mhurhangee/patent-ind-claim-en huggingface dataset:
A method of placing a second video within a first video, comprising: identifying, with one or more processors , candidate frame locations within a sequence of frames within the first video; comparing, with the one or more processors, the candidate frame locations among the frames in the sequence of frames; selecting, with the one or more processors, a candidate video location based on the comparing, the candidate video location comprising a frame location that is consistent among the candidate frame locations in the sequence of frames; selecting a second video , based on one or more parameters associated with the candidate video location; and inserting the second video within the candidate video location of the first video for concurrent playback with the first video, characterized in that identifying the candidate frame locations comprises: for each frame: computing a local average value for every pixel; for each row of the frame, storing a longest line length where the local average value remains above a first threshold; and for each column of the frame, storing a largest rectangle where the local average value remains above a second threshold. identifying, with one or more processors , candidate frame locations within a sequence of frames within the first video; comparing, with the one or more processors, the candidate frame locations among the frames in the sequence of frames; selecting, with the one or more processors, a candidate video location based on the comparing, the candidate video location comprising a frame location that is consistent among the candidate frame locations in the sequence of frames; selecting a second video , based on one or more parameters associated with the candidate video location; and inserting the second video within the candidate video location of the first video for concurrent playback with the first video, characterized in that identifying the candidate frame locations comprises: for each frame: computing a local average value for every pixel; for each row of the frame, storing a longest line length where the local average value remains above a first threshold; and for each column of the frame, storing a largest rectangle where the local average value remains above a second threshold. computing a local average value for every pixel; for each row of the frame, storing a longest line length where the local average value remains above a first threshold; and for each column of the frame, storing a largest rectangle where the local average value remains above a second threshold.
A device for sensing fluid flow within a pipe , which pipe has a pipe wall , comprising: a sensor housing having at least one pressure vessel enclosure and hardware for mounting the enclosure on an exterior surface of the pipe wall , which enclosure includes a base , side walls , and a cap , wherein the base has a pipe-side surface that is adapted to mate with the exterior surface of the pipe wall , and wherein the base is adapted to have similar resonant frequency and acoustic impedance as the pipe wall , which sensor housing is adapted to be attached to the pipe wall such that the pipe-side surface of the base is mated with the exterior surface of the pipe wall ; and a fluid flow meter having a plurality of ultrasonic sensors disposed within the at least one pressure vessel enclosure , each sensor having a transmitter and a receiver , wherein the transmitters are adapted to transmit signals at one or more frequencies including frequencies that are substantially equal to the resonant frequencies of the base and pipe wall . a sensor housing having at least one pressure vessel enclosure and hardware for mounting the enclosure on an exterior surface of the pipe wall , which enclosure includes a base , side walls , and a cap , wherein the base has a pipe-side surface that is adapted to mate with the exterior surface of the pipe wall , and wherein the base is adapted to have similar resonant frequency and acoustic impedance as the pipe wall , which sensor housing is adapted to be attached to the pipe wall such that the pipe-side surface of the base is mated with the exterior surface of the pipe wall ; and a fluid flow meter having a plurality of ultrasonic sensors disposed within the at least one pressure vessel enclosure , each sensor having a transmitter and a receiver , wherein the transmitters are adapted to transmit signals at one or more frequencies including frequencies that are substantially equal to the resonant frequencies of the base and pipe wall .
An image processing device for processing one or more images, the device comprising: a control unit configured to partition a unit of processing into partitioned processing units; wherein each partitioned processing unit: corresponds to a VPDU (Virtual Pipeline Data Unit) size for the one or more images, or has a horizontal size that is equal to or smaller than the horizontal VPDU size and has a vertical size that is equal to or smaller than the vertical VPDU size; the unit of processing being used for calculation of a cost that is used for determining whether or not to perform bidirectional prediction; and a determination unit configured to make the determination by using the cost calculated based on the partitioned processing units. a control unit configured to partition a unit of processing into partitioned processing units; wherein each partitioned processing unit: corresponds to a VPDU (Virtual Pipeline Data Unit) size for the one or more images, or has a horizontal size that is equal to or smaller than the horizontal VPDU size and has a vertical size that is equal to or smaller than the vertical VPDU size; the unit of processing being used for calculation of a cost that is used for determining whether or not to perform bidirectional prediction; and a determination unit configured to make the determination by using the cost calculated based on the partitioned processing units.
