mhurhangee/ep-ind-claims huggingface dataset:
A transmission structure of a smart lock cylinder, comprising a lock shell assembly, a cylinder cam movably arranged in an open slot in a middle of the lock shell assembly, and a first transmission shaft installed in the lock shell assembly and located on one side where the cylinder cam is arranged, characterized in that a first transmission member connected to the first transmission shaft and a first electric clutch device that drives the first transmission member to connect or separate with the cylinder cam are arranged in the first transmission shaft, and a transmission cavity for accommodating the first transmission member is arranged at one end of the first transmission shaft toward the cylinder cam; the first transmission shaft is provided with a driving cavity for accommodating the first electric clutch device and communicating with the transmission cavity, and the other end of the first transmission shaft protrudes out of the lock shell assembly for connecting a handle or a first knob assembly; the first electric clutch device comprises a drive motor, a worm fixedly connected with an output shaft of the drive motor, a nut fitted on the worm and threadedly connected with the worm, and a double-layer spring, wherein the double-layer spring is provided with an outer spring cylinder and an inner spring cylinder folded inside the outer spring cylinder and connected with the outer spring cylinder, one end of the outer spring cylinder is fixedly connected with the first transmission member, one end of the inner spring cylinder is fixedly connected with the nut, and the other end of the outer spring cylinder is fixedly connected with the other end of the inner spring cylinder; when the worm drives the nut to move toward the first transmission member, the inner spring cylinder is stretched and the outer spring cylinder pushes the first transmission member to connect with the cylinder cam at the same time; when the worm drives the nut to move away from the first transmission member, the inner spring cylinder is compressed and the outer spring cylinder pulls the first transmission member to separate from the cylinder cam at the same time.
Mechanical device for cleaning support bars of workpiece supports on machines for workpiece processing, in particular on machines for thermal cutting of workpieces, having at least one cleaning member (11, 12, 13, 14, 40, 41), and having a feed device, by means of which the cleaning member (11, 12, 13, 14, 40, 41) and a support bar which is intended to be cleaned can be moved relative to each other with a feed movement in the longitudinal direction of the support bar, characterised in that a motorised feed drive having at least one feed drive motor and having at least one feed member (11, 12, 13, 14) is provided as the feed device, and in that the feed member (11, 12, 13, 14) comprises a portion which can be placed on the support bar and which, when placed on the support bar, can be driven by means of the feed drive motor with the feed movement in the longitudinal direction of the support bar being produced.
A source device, comprising: a plurality of connection interfaces (103a, 104a, 105a); a cluster manager configured to determine performance similarities for a plurality of connections (106, 107, 108, 109, 110) and configured to group the plurality of connections (106, 107, 108, 109, 110) into performance clusters (119, 120, 121) based on the determined performance similarities; a plurality of synchronization mechanisms (103, 104, 105) coupled with a plurality of connection interfaces (103a, 104a, 105a), wherein the cluster manager is configured to assign a synchronization mechanism (103, 104, 105) to each of the performance clusters (119, 120, 121), wherein each of the plurality of synchronization mechanisms (103, 104, 105) is configured to provide computations and protocols needed to communicate data over the plurality of connections (106, 107, 108, 109, 110); and a source data buffer coupled to the plurality of synchronization mechanisms (103, 104, 105) and configured to store information, and wherein the source device is configured to share the data stored in the source data buffer with a plurality of destination devices interfaced with the source device via the plurality of connection interfaces (103a, 104a, 105a), wherein a destination device that does not respond to an update from its synchronization mechanism (103, 104, 105) within a timeout threshold is removed from its performance cluster (119, 120, 121). a plurality of connection interfaces (103a, 104a, 105a); a cluster manager configured to determine performance similarities for a plurality of connections (106, 107, 108, 109, 110) and configured to group the plurality of connections (106, 107, 108, 109, 110) into performance clusters (119, 120, 121) based on the determined performance similarities; a plurality of synchronization mechanisms (103, 104, 105) coupled with a plurality of connection interfaces (103a, 104a, 105a), wherein the cluster manager is configured to assign a synchronization mechanism (103, 104, 105) to each of the performance clusters (119, 120, 121), wherein each of the plurality of synchronization mechanisms (103, 104, 105) is configured to provide computations and protocols needed to communicate data over the plurality of connections (106, 107, 108, 109, 110); and a source data buffer coupled to the plurality of synchronization mechanisms (103, 104, 105) and configured to store information, and wherein the source device is configured to share the data stored in the source data buffer with a plurality of destination devices interfaced with the source device via the plurality of connection interfaces (103a, 104a, 105a), wherein a destination device that does not respond to an update from its synchronization mechanism (103, 104, 105) within a timeout threshold is removed from its performance cluster (119, 120, 121).
