mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a communication network that includes a plurality of nodes , the plurality of nodes including a terrestrial terminal and a high-altitude platform terminal, the method comprising: receiving, by one or more processors, input data related to a state of the communication network including locations of the plurality of nodes and trajectories of the plurality of nodes for a first time interval; determining, by the one or more processors, a first implementation policy for the communication network based on the input data, the first implementation policy being a set of features for forming one or more communication links in the communication network over the first time interval, the one or more communication links including a given communication link between the terrestrial terminal and the high-altitude platform terminal; operating, by the one or more processors, the communication network to implement the first implementation policy in the first time interval; determining, by the one or more processors, a utility value associated with the first implementation policy as a function of a performance metric of the communication network in the first time interval; determining, by the one or more processors, a second implementation policy for the communication network for a second time interval based at least in part on the determined utility value associated with the first implementation policy; and operating, by the one or more processors, the communication network to implement the determined second implementation policy in the second time interval. receiving, by one or more processors, input data related to a state of the communication network including locations of the plurality of nodes and trajectories of the plurality of nodes for a first time interval; determining, by the one or more processors, a first implementation policy for the communication network based on the input data, the first implementation policy being a set of features for forming one or more communication links in the communication network over the first time interval, the one or more communication links including a given communication link between the terrestrial terminal and the high-altitude platform terminal; operating, by the one or more processors, the communication network to implement the first implementation policy in the first time interval; determining, by the one or more processors, a utility value associated with the first implementation policy as a function of a performance metric of the communication network in the first time interval; determining, by the one or more processors, a second implementation policy for the communication network for a second time interval based at least in part on the determined utility value associated with the first implementation policy; and operating, by the one or more processors, the communication network to implement the determined second implementation policy in the second time interval.
A communication method by an access point implementing a Time Division Duplexing, TDD, frame structure on a shared communication medium that corresponds to at least a portion of an unlicensed frequency band, the method comprising: contending for access to the shared communication medium for a first transmission opportunity, TXOP, spanning a first time duration; yielding the shared communication medium during an intervening time period between the first TXOP and a second TXOP spanning a second time duration, wherein the shared communication medium is occupied in the intervening time period; transmitting during one or more downlink subframes of the first TXOP a scheduling grant to an access terminal granting the access terminal uplink resources, wherein the scheduling grant configures the access terminal to ignore any uplink subframes of the TDD frame structure during the intervening time period, and wherein the scheduling grant configures the access terminal to carryover the granted uplink resources to a next available subframe during the second TXOP; contending for access to the communication medium for the second TXOP; and receiving uplink signaling from the access terminal over the granted uplink resources during the second TXOP. contending for access to the shared communication medium for a first transmission opportunity, TXOP, spanning a first time duration; yielding the shared communication medium during an intervening time period between the first TXOP and a second TXOP spanning a second time duration, wherein the shared communication medium is occupied in the intervening time period; transmitting during one or more downlink subframes of the first TXOP a scheduling grant to an access terminal granting the access terminal uplink resources, wherein the scheduling grant configures the access terminal to ignore any uplink subframes of the TDD frame structure during the intervening time period, and wherein the scheduling grant configures the access terminal to carryover the granted uplink resources to a next available subframe during the second TXOP; contending for access to the communication medium for the second TXOP; and receiving uplink signaling from the access terminal over the granted uplink resources during the second TXOP.
A device for application in thermal ablation with high-intensity focused ultra sound medical device on a knee joint of a patient, comprising: a) a means for limiting the movement of the knee joint, wherein the device immobilizes the knee joint; and/or b) a means for compressing both lateral sides of the knee, wherein the device locates the compression means to both lateral sides of the knee; characterised in that the device further comprises: a means for applying a pressure to increase the distance between the skin and periosteum of the knee by at least 10% and/or synovia and periosteum of the knee by at least 40%, wherein the device locates and constrains the distance increment to the region between the skin and periosteum of the knee and/or synovia and periosteum of the knee. a) a means for limiting the movement of the knee joint, wherein the device immobilizes the knee joint; and/or b) a means for compressing both lateral sides of the knee, wherein the device locates the compression means to both lateral sides of the knee; a means for applying a pressure to increase the distance between the skin and periosteum of the knee by at least 10% and/or synovia and periosteum of the knee by at least 40%, wherein the device locates and constrains the distance increment to the region between the skin and periosteum of the knee and/or synovia and periosteum of the knee.
