mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for summarizing data in a distributed system , comprising: generating an ordered list of blocks by: iterating through a first group of blocks of a hash chain starting at a last block of the hash chain; and adding each of the first group of blocks of the hash chain to the ordered list; and generating summary data by applying a summary function to the first group of blocks based on the ordered list, wherein the summary function takes the ordered list as an input and provides the summary data of the first group of blocks as an output, wherein the summary function comprises: generating a periodic chain comprising the first group of blocks in a reverse order from the order in which they are stored on the hash chain; and returning the periodic chain as the summary data; generating a summary block comprising the summary data; and adding the summary block to a summary chain. generating an ordered list of blocks by: iterating through a first group of blocks of a hash chain starting at a last block of the hash chain; and adding each of the first group of blocks of the hash chain to the ordered list; and iterating through a first group of blocks of a hash chain starting at a last block of the hash chain; and adding each of the first group of blocks of the hash chain to the ordered list; and generating summary data by applying a summary function to the first group of blocks based on the ordered list, wherein the summary function takes the ordered list as an input and provides the summary data of the first group of blocks as an output, wherein the summary function comprises: generating a periodic chain comprising the first group of blocks in a reverse order from the order in which they are stored on the hash chain; and returning the periodic chain as the summary data; generating a periodic chain comprising the first group of blocks in a reverse order from the order in which they are stored on the hash chain; and returning the periodic chain as the summary data; generating a summary block comprising the summary data; and adding the summary block to a summary chain.
A hermetically-sealed package, comprising: a housing that extends along a housing axis between a first end and a second end , wherein the housing comprises first and second opaque portions and a transparent portion disposed between the first and second opaque portions, wherein the first opaque portion is hermetically sealed to a first end of the transparent portion and the second opaque portion is hermetically sealed to a second end of the transparent portion, wherein at least one of the first and second opaque portions is hermetically sealed to the transparent portion by a weld ring ; a power source disposed within the housing; and an inductive coil disposed at least partially within the transparent portion of the housing and electrically connected to the power source. a housing that extends along a housing axis between a first end and a second end , wherein the housing comprises first and second opaque portions and a transparent portion disposed between the first and second opaque portions, wherein the first opaque portion is hermetically sealed to a first end of the transparent portion and the second opaque portion is hermetically sealed to a second end of the transparent portion, wherein at least one of the first and second opaque portions is hermetically sealed to the transparent portion by a weld ring ; a power source disposed within the housing; and an inductive coil disposed at least partially within the transparent portion of the housing and electrically connected to the power source.
A mother-child robot cooperative work system, comprising: a mother robot (MR) and a charging base , the mother robot being provided with a control unit and a work unit; and a child robot (CR) communicatively coupled to the mother robot, wherein: the mother robot performs cleaning for a work area (S) under the control of the control unit, the mother robot recognizes a cleanable area and an assisted cleaning area during a cleaning process, the control unit in the mother robot controls the child robot to cooperatively complete the cleaning work in the assisted cleaning area, and the mother robot is provided with a child robot pose sensing unit that obtains a position and an orientation of the child robot, the child robot pose sensing unit configured to input child robot pose information to the control unit, and the control unit configured to control the child robot according to the position and the orientation of the child robot. a mother robot (MR) and a charging base , the mother robot being provided with a control unit and a work unit; and a child robot (CR) communicatively coupled to the mother robot, wherein: the mother robot performs cleaning for a work area (S) under the control of the control unit, the mother robot recognizes a cleanable area and an assisted cleaning area during a cleaning process, the control unit in the mother robot controls the child robot to cooperatively complete the cleaning work in the assisted cleaning area, and the mother robot is provided with a child robot pose sensing unit that obtains a position and an orientation of the child robot, the child robot pose sensing unit configured to input child robot pose information to the control unit, and the control unit configured to control the child robot according to the position and the orientation of the child robot. the mother robot performs cleaning for a work area (S) under the control of the control unit, the mother robot recognizes a cleanable area and an assisted cleaning area during a cleaning process, the control unit in the mother robot controls the child robot to cooperatively complete the cleaning work in the assisted cleaning area, and the mother robot is provided with a child robot pose sensing unit that obtains a position and an orientation of the child robot, the child robot pose sensing unit configured to input child robot pose information to the control unit, and the control unit configured to control the child robot according to the position and the orientation of the child robot.
