mhurhangee/patent-ind-claim-en huggingface dataset:
A camera module comprising: a lens barrel having at least one lens; a holder coupled to the lens barrel ; a printed circuit board coupled to a lower portion of the holder so as to face the lens; an adhesive element configured to couple the holder and the printed circuit board to each other; an opening configured to open a portion of a first space (S1) which is defined via coupling of the printed circuit board and the holder ; and a housing coupled to the holder , wherein the housing accommodates the printed circuit board , characterized in that the opening is provided as a first through-hole formed in one side of the adhesive element . a lens barrel having at least one lens; a holder coupled to the lens barrel ; a printed circuit board coupled to a lower portion of the holder so as to face the lens; an adhesive element configured to couple the holder and the printed circuit board to each other; an opening configured to open a portion of a first space (S1) which is defined via coupling of the printed circuit board and the holder ; and a housing coupled to the holder , wherein the housing accommodates the printed circuit board , characterized in that the opening is provided as a first through-hole formed in one side of the adhesive element .
A computer implemented method for application launching and/or switching in a computing device, the method comprising: receiving an interactive gesture at the computing device; when the interactive gesture matches a predefined gesture, determining a current context of the computing device based at least on one or more tasks, the tasks including previously performed tasks at the computing device and predicted future tasks to be performed at the computing device, the current context being associated with a time at which the interactive gesture is received and indicating with respect to said time what tasks have previously been performed and what future tasks are predicted to be performed after said time; based on the determined context, identifying one or more software applications, the software applications including executing applications, terminated applications or uninstalled applications, to perform one or more of the predicted future tasks; and displaying one or more user interface elements representing the one or more identified software applications, wherein the user interface elements are selectable to instantiate the identified software applications. receiving an interactive gesture at the computing device; when the interactive gesture matches a predefined gesture, determining a current context of the computing device based at least on one or more tasks, the tasks including previously performed tasks at the computing device and predicted future tasks to be performed at the computing device, the current context being associated with a time at which the interactive gesture is received and indicating with respect to said time what tasks have previously been performed and what future tasks are predicted to be performed after said time; based on the determined context, identifying one or more software applications, the software applications including executing applications, terminated applications or uninstalled applications, to perform one or more of the predicted future tasks; and displaying one or more user interface elements representing the one or more identified software applications, wherein the user interface elements are selectable to instantiate the identified software applications.
A transmitting device comprising: a transmission signal generation circuit that generates a transmission signal using a frame format including a legacy short training field, STF, a legacy channel estimation field, CEF, a legacy header field, an enhanced directional multi-gigabit, EDMG header field, an EDMG-STF, an EDMG-CEF, and a data field; and a transmission circuit that transmits the generated transmission signal using one or more channels, wherein the legacy header field includes a data length field expressed by multiple bits, and the data length field indicates, to a legacy terminal, information related to a data length using all of the multiple bits of the data length field, characterized in that the data length field indicates, to an EDMG terminal, information related to a data length using a subset of the multiple bits of the data length field, and uses the remaining bit or bits to indicate information related to the one or more channels in which the transmission signal is transmitted. a transmission signal generation circuit that generates a transmission signal using a frame format including a legacy short training field, STF, a legacy channel estimation field, CEF, a legacy header field, an enhanced directional multi-gigabit, EDMG header field, an EDMG-STF, an EDMG-CEF, and a data field; and a transmission circuit that transmits the generated transmission signal using one or more channels, wherein the legacy header field includes a data length field expressed by multiple bits, and the data length field indicates, to a legacy terminal, information related to a data length using all of the multiple bits of the data length field, characterized in that the data length field indicates, to an EDMG terminal, information related to a data length using a subset of the multiple bits of the data length field, and uses the remaining bit or bits to indicate information related to the one or more channels in which the transmission signal is transmitted.
