mhurhangee/patent-ind-claim-en huggingface dataset:
A curtain airbag device having an airbag that is mountable along a roof side rail (RSR) of a vehicle in a vehicle longitudinal direction of the vehicle so as to configured to be stored in the vehicle and that is configured to be deployed in a curtain-like manner along a side window in a vehicle compartment by a gas generated by an inflator in case of emergency, the curtain airbag device comprising: a cover cloth that is provided at the airbag which is folded, the cover cloth being wound to cover at least part of an outer circumference of the airbag that extends in a longitudinal direction of the airbag ; and a first folded-back part that is provided at the cover cloth , the first folded-back part being configured by folding back one end of the cover cloth in a circumferential direction of the outer circumference of a cross section, which is perpendicular to the longitudinal direction, of the folded airbag , wherein a shape of the folded airbag is configured by winding the airbag in a roll state, characterized in that an edge of the outer circumference of the folded airbag is held between the first folded-back part and the other end of the cover cloth , wherein the airbag that is wound in the roll state has a second folded-back part , and the second folded-back part is configured by folding back an edge of the outer circumference of the airbag in a direction opposite to a winding direction to cover part of the outer circumference of the airbag , and the first folded-back part of the cover cloth is inserted into a gap between a main body of the airbag that is wound in the roll state and the second folded-back part . a cover cloth that is provided at the airbag which is folded, the cover cloth being wound to cover at least part of an outer circumference of the airbag that extends in a longitudinal direction of the airbag ; and a first folded-back part that is provided at the cover cloth , the first folded-back part being configured by folding back one end of the cover cloth in a circumferential direction of the outer circumference of a cross section, which is perpendicular to the longitudinal direction, of the folded airbag , wherein
A polar encoding method, comprising: Obtaining locations of information bits and frozen bits based on a reliability order of polar channels, wherein reliability of a polar channel corresponding to the information bits is higher than reliability of a polar channel corresponding to the frozen bits; dividing information bits to be encoded j into a plurality of segments, and performing cyclic redundancy check (CRC) encoding on each segment, and mapping all segments of encoded bits obtained after the CRC encoding to the locations of the information bits; determining at least one bit of the frozen bits as a check bit, wherein a value of the check bit is determined based on values of P information bits that are in information bits prior to the check bit in an encoding order and that meet a preset condition, and wherein P is an integer greater than or equal to 1; and performing polar encoding in the encoding order on the information bits, the check bit, and the frozen bits other than the check bit. Obtaining locations of information bits and frozen bits based on a reliability order of polar channels, wherein reliability of a polar channel corresponding to the information bits is higher than reliability of a polar channel corresponding to the frozen bits; dividing information bits to be encoded j into a plurality of segments, and performing cyclic redundancy check (CRC) encoding on each segment, and mapping all segments of encoded bits obtained after the CRC encoding to the locations of the information bits; determining at least one bit of the frozen bits as a check bit, wherein a value of the check bit is determined based on values of P information bits that are in information bits prior to the check bit in an encoding order and that meet a preset condition, and wherein P is an integer greater than or equal to 1; and performing polar encoding in the encoding order on the information bits, the check bit, and the frozen bits other than the check bit.
A method for detecting a release amount of aluminum in a smoke of a heat-not-burn cigarette comprising the following steps: preparing standard working solution of aluminum; obtaining a standard working curve of aluminum according to the standard working solution of aluminum; puffing a heat-not-burn cigarette, and collecting total smoke compositions of the heat-not-burn cigarette; obtaining a sample preparation solution according to the collected total smoke compositions; determining the release amount of aluminum in the total smoke compositions by combining with the standard working curve of aluminum, according to a measurement and analysis of the sample preparation solution. preparing standard working solution of aluminum; obtaining a standard working curve of aluminum according to the standard working solution of aluminum; puffing a heat-not-burn cigarette, and collecting total smoke compositions of the heat-not-burn cigarette; obtaining a sample preparation solution according to the collected total smoke compositions; determining the release amount of aluminum in the total smoke compositions by combining with the standard working curve of aluminum, according to a measurement and analysis of the sample preparation solution.
