mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication of a user equipment, UE, comprising: receiving signaling from a base station that indicates different tone indices; and transmitting a plurality of symbols in a single tone uplink transmission, wherein groups of symbols in the plurality of symbols are transmitted in the single tone uplink transmission using the different tone indices indicated by the received signaling, wherein the transmitting the plurality of symbols in the single tone uplink transmission comprises: transmitting a first symbol of a first symbol pair using a first tone index, and transmitting a second symbol of the first symbol pair using a second tone index that is a fixed frequency difference from the first tone index. receiving signaling from a base station that indicates different tone indices; and transmitting a plurality of symbols in a single tone uplink transmission, wherein groups of symbols in the plurality of symbols are transmitted in the single tone uplink transmission using the different tone indices indicated by the received signaling, wherein the transmitting the plurality of symbols in the single tone uplink transmission comprises: transmitting a first symbol of a first symbol pair using a first tone index, and transmitting a second symbol of the first symbol pair using a second tone index that is a fixed frequency difference from the first tone index. transmitting a first symbol of a first symbol pair using a first tone index, and transmitting a second symbol of the first symbol pair using a second tone index that is a fixed frequency difference from the first tone index.
A mobile communication device comprising: a primary microphone configured to receive speech and wind noise and generate a first speech signal based on the speech and the wind noise that is received; a secondary microphone configured to receive attenuated speech and generate a second speech signal based on the attenuated speech that is received, wherein the secondary microphone is shielded from the wind noise when the primary microphone receives the speech and the wind noise ; and a processor operably coupled to the primary microphone and the secondary microphone , the processor configured to: process the first speech signal to replace a low frequency portion of the first speech signal with a low frequency portion of the second speech signal to mitigate the wind noise in the first speech signal by: filtering the low frequency portion of the second speech signal to generate an equalized signal; aligning, in time, the equalized signal with the low frequency portion of the first speech signal to generate a time-aligned equalized signal; and, mixing a high frequency portion of the first speech signal with the time-aligned equalized signal. a primary microphone configured to receive speech and wind noise and generate a first speech signal based on the speech and the wind noise that is received; a secondary microphone configured to receive attenuated speech and generate a second speech signal based on the attenuated speech that is received, wherein the secondary microphone is shielded from the wind noise when the primary microphone receives the speech and the wind noise ; and a processor operably coupled to the primary microphone and the secondary microphone , the processor configured to: process the first speech signal to replace a low frequency portion of the first speech signal with a low frequency portion of the second speech signal to mitigate the wind noise in the first speech signal by: filtering the low frequency portion of the second speech signal to generate an equalized signal; aligning, in time, the equalized signal with the low frequency portion of the first speech signal to generate a time-aligned equalized signal; and, mixing a high frequency portion of the first speech signal with the time-aligned equalized signal. filtering the low frequency portion of the second speech signal to generate an equalized signal; aligning, in time, the equalized signal with the low frequency portion of the first speech signal to generate a time-aligned equalized signal; and, mixing a high frequency portion of the first speech signal with the time-aligned equalized signal.
A multi-layered finish coated product, comprising: a substrate; a base coating layer adhered to the substrate, wherein the base coating layer has a thickness from 0.1 μm to 15 μm; and a clear coating layer comprising effects particles, wherein the effects particles comprise pearlescent particles, wherein the clear coating layer is adhered to the base coating layer, and wherein the substrate comprises an aluminum substrate comprising a beverage can end or a beverage can tab, characterised in that the clear coating layer has a thickness from 1 μm to 20 μm. a substrate; a base coating layer adhered to the substrate, wherein the base coating layer has a thickness from 0.1 μm to 15 μm; and a clear coating layer comprising effects particles, wherein the effects particles comprise pearlescent particles, wherein the clear coating layer is adhered to the base coating layer, and wherein the substrate comprises an aluminum substrate comprising a beverage can end or a beverage can tab, characterised in that the clear coating layer has a thickness from 1 μm to 20 μm.