An oxygen-gaseous fuel supply apparatus for a sintering machine by blowing oxygen into air inside a hood disposed above a raw material bed at a downstream side of an ignition furnace to enrich oxygen, and further sucking air supplied with a gaseous fuel diluted to not more than a lower flammable limit by wind boxes arranged below a pallet and introducing into the bed , and combusting the gaseous fuel and carbonaceous material in the bed to produce a sintered ore, wherein baffle plates each made of a chevron plate material are arranged in plural rows at intervals in the horizontal direction and in plural steps in the vertical direction so as to arrange the intervals in a zigzag form in a vertical mid position of the hood, and gaseous fuel supply pipes for supplying the gaseous fuel into air are arranged below the baffle plates, and oxygen supply pipes for supplying oxygen to blowing ports for blowing oxygen into air are arranged above the baffle plates; characterised in that the oxygen supply pipes and blowing ports are configured to blow oxygen of high concentration of not less than the oxygen concentration in air from the blowing ports at a high speed of not less than 10m/s and at least a portion of the oxygen supply pipes are piping disposed in the hood and made of copper alloy and/or Ni alloy for preventing burnout when oxygen is blown; wherein an oxygen supply main pipe is provided with a flashback arrester disposed outside of the hood and in the vicinity of the hood.
A method performed by a network repository function, NRF, node in a wireless communication system, the method comprising: receiving , from at least one user plane function, UPF, instance , a registration request message including UPF profile information of the at least one UPF instance; storing the UPF profile information, wherein the UPF profile information includes UPF service support information for at least one UPF service supported by the at least one UPF instance and peer information about a connection relationship with another UPF instance capable of handling traffic by connecting the at least one UPF instance; receiving , from a session management function, SMF, node , a UPF discovery request message including UPF service information; discovering one or more UPF instance based on the UPF profile information and the UPF service information; and transmitting , to the SMF node, UPF instance information including the peer information for the one or more UPF instance. receiving , from at least one user plane function, UPF, instance , a registration request message including UPF profile information of the at least one UPF instance; storing the UPF profile information, wherein the UPF profile information includes UPF service support information for at least one UPF service supported by the at least one UPF instance and peer information about a connection relationship with another UPF instance capable of handling traffic by connecting the at least one UPF instance; receiving , from a session management function, SMF, node , a UPF discovery request message including UPF service information; discovering one or more UPF instance based on the UPF profile information and the UPF service information; and transmitting , to the SMF node, UPF instance information including the peer information for the one or more UPF instance.
An electrophotographic developing member comprising: a substrate ; a porous electroconductive elastic layer on the substrate ; and an electroconductive solid layer on the electroconductive elastic layer , characterized in that an outer surface of the developing member includes a first region having an electrical insulating surface and a second region having an electroconductive surface, the first region and the second region are arranged to be adjacent to each other, and the first region is constituted by an electrical insulating portion disposed on an outer surface of the electroconductive solid layer , wherein volume resistivity of the electrical insulating portion is 1.0 × 10 13 Ω·cm or more and 1.0 × 10 18 Ω·cm or less. a substrate ; a porous electroconductive elastic layer on the substrate ; and an electroconductive solid layer on the electroconductive elastic layer , characterized in that an outer surface of the developing member includes a first region having an electrical insulating surface and a second region having an electroconductive surface, the first region and the second region are arranged to be adjacent to each other, and the first region is constituted by an electrical insulating portion disposed on an outer surface of the electroconductive solid layer , wherein volume resistivity of the electrical insulating portion is 1.0 × 10 13 Ω·cm or more and 1.0 × 10 18 Ω·cm or less.
A method for facilitating nucleic acid sequence assembly, the method comprising: a) providing a nucleic acid sample comprising single-stranded template nucleic acids; b) priming each template nucleic acid with one or more barcode initiation primers to create annealed nucleic acid assemblies, wherein each barcode initiation primer comprises a 3' - template hybridization portion, and a 5'- barcode initiation portion; c) performing a polymerase extension to create template complementary strands which remain annealed to the template nucleic acids; d) performing two or more rounds of split-pool synthesis coupling oligonucleotide coding units "assayable polymer subunits" (APS) to assemble an oligonucleotide barcode sequence on each of the template complementary strands comprising the barcode region, the primer region and the target-specific region complementary to the target nucleic acid; e) sequencing the barcoded complementary strands to obtain template DNA sequence reads; and f) , identifying barcode sequence associated with each template DNA sequence read to identify those sequences that arose from the same template nucleic acid and assembling the template nucleic acid sequence from the template-complementary regions of the barcoded complementary strands. a) providing a nucleic acid sample comprising single-stranded template nucleic acids; b) priming each template nucleic acid with one or more barcode initiation primers to create annealed nucleic acid assemblies, wherein each barcode initiation primer comprises a 3' - template hybridization portion, and a 5'- barcode initiation portion; c) performing a polymerase extension to create template complementary strands which remain annealed to the template nucleic acids; d) performing two or more rounds of split-pool synthesis coupling oligonucleotide coding units "assayable polymer subunits" (APS) to assemble an oligonucleotide barcode sequence on each of the template complementary strands comprising the barcode region, the primer region and the target-specific region complementary to the target nucleic acid; e) sequencing the barcoded complementary strands to obtain template DNA sequence reads; and f) , identifying barcode sequence associated with each template DNA sequence read to identify those sequences that arose from the same template nucleic acid and assembling the template nucleic acid sequence from the template-complementary regions of the barcoded complementary strands.
