mhurhangee/patent-ind-claim-en huggingface dataset:
A method for coordinated beamforming, CB, in overlapping basic service sets, OBSSs, in wireless local area network, WLAN, wherein the overlapping basic service sets comprise a plurality of stations STAs and a plurality of access points, APs, wherein the plurality of APs includes a first AP and other APs, the method comprising: sending, by the first AP, a Feedback Request, FBR, frame to each one of the plurality of stations, STAs; receiving, by each STA in the OBSS, the Feedback Request, FBR, frame; and sending, by at least one first STA in the plurality of STAs, a feedback frame to the first AP, wherein the first STA participates in CB transmission, and wherein the feedback frame includes channel state information, CSI, of the first STA enabling the first AP to perform CB on downlink; receiving the feedback frame from each first STA that participates in the CB transmission; wherein, the method further comprises performing, by the first AP, the steps of: sending an initiate CB frame to each one of the other APs in the OBSSs; receiving an acknowledgement, ACK, frame from each one of the other APs intending to participate in the CB transmission; and starting the CB transmission with each one of the other APs that participate in the CB transmission; and sending an end of service period, EOSP, frame terminating the CB transmission, wherein the EOSP frame is sent to each one of the other APs participating in the CB transmission. sending, by the first AP, a Feedback Request, FBR, frame to each one of the plurality of stations, STAs; receiving, by each STA in the OBSS, the Feedback Request, FBR, frame; and sending, by at least one first STA in the plurality of STAs, a feedback frame to the first AP, wherein the first STA participates in CB transmission, and wherein the feedback frame includes channel state information, CSI, of the first STA enabling the first AP to perform CB on downlink; receiving the feedback frame from each first STA that participates in the CB transmission; wherein, the method further comprises performing, by the first AP, the steps of: sending an initiate CB frame to each one of the other APs in the OBSSs; receiving an acknowledgement, ACK, frame from each one of the other APs intending to participate in the CB transmission; and starting the CB transmission with each one of the other APs that participate in the CB transmission; and sending an end of service period, EOSP, frame terminating the CB transmission, wherein the EOSP frame is sent to each one of the other APs participating in the CB transmission. sending an initiate CB frame to each one of the other APs in the OBSSs; receiving an acknowledgement, ACK, frame from each one of the other APs intending to participate in the CB transmission; and starting the CB transmission with each one of the other APs that participate in the CB transmission; and sending an end of service period, EOSP, frame terminating the CB transmission, wherein the EOSP frame is sent to each one of the other APs participating in the CB transmission.
A mixing device for cyclically imparting a force on an external surface (A) of a bag (B) for agitating a content (C) of the bag (B), the mixing device comprising: a lever supported so as to be able to pivot about a pivot ; a weight provided on a first side of the lever ; a driver arranged to cooperate with the lever ; a motor for moving the driver to lift the first side of the lever with the weight against gravity and to drop the first side against the external surface (A) of the bag (B); and a holder for supporting the mixing device such that the first side of the lever can contact the external surface (A) of the bag (B) in the drop motion. a lever supported so as to be able to pivot about a pivot ; a weight provided on a first side of the lever ; a driver arranged to cooperate with the lever ; a motor for moving the driver to lift the first side of the lever with the weight against gravity and to drop the first side against the external surface (A) of the bag (B); and a holder for supporting the mixing device such that the first side of the lever can contact the external surface (A) of the bag (B) in the drop motion.