An in vitro method for detecting a target analyte in a tissue section on a slide, comprising: (a) contacting the tissue section with polymeric-enzyme/primary antibody conjugates, each polymeric-enzyme/primary antibody conjugate comprising: (i) a polymeric-enzyme comprising a plurality of enzyme molecules, wherein the plurality of enzyme molecules are the same enzyme type; and (ii) a primary antibody recognizing the target analyte under a condition that allows formation of a complex comprising the target analyte and the polymeric-enzyme/primary antibody conjugate, wherein each polymeric-enzyme/primary antibody conjugate has a molecular weight of about 400 kDa to about 2,000 kDa, and wherein step (a) is performed for an incubation period of between 3 and 10 minutes; (b) substantially removing the polymeric-enzyme/primary antibody conjugate that does not form the complex; (c) contacting the tissue with a substrate of the plurality of enzyme molecules, thereby detecting the target analyte. (a) contacting the tissue section with polymeric-enzyme/primary antibody conjugates, each polymeric-enzyme/primary antibody conjugate comprising: (i) a polymeric-enzyme comprising a plurality of enzyme molecules, wherein the plurality of enzyme molecules are the same enzyme type; and (ii) a primary antibody recognizing the target analyte under a condition that allows formation of a complex comprising the target analyte and the polymeric-enzyme/primary antibody conjugate, wherein each polymeric-enzyme/primary antibody conjugate has a molecular weight of about 400 kDa to about 2,000 kDa, and wherein step (a) is performed for an incubation period of between 3 and 10 minutes; wherein each polymeric-enzyme/primary antibody conjugate has a molecular weight of about 400 kDa to about 2,000 kDa, and wherein step (a) is performed for an incubation period of between 3 and 10 minutes; (b) substantially removing the polymeric-enzyme/primary antibody conjugate that does not form the complex; (c) contacting the tissue with a substrate of the plurality of enzyme molecules, thereby detecting the target analyte.
An item ex-warehouse method, comprising: receiving and recording virtual warehouse location in-warehouse information of an item in a package stored at an express delivery station based on a cancel instruction of a first item acquisition task that is triggered by a user and is monitored and based on a determination result that the package corresponding to the first item acquisition task is in an undelivered state, wherein the express delivery station is used as a virtual warehouse location in a main warehouse where an item is initially ex-warehoused; determining to ex-warehouse the item from the virtual warehouse location based on a generation instruction of a second item acquisition task that is triggered by the user and is monitored and based on a determination result that it is determined that the second item acquisition task includes the item and a package transportation route corresponding to the second item acquisition task includes the express delivery station; and associating the item in the virtual warehouse location with the second item acquisition task, and associating virtual warehouse location ex-warehouse information of the item with the second item acquisition task. receiving and recording virtual warehouse location in-warehouse information of an item in a package stored at an express delivery station based on a cancel instruction of a first item acquisition task that is triggered by a user and is monitored and based on a determination result that the package corresponding to the first item acquisition task is in an undelivered state, wherein the express delivery station is used as a virtual warehouse location in a main warehouse where an item is initially ex-warehoused; determining to ex-warehouse the item from the virtual warehouse location based on a generation instruction of a second item acquisition task that is triggered by the user and is monitored and based on a determination result that it is determined that the second item acquisition task includes the item and a package transportation route corresponding to the second item acquisition task includes the express delivery station; and associating the item in the virtual warehouse location with the second item acquisition task, and associating virtual warehouse location ex-warehouse information of the item with the second item acquisition task.
A communication method in a communications device, comprising: determining a cell in which a beam failure occurs; and sending first indication information to a network device, wherein the first indication information indicates the cell in which the beam failure occurs, characterized in that the sending first indication information to a network device comprises: sending a media access control control element, MAC CE, to the network device, wherein the MAC CE carries the first indication information and the MAC CE comprises a field indicating an ID of the cell in which the beam failure occurs, wherein a priority of the MAC CE is higher than priorities of all buffer status reports, BSR, power headroom reports, PHR, and data of a logical channel other than an uplink-common control channel, UL-CCCH, and wherein a priority of the MAC CE is lower than priorities of a cell radio network temporary identifier, C-RNTI, MAC CE and data of the UL-CCCH logical channel. determining a cell in which a beam failure occurs; and sending first indication information to a network device, wherein the first indication information indicates the cell in which the beam failure occurs, characterized in that the sending first indication information to a network device comprises: sending a media access control control element, MAC CE, to the network device, wherein the MAC CE carries the first indication information and the MAC CE comprises a field indicating an ID of the cell in which the beam failure occurs, wherein a priority of the MAC CE is higher than priorities of all buffer status reports, BSR, power headroom reports, PHR, and data of a logical channel other than an uplink-common control channel, UL-CCCH, and wherein a priority of the MAC CE is lower than priorities of a cell radio network temporary identifier, C-RNTI, MAC CE and data of the UL-CCCH logical channel.
Dispensing device of a fluid substance (S) comprising a manually operated pump equipped with a hollow stem movable in contrast to an elastic element , the hollow stem being associated to a piston sealedly sliding inside a cup body to define a compression chamber , the compression chamber being associated with a first valve element for the entry of the fluid substance (S) into the compression chamber , the compression chamber being fluidly associated with a second valve element for the outlet of the fluid substance from the compression chamber , on the hollow stem being mounted a dispensing button equipped of a dispensing nozzle , the dispensing button providing at least one channel for feeding the fluid substance to the nozzle , the nozzle being formed by a substantially rigid body which is sealedly fixed in a seat of the dispenser button , the rigid body being associated with a deformable body which alone defines a dispensing port (L) of the fluid substance (S) so that, during dispensing, the deformable body at least in proximity of the dispensing port (L) deforms, to return to its non-deformed configuration when dispensing is finished, the deformable body being overmoulded on the rigid body , the dispensing button , in correspondence with the seat having a cylindrical element on which the nozzle is fitted, the cylindrical element being distant from the deformable body , the dispensing device being characterized in that the nozzle has ribs (N), formed on the rigid body , centering the nozzle on the cylindrical element .