A folding conveyor assembly including a conveyor having at least two hingedly interconnected conveyor parts which are movable relative to each other between a folded stored position and an extended in-use position, an endless conveyor belt mounted between two drums on different conveyor parts and tensioned between said two drums when the conveyor parts are in the extended in-use position, the conveyor belt being tensioned between said two drums by a belt tensioning mechanism which is operable to reduce belt tension in response to folding of the conveyor parts from the extended in-use position towards the folded stored position, wherein the belt tensioning mechanism includes one of the drums forming a sliding drum which is longitudinally slidable on a frame of the conveyor part between an inner position and an outer tension applying position, and a slide rod extends inwardly from each end of the sliding drum , respectively, characterized in that each slide rod extends inwardly to an associated cam on the adjacent conveyor part such that said associated cam urges the slide rod outwardly to retain the sliding drum in the outer tension applying position when the conveyor is in the extended position and allows the slide rod to move inwardly and allows the sliding drum to move inwardly to its inner, tension relieving position as the conveyor parts move from the extended position to the folded position.
A camera for detecting spark discharges , comprising an event-based image sensor having a plurality of pixel elements that in each case detect when the intensity detected by the pixel element changes and generate an event then and only then, and a control and evaluation unit configured to read out events from the image sensor and evaluate whether a spark discharge is detected with the events, characterized in that the control and evaluation unit is configured to further evaluate only events of increasing intensity.
A method for pulling a mirror image of containerized application from an image repository, which is applied to a server , comprising: receiving at least one image pull request from a requesting client ; judging whether a current load state of the server is a high-load running state; determining, in response to a judgment result being yes, a first client , wherein the first client is configured with an image corresponding to the image pull request; sending a redirection pull image message to the requesting client , wherein the redirection pull image message is used for the requesting client to pull the image from the first client ; characterized in that the determining the first client comprises: judging whether an online client exists in the subnet where the requesting client locates, wherein the online client is configured with an image corresponding to the image pull request; determining that the online client is the first client in response to a judgment result being yes; determining the clients in other subnets that have the image corresponding to the image pull request in response to the judgment result being no, and selecting at least one of the clients closest to the server as the first client . receiving at least one image pull request from a requesting client ; judging whether a current load state of the server is a high-load running state; determining, in response to a judgment result being yes, a first client , wherein the first client is configured with an image corresponding to the image pull request; sending a redirection pull image message to the requesting client , wherein the redirection pull image message is used for the requesting client to pull the image from the first client ; characterized in that the determining the first client comprises: judging whether an online client exists in the subnet where the requesting client locates, wherein the online client is configured with an image corresponding to the image pull request; determining that the online client is the first client in response to a judgment result being yes; determining the clients in other subnets that have the image corresponding to the image pull request in response to the judgment result being no, and selecting at least one of the clients closest to the server as the first client . judging whether an online client exists in the subnet where the requesting client locates, wherein the online client is configured with an image corresponding to the image pull request; determining that the online client is the first client in response to a judgment result being yes; determining the clients in other subnets that have the image corresponding to the image pull request in response to the judgment result being no, and selecting at least one of the clients closest to the server as the first client .
