the arrangement of the folding boxes contained in the container , said vibrating device being characterised in that : the controllable actuator has an electrically-controlled pneumatic jack, having a movable rod, the end of which is connected to the support , said electrically-controlled jack being configured to allow, by its electronic controlling, both the deployment and the vibration of said support . - a moving support configured to support a container loaded with folding boxes , the support having a contact surface (S1) intended to come into contact with the container , and - at least one controllable actuator having a movable end connected to the support in order to move (U) the support between: - a retracted position in which the contact surface (S1) is positioned below the horizontal transport plane (S2), allowing contact between the container and the drive members , and a deployed position in which the contact surface (S1) is positioned above the horizontal transport plane (S2), preventing contact between the container and the drive members , the actuator also being configured to vibrate the support about the deployed position in order to reorder the arrangement of the folding boxes contained in the container ,
A lighting strip extending in a length direction and having a first side and second side in a width direction, the lighting strip comprising: a flexible printed circuit strip comprising a plurality of wiring portions extending in the length direction at the first side of the lighting strip and a plurality of respective carrying portions protruding from the wiring portions towards the second side of the lighting strip, the wiring portions being for supplying electrical power to electric elements on the carrying portions and the carrying portions being adapted to be bent at a boundary between the wiring portions and the carrying portions ; a plurality of lighting elements respectively on the carrying portions ; characterized in that a flexible arm disposed between each of two adjacent wiring portions , such that the flexible arm is integrally formed with the adjacent wiring portions in a U-shape or a V-shape having an opening at the first side to adjust a pitch between two adjacent carrying portions and such that the flexible arm protrudes from each of the two adjacent wiring portions towards the second side of the lighting strip such that at least a portion of the flexible arm is located between two adjacent carrying portions when the lighting strip is not bent. a flexible printed circuit strip comprising a plurality of wiring portions extending in the length direction at the first side of the lighting strip and a plurality of respective carrying portions protruding from the wiring portions towards the second side of the lighting strip, the wiring portions being for supplying electrical power to electric elements on the carrying portions and the carrying portions being adapted to be bent at a boundary between the wiring portions and the carrying portions ; a plurality of lighting elements respectively on the carrying portions ; a flexible arm disposed between each of two adjacent wiring portions , such that the flexible arm is integrally formed with the adjacent wiring portions in a U-shape or a V-shape having an opening at the first side to adjust a pitch between two adjacent carrying portions and such that the flexible arm protrudes from each of the two adjacent wiring portions towards the second side of the lighting strip such that at least a portion of the flexible arm is located between two adjacent carrying portions when the lighting strip is not bent.
Load handling device for a brake calliper (A) which on the upper side (A1) thereof is provided with a plurality of fastening bores (A3), wherein the load handling device by means of a releasable connection is fixedly disposable in at least one fastening bore (A3) on the upper side (A1) of the brake calliper (A), on the one hand, and on a rear side (A2) of the brake calliper (A), on the other hand, characterized in that two rectangular plates (1, 2; 10, 20) which are fixedly connected to one another so as to be mutually orthogonal are disposed, wherein an upper plate (1; 10) is connectable to the upper side (A1) of the brake calliper (A), and a lateral plate (2; 20) is connectable to the rear side (A2) of the brake calliper (A), and in that the upper plate (1; 10) has an eyelet (103a; 103b) as an attachment point, and in that the upper plate (1; 10) is connected by way of two guide studs (105; 7, 11) which are disposable so as to lie beside one another in the direction of the upper side (A1) of the brake calliper (A) and which enable an engagement in the fastening bores (A3), and in that the lateral plate (2; 20) is connected by way of two captive screws (106; 3, 4) which are disposed in a centric manner so as to be below one another.
A suspended ceiling system for mounting ceiling tiles to a ceiling structure , wherein the suspended ceiling system comprises said ceiling structure having a lower side from which the ceiling tiles are mounted, and wherein the suspended ceiling system comprises said ceiling tiles having an upper and a lower side, the suspended ceiling system further comprises • at least two first hook profiles are provided on the lower side of the ceiling structure in parallel with a predetermined first distance; and • at least two second hook profiles are provided on the upper side of each of the ceiling tiles in parallel with a second distance corresponding to the first distance, wherein said second hook profiles detachably engage the first hook profiles , whereby the ceiling tiles are hanging from the first hook profiles of the ceiling structure , characterised in that each of the first hook profiles have a first receiving opening facing in a first mounting direction and each of the second hook profiles have a second receiving opening facing in a second mounting direction, which is opposite said first mounting direction, when the ceiling tiles are hanging from the first hook profiles of the ceiling structure . • at least two first hook profiles are provided on the lower side of the ceiling structure in parallel with a predetermined first distance; and • at least two second hook profiles are provided on the upper side of each of the ceiling tiles in parallel with a second distance corresponding to the first distance, wherein said second hook profiles detachably engage the first hook profiles , whereby the ceiling tiles are hanging from the first hook profiles of the ceiling structure ,
A method for stretch-blowing containers of preforms (P) in a blow-molding station of a stretch-blow-molding machine , wherein at least one blow mold defining a mold cavity, a blast nozzle and a stretching rod which can be adjusted via an electric servomotor are provided in said blow-molding station , and an electronic control unit controls at least the speed and/or the force and/or the distance of the stretching rod adjustment via the servomotor for each stretching process, and, according to the method, the stretching rod is adjusted during the stretching process when the preform (P) is actuated by blowing pressure from the blast nozzle while taking along preform bottom (B) maximally in contact with a mold cavity bottom (FB), characterized in that the force the servomotor transmitted to the stretching rod is reduced with regard to a maximum force to a controlled residual force either in a final phase or at the end of the stretching process, and that the force is reduced firstly a predetermined waiting time after the contact of the preform bottom (B) with the mold cavity bottom (FB), and that the reduced residual force subsequently is maintained over a predetermined time period.