A method of carrying out an agricultural harvesting process on a field by means of an array of agricultural harvesters (3 - 7), wherein the harvesters (3 - 7) of the array each have working assemblies processing crop material, which are adjustable with machine parameters for adaptation to the respective harvesting conditions, wherein the harvesters (3 - 7) of the array communicate with each other by way of a wireless data network, characterised in that a harvester of the array is in the form of a self-optimising harvester which has a driver assist system for automated generation of machine parameters which are optimised in respect of crop material processing, and the optimised machine parameters are provided by the self-optimising harvester by way of the data network and are received by other harvesters (4 - 7) of the array which do not have any driver assist system for automated generation of machine parameters which are optimised in respect of crop material processing.
Semiconductor chip, comprising a substrate; a stack of one or more insulating layers and one or more metal layers arranged on the substrate; a sensor device arranged in a sensor area of the semiconductor chip; processing circuitry arranged in a processing area of the semiconductor chip; connection circuitry configured to provide an electrical connection between the sensor device and the processing circuitry; a first seal ring structure arranged between an outer edge of the chip and an inner area of the chip, the inner area encompassing the sensor area and the processing area; and a second seal ring structure arranged between the sensor area and the processing area and configured to constrain an infiltration of contaminants from the sensor area to the processing area, wherein the semiconductor chip comprises a passivation layer arranged at least partly on top of the stack; the first seal ring structure and the second seal ring structure are implemented in the stack between the substrate and the passivation layer, the second seal ring structure is a closed seal ring structure; the closed seal ring structure provides a closed seal ring between the substrate and the passivation layer; the closed seal ring structure is electrically insulated from the sensor device and the processing circuitry; and the semiconductor chip comprises as connection circuitry a contact layer arranged on top of the passivation layer, the contact layer being configured to contact the sensor device through an opening of the passivation layer.
A projection system comprising: at least two projectors, the first projector being adapted to project a first image, the second projector being adapted to projector a second image, and an optical mask characterised by the optical mask being a continuous tone blend filter formed by printing using a liquid ink or toner onto a transparent substrate, continuous tone variation being provided by bleeding.
A method for performing a physical force-assisted cleaning process on a patterned surface of a substrate, comprising: a) providing a substrate having at least one patterned surface, b) supplying a cleaning liquid to the patterned surface, c) applying a physical force to the cleaning liquid in contact with the patterned surface, whereby the physical force leads to bubble formation in the cleaning liquid, wherein: prior to applying the physical force, an additive is supplied to said patterned surface, and said additive is maintained in contact with said patterned surface for a given time, said additive and said time being chosen so that substantially complete wetting of the patterned surface by the cleaning liquid is achieved and wherein - the patterned surface comprises line features having a linewidth smaller than or equal to 45nm, - the additive is supplied prior to step (b), by contacting the patterned surface of the substrate with the additive, - the additive is isopropylalcohol or acetone or a surfactant - the additive is removed from the substrate prior to the step of supplying a cleaning liquid. a) providing a substrate having at least one patterned surface, b) supplying a cleaning liquid to the patterned surface, c) applying a physical force to the cleaning liquid in contact with the patterned surface, whereby the physical force leads to bubble formation in the cleaning liquid, - the patterned surface comprises line features having a linewidth smaller than or equal to 45nm, - the additive is supplied prior to step (b), by contacting the patterned surface of the substrate with the additive, - the additive is isopropylalcohol or acetone or a surfactant - the additive is removed from the substrate prior to the step of supplying a cleaning liquid.
