mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for filling bulk goods into bags , and in particular for filling powdery foodstuffs into open-mouth bags, with a support structure and at least one filling spout accommodated on the support structure to which a bag is appended for filling and retained on the filling spout by means of at least one bag holder , characterized in that the support structure comprises at least one hollow profile with a first control component at least partially accommodated and protected from contamination therein, and that an air outlet of a pneumatic component is provided in the hollow profile to apply on the hollow profile in operation an air pressure that is higher than in the ambience, and that a sensor device with a pressure sensor as a second control component is disposed in the hollow profile , wherein the pressure sensor is provided to capture the pressure prevailing in the hollow profile in operation of the device. that the support structure comprises at least one hollow profile with a first control component at least partially accommodated and protected from contamination therein, and that an air outlet of a pneumatic component is provided in the hollow profile to apply on the hollow profile in operation an air pressure that is higher than in the ambience, and that a sensor device with a pressure sensor as a second control component is disposed in the hollow profile , wherein the pressure sensor is provided to capture the pressure prevailing in the hollow profile in operation of the device.
A computer-implemented method, for identifying textual terms in response to a visual query comprising: on a server system having one or more processors and memory storing one or more programs for execution by the one or more processors: receiving a visual query from a client system; responding to the visual query by: generating a set of image feature values for the visual query, generating a vector of image feature values for the set of image feature values; mapping the set of image feature values to a plurality of textual terms so as to generate a weight for each of the plurality of textual terms; wherein the mapping utilizes an image relevance model vector for each of the plurality of textual terms and wherein the image relevance model vector for a textual term is a vector of weights representing the relative importance of a corresponding image feature; ranking the textual terms in accordance with the weights of the textual terms; and in accordance with the ranking the textual terms, sending one or more of the ranked textual terms to the client system. receiving a visual query from a client system; responding to the visual query by: generating a set of image feature values for the visual query, generating a vector of image feature values for the set of image feature values; mapping the set of image feature values to a plurality of textual terms so as to generate a weight for each of the plurality of textual terms; wherein the mapping utilizes an image relevance model vector for each of the plurality of textual terms and wherein the image relevance model vector for a textual term is a vector of weights representing the relative importance of a corresponding image feature; ranking the textual terms in accordance with the weights of the textual terms; and in accordance with the ranking the textual terms, sending one or more of the ranked textual terms to the client system. generating a set of image feature values for the visual query, generating a vector of image feature values for the set of image feature values; mapping the set of image feature values to a plurality of textual terms so as to generate a weight for each of the plurality of textual terms; wherein the mapping utilizes an image relevance model vector for each of the plurality of textual terms and wherein the image relevance model vector for a textual term is a vector of weights representing the relative importance of a corresponding image feature; ranking the textual terms in accordance with the weights of the textual terms; and in accordance with the ranking the textual terms, sending one or more of the ranked textual terms to the client system.
A movable cleaning robot , in particular travelling on stairs, comprising - a housing , - a first lifting device , which comprises a first push chain , at which a rotation element is arranged and which is movably arranged at the housing for lifting and/or lowering the rotation element , and - a cleaning device . - a housing , - a first lifting device , which comprises a first push chain , at which a rotation element is arranged and which is movably arranged at the housing for lifting and/or lowering the rotation element , and - a cleaning device .
A knitted stent comprising a wire spirally coiled about an axis in an interlaced manner, the wire including at least one elastic metal tube , each elastic metal tube defining a first lumen and having a wall in which release holes in communication with the first lumen are formed, characterized in that : a liner core is disposed within the first lumen so as to exactly fill the first lumen, an outer surface of the liner core is brought into tight contact with an inner wall of the first lumen so that the outer surface of the liner core and walls of the release holes together delimit receptacles.
