mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication, comprising: receiving an encoded codeword over a wireless channel via a wireless communication interface configured to receive wireless data signals; identifying a set of repeated bit locations in the received codeword; identifying a set of bit locations of a polar code used for information bits for the encoding, wherein the set of bit locations is identified based at least in part on recursively partitioning bit-channels of the polar code for each stage of polarization and assigning portions of a number of the information bits to bit-channel partitions of each stage of polarization based at least in part on a mutual information transfer function of respective aggregate capacities of the bit-channel partitions, wherein a target mutual information for a first polarization stage is determined as a function of the number of the information bits and a number of bit locations in the received codeword, wherein zero information bits are assigned to a first bit-channel partition of the first polarization stage, the first bit-channel partition corresponding to the set of repeated bit locations; and decoding the received codeword according to the polar code to obtain an information bit vector at the set of bit locations. receiving an encoded codeword over a wireless channel via a wireless communication interface configured to receive wireless data signals; identifying a set of repeated bit locations in the received codeword; identifying a set of bit locations of a polar code used for information bits for the encoding, wherein the set of bit locations is identified based at least in part on recursively partitioning bit-channels of the polar code for each stage of polarization and assigning portions of a number of the information bits to bit-channel partitions of each stage of polarization based at least in part on a mutual information transfer function of respective aggregate capacities of the bit-channel partitions, wherein a target mutual information for a first polarization stage is determined as a function of the number of the information bits and a number of bit locations in the received codeword, wherein zero information bits are assigned to a first bit-channel partition of the first polarization stage, the first bit-channel partition corresponding to the set of repeated bit locations; and decoding the received codeword according to the polar code to obtain an information bit vector at the set of bit locations.
A dispersion, which is a colored resin particle dispersion comprising colored resin particles, a dispersant and a non-aqueous solvent, wherein the colored resin particles comprise - a colorant, - a thermoplastic solid resin having, from the Hansen solubility parameters, a polar parameter δp of 2.5-11.0 and a hydrogen bonding parameter δh of 5.0-12.0, and - a liquid organic compound having an acidic group and/or a basic group, and has at least the acidic group when the dispersant is a basic dispersant, and has at least the basic group when the dispersant is an acidic dispersant. - a colorant, - a thermoplastic solid resin having, from the Hansen solubility parameters, a polar parameter δp of 2.5-11.0 and a hydrogen bonding parameter δh of 5.0-12.0, and - a liquid organic compound having an acidic group and/or a basic group, and has at least the acidic group when the dispersant is a basic dispersant, and has at least the basic group when the dispersant is an acidic dispersant.
A method performed by a master network node comprising: receiving a quality of service, QoS, measurement from a user equipment, UE, ; based on the received QoS measurement, forwarding a data packet of a selected bearer for duplication to a secondary network node ; determining relative network conditions between the master network node and the secondary network node; based on the relative network conditions, selecting a redundancy retransmission mode from among multiple redundancy retransmission modes, each redundancy retransmission mode defining a different protocol for retransmitting multiple copies of selected ones of the packets to the UE over a split radio bearer; and wirelessly retransmitting to the UE the multiple copies of the selected packets over the split radio bearer according to the selected redundancy retransmission mode. receiving a quality of service, QoS, measurement from a user equipment, UE, ; based on the received QoS measurement, forwarding a data packet of a selected bearer for duplication to a secondary network node ; determining relative network conditions between the master network node and the secondary network node; based on the relative network conditions, selecting a redundancy retransmission mode from among multiple redundancy retransmission modes, each redundancy retransmission mode defining a different protocol for retransmitting multiple copies of selected ones of the packets to the UE over a split radio bearer; and wirelessly retransmitting to the UE the multiple copies of the selected packets over the split radio bearer according to the selected redundancy retransmission mode.
VUV excimer lamp comprising a dielectric tube for holding an excimer-forming gas , a first electrode disposed within said tube , a second electrode arranged outside of said tube, said first electrode is elongated and includes a thin wire with an outer diameter of between 0.02 mm and 0.4 mm, wherein the first electrode has a thickness according to the following equation: (R/ro)/In(R/ro)> 8, wherein 2*R is the inner diameter of the dielectric tube and 2*ro the outer diameter of the first electrode , characterized in that the second electrode is a tape or conductive wire made of a metal in linear form, spiral form or as a mesh .