Method for isolation and/or preparation of particles comprising the following steps: a) Providing a feed material comprising particles to be isolated and/or prepared in a chamber provided with a filter having a filter surface , optionally introducing liquid before, during or after the feed material is placed in the chamber ; b) If the material in the chamber from step a) contains liquid, the feed material is filtered by draining out said liquid through an outlet for filtrate leaving retentate on the filter surface ; the method characterized by : c) Directing more than one gas jets towards the feed material from step a) or the retentate from step b) loosening the material from the retentate side of the filter surface ; d) Removing the loosened material through an outlet for loosened material; wherein said more than one gas jets are provided from more than one gas inlets placed on the retentate side of the filter; wherein at least one gas inlet is configured to direct a flow of gas in the form of a gas jet approximately parallel to the filter surface within a distance h j from the filter surface and to direct the flow of gas sufficiently off-centre of the chamber, where the centre is defined as a central axis of the chamber, to create a vortex inside the chamber when the material has been suspended in the gas and wherein the loosened material is suspended in the gas from said more than one gas jets and carried from the filter surface to the outlet for loosened material by the gas of said more than one gas jets. a) Providing a feed material comprising particles to be isolated and/or prepared in a chamber provided with a filter having a filter surface , optionally introducing liquid before, during or after the feed material is placed in the chamber ; b) If the material in the chamber from step a) contains liquid, the feed material is filtered by draining out said liquid through an outlet for filtrate leaving retentate on the filter surface ; c) Directing more than one gas jets towards the feed material from step a) or the retentate from step b) loosening the material from the retentate side of the filter surface ; d) Removing the loosened material through an outlet for loosened material; wherein said more than one gas jets are provided from more than one gas inlets placed on the retentate side of the filter; wherein at least one gas inlet is configured to direct a flow of gas in the form of a gas jet approximately parallel to the filter surface within a distance h j from the filter surface and to direct the flow of gas sufficiently off-centre of the chamber, where the centre is defined as a central axis of the chamber, to create a vortex inside the chamber when the material has been suspended in the gas and wherein the loosened material is suspended in the gas from said more than one gas jets and carried from the filter surface to the outlet for loosened material by the gas of said more than one gas jets.
Formwork carrier comprising: - an upper belt , - a lower belt and - a strip connecting the upper belt to the lower belt , a first connecting tab being mounted on the first end of the formwork carrier , the connecting tab having a first coupling part for releasable longitudinal connection to a second coupling part of a further formwork carrier , the first connecting tab having a fastening limb on each of opposite longitudinal sides of the strip , a second connecting tab being mounted on the second end of the formwork carrier , the connecting tab having a second coupling part for releasable longitudinal connection to a first coupling part of the further formwork carrier , a first connecting tab of the further formwork carrier having the first coupling part of the further formwork carrier ; characterised in that - the first connecting tab of the further formwork carrier is identical to the first connecting tab of the formwork carrier ; - the first coupling part of the formwork carrier is designed as a suspension member and the second coupling part of the formwork carrier is designed as a receiving member, the first and the second coupling part of the formwork carrier differing from one another; and - the first coupling part of the formwork carrier or of the further formwork carrier can be suspended from above into the second coupling part of the formwork carrier or the further formwork carrier , respectively. - an upper belt , - a lower belt and - a strip connecting the upper belt to the lower belt , - the first connecting tab of the further formwork carrier is identical to the first connecting tab of the formwork carrier ; - the first coupling part of the formwork carrier is designed as a suspension member and the second coupling part of the formwork carrier is designed as a receiving member, the first and the second coupling part of the formwork carrier differing from one another; and - the first coupling part of the formwork carrier or of the further formwork carrier can be suspended from above into the second coupling part of the formwork carrier or the further formwork carrier , respectively.
A driver system comprising an infrared receiver module comprising a receiver unit for receiving an infrared signal and a low-pass filter for filtering the infrared signal to generate a driving signal; characterized in that the driver system further comprises: a Johnson counter having an input terminal (C) and a plurality of output terminals (Q1, Q2, Q3, Q4), wherein the Johnson counter is adapted to receive the driving signal via the input terminal and sequentially activate the output terminals, following a predetermined counting sequence, thereby outputting a control signal for driving an electrical device; and a voltage regulation unit for outputting a control voltage to drive an electrical device according to said control signal, wherein the voltage regulation unit comprises a plurality of resistors (R1, R2, R3, R4) connected in parallel with each other and electrically connected to the output terminals of the Johnson counter, respectively, and a divider resistor (R5), connected at one end in series with the resistors and grounded at the other end, so that the voltage regulation unit is allowed to output the control voltage with different voltage levels according to the control signal, and a plurality of diodes coupled between the output terminals of the Johnson counter 3 and the resistors, respectively, or a plurality of 3-state buffers 42 coupled between the output terminals of the Johnson counter and the resistors, respectively. a Johnson counter having an input terminal (C) and a plurality of output terminals (Q1, Q2, Q3, Q4), wherein the Johnson counter is adapted to receive the driving signal via the input terminal and sequentially activate the output terminals, following a predetermined counting sequence, thereby outputting a control signal for driving an electrical device; and a voltage regulation unit for outputting a control voltage to drive an electrical device according to said control signal, wherein the voltage regulation unit comprises a plurality of resistors (R1, R2, R3, R4) connected in parallel with each other and electrically connected to the output terminals of the Johnson counter, respectively, and a divider resistor (R5), connected at one end in series with the resistors and grounded at the other end, so that the voltage regulation unit is allowed to output the control voltage with different voltage levels according to the control signal, and a plurality of diodes coupled between the output terminals of the Johnson counter 3 and the resistors, respectively, or a plurality of 3-state buffers 42 coupled between the output terminals of the Johnson counter and the resistors, respectively.
