mhurhangee/patent-ind-claim-en huggingface dataset:
A multilayer wiring board for inspection of electronic components, the multilayer wiring board comprising: a ceramic wiring substrate having a substrate main surface and a substrate rear surface and having a structure in which a plurality of ceramic insulation layers are stacked; substrate-side conductive layers formed on the substrate main surface and including: a plurality of center-portion-side conductive layers ; and a plurality of outer-periphery-portion-side conductive layers ; a resin wiring portion stacked on the substrate main surface so as to cover the substrate-side conductive layers and having a structure in which a plurality of resin insulation layers are stacked; and a plurality of inspection pads , for inspection of electronic components, formed on a front surface of the resin wiring portion , characterized in that end surfaces of the outer-periphery-portion-side conductive layers are exposed from side surfaces of the multilayer wiring board , an outer peripheral edge of a rear surface of the resin wiring portion is in contact with surfaces of the outer-periphery-portion-side conductive layers , and end surfaces of the resin wiring portion and the end surfaces of the outer-periphery-portion-side conductive layers are positioned closer to a center of the board than end surfaces of the ceramic wiring substrate . a ceramic wiring substrate having a substrate main surface and a substrate rear surface and having a structure in which a plurality of ceramic insulation layers are stacked; substrate-side conductive layers formed on the substrate main surface and including: a plurality of center-portion-side conductive layers ; and a plurality of outer-periphery-portion-side conductive layers ; a plurality of center-portion-side conductive layers ; and a plurality of outer-periphery-portion-side conductive layers ; a resin wiring portion stacked on the substrate main surface so as to cover the substrate-side conductive layers and having a structure in which a plurality of resin insulation layers are stacked; and a plurality of inspection pads , for inspection of electronic components, formed on a front surface of the resin wiring portion , characterized in that end surfaces of the outer-periphery-portion-side conductive layers are exposed from side surfaces of the multilayer wiring board , an outer peripheral edge of a rear surface of the resin wiring portion is in contact with surfaces of the outer-periphery-portion-side conductive layers , and end surfaces of the resin wiring portion and the end surfaces of the outer-periphery-portion-side conductive layers are positioned closer to a center of the board than end surfaces of the ceramic wiring substrate .
Nontherapeutic use of a three-dimensional nonwoven material surrounded with textile or nontextile material and having a thickness of 2 mm-10 mm which, in conjunction with liquids incorporated therein, cools body areas, for achieving a skin-appearance-improving, skin-firming, wrinkle-diminishing, anticellulite and/or fat-burning effect, wherein the nonwoven material is present in the form of clothing or in the form of pads arranged on clothing, and is washable and reusable several times.
An oxide superconductor , comprising: an oxide superconducting layer including at least one superconducting region containing barium, Ba, copper, Cu, and at least one first rare earth element selected from the group consisting of yttrium, Y, lanthanum, La, neodymium, Nd, samarium, Sm, europium, Eu, gadolinium, Gd, dysprosium, Dy, holmium, Ho, erbium, Er, thulium, Tm, ytterbium, Yb, and lutetium, Lu, the at least one superconducting region having a continuous perovskite structure, and the at least one superconducting region having a size of 100 nm × 100 nm × 100 nm or more, and a non-superconducting region in contact with the at least one superconducting region, the non-superconducting region containing praseodymium, Pr, barium, Ba, copper, Cu, and at least one second rare earth element selected from the group consisting of yttrium, Y, lanthanum, La, neodymium, Nd, samarium, Sm, europium, Eu, gadolinium, Gd, dysprosium, Dy, holmium, Ho, erbium, Er, thulium, Tm, ytterbium, Yb, and lutetium, Lu, a ratio of Z the number of atoms of the praseodymium, Pr, to the sum of the number of atoms of the second rare earth element and the number of atoms of the praseodymium, Pr, in the non-superconducting region being equal to or more than 20%, and the non-superconducting region having a size of 100 nm × 100 nm × 100 nm or more, characterized in that the non-superconducting region has a continuous perovskite structure that is continuous with the continuous perovskite structure of the at least one superconducting region. an oxide superconducting layer including at least one superconducting region containing barium, Ba, copper, Cu, and at least one first rare earth element selected from the group consisting of yttrium, Y, lanthanum, La, neodymium, Nd, samarium, Sm, europium, Eu, gadolinium, Gd, dysprosium, Dy, holmium, Ho, erbium, Er, thulium, Tm, ytterbium, Yb, and lutetium, Lu, the at least one superconducting region having a continuous perovskite structure, and the at least one superconducting region having a size of 100 nm × 100 nm × 100 nm or more, and a non-superconducting region in contact with the at least one superconducting region, the non-superconducting region containing praseodymium, Pr, barium, Ba, copper, Cu, and at least one second rare earth element selected from the group consisting of yttrium, Y, lanthanum, La, neodymium, Nd, samarium, Sm, europium, Eu, gadolinium, Gd, dysprosium, Dy, holmium, Ho, erbium, Er, thulium, Tm, ytterbium, Yb, and lutetium, Lu, a ratio of Z the number of atoms of the praseodymium, Pr, to the sum of the number of atoms of the second rare earth element and the number of atoms of the praseodymium, Pr, in the non-superconducting region being equal to or more than 20%, and the non-superconducting region having a size of 100 nm × 100 nm × 100 nm or more, characterized in that the non-superconducting region has a continuous perovskite structure that is continuous with the continuous perovskite structure of the at least one superconducting region.