A method for determining a resource for a dynamic Physical Download Shared Channel, PDSCH, acknowledgement signal by a user equipment, UE, in a wireless communication system including a base station, the method comprising: receiving, from the base station, information associated with a fixed number of resource blocks, RBs, per subframe allocated for periodic transmissions, wherein the periodic transmissions include periodic transmission of a channel quality indication, CQI, signal in an operating bandwidth; and transmitting, to the base station, a dynamic PDSCH acknowledgement signal based on the received information, wherein a first RB available for transmission of the dynamic PDSCH acknowledgement signal is determined based on the received information, wherein the fixed number of resource blocks is used for determining the first RB in the operating bandwidth relative to an edge of the operating bandwidth. receiving, from the base station, information associated with a fixed number of resource blocks, RBs, per subframe allocated for periodic transmissions, wherein the periodic transmissions include periodic transmission of a channel quality indication, CQI, signal in an operating bandwidth; and transmitting, to the base station, a dynamic PDSCH acknowledgement signal based on the received information, wherein a first RB available for transmission of the dynamic PDSCH acknowledgement signal is determined based on the received information, wherein the fixed number of resource blocks is used for determining the first RB in the operating bandwidth relative to an edge of the operating bandwidth.
A system comprising: a hang tag or care label for a garment or accessory, comprising embedded trigger technology , a data management platform storing data items comprising data relating to the garment or accessory, and a mobile application which is accessed via the embedded trigger technology; wherein: the trigger technology is configured to generate a unique identifier for the garment or accessory; the trigger technology and the corresponding unique identifier are configured to enable access to the data management platform ; the mobile application is configured to act as a field authentication tool and to link a user to a secure database and to validate a record being queried; and characterized in that the mobile application is configured to let a user register the garment or accessory and to provide the user with a coupon or other credit or discount when the used garment or accessory is recycled. a hang tag or care label for a garment or accessory, comprising embedded trigger technology , a data management platform storing data items comprising data relating to the garment or accessory, and a mobile application which is accessed via the embedded trigger technology; wherein: the trigger technology is configured to generate a unique identifier for the garment or accessory; the trigger technology and the corresponding unique identifier are configured to enable access to the data management platform ; the mobile application is configured to act as a field authentication tool and to link a user to a secure database and to validate a record being queried; and characterized in that the mobile application is configured to let a user register the garment or accessory and to provide the user with a coupon or other credit or discount when the used garment or accessory is recycled. the trigger technology is configured to generate a unique identifier for the garment or accessory; the trigger technology and the corresponding unique identifier are configured to enable access to the data management platform ; the mobile application is configured to act as a field authentication tool and to link a user to a secure database and to validate a record being queried; and characterized in that the mobile application is configured to let a user register the garment or accessory and to provide the user with a coupon or other credit or discount when the used garment or accessory is recycled.
A mobile X-ray apparatus comprising: a battery configured to supply power to an X-ray radiator ; characterised in that the apparatus comprises a charger configured to charge the battery; a battery management system , hereinafter called BMS, configured to determine a state of the battery by detecting at least one of a voltage and a temperature of the battery; a direct current to direct current converter , hereinafter called DC to DC converter, configured to convert the power supplied by the battery into a driving power for driving the BMS; and a first switch , configured to prevent power from being supplied to the DC-DC converter, when turned off, based on a control of the BMS, depending on the determined state of the battery, wherein the BMS is further configured to be shut down when the first switch is turned off, and the first switch is further configured to be turned on by power supplied from the charger when the BMS is shut down. a battery configured to supply power to an X-ray radiator ; characterised in that the apparatus comprises a charger configured to charge the battery; a battery management system , hereinafter called BMS, configured to determine a state of the battery by detecting at least one of a voltage and a temperature of the battery; a direct current to direct current converter , hereinafter called DC to DC converter, configured to convert the power supplied by the battery into a driving power for driving the BMS; and a first switch , configured to prevent power from being supplied to the DC-DC converter, when turned off, based on a control of the BMS, depending on the determined state of the battery, wherein the BMS is further configured to be shut down when the first switch is turned off, and the first switch is further configured to be turned on by power supplied from the charger when the BMS is shut down.
