mhurhangee/patent-ind-claim-en huggingface dataset:
Decoder for reconstructing a predetermined block of a depth/disparity map associated with a picture from a data stream, configured to segment a texture reference block of the picture , co-located to the predetermined block, depending on a texture feature of the picture within the texture reference block by performing edge detection and/or thresholding so as to obtain a bi-segmentation of the texture reference block into first and second partitions; spatially transfer the bi-segmentation of the texture reference block of the picture onto the predetermined block of the depth/disparity map so as to obtain first and second partitions of the predetermined block, and decode the predetermined block in units of the first and second partitions , wherein the decoder is configured such that the segmentation, spatial transfer and decoding form one of a first set of coding options of the decoder, which is not part of a second set of coding options of the decoder, wherein the decoder is further configured to determine a dispersion of values of samples within the texture reference block of the picture ; and retrieve a coding option identifier from the data stream , use the coding option identifier as an index into the first set of coding options in case of the dispersion exceeding a predetermined threshold, with performing the segmentation, spatial transfer and decoding onto the predetermined block if the index points to the one coding option, and as an index into the second set of coding options in case of the dispersion not exceeding the predetermined threshold.
A method for a User Equipment, UE, operating in a wireless communication system, the method comprising: starting a timer when an uplink grant is received from a Base Station, BS, wherein the uplink grant is valid while the timer is running; transmitting data on the uplink grant when the data is generated while the timer is running; monitoring an Acknowledgement, ACK, indication and a Negative-Acknowledgement, NACK, indication for the transmitted data on a subframe; determining whether the timer is running or not when the ACK indication for the transmitted data is not received on the subframe or the NACK indication for the transmitted data is received on the subframe; retransmitting the data on the uplink grant based on a determination that the timer is running; and discarding the uplink grant and keeping the data based on a determination that the timer is not running. starting a timer when an uplink grant is received from a Base Station, BS, wherein the uplink grant is valid while the timer is running; transmitting data on the uplink grant when the data is generated while the timer is running; monitoring an Acknowledgement, ACK, indication and a Negative-Acknowledgement, NACK, indication for the transmitted data on a subframe; determining whether the timer is running or not when the ACK indication for the transmitted data is not received on the subframe or the NACK indication for the transmitted data is received on the subframe; retransmitting the data on the uplink grant based on a determination that the timer is running; and discarding the uplink grant and keeping the data based on a determination that the timer is not running.
An air-conditioning apparatus comprising: at least one outdoor unit ; and at least one indoor unit , the air-conditioning apparatus circulating flammable refrigerant in the at least one outdoor unit and the at least one indoor unit , characterized in that the flammable refrigerant has density higher than air under an atmospheric pressure, a relationship between an amount of the flammable refrigerant in which a concentration of flammable refrigerant reaches a flammable concentration range in an installation space of the at least one indoor unit and an installation height of the at least one indoor unit is previously specified as information, the at least one outdoor unit is configured to store refrigerant amount information concerning an amount of the flammable refrigerant enclosed in the at least one outdoor unit , the at least one indoor unit is configured to store installation height information concerning the installation height of the at least one indoor unit , the air-conditioning apparatus is configured to determine whether or not the concentration of flammable refrigerant reaches the flammable concentration range from the refrigerant amount information, the installation height information, and the information, an air-conditioning operation is permitted when the air-conditioning apparatus determines that the concentration of flammable refrigerant does not reach the flammable concentration range, and an air-conditioning operation is inhibited when the air-conditioning apparatus determines that the concentration of flammable refrigerant reaches the flammable concentration range. at least one outdoor unit ; and at least one indoor unit , the air-conditioning apparatus circulating flammable refrigerant in the at least one outdoor unit and the at least one indoor unit , characterized in that the flammable refrigerant has density higher than air under an atmospheric pressure, a relationship between an amount of the flammable refrigerant in which a concentration of flammable refrigerant reaches a flammable concentration range in an installation space of the at least one indoor unit and an installation height of the at least one indoor unit is previously specified as information, the at least one outdoor unit is configured to store refrigerant amount information concerning an amount of the flammable refrigerant enclosed in the at least one outdoor unit , the at least one indoor unit is configured to store installation height information concerning the installation height of the at least one indoor unit , the air-conditioning apparatus is configured to determine whether or not the concentration of flammable refrigerant reaches the flammable concentration range from the refrigerant amount information, the installation height information, and the information, an air-conditioning operation is permitted when the air-conditioning apparatus determines that the concentration of flammable refrigerant does not reach the flammable concentration range, and an air-conditioning operation is inhibited when the air-conditioning apparatus determines that the concentration of flammable refrigerant reaches the flammable concentration range.