A method comprising: determining a maximum bandwidth available to an access point; determining a bandwidth consumed by the access point in the provisioning of primary services over one or more primary service sets ; determining an available bandwidth for subordinate services , wherein subordinate services are provided to one or more devices over one or more subordinate service sets that are supported by the access point, the one or more subordinate service sets being designated for the provisioning of subordinate services, wherein the available bandwidth for subordinate services is determined based upon a difference between the maximum bandwidth available to the access point and the bandwidth consumed by the access point in the provisioning of primary services over the one or more primary service sets; comparing the available bandwidth for subordinate services to a predetermined threshold bandwidth ; and if the available bandwidth for subordinate services is less than the predetermined threshold bandwidth, modifying support provided by the access point for one or more of the subordinate service sets . determining a maximum bandwidth available to an access point; determining a bandwidth consumed by the access point in the provisioning of primary services over one or more primary service sets ; determining an available bandwidth for subordinate services , wherein subordinate services are provided to one or more devices over one or more subordinate service sets that are supported by the access point, the one or more subordinate service sets being designated for the provisioning of subordinate services, wherein the available bandwidth for subordinate services is determined based upon a difference between the maximum bandwidth available to the access point and the bandwidth consumed by the access point in the provisioning of primary services over the one or more primary service sets; comparing the available bandwidth for subordinate services to a predetermined threshold bandwidth ; and if the available bandwidth for subordinate services is less than the predetermined threshold bandwidth, modifying support provided by the access point for one or more of the subordinate service sets .
A fastener (100; 110) comprising: a head ; a shank (150; 1150) connected to the head at a first end and forming a tip at a second end , the shank having a first portion proximate the head, a second portion adjacent to the tip, and a third portion between the first and second portions, the shank having a longitudinal axis (A1) extending from the head to the tip; and a first helical thread formation (120; 1120) formed with a plurality of grooves that are respectively each partially defined by a straight cutting edge ; wherein the first portion has a substantially constant diameter along a length of the shank , the second portion has a substantially constant diameter along the length of the shank, and the third portion has a diameter that decreases along the length of the shank in a direction along the longitudinal axis (A1) from the head to the tip , characterised in that an outer diameter of the first helical thread formation (120; 1120) on the third portion of the shank increases along the length of the shank in a direction along the longitudinal axis (A1) from the head to the tip . a head ; a shank (150; 1150) connected to the head at a first end and forming a tip at a second end , the shank having a first portion proximate the head, a second portion adjacent to the tip, and a third portion between the first and second portions, the shank having a longitudinal axis (A1) extending from the head to the tip; and a first helical thread formation (120; 1120) formed with a plurality of grooves that are respectively each partially defined by a straight cutting edge ; wherein the first portion has a substantially constant diameter along a length of the shank , the second portion has a substantially constant diameter along the length of the shank, and the third portion has a diameter that decreases along the length of the shank in a direction along the longitudinal axis (A1) from the head to the tip , characterised in that an outer diameter of the first helical thread formation (120; 1120) on the third portion of the shank increases along the length of the shank in a direction along the longitudinal axis (A1) from the head to the tip .
A camera module comprising: a main body having a spherical shape and including a camera ; a first arm connected to the main body and including a first motor configured to rotate the main body ; a second arm connected to the first arm and including a second motor configured to rotate the first arm ; a fixing member connected to the second arm and including a third motor for rotating the second arm ; and a controller configured to: independently rotate the main body , the first arm and the second arm to allow omnidirectional capturing in a three-dimensional space where the camera is placed, and to rotate the first arm and the second arm between a first state of being overlaid by each other and a second state of intersecting with each other, in response to a user request being input for changing a state of the camera module, wherein, in the first state, a rotation shaft of the first motor and a rotation shaft of the third motor are arranged on a same line within the three-dimensional space. a main body having a spherical shape and including a camera ; a first arm connected to the main body and including a first motor configured to rotate the main body ; a second arm connected to the first arm and including a second motor configured to rotate the first arm ; a fixing member connected to the second arm and including a third motor for rotating the second arm ; and a controller configured to: independently rotate the main body , the first arm and the second arm to allow omnidirectional capturing in a three-dimensional space where the camera is placed, and to rotate the first arm and the second arm between a first state of being overlaid by each other and a second state of intersecting with each other, in response to a user request being input for changing a state of the camera module, wherein, in the first state, a rotation shaft of the first motor and a rotation shaft of the third motor are arranged on a same line within the three-dimensional space. independently rotate the main body , the first arm and the second arm to allow omnidirectional capturing in a three-dimensional space where the camera is placed, and to rotate the first arm and the second arm between a first state of being overlaid by each other and a second state of intersecting with each other, in response to a user request being input for changing a state of the camera module, wherein, in the first state, a rotation shaft of the first motor and a rotation shaft of the third motor are arranged on a same line within the three-dimensional space.