A method for chemically converting sugars or sugar alcohols into polyols/glycols, wherein the sugars or sugar alcohols are converted by means of hydrogenolysis in the presence of a catalyst comprising at least one metal and on a carbon support, characterized in that a nitrogen-doped carbon support is used as catalyst support.
A power transmission device comprising: a motor ; a first planetary reduction gear connected downstream of the motor ; a second planetary reduction gear connected downstream of the first planetary reduction gear ; a differential gear connected downstream of the second planetary reduction gear ; and a drive shaft connected downstream of the differential gear , wherein the drive shaft is arranged penetrating an inner circumference of a rotor of the motor , an inner circumference of a sun gear of the first planetary reduction gear , and an inner circumference of a sun gear of the second planetary reduction gear , and a pinion of the first planetary reduction gear is a stepless pinion, and a pinion of the second planetary reduction gear is a stepped pinion, characterized in that the carrier of the first planetary reduction gear overlaps with the sun gear of the first planetary reduction gear in an axial direction, and the carrier of the first planetary reduction gear is supported by a part that integrally rotates with the sun gear of the first planetary reduction gear via a thrust bearing (NB). a motor ; a first planetary reduction gear connected downstream of the motor ; a second planetary reduction gear connected downstream of the first planetary reduction gear ; a differential gear connected downstream of the second planetary reduction gear ; and a drive shaft connected downstream of the differential gear , wherein the drive shaft is arranged penetrating an inner circumference of a rotor of the motor , an inner circumference of a sun gear of the first planetary reduction gear , and an inner circumference of a sun gear of the second planetary reduction gear , and a pinion of the first planetary reduction gear is a stepless pinion, and a pinion of the second planetary reduction gear is a stepped pinion, characterized in that the carrier of the first planetary reduction gear overlaps with the sun gear of the first planetary reduction gear in an axial direction, and the carrier of the first planetary reduction gear is supported by a part that integrally rotates with the sun gear of the first planetary reduction gear via a thrust bearing (NB).
A vehicle seat including a side airbag device, comprising: an airbag that restrains an occupant by deploying from a side part of the seat; and an external tether extending in a vertical direction of the airbag on an outer surface of the airbag on an occupant side; wherein: the external tether is configured so as to control the length of deployment in the vertical direction of the airbag , and a pleat formed by folding a base material portion forming the airbag is provided on a surface of the base material portion on a side opposite from the occupant, wherein the external tether has an upper end part connected to an upper part of the airbag and a lower end part connected to a lower part of the airbag , characterized in that the upper end part of the external tether is provided to include a corner part between the front edge and upper edge of the airbag , and the lower end part of the external tether is secured to the seat frame of seat in the vicinity of an inflator that is inside the airbag . an airbag that restrains an occupant by deploying from a side part of the seat; and an external tether extending in a vertical direction of the airbag on an outer surface of the airbag on an occupant side; wherein: the external tether is configured so as to control the length of deployment in the vertical direction of the airbag , and a pleat formed by folding a base material portion forming the airbag is provided on a surface of the base material portion on a side opposite from the occupant, wherein the external tether has an upper end part connected to an upper part of the airbag and a lower end part connected to a lower part of the airbag , the external tether is configured so as to control the length of deployment in the vertical direction of the airbag , and a pleat formed by folding a base material portion forming the airbag is provided on a surface of the base material portion on a side opposite from the occupant, wherein the external tether has an upper end part connected to an upper part of the airbag and a lower end part connected to a lower part of the airbag , characterized in that the upper end part of the external tether is provided to include a corner part between the front edge and upper edge of the airbag , and the lower end part of the external tether is secured to the seat frame of seat in the vicinity of an inflator that is inside the airbag .