A canned food product, which is retorted, comprising: a can, the can comprising: a first emulsion in the interior of the can, wherein first emulsion is a meat emulsion, which is a gel and comprises muscle meat and collagen; and a second emulsion encasing the first emulsion, wherein the second emulsion is a non-meat emulsion comprising at least one globular protein or at least one micellar protein, wherein the non-meat protein emulsion comprises a protein selected from the group consisting of eggs, milk, blood and vegetables. a first emulsion in the interior of the can, wherein first emulsion is a meat emulsion, which is a gel and comprises muscle meat and collagen; and a second emulsion encasing the first emulsion, wherein the second emulsion is a non-meat emulsion comprising at least one globular protein or at least one micellar protein, wherein the non-meat protein emulsion comprises a protein selected from the group consisting of eggs, milk, blood and vegetables.
An image forming apparatus comprising: a photosensitive roller on which surface is formed an electrostatic latent image that is developed using a developer; a transfer roller for transferring an image developed on the surface of the photosensitive roller to a medium; an applying unit configured to apply a voltage to the transfer roller; a current detecting unit configured to detect a current that flows from the applying unit via the transfer roller and the photosensitive roller ; and a control unit configured to cause the applying unit to apply a first voltage and a second voltage, and to determine a voltage value of the voltage to be applied by the applying unit to the transfer roller , based on a difference between a first current value and a second current value which are current values obtained by the current detecting unit , the first current value being based on the first voltage, the second current value being based on the second voltage characterized in that the control unit is further configured to cause the applying unit to apply a constant voltage from a first time point up to a second time point and apply the first voltage and the second voltage between a third time point and a fourth time point, the third time point being a time point after the photosensitive roller rotates once from the first time point, the fourth time point being a time point after the photosensitive roller rotates once from the second time point. a photosensitive roller on which surface is formed an electrostatic latent image that is developed using a developer; a transfer roller for transferring an image developed on the surface of the photosensitive roller to a medium; an applying unit configured to apply a voltage to the transfer roller; a current detecting unit configured to detect a current that flows from the applying unit via the transfer roller and the photosensitive roller ; and a control unit configured to cause the applying unit to apply a first voltage and a second voltage, and to determine a voltage value of the voltage to be applied by the applying unit to the transfer roller , based on a difference between a first current value and a second current value which are current values obtained by the current detecting unit , the first current value being based on the first voltage, the second current value being based on the second voltage characterized in that the control unit is further configured to cause the applying unit to apply a constant voltage from a first time point up to a second time point and apply the first voltage and the second voltage between a third time point and a fourth time point, the third time point being a time point after the photosensitive roller rotates once from the first time point, the fourth time point being a time point after the photosensitive roller rotates once from the second time point.
A method for producing propylene, the method comprising: a) injecting a stream containing methane and a stream containing an oxidizing agent into an oxidative coupling of methane (OCM) unit to generate an OCM effluent stream containing ethylene, propylene, and propane; b) fractionating the OCM effluent stream using one or more separation units to generate (i) a first stream comprising ethylene and (ii) a second stream comprising propylene and propane; c) injecting at least a portion of the second stream into an additional separation unit to generate a propylene stream and a propane stream; and d) injecting at least a portion of the propane stream into a propane dehydrogenation (PDH) unit to generate a PDH effluent containing propylene and hydrogen. a) injecting a stream containing methane and a stream containing an oxidizing agent into an oxidative coupling of methane (OCM) unit to generate an OCM effluent stream containing ethylene, propylene, and propane; b) fractionating the OCM effluent stream using one or more separation units to generate (i) a first stream comprising ethylene and (ii) a second stream comprising propylene and propane; c) injecting at least a portion of the second stream into an additional separation unit to generate a propylene stream and a propane stream; and d) injecting at least a portion of the propane stream into a propane dehydrogenation (PDH) unit to generate a PDH effluent containing propylene and hydrogen.
