mhurhangee/ep-ind-claims huggingface dataset:
Nozzle for a vacuum cleaner, the nozzle comprising - a rotatable member for picking up particles from a surface to be cleaned, the rotatable member being arranged around a longitudinal axis, and - a cleaning arrangement for removing articles entangled to the rotatable member, wherein the cleaning arrangement comprises - at least one support surface provided on at least one radially projecting member of the rotatable member, and - at least one cleaning member being movable between a resting position in which the cleaning member is arranged at a distance from the support surface 10 and at least one cleaning position in the vicinity of the rotatable member in which the cleaning member, during rotation of the rotatable member, co-operates with at least one segment of the support surface to remove any entangled articles from the rotatable member characterised in that the cleaning member comprises a resilient sheet member capable of providing a resilient contact with at least one segment of the at least one support surface in the at least one cleaning position during rotation of the rotatable member. - a rotatable member for picking up particles from a surface to be cleaned, the rotatable member being arranged around a longitudinal axis, and - a cleaning arrangement for removing articles entangled to the rotatable member, wherein the cleaning arrangement comprises - at least one support surface provided on at least one radially projecting member of the rotatable member, and - at least one cleaning member being movable between a resting position in which the cleaning member is arranged at a distance from the support surface 10 and at least one cleaning position in the vicinity of the rotatable member in which the cleaning member, during rotation of the rotatable member, co-operates with at least one segment of the support surface to remove any entangled articles from the rotatable member characterised in that the cleaning member comprises a resilient sheet member capable of providing a resilient contact with at least one segment of the at least one support surface in the at least one cleaning position during rotation of the rotatable member.
An object intended to be towed in a fluid by a cable along a substantially horizontal transport axis; the object comprising a monocoque body and at least one fixing arm (22a, 22b), the body being intended to be suspended under the effect of gravity from the cable by means of said at least one fixing arm (22a, 22b), the object being characterized in that the body comprises: - an exterior hydrodynamic surface that is symmetric with respect to a vertical plane (P SV) containing the transport axis so as to limit the lateral lift of the body, - a central opening passing through the body along a vertical axis, which opening is intended to be occupied by the fluid so as to equalize the pressures of fluid flowing along the exterior surface, so as to limit the vertical lift of the body; making it possible to limit the hydrodynamic forces that may be generated perpendicular to the transport axis by the flow of fluid around the body and that are liable to lead to a load in rotation about the transport axis by opposing the effect of gravity. - an exterior hydrodynamic surface that is symmetric with respect to a vertical plane (P SV) containing the transport axis so as to limit the lateral lift of the body, - a central opening passing through the body along a vertical axis, which opening is intended to be occupied by the fluid so as to equalize the pressures of fluid flowing along the exterior surface, so as to limit the vertical lift of the body;
A method of wireless power transfer, comprising: generating an electromagnetic field at a resonant frequency of a transmitter to create a coupling-mode region within a near field of the transmitter during a synchronization portion of a time-multiplexed recurring period; and during a power transmission portion of the time-multiplexed recurring period: continuing the generating the electromagnetic field when there is at least one receiver within the coupling-mode region designated to accept power from the electromagnetic field; and disabling the generating the electromagnetic field when there are no receivers within the coupling-mode region designated to accept power from the electromagnetic field; characterized by sending a synchronization pulse during the synchronization portion of every recurring period; determining when there is a plurality of receivers within the coupling-mode region designated to accept power from the electromagnetic field; receiving receiver replies during a beginning reverse link period and a reverse link period; allocating segments of the power transmission portion to each of the plurality of receivers designated to accept power; communicating the segment allocated to each of the plurality of receivers during the synchronization portion; and enabling and supplying power to each receiver of the plurality during the segment to which it is allocated. generating an electromagnetic field at a resonant frequency of a transmitter to create a coupling-mode region within a near field of the transmitter during a synchronization portion of a time-multiplexed recurring period; and during a power transmission portion of the time-multiplexed recurring period: continuing the generating the electromagnetic field when there is at least one receiver within the coupling-mode region designated to accept power from the electromagnetic field; and disabling the generating the electromagnetic field when there are no receivers within the coupling-mode region designated to accept power from the electromagnetic field; characterized by continuing the generating the electromagnetic field when there is at least one receiver within the coupling-mode region designated to accept power from the electromagnetic field; and disabling the generating the electromagnetic field when there are no receivers within the coupling-mode region designated to accept power from the electromagnetic field; characterized by sending a synchronization pulse during the synchronization portion of every recurring period; determining when there is a plurality of receivers within the coupling-mode region designated to accept power from the electromagnetic field; receiving receiver replies during a beginning reverse link period and a reverse link period; allocating segments of the power transmission portion to each of the plurality of receivers designated to accept power; communicating the segment allocated to each of the plurality of receivers during the synchronization portion; and enabling and supplying power to each receiver of the plurality during the segment to which it is allocated.