A light equipment comprising: a light distribution pattern of a semiconductor light emitting device, said light distribution pattern having the same shape as a light distribution pattern for a vehicle having a predetermined horizontal cut-off line on the top on one direction side of a central vertical line and an oblique cut-off line whose central line side being lowered on another direction side, wherein the light equipment comprising said semiconductor light emitting device comprises a fluorescent material whose excitation source is an emission from said semiconductor light emitting device, and a part of region of said fluorescent material emits light with higher luminance or higher color rendering properties compared with other regions, chracterized in that said light distribution pattern of the light equipment is formed by arranging a plurality of semiconductor light emitting devices with a configuration the same shape as said light distribution pattern for a vehicle.
An adhesive composition comprising an aqueous medium and further comprising (i) particles of a polymer dispersed in said aqueous medium, wherein the composition has a polymer solids content of 5% to 70%, by dry weight of said polymer, based on the total weight of the composition, wherein said polymer is selected from water dispersible polyurethanes and water dispersible vinyl polymers; and (ii) other particles comprising fatty amide and one or more fatty acid, wherein 50 mole% or more of said fatty acid is in the carboxylate form, wherein the weight ratio of said fatty amide to said fatty acid is from 0.12:1 to 2.3:1, wherein said particles comprising fatty amide and one or more fatty acid are dispersed in said aqueous medium, and wherein said fatty amide is present in an amount of 0.1% to 5% by weight based on the dry weight of said polymer; said aqueous medium containing water in the amount of 60% or more by weight based on the weight of the aqueous medium. (i) particles of a polymer dispersed in said aqueous medium, wherein the composition has a polymer solids content of 5% to 70%, by dry weight of said polymer, based on the total weight of the composition, wherein said polymer is selected from water dispersible polyurethanes and water dispersible vinyl polymers; and (ii) other particles comprising fatty amide and one or more fatty acid, wherein 50 mole% or more of said fatty acid is in the carboxylate form, wherein the weight ratio of said fatty amide to said fatty acid is from 0.12:1 to 2.3:1, wherein said particles comprising fatty amide and one or more fatty acid are dispersed in said aqueous medium, and wherein said fatty amide is present in an amount of 0.1% to 5% by weight based on the dry weight of said polymer;
Sensor apparatus having a sensor , which consists of a sensor element for capturing a parameter and at least one associated connection contact , a one-piece supporting body , which consists of a main body and a receiving body for the sensor element , a housing composed of a plastic material, and a cable having at least one electrical conductor , wherein the sensor element is fastened to the receiving body , wherein the at least one connection contact of the sensor is connected and electrically contact-connected to an end region of the at least one electrical conductor of the cable , wherein the sensor and the supporting body are arranged in the housing, wherein the main body and the receiving body can be aligned with one another in various positions, wherein, after the sensor has been mounted, the main body and the receiving body are aligned with one another in one of the positions and connected to one another, wherein the housing is formed during injection moulding of a plastic material around the preassembled unit consisting of the supporting body , the sensor and an end region of the cable .
A method of communication, comprising: determining a radio frequency, RF, exposure limit corresponding to a beam configuration for a first apparatus; determining a power headroom limit for the first apparatus based on the RF exposure limit corresponding to the beam configuration for the first apparatus; generating an indication of whether the power headroom limit is constrained by the radio frequency, RF, exposure limit; determining a radio frequency, RF, exposure detection range of the first apparatus; sending the power headroom limit, the indication of whether the power headroom limit is constrained by the RF exposure limit and an indication of the RF exposure detection range to a second apparatus; receiving a schedule based on the power headroom limit, the indication of whether the power headroom limit is constrained by the RF exposure limit and the indication of the RF exposure detection range from the second apparatus, wherein the schedule specifies a fraction of time the first apparatus is to transmit to meet the RF exposure limit; and communicating with the second apparatus according to the schedule. determining a radio frequency, RF, exposure limit corresponding to a beam configuration for a first apparatus; determining a power headroom limit for the first apparatus based on the RF exposure limit corresponding to the beam configuration for the first apparatus; generating an indication of whether the power headroom limit is constrained by the radio frequency, RF, exposure limit; determining a radio frequency, RF, exposure detection range of the first apparatus; sending the power headroom limit, the indication of whether the power headroom limit is constrained by the RF exposure limit and an indication of the RF exposure detection range to a second apparatus; receiving a schedule based on the power headroom limit, the indication of whether the power headroom limit is constrained by the RF exposure limit and the indication of the RF exposure detection range from the second apparatus, wherein the schedule specifies a fraction of time the first apparatus is to transmit to meet the RF exposure limit; and communicating with the second apparatus according to the schedule.