A reproduction device comprising: a decoding unit configured to decode encoded audio data and encoded video data, wherein the audio data are object-based audio data; a zoom area selecting unit configured to select one or a plurality of pieces of zoom area information from among a plurality of pieces of zoom area information designating areas to be zoomed; and a video segmenting unit configured to perform a trimming process for the video data acquired through decoding on the basis of the selected zoom area information, wherein the video segmenting unit is configured to trim a zoom area represented by the selection zoom area information supplied from the zoom area selecting unit for a video that is based on the video data supplied from the video data decoding unit , and output zoom video data for reproducing a video of the zoom area acquired through the trimming process to a video output device ; and an audio converting unit configured to perform an audio converting process for the audio data acquired through decoding on the basis of a position of a sound source object and the selected zoom area information, and output zoom audio data acquired through the audio converting process to an audio output device . a decoding unit configured to decode encoded audio data and encoded video data, wherein the audio data are object-based audio data; a zoom area selecting unit configured to select one or a plurality of pieces of zoom area information from among a plurality of pieces of zoom area information designating areas to be zoomed; and a video segmenting unit configured to perform a trimming process for the video data acquired through decoding on the basis of the selected zoom area information, wherein the video segmenting unit is configured to trim a zoom area represented by the selection zoom area information supplied from the zoom area selecting unit for a video that is based on the video data supplied from the video data decoding unit , and output zoom video data for reproducing a video of the zoom area acquired through the trimming process to a video output device ; and an audio converting unit configured to perform an audio converting process for the audio data acquired through decoding on the basis of a position of a sound source object and the selected zoom area information, and output zoom audio data acquired through the audio converting process to an audio output device .
Attachment housing for fastening to an exterior side of an aircraft, wherein the attachment housing encloses a functional compartment , wherein the functional compartment is divided in two and comprises a ventilation compartment and a protective compartment , wherein the ventilation compartment is separated from the environment by means of a surrounding wall , characterized in that the surrounding wall comprises at least one ventilation opening for air exchange between the ventilation compartment and the environment , wherein a dividing wall is provided between the ventilation compartment and the protective compartment , in which dividing wall at least one passage opening is provided for air exchange between the ventilation compartment and the protective compartment , wherein the passage opening is arranged in such a way that it counteracts penetration of water, moisture and/or particles into the protective compartment .
Device for calibrating a measuring apparatus for measuring a measurement object extending along a region in meters in space, the measuring apparatus having a recording region which records the entire measurement object, the device comprising: - a computer instrument; - a light projector configured to project different calibration patterns (Mi) into the recording region of the measuring apparatus on a planar wall or planar surface; and - the measuring apparatus configured to record the different calibration patterns (Mi); characterized in that the device comprises a polarizer or a beam splitter , the polarizer or the beam splitter being configured to produce at least two calibration patterns (M1, M2) laterally spatially displaced with respect to one another by a beam offset (SV) providing a measurement reference, the beam offset corresponding to a distance between two parallel beams that emerge from the device, and the device being configured to use the beam offset (SV) as a base distance for calibrating the lateral dimensions of the measuring apparatus. - a computer instrument; - a light projector configured to project different calibration patterns (Mi) into the recording region of the measuring apparatus on a planar wall or planar surface; and - the measuring apparatus configured to record the different calibration patterns (Mi);