A wireless power unit arranged to wirelessly receive power using a near field magnetic resonance (NFMR) magnetic field provided by an NFMR transmitter unit having a resonance frequency ω T , the wireless power unit comprising: a first resonator structure (802-1), the first resonator structure having a first resonant frequency ω 1 ; a second resonator structure (802-2), the second resonator structure having a second resonant frequency ω 2 , that is different than the first resonant frequency ω 1 ; and a power combining circuit coupled to the first and second resonator structures (802-1, 802-2), wherein the power combining circuit is configured to select one of the first and second resonator structures (802-1, 802-2) to provide power to a load coupled to the wireless power unit based on an amount of power provided by the first and second resonator structures (802-1, 802-2). a first resonator structure (802-1), the first resonator structure having a first resonant frequency ω 1 ; a second resonator structure (802-2), the second resonator structure having a second resonant frequency ω 2 , that is different than the first resonant frequency ω 1 ; and a power combining circuit coupled to the first and second resonator structures (802-1, 802-2), wherein the power combining circuit is configured to select one of the first and second resonator structures (802-1, 802-2) to provide power to a load coupled to the wireless power unit based on an amount of power provided by the first and second resonator structures (802-1, 802-2).
A method performed by a coder/decoder, CODEC, for Intra prediction mode processing based on multiple most probable modes, MPMs, in video coding, the method comprising: determining a first Intra mode associated with a left neighboring block of a current block; determining a second Intra mode associated with a top neighboring block of the current block; and characterized by : deriving three MPMs for the current block based on the first Intra mode and the second Intra mode, wherein the step of deriving said three MPMs based on the first Intra mode and the second Intra mode comprises: determining whether the first Intra mode is identical to the second Intra mode; and if the first Intra mode is identical to the second Intra mode, deriving said three MPMs according to whether the first Intra mode is identical to a Planar mode or a DC mode, and if the first Intra mode is identical to the Planar mode or the DC mode, assigning the Planar mode, the DC mode and a Vertical mode as said three MPMs; and processing a current Intra mode associated with the current block according to said three MPMs. determining a first Intra mode associated with a left neighboring block of a current block; determining a second Intra mode associated with a top neighboring block of the current block; and characterized by : deriving three MPMs for the current block based on the first Intra mode and the second Intra mode, wherein the step of deriving said three MPMs based on the first Intra mode and the second Intra mode comprises: determining whether the first Intra mode is identical to the second Intra mode; and if the first Intra mode is identical to the second Intra mode, deriving said three MPMs according to whether the first Intra mode is identical to a Planar mode or a DC mode, and if the first Intra mode is identical to the Planar mode or the DC mode, assigning the Planar mode, the DC mode and a Vertical mode as said three MPMs; and processing a current Intra mode associated with the current block according to said three MPMs. deriving three MPMs for the current block based on the first Intra mode and the second Intra mode, wherein the step of deriving said three MPMs based on the first Intra mode and the second Intra mode comprises: determining whether the first Intra mode is identical to the second Intra mode; and if the first Intra mode is identical to the second Intra mode, deriving said three MPMs according to whether the first Intra mode is identical to a Planar mode or a DC mode, and if the first Intra mode is identical to the Planar mode or the DC mode, assigning the Planar mode, the DC mode and a Vertical mode as said three MPMs; and determining whether the first Intra mode is identical to the second Intra mode; and if the first Intra mode is identical to the second Intra mode, deriving said three MPMs according to whether the first Intra mode is identical to a Planar mode or a DC mode, and if the first Intra mode is identical to the Planar mode or the DC mode, assigning the Planar mode, the DC mode and a Vertical mode as said three MPMs; and processing a current Intra mode associated with the current block according to said three MPMs.
A method performed in a broadcast multicast service center, BM-SC, node for providing an on-request service to an end-user device , the method comprising: - obtaining , from a content delivery node , the size of a file of the on-request service, - determining , based on the obtained file size, one or more parameters related to encoding of the file, thereby establishing a virtual partitioning of the file into a number Z of source blocks, - downloading , from the content delivery node , a source block of the file according to the determined one or more parameters, - encoding the source block of the file into encoding symbols according to the determined one or more parameters, and - providing the encoding symbols for delivery to the end-user device . - obtaining , from a content delivery node , the size of a file of the on-request service, - determining , based on the obtained file size, one or more parameters related to encoding of the file, thereby establishing a virtual partitioning of the file into a number Z of source blocks, - downloading , from the content delivery node , a source block of the file according to the determined one or more parameters, - encoding the source block of the file into encoding symbols according to the determined one or more parameters, and - providing the encoding symbols for delivery to the end-user device .