A method of tokenizing sensitive data from a terminal device, the method comprising: receiving, at a tokenization system and from a terminal device , a connection request comprising a hardware serial number associated with the terminal device ; validating, by the tokenization system , the hardware serial number associated with the terminal device ; confirming, by the tokenization system and in response to validating the hardware serial number, that the terminal device is updated in terms of at least one of software or hardware properties; sending, by the tokenization system , a command to the terminal device that causes the terminal device to display a prompt for sensitive data associated with a user interacting with the terminal device upon confirming that the terminal device is updated; receiving, by the tokenization system , an encrypted data packet from the terminal device , the encrypted data packet comprising the sensitive data; sending, by the tokenization system , the encrypted data packet to a gateway system for tokenization; receiving, from the gateway system, a token that represents the sensitive data; and providing, by the tokenization system , the token to the terminal device . receiving, at a tokenization system and from a terminal device , a connection request comprising a hardware serial number associated with the terminal device ; validating, by the tokenization system , the hardware serial number associated with the terminal device ; confirming, by the tokenization system and in response to validating the hardware serial number, that the terminal device is updated in terms of at least one of software or hardware properties; sending, by the tokenization system , a command to the terminal device that causes the terminal device to display a prompt for sensitive data associated with a user interacting with the terminal device upon confirming that the terminal device is updated; receiving, by the tokenization system , an encrypted data packet from the terminal device , the encrypted data packet comprising the sensitive data; sending, by the tokenization system , the encrypted data packet to a gateway system for tokenization; receiving, from the gateway system, a token that represents the sensitive data; and providing, by the tokenization system , the token to the terminal device .
Load sensing arrangement comprising at least one strain gauge at a strain gauge location , the at least one strain gauge being configured to measure the load on a bearing component , whereby said load sensing arrangement comprises temperature compensation means arranged to compensate for the influence of temperature on measurements made by said at least one strain gauge , wherein said temperature compensation means is configured to receive data and to determine a variable indicative of the influence of said data on measurements made by said at least one strain gauge , wherein said temperature compensation means comprises at least one temperature sensor that is arranged to measure at least one temperature at at least one location remote from said at least one strain gauge and use the measured data to determine said variable indicative of the influence of said at least one measured temperature on measurements made by said at least one strain gauge , characterized in that the temperature compensation means is arranged to change, correct, calibrate, offset or manipulate the measurements made by said at least one strain gauge in order to reduce or eliminate the effect of expansion and contraction of the bearing component caused by temperature fluctuations or temperature gradients.
A wearable article comprising an elastic laminate, the elastic laminate comprising a first web and a second web being in a face to face relationship, wherein each of the first and second web are comprised by the complete surface area of the elastic laminate, wherein the first web is a nonwoven web, and wherein the second web is formed of a first fibrous layer and a second fibrous layer, a) wherein the second fibrous layer is more hydrophilic than the first fibrous layer; and/or b) the second fibrous layer has higher average surface area per volume than the first fibrous layer, wherein the first and second fibrous layer are integrally combined with each other, and wherein at least some of the fibers of the second fibrous layer interpenetrate the fibers of the first fibrous layer, the first fibrous layer forming a first surface of the second web and the second fibrous layer forming a second surface of the second web, wherein the second surface faces towards the first web and the first surface faces away from the first web, wherein the second web forms an inner web of the elastic laminate such that at least a portion of the first surface of the second web is in direct contact with the skin of the wearer when the article is in use, and the first web forms an outer web of the elastic laminate. wherein each of the first and second web are comprised by the complete surface area of the elastic laminate, wherein the first web is a nonwoven web, and wherein the second web is formed of a first fibrous layer and a second fibrous layer, a) wherein the second fibrous layer is more hydrophilic than the first fibrous layer; and/or b) the second fibrous layer has higher average surface area per volume than the first fibrous layer, a) wherein the second fibrous layer is more hydrophilic than the first fibrous layer; and/or b) the second fibrous layer has higher average surface area per volume than the first fibrous layer, wherein the first and second fibrous layer are integrally combined with each other, and wherein at least some of the fibers of the second fibrous layer interpenetrate the fibers of the first fibrous layer, the first fibrous layer forming a first surface of the second web and the second fibrous layer forming a second surface of the second web, wherein the second surface faces towards the first web and the first surface faces away from the first web, wherein the second web forms an inner web of the elastic laminate such that at least a portion of the first surface of the second web is in direct contact with the skin of the wearer when the article is in use, and the first web forms an outer web of the elastic laminate.