mhurhangee/patent-ind-claim-en huggingface dataset:
A camera comprising: an image sensor ; an actuator which includes conductive components capable of conducting a pulse width modulation, PWM, drive signal for driving the actuator, wherein the actuator comprises shape memory alloy material; and a screening component located between the conductive components of the actuator and the image sensor , the screening component being electrically isolated from the actuator and the screening component being configured to reduce interference from the PWM drive signal with the image sensor . an image sensor ; an actuator which includes conductive components capable of conducting a pulse width modulation, PWM, drive signal for driving the actuator, wherein the actuator comprises shape memory alloy material; and a screening component located between the conductive components of the actuator and the image sensor , the screening component being electrically isolated from the actuator and the screening component being configured to reduce interference from the PWM drive signal with the image sensor .
A voice service registration method performed by a digital terminal, the method comprising: • after the digital terminal attempts a voice service re-registration process for the n-th time, detecting that a user performs a first operation on a voice terminal connected to the digital terminal, wherein n is an integer greater than or equal to 1 (S 301) and the first operation is any one of an off-hook operation, a key-pressing operation, an operation of starting a call application, or a touch operation and if, after detecting that the user performs said first operation, it is further detected that the said voice re-registration process for the nth-time fails, then performing the following method steps: • triggering a voice service registration process by using a first Internet Protocol, IP, address of the digital terminal and sending a registration packet to a voice server via a broadband remote access server, BRAS (S 302), • starting a timer after the triggering of the voice service registration process and determining whether a registration response packet is received from the voice server via the BRAS within a specified time span, • if no registration response packet is received within the specified time span, triggering a Dynamic Host Configuration Protocol, DHCP, request process with the BRAS and receiving a second IP address from the BRAS (S 303), • triggering a new voice service registration process by using the received second IP address (S 304). • after the digital terminal attempts a voice service re-registration process for the n-th time, detecting that a user performs a first operation on a voice terminal connected to the digital terminal, wherein n is an integer greater than or equal to 1 (S 301) and the first operation is any one of an off-hook operation, a key-pressing operation, an operation of starting a call application, or a touch operation and if, after detecting that the user performs said first operation, it is further detected that the said voice re-registration process for the nth-time fails, • triggering a voice service registration process by using a first Internet Protocol, IP, address of the digital terminal and sending a registration packet to a voice server via a broadband remote access server, BRAS (S 302), • starting a timer after the triggering of the voice service registration process and determining whether a registration response packet is received from the voice server via the BRAS within a specified time span, • if no registration response packet is received within the specified time span, triggering a Dynamic Host Configuration Protocol, DHCP, request process with the BRAS and receiving a second IP address from the BRAS (S 303), • triggering a new voice service registration process by using the received second IP address (S 304).
A method for controlling access to a vehicle , the method comprising: capturing an image of an area in the vicinity of the vehicle ; analysing the captured image; detecting if the captured image contains both at least one person and a personnel transport apparatus ; determining if the at least one person in the captured image is authorised to access the vehicle ; determining a type of personnel transport apparatus and controlling a parameter of the vehicle in response to the determined type; and selectively controlling a locking mechanism of the vehicle in response to the captured image containing at least one authorised person and the personnel transport apparatus . capturing an image of an area in the vicinity of the vehicle ; analysing the captured image; detecting if the captured image contains both at least one person and a personnel transport apparatus ; determining if the at least one person in the captured image is authorised to access the vehicle ; determining a type of personnel transport apparatus and controlling a parameter of the vehicle in response to the determined type; and selectively controlling a locking mechanism of the vehicle in response to the captured image containing at least one authorised person and the personnel transport apparatus .