A method for secure communication between a first and a second communication partner , comprising establishing a communication link between the first and the second communication partner ; determining one or more session identifiers by one of the first and the second communication partner for one or more subsequent new secure communication sessions; communicating the one or more session identifiers to the other of the first and the second communication partner ; determining , for each of the one or more session identifiers, a respective session-specific symmetric session key bound to the corresponding session identifiers in each of the first and the second communication partner ; and storing the one or more session identifiers and the corresponding session-specific symmetric session keys in each of the first and the second communication partner for one or more subsequent new secure communication sessions. establishing a communication link between the first and the second communication partner ; determining one or more session identifiers by one of the first and the second communication partner for one or more subsequent new secure communication sessions; communicating the one or more session identifiers to the other of the first and the second communication partner ; determining , for each of the one or more session identifiers, a respective session-specific symmetric session key bound to the corresponding session identifiers in each of the first and the second communication partner ; and storing the one or more session identifiers and the corresponding session-specific symmetric session keys in each of the first and the second communication partner for one or more subsequent new secure communication sessions.
A method for decoding a bitstream for a video signal, the method performed by a decoding apparatus and comprising: obtaining a plurality of prediction blocks from a coding block; obtaining merge flag information of a current prediction block of the plurality of prediction blocks from the bitstream, the merge flag information indicating whether the current prediction block is coded in a merge mode; obtaining merge index information of the current prediction block from the bitstream, the merge index information specifying a merging candidate to be merged with the current prediction block from among merging candidates including spatial and temporal neighboring blocks of the current prediction block; deriving prediction information of the current prediction block based on the merging candidates and the merge index information, the prediction information including motion vector information and reference index information; and performing an inter prediction for the current prediction block based on the prediction information of the current prediction block, wherein, based on the coding block 2Nx2N being partitioned into a left Nx2N prediction block and a right Nx2N prediction block and the current prediction block being the right Nx2N prediction block of the coding block, the left Nx2N prediction block of the coding block is excluded from the merging candidates. obtaining a plurality of prediction blocks from a coding block; obtaining merge flag information of a current prediction block of the plurality of prediction blocks from the bitstream, the merge flag information indicating whether the current prediction block is coded in a merge mode; obtaining merge index information of the current prediction block from the bitstream, the merge index information specifying a merging candidate to be merged with the current prediction block from among merging candidates including spatial and temporal neighboring blocks of the current prediction block; deriving prediction information of the current prediction block based on the merging candidates and the merge index information, the prediction information including motion vector information and reference index information; and performing an inter prediction for the current prediction block based on the prediction information of the current prediction block, wherein, based on the coding block 2Nx2N being partitioned into a left Nx2N prediction block and a right Nx2N prediction block and the current prediction block being the right Nx2N prediction block of the coding block, the left Nx2N prediction block of the coding block is excluded from the merging candidates.
A method for wireless communication, said method being performed by a user equipment, comprising: receiving , from a base station, signaling comprising an indication of an aggregation configuration for physical uplink shared channel occasions for transmission of a random access payload; determining a random access message of a random access procedure, the random access message comprising a random access preamble and a random access payload; aggregating , in one or more of a time domain or a frequency domain, multiple physical uplink shared channel occasions of a set of physical uplink shared channel occasions based at least in part on the indication of the aggregation configuration, wherein aggregating the multiple physical uplink shared channel occasions of the set of physical uplink shared channel occasions comprises aggregating multiple physical uplink shared channel occasions that are noncontiguous in one or both of the time domain or the frequency domain; and transmitting , to the base station, the random access payload of the random access message on a physical uplink shared channel that comprises the aggregated multiple physical uplink shared channel occasions, each of the aggregated physical uplink shared channel occasions comprising time and frequency resources. receiving , from a base station, signaling comprising an indication of an aggregation configuration for physical uplink shared channel occasions for transmission of a random access payload; determining a random access message of a random access procedure, the random access message comprising a random access preamble and a random access payload; aggregating , in one or more of a time domain or a frequency domain, multiple physical uplink shared channel occasions of a set of physical uplink shared channel occasions based at least in part on the indication of the aggregation configuration, wherein aggregating the multiple physical uplink shared channel occasions of the set of physical uplink shared channel occasions comprises aggregating multiple physical uplink shared channel occasions that are noncontiguous in one or both of the time domain or the frequency domain; and transmitting , to the base station, the random access payload of the random access message on a physical uplink shared channel that comprises the aggregated multiple physical uplink shared channel occasions, each of the aggregated physical uplink shared channel occasions comprising time and frequency resources.