An electrical module device for telecommunication or other communication and/or broadband applications, wherein the electrical module device is a converter module and comprises an electrical converter for converting a data format and/or a protocol of high-frequency signals, wherein the electrical module device further comprises: - a housing , - a first electrical port , - a second electrical port and - a first electrical route (R1) along which data is transmissible between the first electrical port and the second electrical port , wherein the first electrical route (R1) at least partially extends through the housing and wherein the electrical module device further comprises a power feeding adjustment unit configured to adjust an amount, rate or share of electrical power, and/or a level of a direct current bias voltage, as a function of a control signal (CS; CSi) receivable via the first electrical port , characterizied in that the electrical module device is configured to feed electrical power and/or a direct current bias voltage from the second electrical port to the first electrical port . - a housing , - a first electrical port , - a second electrical port and - a first electrical route (R1) along which data is transmissible between the first electrical port and the second electrical port ,
A method of wireless communication, comprising: identifying, by a user equipment, UE , an access network as a candidate for connection, wherein the identifying is based on the UE determining that it is outside a cover area of a home public land mobile network, HPLMN, of the UE ; determining, by the UE that the UE is authorized to initiate a local subscription establishment procedure to the access network that is outside of the HPLMN, wherein the determining is based on the UE determining that the access network is excluded from a list of forbidden networks; initiating, by the UE , the local subscription establishment procedure in an unsubscribed state with the access network in accordance with a result of the determining instead of utilizing a roaming subscription, wherein the local subscription establishment procedure comprises creating a local subscription with the access network that is outside of the HPLMN, by obtaining credentials for accessing the access network ; and transitioning from the unsubscribed state to a deregistered state upon completing the local subscription establishment procedure. identifying, by a user equipment, UE , an access network as a candidate for connection, wherein the identifying is based on the UE determining that it is outside a cover area of a home public land mobile network, HPLMN, of the UE ; determining, by the UE that the UE is authorized to initiate a local subscription establishment procedure to the access network that is outside of the HPLMN, wherein the determining is based on the UE determining that the access network is excluded from a list of forbidden networks; initiating, by the UE , the local subscription establishment procedure in an unsubscribed state with the access network in accordance with a result of the determining instead of utilizing a roaming subscription, wherein the local subscription establishment procedure comprises creating a local subscription with the access network that is outside of the HPLMN, by obtaining credentials for accessing the access network ; and transitioning from the unsubscribed state to a deregistered state upon completing the local subscription establishment procedure.
A low-sulfur, low-phosphorus, low-ash lubricant composition suitable for use in an internal combustion engine, comprising: (a) an oil of lubricating viscosity, and (b) a condensation product of a material represented by formula I and an alcohol having 8 to 30 carbon atoms and combinations thereof; wherein each R is independently H, or a hydrocarbyl group, or wherein the R groups together form a ring; and wherein the composition further comprises: an additional friction modifier other than (b) selected from the group consisting of glycerol monooleates, oleyl amides, diethanol fatty amines and mixtures thereof; wherein said lubricant composition has a sulfated ash value of up to 1.0, a phosphorus content of up to 0.08 percent by weight and a sulfur content of up to 0.4 percent by weight. (a) an oil of lubricating viscosity, and (b) a condensation product of a material represented by formula I and an alcohol having 8 to 30 carbon atoms and combinations thereof; wherein each R is independently H, or a hydrocarbyl group, or wherein the R groups together form a ring; and wherein the composition further comprises: an additional friction modifier other than (b) selected from the group consisting of glycerol monooleates, oleyl amides, diethanol fatty amines and mixtures thereof; wherein said lubricant composition has a sulfated ash value of up to 1.0, a phosphorus content of up to 0.08 percent by weight and a sulfur content of up to 0.4 percent by weight. an additional friction modifier other than (b) selected from the group consisting of glycerol monooleates, oleyl amides, diethanol fatty amines and mixtures thereof; wherein said lubricant composition has a sulfated ash value of up to 1.0, a phosphorus content of up to 0.08 percent by weight and a sulfur content of up to 0.4 percent by weight.