Backpack comprising: - a compartment exhibiting a compartment opening , - a flap that can be moved between - a closed position in which it closes the compartment opening and - first and second open positions in which it leaves the compartment opening open after swinging over from the closed position towards the back and front of the compartment, respectively, - a ballistic protection shield that can be moved, passing through the compartment opening and over the head of a backpack wearer, from a storage position in which it is accommodated in the inside of the compartment to a deployed position in which it protects the torso of the backpack wearer, - shield straps linking the shield to the compartment capable of suspending the shield in the deployed position, the backpack defining a passage between the edge of the compartment opening and the flap in the closed position and comprising a pull-type handle fixed to the shield and projecting to the outside of the compartment by way of this passage when the shield is in the storage position and when the flap is in the closed position, the backpack being characterised in that the flap is made at least in part of a ballistic protection material, and in that , in the second open position, the flap extends at least partially beneath the compartment in such a manner as to protect the lower part of the wearer's back. - a compartment exhibiting a compartment opening , - a flap that can be moved between - a closed position in which it closes the compartment opening and - first and second open positions in which it leaves the compartment opening open after swinging over from the closed position towards the back and front of the compartment, respectively, - a closed position in which it closes the compartment opening and - first and second open positions in which it leaves the compartment opening open after swinging over from the closed position towards the back and front of the compartment, respectively, - a ballistic protection shield that can be moved, passing through the compartment opening and over the head of a backpack wearer, from a storage position in which it is accommodated in the inside of the compartment to a deployed position in which it protects the torso of the backpack wearer, - shield straps linking the shield to the compartment capable of suspending the shield in the deployed position,
A self-regulated power system for supplying electrical power to an information technology, IT, system, the system comprising: a photovoltaic, PV, system ; a power converter ; a main switch (S 1 ) interposed between the PV system and the power converter ; a temperature sensor configured to read an ambient atmospheric temperature; a cooling system for cooling IT equipment; and a controller configured to receive the ambient atmospheric temperature from the temperature sensor and to activate the main switch (S 1 ) to connect the PV system to the power converter to deliver solar power to the cooling system when the temperature reading is above a preset threshold. a photovoltaic, PV, system ; a power converter ; a main switch (S 1 ) interposed between the PV system and the power converter ; a temperature sensor configured to read an ambient atmospheric temperature; a cooling system for cooling IT equipment; and a controller configured to receive the ambient atmospheric temperature from the temperature sensor and to activate the main switch (S 1 ) to connect the PV system to the power converter to deliver solar power to the cooling system when the temperature reading is above a preset threshold.
An X-ray imaging apparatus comprising: an X-ray light source configured to emit X-rays; an X-ray detector configured to detect the X-rays; and a collimator configured to provide an opening to determine an FOV of the X-rays between the X-ray light source and the X-ray detector , wherein the opening is configured such that at least one of a first edge at an entrance side facing the X-ray light source and a second edge at an exit side facing the X-ray detector is formed in a curved shape, and characterized in that the X-ray detector and the collimator are configured to move only in one direction, a first side edge of the opening facing the direction of movement is configured to be in a vertically angled shape at the first edge and in a curved shape at the second edge, a second side edge opposing the first side edge of the opening is configured to be in the curved shape at both the first edge and the second edge. an X-ray light source configured to emit X-rays; an X-ray detector configured to detect the X-rays; and a collimator configured to provide an opening to determine an FOV of the X-rays between the X-ray light source and the X-ray detector , wherein the opening is configured such that at least one of a first edge at an entrance side facing the X-ray light source and a second edge at an exit side facing the X-ray detector is formed in a curved shape, and characterized in that the X-ray detector and the collimator are configured to move only in one direction, a first side edge of the opening facing the direction of movement is configured to be in a vertically angled shape at the first edge and in a curved shape at the second edge, a second side edge opposing the first side edge of the opening is configured to be in the curved shape at both the first edge and the second edge.
A method for determining a fruit color phenotype of an oil palm plant, the method comprising, providing a sample from a plant or seed; and detecting presence or absence of a VIR gene alteration in a genomic region corresponding to SEQ ID NO:1 that confers a virescens phenotype to fruit, or detecting a presence or absence of a genetic marker linked to the alteration within 2,000 kb of the genomic region, wherein the presence of the alteration or genetic marker predicts the presence of the virescens phenotype.