A motorcycle , comprising: - a motorcycle body having a front part , a tail part and a central part between the front part and the tail part ; - at least two wheels , constrained to the motorcycle body , comprising a front wheel and a rear wheel ; - a traction engine , constrained to the motorcycle body and operatively connected to at least one of the wheels ; - a braking system ; - at least one front headlight fixed to the front part and at least one rear tail light fixed to the tail part ; - a brake light fixed to the tail part ; - an electronic control unit of the brake light operatively connected to the brake light adapted and configured to turn on the brake light upon the activation of the braking system ; - a start-stop system of the traction engine ; wherein the electronic control unit is adapted and configured to detect whether the speed of the motorcycle is lower than or equal to a first threshold speed; wherein the electronic control unit is such as to detect whether the start-stop system is in an activated state or in a deactivated state; and wherein the electronic control unit is such as to turn on the brake light intermittently if the speed of the motorcycle is either lower than or equal to the first threshold speed and if the start-stop system is in the activated state. - a motorcycle body having a front part , a tail part and a central part between the front part and the tail part ; - at least two wheels , constrained to the motorcycle body , comprising a front wheel and a rear wheel ; - a traction engine , constrained to the motorcycle body and operatively connected to at least one of the wheels ; - a braking system ; - at least one front headlight fixed to the front part and at least one rear tail light fixed to the tail part ; - a brake light fixed to the tail part ; - an electronic control unit of the brake light operatively connected to the brake light adapted and configured to turn on the brake light upon the activation of the braking system ; - a start-stop system of the traction engine ; wherein the electronic control unit is adapted and configured to detect whether the speed of the motorcycle is lower than or equal to a first threshold speed; wherein the electronic control unit is such as to detect whether the start-stop system is in an activated state or in a deactivated state; and wherein the electronic control unit is such as to turn on the brake light intermittently if the speed of the motorcycle is either lower than or equal to the first threshold speed and if the start-stop system is in the activated state.
Panel for manufacturing a substructure of a floor structure, such as a road surface or sports floor, comprising: - a housing , said housing enclosing at least one compartment that is filled at least partially with a phase change material, wherein the housing encloses at least one through hole and - at least one first coupling element arranged to be coupled with at least one second coupling element , such that adjacent of said panels located essentially in one and the same plane may be coupled together, wherein the coupled panels are essentially locked both in a direction that extends in a plane defined by the coupled panels , and preferably also in a direction essentially perpendicular to the plane defined by the coupled panels , characterised in that the housing of the panel is of essentially closed construction, and in that the phase change material is enclosed in the essentially closed housing . - a housing , said housing enclosing at least one compartment that is filled at least partially with a phase change material, wherein the housing encloses at least one through hole and - at least one first coupling element arranged to be coupled with at least one second coupling element , such that adjacent of said panels located essentially in one and the same plane may be coupled together, wherein the coupled panels are essentially locked both in a direction that extends in a plane defined by the coupled panels , and preferably also in a direction essentially perpendicular to the plane defined by the coupled panels ,
A light emitting structure comprising: a light guide having several surfaces, cavities in a first surface and total internal reflection, TIR, structures in an opposite second surface aligned with the cavities , wherein the TIR structures reflect at least some light into the light guide by TIR; and a plurality of LEDs positioned within the cavities , wherein the light guide leaks light from at least one of its several surfaces, wherein the cavities each have a convex ceiling formed to refract light from the LEDs to impinge upon the TIR structures in a desired manner, and wherein the TIR structures and cavities are distributed over the first and second surfaces of the light guide characterized in that the TIR structures and cavities are designed to leak a controlled amount of light from the TIR structures . a light guide having several surfaces, cavities in a first surface and total internal reflection, TIR, structures in an opposite second surface aligned with the cavities , wherein the TIR structures reflect at least some light into the light guide by TIR; and a plurality of LEDs positioned within the cavities , wherein the light guide leaks light from at least one of its several surfaces, wherein the cavities each have a convex ceiling formed to refract light from the LEDs to impinge upon the TIR structures in a desired manner, and wherein the TIR structures and cavities are distributed over the first and second surfaces of the light guide characterized in that the TIR structures and cavities are designed to leak a controlled amount of light from the TIR structures .