An ultrasound imaging system , comprising: a movable base ; and a control panel supported by the movable base, the control panel including: a plurality of manual controls provided on a support surface , the support surface being generally horizontal or slightly downwardly inclined with respect to the ground; and a touch control panel movably coupled to the support surface, the touch control panel comprising a touch display (252; 352, 354) configured to provide a touch-sensitive user interface, the touch control panel being movable between a plurality of positions at each of which the touch display is at a different angle relative to the support surface, characterized in that the touch control panel is movable between a first position in which the touch display (252; 352, 354) is angled with respect to the support surface , so that one or more of the plurality of manual controls are accessible to a user, and a second position in which the touch display (252; 352, 354) is generally parallel with the support surface , so that one or more of the plurality of manual controls below the touch display are not accessible to the user, and wherein the touch display (252; 352, 354) is configured to automatically change a user interface provided on the touch display responsive to movement of the touch display to any of the plurality of positions. a movable base ; and a control panel supported by the movable base, the control panel including: a plurality of manual controls provided on a support surface , the support surface being generally horizontal or slightly downwardly inclined with respect to the ground; and a touch control panel movably coupled to the support surface, the touch control panel comprising a touch display (252; 352, 354) configured to provide a touch-sensitive user interface, the touch control panel being movable between a plurality of positions at each of which the touch display is at a different angle relative to the support surface, a plurality of manual controls provided on a support surface , the support surface being generally horizontal or slightly downwardly inclined with respect to the ground; and a touch control panel movably coupled to the support surface, the touch control panel comprising a touch display (252; 352, 354) configured to provide a touch-sensitive user interface, the touch control panel being movable between a plurality of positions at each of which the touch display is at a different angle relative to the support surface,
A surveying instrument comprising; a horizontal rotating unit and a measuring unit removably installed on said horizontal rotating unit via a coupler and a connector for electrically connecting said horizontal rotating unit and said measuring unit by an installation of said measuring unit, wherein said horizontal rotating unit comprises a driving unit for rotating said measuring unit, a horizontal angle detector for measuring horizontal angle data, a first synchronization data generating unit , a first storage unit and a first control unit , wherein said first synchronization data generating unit outputs first synchronization data which indicate a timing at a time of acquisition of the horizontal angle data of said horizontal angle detector, said first control unit associates said horizontal angle data with said first synchronization data and stores in said first storage unit, wherein said measuring unit comprises a distance measuring unit for emitting a pulsed distance measuring light and for performing a distance measurement for each of the pulsed distance measuring light, a vertical angle detector for detecting a vertical angle at a time of distance measurement, a second synchronization data generating unit , a second storage unit and a second control unit , wherein said measuring unit acquires two-dimensional measurement data based on distance measurement data by said distance measuring unit and vertical angle data by said vertical angle detector, said second synchronization data generating unit outputs second synchronization data which indicate timings of a time of acquisition of said distance measurement data and a time of acquisition of said vertical angle data, said second control unit associates said two-dimensional measurement data with said second synchronization data and stores in said second storage unit, wherein each of said first control unit and said second control unit respectively have clocks which issue timing signals for control signal, either one of said first control unit and said second control unit outputs the control signal to the other of said first control unit and said second control unit via said connector and said first synchronization data and said second synchronization data are adapted to be synchronized based on said control signal and wherein said horizontal angle data and said two-dimensional measurement data can be converted to three-dimensional data based on said first synchronization data and said second synchronization data.
Method of monitoring and assessing an industrial installation driven by a programmable controller (C) by means of instructions programmed in a user program of said controller (C), said user program comprising internal variables for coordinating the execution of said instructions at every indefinitely repeated cycle turn (TCi) of said controller (C), allowing the operation of at least a section of said industrial installation., method characterized in that one implants at least one specific monitoring module (MSy) in the said user program of controller (C) at at least one chosen location, one assigns to said specific monitoring module (MSy) at least one internal variable (V1 to Vn) to be monitored, one implants said at least one specific monitoring module (MSy) after the writing of said at least one variable (V1 to Vn) to be monitored in said user program, and preferably immediately after its writing, said at least one variable (V1 to Vn) to be monitored being chosen in the group including the Boolean variables, the numerical variables, the complex variables of the character string type, and in that , during the execution of the instructions in an instantaneous cycle turn (TCi), said at least one specific monitoring module (MSy), when it is activated and executed by said user program, reads in real-time by means of a reading unit (UL) the logic state of said at least one variable (V1 to Vn) in said instantaneous cycle turn (TCi), compares by means of a control unit (UC) the logic state of said at least one variable (V1 to Vn) of said instantaneous cycle turn (TCi) with the previously recorded logic state of this same variable (V1 to Vn) of the previous cycle turn (TCi-1), and only in case of a change of said logic state, it reads by means of a time-stamping unit (UH) time data (Tj) corresponding to the instantaneous cycle turn (TCi) and records by a recording unit (UE) the new read logic state of said at least one variable (V1 to Vn) associated to the said time data (Tj) of said instantaneous cycle turn (TCi) forming at least one metadata in a global memory unit (UM_G) of controller (C), and in that one analyses with a dedicated assessment device the said at least one metadata recorded in said global memory unit (UM_G) of controller (C) to visualize in real-time the operation of said user program and/or of said industrial installation and identify a possible malfunction in said user program and/or in said industrial installation.