A method for imaging a biomarker indicative of thermal ablation using a medical imaging system, the steps of the method comprising: a) acquiring data with the medical imaging system that includes a magnetic resonance imaging system after a thermal ablation procedure; b) producing from the acquired data an image that depicts the biomarker indicative of the thermal ablation, wherein the biomarker comprises a magnetic resonance signal parameter of a ferric iron containing chemical compound produced in response to the thermal ablation procedure and acting as an intrinsic paramagnetic contrast agent; characterized in that the magnetic resonance signal parameter is a relaxation time that accounts for both longitudinal and transverse relaxation, T 1 ∗ and step b) includes producing a T 1 ∗ map having pixel values indicative of T 1 ∗ values. a) acquiring data with the medical imaging system that includes a magnetic resonance imaging system after a thermal ablation procedure; b) producing from the acquired data an image that depicts the biomarker indicative of the thermal ablation, wherein the biomarker comprises a magnetic resonance signal parameter of a ferric iron containing chemical compound produced in response to the thermal ablation procedure and acting as an intrinsic paramagnetic contrast agent;
A hub assembly (20, 220) comprising: a. a top plate (50, 250), wherein the top plate is flexible; b. a bottom plate (60, 260), wherein the bottom plate is flexible, and wherein the top plate and bottom plate are coupled together and are configured to form a central hub (40, 240) defining a longitudinal axis of the top plate and the bottom plate; c. a plurality of outer spars, wherein the outer spars are coupled to and extend generally outwardly from the top plate and the bottom plate; and d. a plurality of fan blades, wherein each of the outer spars of the plurality of outer spars is disposed within a fan blade, characterised in that the top plate and the bottom plate each comprise a plurality of cutouts (52, 62) arranged in an angular array about the common longitudinal axis of the top plate and the bottom plate wherein the cutouts of the top plate and of the bottom plate are positioned between outer spars. a. a top plate (50, 250), wherein the top plate is flexible; b. a bottom plate (60, 260), wherein the bottom plate is flexible, and wherein the top plate and bottom plate are coupled together and are configured to form a central hub (40, 240) defining a longitudinal axis of the top plate and the bottom plate; c. a plurality of outer spars, wherein the outer spars are coupled to and extend generally outwardly from the top plate and the bottom plate; and d. a plurality of fan blades, wherein each of the outer spars of the plurality of outer spars is disposed within a fan blade, characterised in that
Explosion-proof push-button panel for remote electric control via cable, comprising: - a hollow base and a cover; - a board, internal to said hollow base; - one or more electric switches having non-explosion-proof characteristics, secured to said board inside said hollow base; - one or more movable cylinders, for each one of said electric switches, inside said hollow base, said movable cylinders being adapted to control the opening and closing of corresponding switches to which they are secured; - one or more pistons capable of sliding through corresponding holes in said cover, said pistons being adapted to engage against corresponding cylinders and to be actuated from the outside of the push-button panel, when the latter is closed, for causing said cylinders to move: - said hollow base and said cover being adapted to form an operationally closed metal enclosure having explosion-proof characteristics; characterized in that, the explosion-proof push-button panel further comprises: - one or more elastic silicone bands secured to the inner surface of the cover, in correspondence with said holes, so as to elastically adhere to the base of said one or more pistons and ensure that the latter will elastically return into the idle position following actuation, one elastic silicone band being present for each piston. - a hollow base and a cover; - a board, internal to said hollow base; - one or more electric switches having non-explosion-proof characteristics, secured to said board inside said hollow base; - one or more movable cylinders, for each one of said electric switches, inside said hollow base, said movable cylinders being adapted to control the opening and closing of corresponding switches to which they are secured; - one or more pistons capable of sliding through corresponding holes in said cover, said pistons being adapted to engage against corresponding cylinders and to be actuated from the outside of the push-button panel, when the latter is closed, for causing said cylinders to move: - said hollow base and said cover being adapted to form an operationally closed metal enclosure having explosion-proof characteristics; - one or more elastic silicone bands secured to the inner surface of the cover, in correspondence with said holes, so as to elastically adhere to the base of said one or more pistons and ensure that the latter will elastically return into the idle position following actuation, one elastic silicone band being present for each piston.
A combination of active agents consisting of extracts of Curcuma longa, Punica granatum and Zingiber officinale for use in the prevention and/or treatment of mucosal lesions, said extracts of Curcuma longa, Punica granotum and Zingiber officinale being present in the respective weight ratios 6(±2):2(±1):1(±0.5).
An apparatus configured for guiding a web of packaging material, comprising a groove extending along the direction of transport of the web, in which groove a longitudinal edge of the web is intended to run during advancement of the web, abutting a bottom of the groove characterised in that the groove further includes suction orifices distributed along the length of the groove through which a partial vacuum via a tubing is applied in order to remove air and dust from the groove and its surroundings, further comprising a suction opening arranged along the axis of symmetry of the groove, at a downstream half of the apparatus.