A multi-functional carriage comprising: - a support frame provided with wheels; - an internal combustion engine able to actuate an air compressor and an electrical current generator , wherein the internal combustion engine , the air compressor and the electrical current generator are installed on-board the support frame ; wherein the support frame comprises a gripping apparatus able to engage and raise a harnessing frame for various devices. - a support frame provided with wheels; - an internal combustion engine able to actuate an air compressor and an electrical current generator , wherein the internal combustion engine , the air compressor and the electrical current generator are installed on-board the support frame ; wherein the support frame comprises a gripping apparatus able to engage and raise a harnessing frame for various devices.
A kit-of-parts for bleaching keratin fibers, preferably human keratin fibers, more preferably human hair, comprising: - an aqueous composition A comprising a) one or more non-acetylated sugar alcohol(s), and/or their mixtures, - a bleaching composition B comprising b) one or more persalt(s) and/or peroxy salt(s), c) one or more alkalizing agent(s), - an aqueous oxidizing composition C, wherein the total concentration of compound(s) according to a) in the aqueous composition A is in the range of 1% to 50% by weight, calculated to the total weight of the aqueous composition A, and wherein the bleaching composition B comprises less than 5% by weight of water, calculated to the total weight of the bleaching composition B, and wherein the one or more non-acetylated sugar alcohol(s) as compound(s) according to a) comprise mannitol, sorbitol, xylitol, and/or their mixtures. - an aqueous composition A comprising a) one or more non-acetylated sugar alcohol(s), and/or their mixtures, a) one or more non-acetylated sugar alcohol(s), and/or their mixtures, - a bleaching composition B comprising b) one or more persalt(s) and/or peroxy salt(s), c) one or more alkalizing agent(s), b) one or more persalt(s) and/or peroxy salt(s), c) one or more alkalizing agent(s), - an aqueous oxidizing composition C, wherein the total concentration of compound(s) according to a) in the aqueous composition A is in the range of 1% to 50% by weight, calculated to the total weight of the aqueous composition A, and wherein the bleaching composition B comprises less than 5% by weight of water, calculated to the total weight of the bleaching composition B, and wherein the one or more non-acetylated sugar alcohol(s) as compound(s) according to a) comprise mannitol, sorbitol, xylitol, and/or their mixtures.
A detergent receptacle for a dishwashing appliance, said detergent receptacle comprising a bottom , peripheral walls surrounding said bottom , and an inner wall dividing the detergent receptacle into a first part and a second part , one of said peripheral walls comprising an orifice for the entry of wash water in said first part , said inner wall presenting a height lower than the height of the peripheral walls surrounding said first part , characterized in that a deflector is disposed in said first part of the detergent receptacle , at least a part of said deflector being disposed facing the wash water entry orifice .
A mixer duct for mixing of a turbulent flow having an inlet and an outlet , containing at least one static mixer element which consists of two at least substantially coplanar plate-like segments meaning that the plate-like segments are inclined with each other with regard to the longitudinal plane of the outer duct wall by not more than 10°, wherein each of the at least one static mixer element consists of exactly two substantially coplanar plate-like segments and does not contain any further segment in addition thereto, wherein a substantially longitudinal gap is formed between the segments , wherein each segment is attached to the duct wall and comprises at least two free edges , wherein one free edge is the leading edge and the other free edge is adjacent to the longitudinal gap , wherein the two segments are inclined relative to the duct axis so that their leading edge is oriented up-stream in the duct and substantially perpendicular to the direction of a main fluid flow . containing at least one static mixer element which consists of two at least substantially coplanar plate-like segments meaning that the plate-like segments are inclined with each other with regard to the longitudinal plane of the outer duct wall by not more than 10°, wherein each of the at least one static mixer element consists of exactly two substantially coplanar plate-like segments and does not contain any further segment in addition thereto, wherein a substantially longitudinal gap is formed between the segments , wherein each segment is attached to the duct wall and comprises at least two free edges , wherein one free edge is the leading edge and the other free edge is adjacent to the longitudinal gap , wherein the two segments are inclined relative to the duct axis so that their leading edge is oriented up-stream in the duct and substantially perpendicular to the direction of a main fluid flow .