A method of wireless communication in a wireless network having at least one contention-based shared channel in which communications are configured with transmission opportunities having one or more control intervals configured to accommodate contention-based reservation, the one or more control intervals being time division multiplexed with one or more data intervals for data transmission, the method comprising: receiving , at a base station, data for communication, wherein the data is received at a time during a current data interval on a contention-based shared channel ; reviewing received signals on the contention-based shared channel to determine whether reservation signals are detected during a previous period between the time and a beginning of a previous control interval located immediately prior to the current data interval , wherein the reservation signals indicate the contention-based reservation; in response to no reservation signals being detected on the contention-based shared channel, performing an abbreviated clear channel assessment, CCA, within the current data interval ; and transmitting the data in a shortened data interval in response to a successful completion of the abbreviated CCA. receiving , at a base station, data for communication, wherein the data is received at a time during a current data interval on a contention-based shared channel ; reviewing received signals on the contention-based shared channel to determine whether reservation signals are detected during a previous period between the time and a beginning of a previous control interval located immediately prior to the current data interval , wherein the reservation signals indicate the contention-based reservation; in response to no reservation signals being detected on the contention-based shared channel, performing an abbreviated clear channel assessment, CCA, within the current data interval ; and transmitting the data in a shortened data interval in response to a successful completion of the abbreviated CCA.
A method of operating a user equipment, UE, comprising: generating a first beam list by performing a first beam training procedure , wherein the first beam list includes at least one beam from a serving cell gNB, and at least one beam from another gNB; tracking a plurality of beams on the first beam list ; characterized in that the method further comprises: determining a number of beams on the first beam list that have a signal-to-interference and noise ratio, SINR, above a minimum threshold ; comparing the determined number of beams on the first beam list that have a signal-to-interference and noise ratio, SINR, above the minimum threshold with a first threshold; and generating a second beam list by performing a second beam training procedure when the determined number of beams in the first beam list that have a signal-to-interference and noise ratio, SINR, above the minimum threshold is below the first threshold , wherein the second beam list includes at least one beam from a serving cell gNB, and at least one beam from another gNB. generating a first beam list by performing a first beam training procedure , wherein the first beam list includes at least one beam from a serving cell gNB, and at least one beam from another gNB; tracking a plurality of beams on the first beam list ; characterized in that the method further comprises: determining a number of beams on the first beam list that have a signal-to-interference and noise ratio, SINR, above a minimum threshold ; comparing the determined number of beams on the first beam list that have a signal-to-interference and noise ratio, SINR, above the minimum threshold with a first threshold; and generating a second beam list by performing a second beam training procedure when the determined number of beams in the first beam list that have a signal-to-interference and noise ratio, SINR, above the minimum threshold is below the first threshold , wherein the second beam list includes at least one beam from a serving cell gNB, and at least one beam from another gNB.
A robotic lawnmower system comprising a charging station and a robotic work tool , the charging station comprising a signal generator to which a navigation signal cable (260; 250) is to be connected, the signal generator being configured to transmit a signal (265; 245) through the navigation signal cable (260; 250), and the robotic working tool comprising: a propulsion system ; a sensor configured to sense field values of magnetic fields generated by the signal (265; 245) in the navigation signal cable (260; 250); and a controller configured to determine that the robotic lawnmower is in a docking position, and in response thereto record the magnetic field value(s) in the docking position by sensing the magnetic field value(s) of the signal in the docking position and storing the magnetic field value(s) of the sensed signal; and to control the propulsion system to move out of said docking position; and to control the propulsion system to enter into said docking position by sensing a current magnetic field value; comparing the current magnetic field value to the stored field value(s); and determining how to navigate the robotic lawnmower based on the comparison and navigating accordingly. a propulsion system ; a sensor configured to sense field values of magnetic fields generated by the signal (265; 245) in the navigation signal cable (260; 250); and a controller configured to determine that the robotic lawnmower is in a docking position, and in response thereto record the magnetic field value(s) in the docking position by sensing the magnetic field value(s) of the signal in the docking position and storing the magnetic field value(s) of the sensed signal; and to control the propulsion system to move out of said docking position; and to control the propulsion system to enter into said docking position by determine that the robotic lawnmower is in a docking position, and in response thereto record the magnetic field value(s) in the docking position by sensing the magnetic field value(s) of the signal in the docking position and storing the magnetic field value(s) of the sensed signal; and to control the propulsion system to move out of said docking position; and to control the propulsion system to enter into said docking position by sensing a current magnetic field value; comparing the current magnetic field value to the stored field value(s); and determining how to navigate the robotic lawnmower based on the comparison and navigating accordingly.