A mounting clip for connecting a cable terminal of an electrical cable to an electrical unit , whereby the mounting clip comprises: a. a receiving portion for one element of a two-element connection system; b. a groove for receiving at least a part of a cable terminal and/or part of a cable ; c. a fixing device for mechanically fixing the cable terminal and/or cable in the groove , characterized in that the fixing device is a clip system comprising one or more clips (12 a, b) extending from sides of the groove towards an inner region of the groove . a. a receiving portion for one element of a two-element connection system; b. a groove for receiving at least a part of a cable terminal and/or part of a cable ; c. a fixing device for mechanically fixing the cable terminal and/or cable in the groove ,
A pneumatic tire comprising: a tread portion ; a self-sealing sealant layer disposed on a tire inner cavity (i) side of the tread portion ; and a sound-damping body attached to the sealant layer , characterized in that the pneumatic tire is configured such that, when a foreign matter that has penetrated the tread portion comes into contact with the sound-damping body , the sound-damping body becomes separated from the sealant layer , and an adhesive force between the sound-damping body and the sealant layer is not greater than 5.0 N/cm 2 , the adhesive force being measured by cutting out a test piece having a rectangular parallelepiped shape with a thickness of 10 mm and an adhesion surface formed as a square of 30 mm * 30 mm from the sound-damping body , bringing the adhesion surface of the test piece into close contact with the sealant layer , adhering the opposite surface of the test piece from the adhesion surface firmly to a jig, pulling the test piece perpendicularly to the sealant layer using the jig, measuring a force when the test piece is peeled off from the sealant layer , and obtaining the adhesive force by dividing the measured force by the area of the adhesion surface of the test piece, wherein the tensile speed of the jig is set to 300 mm/min. a tread portion ; a self-sealing sealant layer disposed on a tire inner cavity (i) side of the tread portion ; and a sound-damping body attached to the sealant layer , characterized in that the pneumatic tire is configured such that, when a foreign matter that has penetrated the tread portion comes into contact with the sound-damping body , the sound-damping body becomes separated from the sealant layer , and an adhesive force between the sound-damping body and the sealant layer is not greater than 5.0 N/cm 2 , the adhesive force being measured by cutting out a test piece having a rectangular parallelepiped shape with a thickness of 10 mm and an adhesion surface formed as a square of 30 mm * 30 mm from the sound-damping body , bringing the adhesion surface of the test piece into close contact with the sealant layer , adhering the opposite surface of the test piece from the adhesion surface firmly to a jig, pulling the test piece perpendicularly to the sealant layer using the jig, measuring a force when the test piece is peeled off from the sealant layer , and obtaining the adhesive force by dividing the measured force by the area of the adhesion surface of the test piece, wherein the tensile speed of the jig is set to 300 mm/min.
An elevator service request system, comprising a wireless signal apparatus configured to broadcast a wireless signal and establish wireless communication with a personal mobile terminal carried by a passenger based on the wireless signal , wherein the wireless signal apparatus is configured to be adapted to communicate with a social media application component in the personal mobile terminal ; wherein the elevator service request system sends, through an elevator service request component installed in the social media application component , an elevator service request command to the wireless signal apparatus that is already in communication with the social media application component ; and wherein the wireless signal apparatus is further configured to receive the elevator service request command; and the wireless signal apparatus is configured with an interface protocol module configured to implement the communication, characterized in that the interface protocol module is implemented based on a device access interface protocol provided by a developer of the social media application component . wherein the elevator service request system sends, through an elevator service request component installed in the social media application component , an elevator service request command to the wireless signal apparatus that is already in communication with the social media application component ; and wherein the wireless signal apparatus is further configured to receive the elevator service request command; and the wireless signal apparatus is configured with an interface protocol module configured to implement the communication, characterized in that the interface protocol module is implemented based on a device access interface protocol provided by a developer of the social media application component .
An aerosol-generating article which can be electrically heated comprising: an aerosol-generating substrate comprising at least one aerosol former in an amount of between 5 percent and 30 percent by weight of the aerosol-generating substrate; a mouthpiece; and a paper wrapper circumscribing at least a portion of the aerosol-generating substrate, the paper wrapper having a wet tensile strength of at least 6.05 Newtons per 15 millimetres when measured in accordance with the Wet Tensile Strength Test, as recited in the description, using water. an aerosol-generating substrate comprising at least one aerosol former in an amount of between 5 percent and 30 percent by weight of the aerosol-generating substrate; a mouthpiece; and a paper wrapper circumscribing at least a portion of the aerosol-generating substrate, the paper wrapper having a wet tensile strength of at least 6.05 Newtons per 15 millimetres when measured in accordance with the Wet Tensile Strength Test, as recited in the description, using water.