A light-emitting diode, LED, display panel, comprising: a substrate; a driver circuit array on the substrate and including a plurality of pixel driver circuits arranged in an array; an LED array including a plurality of LED dies each being coupled to one of the pixel driver circuits; a bonding metal layer formed between the driver circuit array and the LED array, the bonding metal layer including a plurality of bonding metal pads arranged in an array and isolated from each other, each of the pixel driver circuits corresponding to one of the electrical coupling pads; a micro lens array including a plurality of micro lenses each corresponding to and being arranged over at least one of the LED dies; an optical spacer formed between the LED array and the micro lens array; and a dielectric isolation layer arranged between the driver circuit array and the LED array, characterised in that the dielectric isolation layer includes first protrusion structures and second protrusion structures surrounding each of the first protrusion structures, wherein each first protrusion structure is formed between one of the bonding metal pads and one of the pixel driver circuits, and has a through hole formed from an upper surface of the first protrusion structure to a lower surface of the first protrusion structure, at least a portion of the bonding metal pad being arranged in the through hole, and each of the first protrusion structures and the second protrusion structures surrounding the first protrusion structure define a continuous recess surrounding the first protrusion structure. a substrate; a driver circuit array on the substrate and including a plurality of pixel driver circuits arranged in an array; an LED array including a plurality of LED dies each being coupled to one of the pixel driver circuits; a bonding metal layer formed between the driver circuit array and the LED array, the bonding metal layer including a plurality of bonding metal pads arranged in an array and isolated from each other, each of the pixel driver circuits corresponding to one of the electrical coupling pads; a micro lens array including a plurality of micro lenses each corresponding to and being arranged over at least one of the LED dies; an optical spacer formed between the LED array and the micro lens array; and a dielectric isolation layer arranged between the driver circuit array and the LED array, characterised in that the dielectric isolation layer includes first protrusion structures and second protrusion structures surrounding each of the first protrusion structures, wherein each first protrusion structure is formed between one of the bonding metal pads and one of the pixel driver circuits, and has a through hole formed from an upper surface of the first protrusion structure to a lower surface of the first protrusion structure, at least a portion of the bonding metal pad being arranged in the through hole, and each of the first protrusion structures and the second protrusion structures surrounding the first protrusion structure define a continuous recess surrounding the first protrusion structure.
A biological authentication method executed by a processor included in a biological authentication device, the biological authentication method comprising: calculating a first similarity between a first feature amount of first biological information acquired from a first person among multiple persons to be subjected to authentication and a second feature amount of second biological information acquired from a second person among the multiple persons to be subjected to authentication; calculating multiple second similarities between the first feature amount and multiple registered feature amounts of biological information acquired from multiple registered persons; executing authentication on the first person, based on the multiple second similarities; when the authentication of the first person is successful, selecting first registered feature amounts to be subjected to similarity calculation from among the multiple registered feature amounts, based on the first similarity and the multiple second similarities; calculating third similarities between the second feature amount and the first registered feature amounts; and executing, based on the third similarities, authentication on the second person to be subjected to authentication. calculating a first similarity between a first feature amount of first biological information acquired from a first person among multiple persons to be subjected to authentication and a second feature amount of second biological information acquired from a second person among the multiple persons to be subjected to authentication; calculating multiple second similarities between the first feature amount and multiple registered feature amounts of biological information acquired from multiple registered persons; executing authentication on the first person, based on the multiple second similarities; when the authentication of the first person is successful, selecting first registered feature amounts to be subjected to similarity calculation from among the multiple registered feature amounts, based on the first similarity and the multiple second similarities; calculating third similarities between the second feature amount and the first registered feature amounts; and executing, based on the third similarities, authentication on the second person to be subjected to authentication.