A composition for use in a method of treatment of alopecia comprising from 0.000001% to 0.0001% w/v of a compound of formula (II) or a pharmaceutically acceptable salt or ester thereof, from 1 % to 10% w/v of minoxidil and from 0.01% to 1% w/v of cyclosporine A, wherein w/v denotes weight by volume.
A moisture sensor comprising: a primary battery , the primary battery comprising: a positive electrode and a negative electrode ; and a separator that is disposed between the positive electrode and the negative electrode , contains an electrolyte, and sucks up water by a capillary phenomenon with an exposed portion of the separator exposed from a battery casing ; the moisture sensor further comprising a sensor that detects conduction between the positive electrode and the negative electrode as presence of water, the conduction being caused by the separator sucking up the water, wherein the separator includes a separator containing no electrolyte, a separator containing an electrolyte , and a separator containing no electrolyte stacked in order. a positive electrode and a negative electrode ; and a separator that is disposed between the positive electrode and the negative electrode , contains an electrolyte, and sucks up water by a capillary phenomenon with an exposed portion of the separator exposed from a battery casing ; the moisture sensor further comprising a sensor that detects conduction between the positive electrode and the negative electrode as presence of water, the conduction being caused by the separator sucking up the water, wherein the separator includes a separator containing no electrolyte, a separator containing an electrolyte , and a separator containing no electrolyte stacked in order.
A milling tool for seating a screw in a dental structure, the screw being provided to be joined to a dental implant, wherein the tool comprises a coupling region provided for coupling to a milling machine and a working region defined by a rod with a diameter Dt that on one end supports a head having a plurality of cutting blades radially distributed with respect to a longitudinal axis of the coupling region , the cutting blades comprising a distal portion and a proximal portion in respect of the rod , wherein each cutting blade has an upper cutting surface (A) arranged at the distal portion of the cutting blade , a lower cutting surface (C) arranged at the proximal portion of the cutting blade and a lateral cutting surface (B) extending between the upper cutting surface (A) and the lower cutting surface (C), characterized in that the lower cutting surface (C) has a region with a convex curvature extending between the lateral cutting surface (B) and the rod , the convex curvature being defined by a radius that varies between a maximum and a minimum value, the maximum value of the radius being equal to 0.1350*Dh, wherein Dh corresponds to the diameter of the effective area of the milling tool , and the minimum value of the radius complying with the formula: R min = 125 2 ⋅ 0.0012 Dh 3.2 and wherein Dh > Dt. a coupling region provided for coupling to a milling machine and a working region defined by a rod with a diameter Dt that on one end supports a head having a plurality of cutting blades radially distributed with respect to a longitudinal axis of the coupling region , the cutting blades comprising a distal portion and a proximal portion in respect of the rod , wherein each cutting blade has an upper cutting surface (A) arranged at the distal portion of the cutting blade , a lower cutting surface (C) arranged at the proximal portion of the cutting blade and a lateral cutting surface (B) extending between the upper cutting surface (A) and the lower cutting surface (C), characterized in that the lower cutting surface (C) has a region with a convex curvature extending between the lateral cutting surface (B) and the rod , the convex curvature being defined by a radius that varies between a maximum and a minimum value, the maximum value of the radius being equal to 0.1350*Dh, wherein Dh corresponds to the diameter of the effective area of the milling tool , and the minimum value of the radius complying with the formula: R min = 125 2 ⋅ 0.0012 Dh 3.2 and wherein Dh > Dt.
A tap hole plug gun comprising a material chamber for receiving a plugging compound and a mouthpiece for being placed on a tap hole, the mouthpiece being connected to the material chamber or to a nozzle part disposed on the material chamber by means of an unlockable connection device, characterized in that the connection device is realized as a hinged joint arrangement , the hinged joint arrangement having two opposite hinged joints each having a joint bolt which connects a joint plate arrangement of the nozzle part to a joint plate arrangement of the mouthpiece and can be removed from the connection to the joint plate arrangements , the joint bolts having, at least in sections, a wedge portion which is wedge-shaped in the direction of a joint axis , and one joint plate of each hinged joint being provided with a jamb portion of a joint eyelet for receiving the wedge portion of the joint bolt , said jamb portion being wedge-shaped in the direction of the joint axis .