A method of wireless communication performed at a user equipment, UE, comprising: detecting a first link failure associated with a first cell; detecting a second link failure associated with a second cell; and performing a link failure recovery procedure by prioritizing a first link failure recovery for the first cell over a second link failure recovery for the second cell, characterised in that the prioritizing includes withdrawing a link failure recovery request sent to a Base Station, BS, for the second link failure associated with the second cell after the UE detects the first link failure, and; resending the link failure recovery request for the second link failure after the first link failure has recovered. detecting a first link failure associated with a first cell; detecting a second link failure associated with a second cell; and performing a link failure recovery procedure by prioritizing a first link failure recovery for the first cell over a second link failure recovery for the second cell, characterised in that the prioritizing includes withdrawing a link failure recovery request sent to a Base Station, BS, for the second link failure associated with the second cell after the UE detects the first link failure, and; resending the link failure recovery request for the second link failure after the first link failure has recovered.
A microelectronic package structure, comprising: a substrate (102; 202) including a dielectric material (101; 201), the substrate having a first side and a second side opposite to the first side; a conductive trace (108; 208) along the first side (103; 203) and the second side (105; 205), the conductive trace being located within the dielectric material; characterized by a first layer that is formed, using electroplating, directly on a first side of the conductive trace or that is formed on a seed layer that is on the first side of the conductive trace, wherein the first layer comprises a magnetic material , and wherein at least one sidewall of the first layer is in contact with the dielectric material; and a second layer that is formed, using electroplating, directly on a second side of the conductive trace or that is formed on a seed layer that is on the second side of the conductive trace, wherein the second layer comprises the magnetic material , and wherein at least one sidewall of the second layer is in contact with the dielectric material. a substrate (102; 202) including a dielectric material (101; 201), the substrate having a first side and a second side opposite to the first side; a conductive trace (108; 208) along the first side (103; 203) and the second side (105; 205), the conductive trace being located within the dielectric material; characterized by a first layer that is formed, using electroplating, directly on a first side of the conductive trace or that is formed on a seed layer that is on the first side of the conductive trace, wherein the first layer comprises a magnetic material , and wherein at least one sidewall of the first layer is in contact with the dielectric material; and a second layer that is formed, using electroplating, directly on a second side of the conductive trace or that is formed on a seed layer that is on the second side of the conductive trace, wherein the second layer comprises the magnetic material , and wherein at least one sidewall of the second layer is in contact with the dielectric material.
An information processing apparatus comprising: a process execution unit configured to execute an application; execute a process relating to a user's gesture recognized on a basis of information from a sensor , as an operation to the application, wherein the process execution unit is further configured to determine, during a period of time after the gesture has been recognized, whether or not there is an input of a predetermined operation information based on a user's operation, and to refrain from executing the process relating to the recognized gesture when there is the input of the predetermined operation information during the period of time; the process execution unit is further configured to dynamically set a length of the period of time during operation of the apparatus, characterized in that the length of the period of time is dynamically set on a basis of information relating to the application acquired from the application, and the information relating to the application is one or more of a type of the application, or state of the application or type of notification of the application. a process execution unit configured to execute an application; execute a process relating to a user's gesture recognized on a basis of information from a sensor , as an operation to the application, wherein the process execution unit is further configured to determine, during a period of time after the gesture has been recognized, whether or not there is an input of a predetermined operation information based on a user's operation, and to refrain from executing the process relating to the recognized gesture when there is the input of the predetermined operation information during the period of time; the process execution unit is further configured to dynamically set a length of the period of time during operation of the apparatus, characterized in that the length of the period of time is dynamically set on a basis of information relating to the application acquired from the application, and the information relating to the application is one or more of a type of the application, or state of the application or type of notification of the application.
A security pigment of chemically stable core-shell particles, comprising a core based on a thermoplastic polymer, a shell based on a condensation polymer, and an organic or metalorganic feature substance present in dissolved or finely distributed form in the core, wherein the mass fraction of the shell amounts to more than 25% in relation to the mass of the core, in order to give the core-shell particles chemical stability, the condensation polymer is selected from melamine-formaldehyde resins (MF) and the feature substance is a fluorescent or phosphorescent or photochromic or thermochromic feature substance or a UV or IR or VIS absorption dye.