A flexible cable rod arrangement having a cable rod and male and female connectors fixed to each end of said cable rod for connection to another such flexible cable rod arrangement or a cable rod tool, the connectors including threaded bores into which the free ends of the cable rod has been inserted during manufacture, the connectors are thereafter swaged or crimped over the end of the cable rod , such that the threads of the bores of the respective connectors act as teeth to grip the outer edges of the cable rod at the respective swaged or crimped region .
A data transmission method, comprising: sending, by a base station, at least one pre-scheduling signaling to at least one User Equipment, UE, before the UE competes for an unlicensed carrier, and the at least one pre-scheduling signaling for instructing the at least one UE to transmit data on the unlicensed carrier(S102); and when the unlicensed carrier is obtained by competition, transmitting, by the base station, the data on the unlicensed carrier with the at least one UE according to the at least one pre-scheduling signaling (S104); before transmitting the data with the at least one UE according to the at least one pre-scheduling signaling, the method further comprises: sending a scheduling update signaling for updating the at least one pre-scheduling signaling to the at least one UE; and transmitting the data with the at least one UE according to the at least one pre-scheduling signaling comprises: transmitting the data with the at least one UE according to the at least one pre-scheduling signaling and the scheduling update signaling; wherein before transmitting the data with the at least one UE according to the at least one pre-scheduling signaling, the method further comprises: sending, to the at least one UE, a resource competition instruction for instructing the at least one UE to compete for resources, and the resource competition instruction is borne in a message 2 in random access. sending, by a base station, at least one pre-scheduling signaling to at least one User Equipment, UE, before the UE competes for an unlicensed carrier, and the at least one pre-scheduling signaling for instructing the at least one UE to transmit data on the unlicensed carrier(S102); and when the unlicensed carrier is obtained by competition, transmitting, by the base station, the data on the unlicensed carrier with the at least one UE according to the at least one pre-scheduling signaling (S104); before transmitting the data with the at least one UE according to the at least one pre-scheduling signaling, the method further comprises: sending a scheduling update signaling for updating the at least one pre-scheduling signaling to the at least one UE; and transmitting the data with the at least one UE according to the at least one pre-scheduling signaling comprises: transmitting the data with the at least one UE according to the at least one pre-scheduling signaling and the scheduling update signaling; wherein before transmitting the data with the at least one UE according to the at least one pre-scheduling signaling, the method further comprises: sending, to the at least one UE, a resource competition instruction for instructing the at least one UE to compete for resources, and the resource competition instruction is borne in a message 2 in random access.
A system , comprising: a modular brake component having an integral brake housing configured to mount to a motor; a drive coupling within the integral brake housing configured to mechanically couple with an output shaft of the motor; one or more braking disks arranged in the integral brake housing configured to brake movement of the drive coupling when engaged; an armature in the integral brake housing configured to engage or disengage the one or more braking disks with the drive coupling ; captive mounting hardware arranged in the integral brake housing and configured to mount the modular brake component directly on a back of one of the following: the motor or an actuator; characterized in that the system further comprises: an inspection window aperture through the integral brake housing aligned with at least a portion of the armature and a core shell ; and an electrical connector arranged in the integral brake housing and configured to connect to a corresponding electrical connector on the back of one of the following: the motor or an actuator. a modular brake component having an integral brake housing configured to mount to a motor; a drive coupling within the integral brake housing configured to mechanically couple with an output shaft of the motor; one or more braking disks arranged in the integral brake housing configured to brake movement of the drive coupling when engaged; an armature in the integral brake housing configured to engage or disengage the one or more braking disks with the drive coupling ; captive mounting hardware arranged in the integral brake housing and configured to mount the modular brake component directly on a back of one of the following: the motor or an actuator; characterized in that the system further comprises: an inspection window aperture through the integral brake housing aligned with at least a portion of the armature and a core shell ; and an electrical connector arranged in the integral brake housing and configured to connect to a corresponding electrical connector on the back of one of the following: the motor or an actuator. an inspection window aperture through the integral brake housing aligned with at least a portion of the armature and a core shell ; and an electrical connector arranged in the integral brake housing and configured to connect to a corresponding electrical connector on the back of one of the following: the motor or an actuator.