An optical filter for anti-reflection comprising a polarizer having the absorption axis formed in one direction, a first retardation film having an Nz value of 1 to 1.5 in Equation 1 below and a second retardation film having an Nz value of -1 or less in Equation 1 below, wherein in-plane slow axes of the first retardation film and the second retardation film each form 43 degrees to 47 degrees with the absorption axis of said polarizer : Nz = nx − nz / nx − ny wherein, nx, ny, and nz are refractive indexes in the x-axis, y-axis and z-axis directions of the retardation film , the x-axis is a direction parallel to the in-plane slow axis of the retardation film , the y-axis is the direction parallel to the in-plane fast axis of the retardation film , and the z-axis is the thickness direction of the retardation film , wherein the polarizer , the first retardation film and the second retardation film are arranged in sequence such that an incident light from the outside passes through the polarizer and then passes through the first retardation film and such that the polarizer is disposed at an outer surface of the optical filter . wherein, nx, ny, and nz are refractive indexes in the x-axis, y-axis and z-axis directions of the retardation film , the x-axis is a direction parallel to the in-plane slow axis of the retardation film , the y-axis is the direction parallel to the in-plane fast axis of the retardation film , and the z-axis is the thickness direction of the retardation film , wherein the polarizer , the first retardation film and the second retardation film are arranged in sequence such that an incident light from the outside passes through the polarizer and then passes through the first retardation film and such that the polarizer is disposed at an outer surface of the optical filter .
A filter assembly , comprising: - a frame comprising a top side , a bottom side , inner edges defining an aperture and outer edges forming the outermost perimeter of the frame , and - a bag-like insert comprising filter material and having an open upper portion and at least one closed bottom portion, wherein: - the upper portion of the insert , which is bent over the frame , comprises a stretch region made of stretchable material, and wherein - the insert is fastened to the frame by a pressing force generated by the stretch region against the frame characterized in that the insert is fitted into the aperture of the frame with the open upper portion bent over the frame to cover the top side , the outer edges and at least part of the bottom side of the frame . - a frame comprising a top side , a bottom side , inner edges defining an aperture and outer edges forming the outermost perimeter of the frame , and - a bag-like insert comprising filter material and having an open upper portion and at least one closed bottom portion, - the upper portion of the insert , which is bent over the frame , comprises a stretch region made of stretchable material, and wherein - the insert is fastened to the frame by a pressing force generated by the stretch region against the frame
A method of processing objects, said method comprising the steps of: acquiring an object to be sorted from an input station with a programmable motion device ; identifying the object to determine indicia associated with the object; assigning an intermediate location to the object responsive to the indicia, wherein the intermediate location is associated with a destination location, characterized in that the method further comprises the steps of: moving the object using a first automated carriage toward one of at least two intermediate stations , wherein a first intermediate station of the at least two intermediate stations includes a second automated carriage for transporting objections to one of a first plurality of intermediate locations, and a second intermediate station of the at least two intermediate stations includes a third automated carriage for transporting objects to one of a second plurality of intermediate locations; and transporting the object to the assigned intermediate location. acquiring an object to be sorted from an input station with a programmable motion device ; identifying the object to determine indicia associated with the object; assigning an intermediate location to the object responsive to the indicia, wherein the intermediate location is associated with a destination location, characterized in that the method further comprises the steps of: moving the object using a first automated carriage toward one of at least two intermediate stations , wherein a first intermediate station of the at least two intermediate stations includes a second automated carriage for transporting objections to one of a first plurality of intermediate locations, and a second intermediate station of the at least two intermediate stations includes a third automated carriage for transporting objects to one of a second plurality of intermediate locations; and transporting the object to the assigned intermediate location. moving the object using a first automated carriage toward one of at least two intermediate stations , wherein a first intermediate station of the at least two intermediate stations includes a second automated carriage for transporting objections to one of a first plurality of intermediate locations, and a second intermediate station of the at least two intermediate stations includes a third automated carriage for transporting objects to one of a second plurality of intermediate locations; and transporting the object to the assigned intermediate location.
Use of a compound of Formula (I), wherein:- R 1 is selected from the group consisting of halogen, methyl and C 1 -haloalkyl; R 2 is hydrogen or C 1 -C 6 alkyl; and n = 0, 1, 2, 3, 4 or 5. or an agronomically acceptable salt of said compound, as a herbicide. R 1 is selected from the group consisting of halogen, methyl and C 1 -haloalkyl; R 2 is hydrogen or C 1 -C 6 alkyl; and n = 0, 1, 2, 3, 4 or 5. or an agronomically acceptable salt of said compound, as a herbicide.