Electronic parking assistance device for a motor vehicle , comprising: - a housing which bears an antenna , - a camera which is housed at least partly in the housing , and - a control unit which is housed in the housing and which is connected to said antenna , characterized in that the housing bears at least one other antenna which is connected to the control unit and in that the control unit is adapted to select each antenna and to transmit and receive signals (S1, S2) exclusively via the selected antenna. - a housing which bears an antenna , - a camera which is housed at least partly in the housing , and - a control unit which is housed in the housing and which is connected to said antenna ,
An apparatus, comprising: a digital transmitter including a generic adaptable reconfigurable digital transmitter module including an analog to digital convertor; and a reversibly removable personality module operationally coupled to the generic adaptable reconfigurable digital transmitter module, wherein the reversibly removable personality module includes an RF filter with a cutoff frequency and a programmable memory that stores parameters that define, at least in part, a specific adapted configuration for the generic adaptable reconfigurable digital transmitter module including an analog to digital sampling rate as a function of a signal bandwidth read from the programmable memory of the reversibly removable personality module.
A method for managing turret tools by using turret tool management apparatus with visual information for a machine tool, which manages values of respective items of inherent tool information and installation information about a tool required for writing a numerical control (NC) program, the method comprising: defining (S301) tools required for a processing process of a machine tool; determining (S302) a tool mounting location of the defined tool on a turret; displaying (S303) a virtual image of the turret; displaying a virtual image of mounting (S304) the defined tool on the displayed virtual image of the turret according to the determined tool mounting location; outputting tool management data about the mounting of the defined tool to a programmable machine controller ; the programmable machine controller mounting a corresponding tool on the turret based on the tool management data; and checking whether the defined tool corresponding to the determined tool mounting location is mounted so as to be optimized to an actual work order, and changing a tool mounting order on the turret as necessary. defining (S301) tools required for a processing process of a machine tool; determining (S302) a tool mounting location of the defined tool on a turret; displaying (S303) a virtual image of the turret; displaying a virtual image of mounting (S304) the defined tool on the displayed virtual image of the turret according to the determined tool mounting location; outputting tool management data about the mounting of the defined tool to a programmable machine controller ; the programmable machine controller mounting a corresponding tool on the turret based on the tool management data; and checking whether the defined tool corresponding to the determined tool mounting location is mounted so as to be optimized to an actual work order, and changing a tool mounting order on the turret as necessary.
Gripper weaving loom comprising a weft insertion system wherein a carrying gripper and a drawing gripper are driven with alternate motion, inside the shed formed by the warp yarns, by a pair of toothed wheels (W) by means of corresponding flexible gripper straps (T) which bear at one end said carrying gripper and, respectively, said drawing gripper, said gripper straps (T) are meshed with said toothed wheels (W) through a series of eyelets formed longitudinally in the body of the gripper straps (T) and are kept adhering to a sector of said wheels (W) by means of guide slides (S), said system being controlled by a central control unit of the loom (LCU), said loom furthermore comprising an optical monitoring device for monitoring the wear condition of at least one of said gripper straps (T) consisting of at least one light source having a predetermined wavelength and emitting a light radiation towards the surface of said gripper strap (T), while the gripper strap is in motion, at least one sensor which detects the intensity of the light radiation reflected by said gripper strap (T) during the movement thereof and emits a corresponding series of electric signals, characterized in that it further comprises an acquisition and buffer memory device which acquires said series of electric signals and transmits them, converted into digital signals, to said central control unit of the loom (LCU), a memory unit wherein said digital signals are stored as an historical series of optical profiles of the gripper strap at said wavelength at subsequent times, and a comparison unit which compares the latest optical profile processed with the historical series of stored optical profiles and provides an evaluation of the progressive wear condition of said gripper strap (T).