Housing of a multifunction domestic food preparation appliance that is intended to be handheld, housing an electric motor , the housing having at least one and preferably two first driving output(s) driven by the electric motor , and configured to (each) drive a removable rotary tool , the housing having an opening configured for the mounting of a removable work accessory , the housing having retention members configured to engage with a connection element of the work accessory mounted in the opening , the housing having a second driving output driven by the electric motor and configured to drive a rotary drive member of the work accessory mounted in the opening , characterised in that the retention members are arranged on an external part of a protrusion arranged inside the housing around the second driving output and in that the retention members are configured to engage with an internal part of the connection element .
A composition for use in treating a bone injury to promote bone regeneration in a subject in need thereof, wherein the composition comprises a therapeutically effective amount of Erythropoietin, Fibronectin, and platelet-derived growth factor, wherein, (i) said therapeutically effective amount of said Erythropoietin is selected from the group consisting of: about 1 - 50 μg/Kg for systemic administration; and about 0.1 - 50 μg/ml for local administration, and (ii) said therapeutically effective amount of said Fibronectin is selected from the group consisting of: about 100 - 1000 μg/ml for systemic administration; and about 50- 500 μg/ml for local administration, and (iii) said therapeutically effective amount of said platelet-derived growth factor is selected from the group consisting of: about 10 - 100 ng/ml for systemic administration; and about 1- 50 ng/ml for local administration. (i) said therapeutically effective amount of said Erythropoietin is selected from the group consisting of: about 1 - 50 μg/Kg for systemic administration; and about 0.1 - 50 μg/ml for local administration, and about 1 - 50 μg/Kg for systemic administration; and about 0.1 - 50 μg/ml for local administration, and (ii) said therapeutically effective amount of said Fibronectin is selected from the group consisting of: about 100 - 1000 μg/ml for systemic administration; and about 50- 500 μg/ml for local administration, and about 100 - 1000 μg/ml for systemic administration; and about 50- 500 μg/ml for local administration, and (iii) said therapeutically effective amount of said platelet-derived growth factor is selected from the group consisting of: about 10 - 100 ng/ml for systemic administration; and about 1- 50 ng/ml for local administration. about 10 - 100 ng/ml for systemic administration; and about 1- 50 ng/ml for local administration.
A method for locating devices in a photovoltaic string, comprising: starting (S401), by each MLPE apparatus, timing the accumulated operation duration in response to detecting a timing-start signal, wherein the timing-start signal is detectable by each MLPE apparatus during installation of said MLPE apparatus; acquiring (S101), by a communication host in a photovoltaic system, accumulated operation durations of MLPE apparatuses; ranking (S102), by the communication host, the accumulated operation durations to obtain a ranking result; and determining (S103), by the communication host, a physical location of each of the devices in the photovoltaic string, according to the ranking result and a sequence of installing positions of the devices in the photovoltaic string, wherein the devices are installed at the installing positions based on the sequence. starting (S401), by each MLPE apparatus, timing the accumulated operation duration in response to detecting a timing-start signal, wherein the timing-start signal is detectable by each MLPE apparatus during installation of said MLPE apparatus; acquiring (S101), by a communication host in a photovoltaic system, accumulated operation durations of MLPE apparatuses; ranking (S102), by the communication host, the accumulated operation durations to obtain a ranking result; and determining (S103), by the communication host, a physical location of each of the devices in the photovoltaic string, according to the ranking result and a sequence of installing positions of the devices in the photovoltaic string, wherein the devices are installed at the installing positions based on the sequence.
An elevator-rope inspection device comprising: a camera (10; 11) for capturing images of one or a plurality of elevator ropes (R); and an image-processing unit for processing a captured image outputted by the camera; characterized in that the image-processing unit detects a location of wear from captured images; implements a labeling process that assigns a label to the location of wear; and measures a distance between labels assigned in the labeling process, and judges a label gap to be a wire break when the distance is less than a fixed value. a camera (10; 11) for capturing images of one or a plurality of elevator ropes (R); and an image-processing unit for processing a captured image outputted by the camera; characterized in that the image-processing unit detects a location of wear from captured images; implements a labeling process that assigns a label to the location of wear; and measures a distance between labels assigned in the labeling process, and judges a label gap to be a wire break when the distance is less than a fixed value.