A shape memory alloy, SMA, haptic assembly comprising: a length of SMA wire ; and first and second parts that are movable relative to each other along a movement axis (M), the length of SMA wire being connected at each end to a respective support portion which is a portion of the first or second part; wherein each of the first and second parts comprises at least one contact portion and a connection portion which connects the at least one contact portion and any support portion of the respective one of the first and second parts; wherein the at least one contact portion of the first part and the at least one contact portion of the second part are relatively positioned so as to make contact with the length of SMA wire on opposite sides of the length of SMA wire along the movement axis and to guide the length of SMA wire along a tortuous path such that the first and second parts are driven apart along the movement axis on contraction of the length of SMA wire; and wherein the connection portion of the first part is a beam disposed on a side of the length of SMA wire in a direction (S) normal to the movement axis, and characterized in that the connection portion of the second part is a beam connecting portions of the second part including the at least one contact portion and any support portion which is a portion of the second part, the beam being disposed on a side of the length of SMA wire in a direction normal to the movement axis. a length of SMA wire ; and first and second parts that are movable relative to each other along a movement axis (M), the length of SMA wire being connected at each end to a respective support portion which is a portion of the first or second part; wherein each of the first and second parts comprises at least one contact portion and a connection portion which connects the at least one contact portion and any support portion of the respective one of the first and second parts; wherein the at least one contact portion of the first part and the at least one contact portion of the second part are relatively positioned so as to make contact with the length of SMA wire on opposite sides of the length of SMA wire along the movement axis and to guide the length of SMA wire along a tortuous path such that the first and second parts are driven apart along the movement axis on contraction of the length of SMA wire; and wherein the connection portion of the first part is a beam disposed on a side of the length of SMA wire in a direction (S) normal to the movement axis, and characterized in that the connection portion of the second part is a beam connecting portions of the second part including the at least one contact portion and any support portion which is a portion of the second part, the beam being disposed on a side of the length of SMA wire in a direction normal to the movement axis.
A chopper for a neutron beam, comprising at least one control element which is divided into at least two regions A and B, wherein the region B has a lower transparency for the neutron beam than the region A, and at least one drive source for such conveying of the control element by the neutron beam, that it impinges on the regions A and B in a temporally alternating manner, wherein the control element • consists either of a carbon fibre or of a fibre composite material as a base material which forms the region A, wherein a neutron-absorbing material is either applied as a layer onto the base material or is integrated therein for the formation of regions B, characterized in that the control element is designed as a pliable band-shaped element and abuts, in a force-fit manner, on the outer circumference of at least one element which can be set in rotation by the drive source and that it can be expanded in the conveying direction. • consists either of a carbon fibre or of a fibre composite material as a base material which forms the region A, wherein a neutron-absorbing material is either applied as a layer onto the base material or is integrated therein for the formation of regions B,
A method for personalizing a document blank by way of a graphic to produce a document using an irradiation unit, the document blank comprising a photosensitive layer, at least one optically detectable parameter of the photosensitive layer changing when electromagnetic radiation is applied, the change in the parameter scaling with the energy input into the photosensitive layer, the irradiation unit providing electromagnetic radiation, the energy of the radiation provided by the irradiation unit being settable, comprising the following steps: • providing a monochrome starting graphic; • reducing the brightness values of the monochrome starting graphic to at least two brightness levels to obtain a reduced starting graphic; • dividing the reduced starting graphic into partial graphics, each of the partial graphics only including pixels of the same brightness; • completely reproducing each of the individual partial graphics on the document blank by applying electromagnetic radiation to the photosensitive layer, wherein each brightness level is associated with energy to be introduced into the photosensitive layer, and wherein the energy to be introduced associated with the brightness level of the partial graphic is applied to the photosensitive layer during the reproduction of the partial graphic, wherein the brightness levels are selected so that the number of pixels of the applied graphic is even distributed among the brightness levels. • providing a monochrome starting graphic; • reducing the brightness values of the monochrome starting graphic to at least two brightness levels to obtain a reduced starting graphic; • dividing the reduced starting graphic into partial graphics, each of the partial graphics only including pixels of the same brightness; • completely reproducing each of the individual partial graphics on the document blank by applying electromagnetic radiation to the photosensitive layer,
An emulsion composition comprising: water; an oily component; gum arabic having a weight average molecular weight of not less than 1 million and not greater than 5 million; and a salt, wherein the salt content in the emulsion composition is 1 mass% or more and less than 10 mass%, wherein the salt is at least one inorganic salt selected from the group consisting of sodium salts, potassium salts, calcium salts, and magnesium salts, and wherein the salt content is 90 parts by mass or less per 100 parts by mass of the gum arabic, wherein the weight average molecular weight of the gum arabic is determined by using gel filtration chromatography and a multi-angle laser light scattering detector (GPC-MALLS) in accordance with the description. water; an oily component; gum arabic having a weight average molecular weight of not less than 1 million and not greater than 5 million; and a salt, wherein the salt content in the emulsion composition is 1 mass% or more and less than 10 mass%, wherein the salt is at least one inorganic salt selected from the group consisting of sodium salts, potassium salts, calcium salts, and magnesium salts, and wherein the salt content is 90 parts by mass or less per 100 parts by mass of the gum arabic, wherein the weight average molecular weight of the gum arabic is determined by using gel filtration chromatography and a multi-angle laser light scattering detector (GPC-MALLS) in accordance with the description.