A method for facilitating automatic connection to a network, the method comprising the following steps performed at a first device that is authenticated to the network: receiving from a second device (402;255) an identifier of the second device comprising an acoustic transducer; retrieving (404;269), based on the identifier, a public key for the second device, wherein data encrypted using the public key is decryptable using a private key of the second device; encrypting (406;265), using the public key for the second device, credential information usable by the second device for authenticating to the network; transmitting (408;270), to the second device, the encrypted credential information; wherein the credential information comprises configuration information associated with adjusting an audio output of the acoustic transducer of the second device in accordance with an audio output of the first device. receiving from a second device (402;255) an identifier of the second device comprising an acoustic transducer; retrieving (404;269), based on the identifier, a public key for the second device, wherein data encrypted using the public key is decryptable using a private key of the second device; encrypting (406;265), using the public key for the second device, credential information usable by the second device for authenticating to the network; transmitting (408;270), to the second device, the encrypted credential information; wherein the credential information comprises configuration information associated with adjusting an audio output of the acoustic transducer of the second device in accordance with an audio output of the first device.
A method for receiving an uplink, UL, multi-user MU, Physical Protocol Data Unit, PPDU, of an access point, AP, in a wireless local area network, WLAN, system, the method comprising: transmitting, to a plurality of stations, STAs, a trigger frame including resource unit allocation information for orthogonal frequency division multiple access, OFDMA, transmission and STA identifiers, IDs, of the plurality of STAs; receiving a UL MU Physical Protocol Data Unit , PPDU, based on the trigger frame, wherein the UL MU PPDU includes a first legacy preamble and a first High Efficiency , HE, preamble, and the first HE preamble comprises a first HE-SIG-A field and a first HE-SIG-B field, and wherein the first HE-SIG-A field comprises first Transmission Opportunity , TXOP, duration information related to a first TXOP duration, and the first TXOP duration is set to include a time required to transmit the UL MU PPDU and the ACK frame; and transmitting an ACK frame of the UL MU PPDU. transmitting, to a plurality of stations, STAs, a trigger frame including resource unit allocation information for orthogonal frequency division multiple access, OFDMA, transmission and STA identifiers, IDs, of the plurality of STAs; receiving a UL MU Physical Protocol Data Unit , PPDU, based on the trigger frame, wherein the UL MU PPDU includes a first legacy preamble and a first High Efficiency , HE, preamble, and the first HE preamble comprises a first HE-SIG-A field and a first HE-SIG-B field, and wherein the first HE-SIG-A field comprises first Transmission Opportunity , TXOP, duration information related to a first TXOP duration, and the first TXOP duration is set to include a time required to transmit the UL MU PPDU and the ACK frame; and transmitting an ACK frame of the UL MU PPDU.
Ophthalmic lens of progressive lens type, comprising: - an optical base component substantially transparent for at least one wavelength of visible light, said optical base component being a progressive correcting lens, and - at least one layer placed on a face of the optical base component , substantially transparent and having a variable refractive index at said wavelength, wherein the layer is structured in such a way that at least one second-order derivative of the variable refractive index with respect to a linear spatial coordinate (x, y) along the face of the optical base component , expressed in millimetres, is greater than 10 -4 mm -1 /e, in absolute value and at at least one point of said face, e being the thickness of the variable refractive index layer expressed in millimetres, and wherein the refractive index variation of the layer has no symmetry of revolution, characterized in that the layer is structured also in such a way that absolute values of second-order derivatives of the variable refractive index with respect to, respectively, a horizontal spatial coordinate (x) and a vertical spatial coordinate (y) along the face of the optical component in condition of use of the lens by a wearer, and expressed in millimetres, and an absolute value of a mixed second-order derivative of the variable refractive index with respect to both horizontal (x) and vertical (y) spatial coordinates, are less than 10 -4 mm -1 /e at any point of the meridian line (M) linking a far vision point (VL) and a near vision point (VP) of the lens in the face of the optical base component . - an optical base component substantially transparent for at least one wavelength of visible light, said optical base component being a progressive correcting lens, and - at least one layer placed on a face of the optical base component , substantially transparent and having a variable refractive index at said wavelength,