Nozzle assembly for a sanitary article comprising a pipe section with a rear pipe end, via which water can be introduced into the pipe section, and a front pipe end, and a nozzle head arranged in the pipe section so as to be displaceable from an initial position into a position of use and having a nozzle inlet and a nozzle outlet, wherein the nozzle head with the nozzle outlet in the position of use projects out of the pipe section beyond the front pipe end, and wherein a water pressure acts on the nozzle head due to the water flowing into the pipe section and the nozzle head can be moved by the water pressure from the initial position into the position of use, and wherein a return element acting on the nozzle head is arranged in such a way that the nozzle head can be returned from the position of use to the starting position when the water pressure ceases, wherein the nozzle assembly furthermore has at least one damping element which damps the movement of the nozzle head, characterised in that the return element and the damping element are integrally formed on a stop damper, wherein at least one stop damper is arranged in the nozzle assembly. a pipe section with a rear pipe end, via which water can be introduced into the pipe section, and a front pipe end, and a nozzle head arranged in the pipe section so as to be displaceable from an initial position into a position of use and having a nozzle inlet and a nozzle outlet, wherein the nozzle head with the nozzle outlet in the position of use projects out of the pipe section beyond the front pipe end, and wherein a water pressure acts on the nozzle head due to the water flowing into the pipe section and the nozzle head can be moved by the water pressure from the initial position into the position of use, and wherein a return element acting on the nozzle head is arranged in such a way that the nozzle head can be returned from the position of use to the starting position when the water pressure ceases, wherein the nozzle assembly furthermore has at least one damping element which damps the movement of the nozzle head, characterised in that the return element and the damping element are integrally formed on a stop damper, wherein at least one stop damper is arranged in the nozzle assembly.
Acoustic body for ceiling elements for reducing a reverberation time of sound, wherein the acoustic body has at least one first acoustic element and at least one second acoustic element, wherein at least one connection device is provided, with which the two acoustic elements (2, 3) can be detachably connected to each other, the first acoustic element has at least one sound entry opening and at least one sound exit opening spaced apart therefrom, the second acoustic element has at least one sound entry opening and a top surface spaced apart therefrom, and the two acoustic elements (2, 3) can be connected to each other by means of the at least one connection device in such a way that the at least one sound exit opening of the at least one first acoustic element can be brought into an overlap with the at least one sound entry opening of the at least one second acoustic element at least in areas, wherein the two acoustic elements (2, 3) have at least one exterior lateral surface and at least one interior lateral surface, characterized in that the at least one second acoustic element has at least one catch device on the at least one interior lateral surface and the at least one first acoustic element has at least one receiving means on the at least one exterior lateral surface, in which the at least one catch device can be engaged or is engaged, wherein the at least one second acoustic element can be put on or is put on the at least one first acoustic element.
A video encoder that utilizes adaptive interpolation filtering for coding video data, comprising: a prediction unit, for performing prediction techniques according to original video data and reconstructed video data to generate prediction samples; a reconstruction unit, coupled to the prediction unit, for reconstructing the prediction samples to form the reconstructed video data; a reference picture buffer, for storing the reconstructed video data as reference video data of reference pictures; and a filter parameter estimator, coupled to the prediction unit, for estimating filter parameters according to the original video data of a current picture and the reference picture samples of the current picture; characterized by an adaptive interpolation filter, coupled between the reference picture buffer and the prediction unit, for filtering a reference picture(s) of time t according to filter parameters of a prior picture of time t-k in coding order, and filtering another reference picture of time t+j according to filter parameters of another prior picture of time t+j-k, where j and k are integers greater than or equal to 1. a prediction unit, for performing prediction techniques according to original video data and reconstructed video data to generate prediction samples; a reconstruction unit, coupled to the prediction unit, for reconstructing the prediction samples to form the reconstructed video data; a reference picture buffer, for storing the reconstructed video data as reference video data of reference pictures; and a filter parameter estimator, coupled to the prediction unit, for estimating filter parameters according to the original video data of a current picture and the reference picture samples of the current picture; characterized by an adaptive interpolation filter, coupled between the reference picture buffer and the prediction unit, for filtering a reference picture(s) of time t according to filter parameters of a prior picture of time t-k in coding order, and filtering another reference picture of time t+j according to filter parameters of another prior picture of time t+j-k, where j and k are integers greater than or equal to 1.
A method for sharing a network connection between a first utility engine and a first application program on a mobile multiprocessor telecommunications device, wherein the first utility engine is implemented on a modem processor of the mobile multiprocessor telecommunications device, wherein the first utility engine provides services to the first application program running on a separate application processor of the mobile multiprocessor telecommunications device, comprising: selecting one of a plurality of network connections in communication with the first utility engine; binding the first utility engine to the selected one of a plurality of network connections which is in communication with a first utility server for transmitting and receiving first utility-related data to and from the first utility engine; and enabling the first application program to transmit and receive data over the network connection bound to the utility engine. selecting one of a plurality of network connections in communication with the first utility engine; binding the first utility engine to the selected one of a plurality of network connections which is in communication with a first utility server for transmitting and receiving first utility-related data to and from the first utility engine; and enabling the first application program to transmit and receive data over the network connection bound to the utility engine.