Auxiliary device for ascent on a rope (V), which includes an elongated upright body which comprises on the front side a continuous groove having on both sides in the center portion lower side portions , in which a plurality of acute and downwardly directed teeth are arranged, wherein said auxiliary device comprises on the rear side a lower support , a central support and an upper support and two holes (16A, 16B; 29A, 29B), characterized in that the upper support together with the central support form an approximate semicircle with a radius (R) which approximately corresponds to the diameter of the user's middle finger at the intermediate rear portion of the auxiliary device , or the auxiliary device comprises a rubber cord threaded through the holes (16A, 16B; 29A, 29B) which prevents falling out of the auxiliary device from the hand and allows the user to place the auxiliary device on the back of the hand, if necessary. said auxiliary device comprises on the rear side a lower support , a central support and an upper support and two holes (16A, 16B; 29A, 29B), characterized in that the upper support together with the central support form an approximate semicircle with a radius (R) which approximately corresponds to the diameter of the user's middle finger at the intermediate rear portion of the auxiliary device , or the auxiliary device comprises a rubber cord threaded through the holes (16A, 16B; 29A, 29B) which prevents falling out of the auxiliary device from the hand and allows the user to place the auxiliary device on the back of the hand, if necessary.
A brewing unit for the production of a beverage, comprising: - a brewing chamber comprising at least two brewing chamber portions (215B, 227; 321, 323; 421, 423) movable one with respect to the other; - a flow through water heater (207; 315; 403) comprising an electric resistor (209; 315C; 411) and a water heating duct (211; 315D; 413); - a hot water feeding duct for feeding hot water from said water heating duct into said brewing chamber; - a beverage dispensing duct (219; 334; 434) from which said beverage is dispensed; wherein said water heater has a body (207B; 315B; 403B) made of heat-conductive material and surrounding a cavity (207C; 315E; 403C) through which said beverage dispensing duct extends for connection to an outer beverage dispensing spout (5; 5A); wherein said body encloses the electric resistor (209; 315C; 411) and the water heating duct (211; 315D; 413), such that heat generated by the electric resistor, when powered, heats the water flowing through the water heating duct by heat conduction through the material forming the body. - a brewing chamber comprising at least two brewing chamber portions (215B, 227; 321, 323; 421, 423) movable one with respect to the other; - a flow through water heater (207; 315; 403) comprising an electric resistor (209; 315C; 411) and a water heating duct (211; 315D; 413); - a hot water feeding duct for feeding hot water from said water heating duct into said brewing chamber; - a beverage dispensing duct (219; 334; 434) from which said beverage is dispensed;
A metal complex being a compound represented by formula : wherein M 11 represents platinum; L 11 , L 12 , L 13 , L 14 , and L 15 each represent a ligand to coordinate to M 11 ; L 11 and L 14 do not combine together via an atomic group, to form a cyclic ligand; L 15 does not bond to both L 11 and L 14 , to form a cyclic ligand; Y 11 , Y 12 , and Y 13 each represent a linking group, a single bond, or a double bond; a bond between L 11 and Y 12 , a bond between Y 12 and L 12 , a bond between L 12 and Y 11 , a bond between Y 11 and L 13 , a bond between L 13 and Y 13 , and a bond between Y 13 and L 14 each represent a single bond, or a double bond; n 11 represents 0 to 4, provided that the metal complex is not a metal complex having no carbon-metal bond. M 11 represents platinum; L 11 , L 12 , L 13 , L 14 , and L 15 each represent a ligand to coordinate to M 11 ; L 11 and L 14 do not combine together via an atomic group, to form a cyclic ligand; L 15 does not bond to both L 11 and L 14 , to form a cyclic ligand; Y 11 , Y 12 , and Y 13 each represent a linking group, a single bond, or a double bond; a bond between L 11 and Y 12 , a bond between Y 12 and L 12 , a bond between L 12 and Y 11 , a bond between Y 11 and L 13 , a bond between L 13 and Y 13 , and a bond between Y 13 and L 14 each represent a single bond, or a double bond; n 11 represents 0 to 4, provided that the metal complex is not a metal complex having no carbon-metal bond.