An electronic device comprising: a housing; a communication circuit configured to perform short range communication with a mobile device by using a first communication channel and perform wireless communication with an external output device by using a second communication channel; and a control circuit configured to: obtain, from the mobile device, a first schedule of a user registered in the mobile device through the first communication channel; perform a comparison of the first schedule of the user with a second schedule including programs; determine an available program from among the programs included in the second schedule based on the comparison; transmit the available program, as suggestion for the user, to the external output device through the second communication channel; and in response to accepting the available program by the user, perform a registration of the available program to the first schedule of the user in the mobile device. a housing; a communication circuit configured to perform short range communication with a mobile device by using a first communication channel and perform wireless communication with an external output device by using a second communication channel; and a control circuit configured to: obtain, from the mobile device, a first schedule of a user registered in the mobile device through the first communication channel; perform a comparison of the first schedule of the user with a second schedule including programs; determine an available program from among the programs included in the second schedule based on the comparison; transmit the available program, as suggestion for the user, to the external output device through the second communication channel; and in response to accepting the available program by the user, perform a registration of the available program to the first schedule of the user in the mobile device. obtain, from the mobile device, a first schedule of a user registered in the mobile device through the first communication channel; perform a comparison of the first schedule of the user with a second schedule including programs; determine an available program from among the programs included in the second schedule based on the comparison; transmit the available program, as suggestion for the user, to the external output device through the second communication channel; and in response to accepting the available program by the user, perform a registration of the available program to the first schedule of the user in the mobile device.
A blind fastener for connecting a plurality of panels , comprising: a bolt including a shaft , a bolt head , and a lug , the bolt head being disposed between the shaft and the lug and extending radially outward from the shaft , an end of the shaft opposite the bolt head defining external threads , the lug including a first tool engagement portion and a first frangible portion that frangibly couples the lug to the bolt head ; and a nut including an integral piece of material that defines a sleeve , a nut head , and a handling member , the sleeve including a central bore configured to receive the shaft and defining internal threads configured to mate with the external threads , the nut head being disposed between the handling member and the sleeve , the nut head extending radially outward from the sleeve and defining a recess configured to receive the bolt head , the handling member being configured to surround at least a portion of the lug , the handling member including a second frangible portion and a second tool engagement portion , the second frangible portion frangibly coupling the second tool engagement portion to the nut head , wherein the nut head further defines a first conical surface configured to abut a countersunk surface of a front panel of the plurality of panels , the blind fastener characterized by : the first conical surface of the nut head extending radially outward to a radially outermost surface of the nut head , the radially outermost surface being substantially parallel to a central axis of the nut , the handling member defining a second conical surface that extends radially outward from the radially outermost surface of the nut head . a bolt including a shaft , a bolt head , and a lug , the bolt head being disposed between the shaft and the lug and extending radially outward from the shaft , an end of the shaft opposite the bolt head defining external threads , the lug including a first tool engagement portion and a first frangible portion that frangibly couples the lug to the bolt head ; and a nut including an integral piece of material that defines a sleeve , a nut head , and a handling member , the sleeve including a central bore configured to receive the shaft and defining internal threads configured to mate with the external threads , the nut head being disposed between the handling member and the sleeve , the nut head extending radially outward from the sleeve and defining a recess configured to receive the bolt head , the handling member being configured to surround at least a portion of the lug , the handling member including a second frangible portion and a second tool engagement portion , the second frangible portion frangibly coupling the second tool engagement portion to the nut head ,
A heart test method comprising: using one or more electrodes placed on a patient, measuring one or more electrocardiograms associated with one or more respective leads; using a processing facility, converting the one or more electrocardiograms by time-frequency transform into one or more respective two-dimensional time-frequency maps; identifying , using the facility, within the one or more electrocardiograms, one or more points in time associated with a T wave; determining , using the facility, for at least one of the one or more time-frequency maps, one or more repolarization measures corresponding to extrema across frequency of the respective time-frequency map at the one or more points in time associated with the T wave; and outputting , using the facility, at least one repolarization index based on the one or more repolarization measures. using one or more electrodes placed on a patient, measuring one or more electrocardiograms associated with one or more respective leads; using a processing facility, converting the one or more electrocardiograms by time-frequency transform into one or more respective two-dimensional time-frequency maps; identifying , using the facility, within the one or more electrocardiograms, one or more points in time associated with a T wave; determining , using the facility, for at least one of the one or more time-frequency maps, one or more repolarization measures corresponding to extrema across frequency of the respective time-frequency map at the one or more points in time associated with the T wave; and outputting , using the facility, at least one repolarization index based on the one or more repolarization measures.