Motor vehicle door latch, comprising a locking mechanism (2, 3), and comprising a drive (4, 5, 6, 7) for the locking mechanism (2, 3), in particular for electrical opening/closing, the drive (4, 5, 6, 7) being equipped with at least one drive element which acts directly or indirectly on the locking mechanism (2, 3), a mechanical operating element (10, 11) being provided for emergency operation of the drive element, the operating element (10, 11) being designed in two parts with an operating lever that is part of the latch and an operating tool that is not part of the latch, characterized in that the operating lever is a push or pressure lever.
A method of random access resource selection, the method comprising: transmitting, by a target Base Station, BS, a first Synchronization Signal Block, SSB, to a User Equipment, UE, the first SSB associated with a first contention-free random access resource for the UE to transmit a random access preamble; transmitting, by the target BS, a second SSB to the UE, the second SSB associated with a contention-based random access resource; and in a case that a first Synchronization Signal-Reference Signal Received Power, SS-RSRP, of the first SSB is not greater than an SS-RSRP threshold and a second SS-RSRP of the second SSB is greater than the SS-RSRP threshold, receiving, by the target BS, the random access preamble from the UE using the contention-based random access resource, wherein: when dedicated Radio Resource Control, RRC, signaling, generated by the target BS, indicates the contention-based random access resource, the contention-based random access resource is determined based on the dedicated RRC signaling, and when the dedicated RRC signaling does not indicate the contention-based random access resource, the contention-based random access resource is determined based on a common random access configuration broadcast by a source BS. transmitting, by a target Base Station, BS, a first Synchronization Signal Block, SSB, to a User Equipment, UE, the first SSB associated with a first contention-free random access resource for the UE to transmit a random access preamble; transmitting, by the target BS, a second SSB to the UE, the second SSB associated with a contention-based random access resource; and in a case that a first Synchronization Signal-Reference Signal Received Power, SS-RSRP, of the first SSB is not greater than an SS-RSRP threshold and a second SS-RSRP of the second SSB is greater than the SS-RSRP threshold, receiving, by the target BS, the random access preamble from the UE using the contention-based random access resource, wherein: when dedicated Radio Resource Control, RRC, signaling, generated by the target BS, indicates the contention-based random access resource, the contention-based random access resource is determined based on the dedicated RRC signaling, and when the dedicated RRC signaling does not indicate the contention-based random access resource, the contention-based random access resource is determined based on a common random access configuration broadcast by a source BS. when dedicated Radio Resource Control, RRC, signaling, generated by the target BS, indicates the contention-based random access resource, the contention-based random access resource is determined based on the dedicated RRC signaling, and when the dedicated RRC signaling does not indicate the contention-based random access resource, the contention-based random access resource is determined based on a common random access configuration broadcast by a source BS.
A feeding unit for feeding separated printed sheets to a sheet-fed rotary printing press comprising one or a plurality of printing units (D1, D2) and/or inking modules, wherein the printing units (D1, D2) or inking modules are provided with a substructure of respective double-size transfer drums and impression cylinders, wherein the feeding unit is provided with a sheet feeder, a conveying unit, and a feed table, wherein, based on a single-size plate cylinder of one of the printing units (D1, D2), the feeding unit has a single-size or double-size feed drum (3.2), which is associated with a sheet-guiding cylinder of a first printing unit of the sheet-fed rotary printing press, characterized in that the conveying unit is embodied as an endless conveying system, which connects a lower feed drum (3.2) to an upper feed drum (3.1), and that the upper feed drum (3.1) is assigned to the sheet feeder, and that the conveying system is embodied as endless chain conveyor comprising rows of gripper systems supporting grippers, wherein the gripper systems are moved by a transport drive via conveyor chains, and wherein the conveyor chains guide the griper systems over the upper feed drum (3.1) and the lower feed drum (3.2).