A floor outlet , comprising an outlet part , a sewer connection , a heat recovery connection , and a guiding part , which outlet part comprises an inlet opening , through which water to be removed comes into the floor outlet, which sewer connection is in connection with the outlet part for removing drain water entering it from the floor outlet, which heat recovery connection is in connection with the outlet part for leading water entering it to a heat recovery device , and which guiding part is meant for guiding water through the heat recovery connection out of the floor outlet, characterised in that the floor outlet further comprises at least one sensor part , which at least one sensor measures at least one of the following from the drain water coming into the floor outlet: existence, temperature, purity of the water, and surface height of the water, which guiding part comprises a pump and a pump control part , and which pump control part controls the pump based on measurement data given by the at least one sensor part , so that drain water is guided to the sewer connection and/or heat recovery connection.
A self closing tap comprising a cartridge and a tap handle interface, in which the cartridge comprises a piston , and a plunger in which the piston is comprised of a piston head , and a piston shaft , the piston shaft has a longitudinal axis (A) and is fixed to the piston head at a first end, and the second end of the piston shaft is an engagement end , the plunger is movably fixed to a first portion of the piston shaft and adapted to move longitudinally along the first portion of the piston shaft , the plunger has a first and second end with the second end of the plunger being closer to the engagement end of the piston shaft than the first end, characterised in that the tap handle interface comprises a first and a second recess the first recess is adapted to receive the engagement end of the piston shaft and prevent rotation of the piston shaft around its longitudinal axis (A), and the second recess is adapted to receive at least the second end of the plunger and to prevent rotation of the plunger around the piston shaft . the piston is comprised of a piston head , and a piston shaft , the piston shaft has a longitudinal axis (A) and is fixed to the piston head at a first end, and the second end of the piston shaft is an engagement end , the plunger is movably fixed to a first portion of the piston shaft and adapted to move longitudinally along the first portion of the piston shaft , the plunger has a first and second end with the second end of the plunger being closer to the engagement end of the piston shaft than the first end, characterised in that the tap handle interface comprises a first and a second recess the first recess is adapted to receive the engagement end of the piston shaft and prevent rotation of the piston shaft around its longitudinal axis (A), and the second recess is adapted to receive at least the second end of the plunger and to prevent rotation of the plunger around the piston shaft .
A system for generating a secure printed copy of content associated with a non-fungible token (NFT), the system comprising: a processor; and a computer-readable medium containing programming instructions that are configured to instruct the processor to: receive a print request from a requesting entity, wherein the print request comprises a request to print digital content that is associated with an NFT, access a distributed digital ledger that is associated with the NFT to identify a current owner of the NFT, generate a print job that comprises a set of instructions to print the digital content that is associated with the NFT, wherein: if the current owner of the NFT is the requesting entity, the set of instructions will include instructions to print a unique authentication code with the digital content, otherwise the set of instructions will not include instructions to print the unique authentication code, and transfer the print job to a print engine of a print device to print the digital content. a processor; and a computer-readable medium containing programming instructions that are configured to instruct the processor to: receive a print request from a requesting entity, wherein the print request comprises a request to print digital content that is associated with an NFT, access a distributed digital ledger that is associated with the NFT to identify a current owner of the NFT, generate a print job that comprises a set of instructions to print the digital content that is associated with the NFT, wherein: if the current owner of the NFT is the requesting entity, the set of instructions will include instructions to print a unique authentication code with the digital content, otherwise the set of instructions will not include instructions to print the unique authentication code, and transfer the print job to a print engine of a print device to print the digital content. receive a print request from a requesting entity, wherein the print request comprises a request to print digital content that is associated with an NFT, access a distributed digital ledger that is associated with the NFT to identify a current owner of the NFT, generate a print job that comprises a set of instructions to print the digital content that is associated with the NFT, wherein: if the current owner of the NFT is the requesting entity, the set of instructions will include instructions to print a unique authentication code with the digital content, otherwise the set of instructions will not include instructions to print the unique authentication code, and if the current owner of the NFT is the requesting entity, the set of instructions will include instructions to print a unique authentication code with the digital content, otherwise the set of instructions will not include instructions to print the unique authentication code, and transfer the print job to a print engine of a print device to print the digital content.