An aerosol delivery device, configured to heat an aerosol precursor capable of forming an inhalable substance for human consumption, comprising: an outer body ; a heating element ; a unitary reservoir and liquid transport element comprising an integral porous monolith positioned proximate the heating element and containing an aerosol precursor composition, wherein the unitary reservoir and liquid transport element define one or more channels extending at least partially therethrough; characterized by further comprising an electronic component at least partially received in the one or more channels . an outer body ; a heating element ; a unitary reservoir and liquid transport element comprising an integral porous monolith positioned proximate the heating element and containing an aerosol precursor composition, wherein the unitary reservoir and liquid transport element define one or more channels extending at least partially therethrough; characterized by further comprising an electronic component at least partially received in the one or more channels .
A structural body comprising: a concrete core having an opening described by a face around the opening and an outer surface and an interior area described by an inner surface; a cap having an outer sleeve that extends partially on the outer surface of the concrete core ; characterized by a first, tensioned wrap surrounding the outer surface of the concrete core and covering outer sleeve of the cap to form a continuous water resistant barrier around the outer surface of the concrete core . a concrete core having an opening described by a face around the opening and an outer surface and an interior area described by an inner surface; a cap having an outer sleeve that extends partially on the outer surface of the concrete core ; characterized by a first, tensioned wrap surrounding the outer surface of the concrete core and covering outer sleeve of the cap to form a continuous water resistant barrier around the outer surface of the concrete core .
A method for determining whether a bovine is affected by or susceptible to Tough and Dry Meat Syndrome (TDMS), comprising determining the presence or absence of at least one genetic variant or mutation in the ATPZA1 gene in a nucleic acid from the bovine.
A peach-colored seasoning comprising white soy sauce, a clouding agent and a red coloring, characterized in that the clouding agent contains powdered cellulose and/or crystalline cellulose.
An anti-4-1BB antibody or antigen binding fragment thereof, comprising (i) a V H chain comprising three CDRs; and (ii) a V L chain comprising three CDRs, wherein: V H CDR#1 is GYTFTSYYIY (SEQ ID NO:16); V H CDR#2 is NIWPGNGGTFYGEKFMG (SEQ ID NO:26); V H CDR#3 is RPDYSGDDYFDY (SEQ ID NO:36); V L CDR#1 is KLNSGNIGSYYVH (SEQ ID NO:56); V L CDR#2 is RDDKRPD (SEQ ID NO:66); and V L CDR#3 is HSYDSTITPV (SEQ ID NO:76), or V H CDR#1 is DYTFNDYWVS (SEQ ID NO:17); V H CDR#2 is EIYPNSGATNFNGKFRG (SEQ ID NO:27); V H CDR#3 is EYTRDWFAY (SEQ ID NO:37); V L CDR#1 is RSSQSLLDSDGNTYLY (SEQ ID NO:57); V L CDR#2 is LVSNLGS (SEQ ID NO:67); and V L CDR#3 is MQPTHAPYT (SEQ ID NO:77). V H CDR#1 is GYTFTSYYIY (SEQ ID NO:16); V H CDR#2 is NIWPGNGGTFYGEKFMG (SEQ ID NO:26); V H CDR#3 is RPDYSGDDYFDY (SEQ ID NO:36); V L CDR#1 is KLNSGNIGSYYVH (SEQ ID NO:56); V L CDR#2 is RDDKRPD (SEQ ID NO:66); and V L CDR#3 is HSYDSTITPV (SEQ ID NO:76), V H CDR#1 is DYTFNDYWVS (SEQ ID NO:17); V H CDR#2 is EIYPNSGATNFNGKFRG (SEQ ID NO:27); V H CDR#3 is EYTRDWFAY (SEQ ID NO:37); V L CDR#1 is RSSQSLLDSDGNTYLY (SEQ ID NO:57); V L CDR#2 is LVSNLGS (SEQ ID NO:67); and V L CDR#3 is MQPTHAPYT (SEQ ID NO:77).