A method performed by at least one of a movable network device and a path computation element, the method comprising: determining a movable network device is moving along a repeatable sequence of access point devices in a deterministic network; and establishing a deterministic track for deterministic forwarding of a data packet along the repeatable sequence of access point devices , the deterministic track comprising insertion slots allocated for insertion of a data packet , by the movable network device , into the deterministic track via any one of the respective access point devices, wherein the insertion slots are dual-entry insertion slots enabling a corresponding access point device to receive the data packet from any one of the movable network device or a succeeding access point of the repeatable sequence of access point devices . determining a movable network device is moving along a repeatable sequence of access point devices in a deterministic network; and establishing a deterministic track for deterministic forwarding of a data packet along the repeatable sequence of access point devices , the deterministic track comprising insertion slots allocated for insertion of a data packet , by the movable network device , into the deterministic track via any one of the respective access point devices, wherein the insertion slots are dual-entry insertion slots enabling a corresponding access point device to receive the data packet from any one of the movable network device or a succeeding access point of the repeatable sequence of access point devices .
A cleaner comprising: a body forming an external appearance; and a spin-mop cleaning module supporting the body and comprising at least one spin mop provided to come into contact with a floor while rotating in a clockwise direction or in a counterclockwise direction when viewed from an upper side, wherein the at least one spin mop rotates about a tilting rotational axis so that an inclination angle of a lower surface of the spin mop is changeable relative to a horizontal plane, and wherein the spin-mop cleaning module further comprises at least one elastic member configured to apply an elastic force so that the inclination angle is increased, characterized in that the at least one spin mop comprises a left spin mop and a right spin mop arranged at left and right sides; and a downward inclination direction of a lower surface of the left spin mop and a downward inclination direction of a lower surface of the right spin mop are bilaterally symmetrical to each other. a body forming an external appearance; and a spin-mop cleaning module supporting the body and comprising at least one spin mop provided to come into contact with a floor while rotating in a clockwise direction or in a counterclockwise direction when viewed from an upper side, wherein the at least one spin mop rotates about a tilting rotational axis so that an inclination angle of a lower surface of the spin mop is changeable relative to a horizontal plane, and wherein the spin-mop cleaning module further comprises at least one elastic member configured to apply an elastic force so that the inclination angle is increased, characterized in that the at least one spin mop comprises a left spin mop and a right spin mop arranged at left and right sides; and a downward inclination direction of a lower surface of the left spin mop and a downward inclination direction of a lower surface of the right spin mop are bilaterally symmetrical to each other.
A telescoping column assembly comprising: a telescoping column comprising a plurality of nestable cassettes , the plurality of nestable cassettes comprising: a base cassette ; at least one intermediate cassette coupled to the base cassette ; and a master cassette coupled to the at least one intermediate cassette, wherein a projected perimeter of the master cassette circumscribes a perimeter of the at least one intermediate cassette and a projected perimeter of the at one least intermediate cassette circumscribes a perimeter of the base cassette such that the base cassette is nestable within the at least one intermediate cassette and the at least one intermediate cassette is nestable within the master cassette ; characterized in that it further comprises a cladding protection unit positioned encircling a perimeter of the telescoping column, the cladding protection unit comprising: a sidewall forming a column receiving space; and a standoff flange extending from the sidewall away from the column receiving space, wherein a projected perimeter of the standoff flange circumscribes the perimeter of the master cassette .
Cooling system, comprising at least two separate cooling devices with at least one housing each, which at least partially surrounds a goods space , a coolant conveying device, and at least one heat exchanger , wherein the coolant conveying devices of the separate cooling devices control the supply of a coolant to the at least one heat exchanger , wherein - the coolant conveying devices are coupled to one another via a regulating unit, - the regulating unit is a coolant conveying device, - the coolant conveying devices are connected in parallel and connected to a common coolant supply line, - line sections downstream of the coolant conveying devices in the direction of coolant flow are connected to one another upstream of the respective heat exchangers , - the line section downstream of a first coolant conveying device is connected to the at least one heat exchanger of a first cooling device , and - the line section downstream of a second coolant conveying device is connected to the at least one heat exchanger of a second cooling device . - the coolant conveying devices are coupled to one another via a regulating unit, - the regulating unit is a coolant conveying device, - the coolant conveying devices are connected in parallel and connected to a common coolant supply line, - line sections downstream of the coolant conveying devices in the direction of coolant flow are connected to one another upstream of the respective heat exchangers , - the line section downstream of a first coolant conveying device is connected to the at least one heat exchanger of a first cooling device , and - the line section downstream of a second coolant conveying device is connected to the at least one heat exchanger of a second cooling device .