A method used to handle individual intermediate layers of a stack of intermediate layers, the method comprising the following steps: - removing of an individual intermediate layer from the stack of intermediate layers, - moving of the intermediate layer into a detection range of a sensor system , which identifies an outer edge extending in movement direction of the intermediate layer preferably by means of optical detection, - a move toward a target location (Z1, Z2) in consideration of the preferably optical detection such that the intermediate layer reaches the target location (Z1, Z2) in a predetermined position, wherein the method is characterised in that the removed intermediate layer is moved into the detection range of the sensor system time-synchronously with a first directional component (RK1), which faces toward the target location (Z1, Z2), and with a second directional component (RK2), which is oriented perpendicular to the first directional component (RK1). - removing of an individual intermediate layer from the stack of intermediate layers, - moving of the intermediate layer into a detection range of a sensor system , which identifies an outer edge extending in movement direction of the intermediate layer preferably by means of optical detection, - a move toward a target location (Z1, Z2) in consideration of the preferably optical detection such that the intermediate layer reaches the target location (Z1, Z2) in a predetermined position, wherein the method is characterised in that the removed intermediate layer is moved into the detection range of the sensor system time-synchronously with a first directional component (RK1), which faces toward the target location (Z1, Z2), and with a second directional component (RK2), which is oriented perpendicular to the first directional component (RK1).
A toy figurine , comprising - a toy figurine first part resembling an upper body of a character; and - a toy figurine second part resembling a lower body part of the character, the toy figurine first part comprising connection means , and the toy figurine second part comprising complementary connection means , the toy figurine first part and the toy figurine second part together forming the complete character of the toy figurine , when connected to each other, characterized in that the toy figurine first part comprises two or more switches formed in a first array of switches, the two or more switches being formed at an outer surface at a lower portion of the toy figurine first part , the toy figurine second part comprising a shell having an inner space configured for receiving at least a lower portion of the toy figurine first part , and a second array comprising a combination of contact pegs being configured for activating one or more of the two or more switches , when the toy figurine first part and the toy figurine second part are connected, and voids being configured for not activating a switch , when the toy figurine first part and the toy figurine second part are connected, where the second array is formed in a lower part of the inner space . - a toy figurine first part resembling an upper body of a character; and - a toy figurine second part resembling a lower body part of the character, the toy figurine first part comprising connection means , and the toy figurine second part comprising complementary connection means , the toy figurine first part and the toy figurine second part together forming the complete character of the toy figurine , when connected to each other, characterized in that the toy figurine first part comprises two or more switches formed in a first array of switches, the two or more switches being formed at an outer surface at a lower portion of the toy figurine first part , the toy figurine second part comprising a shell having an inner space configured for receiving at least a lower portion of the toy figurine first part , and a second array comprising a combination of contact pegs being configured for activating one or more of the two or more switches , when the toy figurine first part and the toy figurine second part are connected, and voids being configured for not activating a switch , when the toy figurine first part and the toy figurine second part are connected, where the second array is formed in a lower part of the inner space .
A method of encoding visible light communication information in an image frame to add the visible light communication information to content in the image frame to be displayed at a display screen , the method comprising: using circuitry for measuring the temperature of at least one portion of a display screen , measuring the temperature of at least one portion of the display screen during use; and using a processor, encoding the visible light communication information in the image frame to add the visible light communication information to content in the image frame so as to be displayed at the at least one portion of the display screen , the encoding being carried out by setting at least one of the luminosity and the hue of the pixels at the at least one portion of the display screen , wherein the value that is set for said at least one of the luminosity and the hue of the pixels at the at least one portion of the display screen for the encoding of the visible light communication information in the image frame is dependent on the measured temperature of the at least one portion of the display screen . using circuitry for measuring the temperature of at least one portion of a display screen , measuring the temperature of at least one portion of the display screen during use; and using a processor, encoding the visible light communication information in the image frame to add the visible light communication information to content in the image frame so as to be displayed at the at least one portion of the display screen , the encoding being carried out by setting at least one of the luminosity and the hue of the pixels at the at least one portion of the display screen , wherein the value that is set for said at least one of the luminosity and the hue of the pixels at the at least one portion of the display screen for the encoding of the visible light communication information in the image frame is dependent on the measured temperature of the at least one portion of the display screen .