A method for obtaining a destination IP address of a machine type communications, MTC, server performed by a first mobility management entity, first MME, the method comprising: • receiving a mobility management request comprising, in a first alternative, an attach request and, in a second alternative instead of the first alternative, a tracking area update request from a machine type communications, MTC, device (301,401); • sending a location update request to a home subscriber server, wherein the location update request is used to instruct the home subscriber server to inform a second MME, to which the MTC device has been attached to, that the MTC device has moved from a management area of the second MME to a management area of the first MME and to inform the second MME that a task of sending a destination Internet Protocol, IP, address is transferred from the second MME to the first MME (302,402); • receiving a location update response from the home subscriber server, wherein the location update response carries subscription data, and the subscription data comprises the destination IP address (303,404); • sending a mobility management request response to the MTC device, wherein the mobility management request response carries the destination IP address, and the mobility management request response is, in the first alternative, an attach request response, or, in the second alternative, a tracking area update request response. • receiving a mobility management request comprising, in a first alternative, an attach request and, in a second alternative instead of the first alternative, a tracking area update request from a machine type communications, MTC, device (301,401); • sending a location update request to a home subscriber server, wherein the location update request is used to instruct the home subscriber server to inform a second MME, to which the MTC device has been attached to, that the MTC device has moved from a management area of the second MME to a management area of the first MME and to inform the second MME that a task of sending a destination Internet Protocol, IP, address is transferred from the second MME to the first MME (302,402); • receiving a location update response from the home subscriber server, wherein the location update response carries subscription data, and the subscription data comprises the destination IP address (303,404); • sending a mobility management request response to the MTC device, wherein the mobility management request response carries the destination IP address, and the mobility management request response is, in the first alternative, an attach request response, or, in the second alternative, a tracking area update request response.
Process for influencing the orientation of anisometric fillers in a plastics melt during production of a moulding in an injection-moulding process, with the following steps: a) provision of a mould which has at least one cavity for receiving a plastics melt; b) introduction of the plastics melt into the cavity under pressure; c) application of a pressure to the plastics melt in the cavity; d) active or passive cooling of the plastics melt in the cavity at least to some extent while maintaining the pressure, thus forming the moulding; and e) demoulding of the moulding from the cavity; characterized in that during step b) and/or during step c) at least one opening movement in the form of opening of at least one subregion of the cavity is performed in a manner that, in at least one portion of the plastics melt present in the cavity, results in source- and/or extensional-flow effects which influence the orientation of the anisometric fillers in the plastics melt, and the opening movement is followed by the application of a pressure to the plastics melt according to step c). a) provision of a mould which has at least one cavity for receiving a plastics melt; b) introduction of the plastics melt into the cavity under pressure; c) application of a pressure to the plastics melt in the cavity; d) active or passive cooling of the plastics melt in the cavity at least to some extent while maintaining the pressure, thus forming the moulding; and e) demoulding of the moulding from the cavity;
A method of encoding a sequence of images, comprising: performing area-by-area loop filtering on at least one image of the sequence and disabling such area-by-area loop filtering on at least one other image of the sequence, such area-by-area loop filtering involving varying the loop filtering from one image area to another within one image; and associating with the images of the sequence respective levels from a plurality of levels, the levels corresponding to different rate-distortion balances or to different image qualities; characterised by: producing a measure of loop filtering activity in one or more images; and determining the images on which such area-by-area loop filtering is disabled in dependence upon the levels and the measure. performing area-by-area loop filtering on at least one image of the sequence and disabling such area-by-area loop filtering on at least one other image of the sequence, such area-by-area loop filtering involving varying the loop filtering from one image area to another within one image; and associating with the images of the sequence respective levels from a plurality of levels, the levels corresponding to different rate-distortion balances or to different image qualities; characterised by: producing a measure of loop filtering activity in one or more images; and determining the images on which such area-by-area loop filtering is disabled in dependence upon the levels and the measure. producing a measure of loop filtering activity in one or more images; and determining the images on which such area-by-area loop filtering is disabled in dependence upon the levels and the measure.