A process for producing a hydrophobized silica aerogel, comprising the following steps: a) preparing a hydrophobized silica gel comprising alkoxy groups wherein the silica gel is obtained by hydrolysis of an organosilicate selected from the group consisting of tetraethyl orthosilicate (TEOS), tetramethyl orthosilicate (TMOS), tetraisopropyl orthosilicate (TPOS), and mixtures or oligomers thereof or by gelification of an inorganic precursor selected from the group consisting of sodium silicate, waterglass, ion exchanged waterglass, silicic acid or colloidal silica and mixtures thereof wherein step a) is carried out using a hydrophobizing agent activatable by an acid catalyst, the hydrophobizing agent being selected from the group consisting of hexamethyldisiloxane, trimethylethoxysilane, trimethylmethoxysilane, and mixtures thereof; b) drying of the hydrophobized silica gel obtained in step a); c) treatment of the product obtained in step b) with a gas mixture comprising water and a base or an acid. a) preparing a hydrophobized silica gel comprising alkoxy groups wherein the silica gel is obtained by hydrolysis of an organosilicate selected from the group consisting of tetraethyl orthosilicate (TEOS), tetramethyl orthosilicate (TMOS), tetraisopropyl orthosilicate (TPOS), and mixtures or oligomers thereof or by gelification of an inorganic precursor selected from the group consisting of sodium silicate, waterglass, ion exchanged waterglass, silicic acid or colloidal silica and mixtures thereof wherein step a) is carried out using a hydrophobizing agent activatable by an acid catalyst, the hydrophobizing agent being selected from the group consisting of hexamethyldisiloxane, trimethylethoxysilane, trimethylmethoxysilane, and mixtures thereof; b) drying of the hydrophobized silica gel obtained in step a); c) treatment of the product obtained in step b) with a gas mixture comprising water and a base or an acid.
Tool for fixing, locking and releasing a fastening device for surgical holding systems, comprising an inner shank having an inner tool tip , an outer shank having an outer tool tip , wherein the inner shank is disposed within the outer shank and is displaceable with respect to the outer shank along a longitudinal axis of the two shanks, wherein in a first displacement position the outer shank is retracted so that the inner tool tip can be used and in a second displacement position the outer shank is extended so that the outer tool tip can be used, characterised in that the tool has a handle and, when working with the tool, a torque can be transmitted from the handle to the respectively active tool tip . an inner shank having an inner tool tip , an outer shank having an outer tool tip , wherein the inner shank is disposed within the outer shank and is displaceable with respect to the outer shank along a longitudinal axis of the two shanks, wherein in a first displacement position the outer shank is retracted so that the inner tool tip can be used and in a second displacement position the outer shank is extended so that the outer tool tip can be used, characterised in that the tool has a handle and, when working with the tool, a torque can be transmitted from the handle to the respectively active tool tip .
A method performed by a transmitter in a wireless communication system, the method comprising: generating a service data access protocol, SDAP, control protocol data unit, PDU ; in case that an integrity protection is configured, calculating a message authentication code-integrity, MAC-I, based on the SDAP control PDU; concatenating the MAC-I, the SDAP control PDU, and a packet data convergence protocol, PDCP, header to obtain a PDCP PDU; and delivering, to a lower layer the PDCP PDU, wherein the SDAP control PDU comprises a QoS flow ID, QFI, and indicates that a mapping relationship between a QoS flow indicated by the QFI and a data radio bearer, DRB, for transmitting the SDAP control PDU ends, and wherein a ciphering is not applied to the SDAP control PDU, and a header compression is not performed for the SDAP control PDU . generating a service data access protocol, SDAP, control protocol data unit, PDU ; in case that an integrity protection is configured, calculating a message authentication code-integrity, MAC-I, based on the SDAP control PDU; concatenating the MAC-I, the SDAP control PDU, and a packet data convergence protocol, PDCP, header to obtain a PDCP PDU; and delivering, to a lower layer the PDCP PDU, wherein the SDAP control PDU comprises a QoS flow ID, QFI, and indicates that a mapping relationship between a QoS flow indicated by the QFI and a data radio bearer, DRB, for transmitting the SDAP control PDU ends, and wherein a ciphering is not applied to the SDAP control PDU, and a header compression is not performed for the SDAP control PDU .
A neutron source , comprising: a neutron producing material layer configured to produce neutron beams upon receipt of irradiation of proton beams or deuteron beams; wherein said neutron producing material layer contains a neutron producing material which is selected from the group consisting of Be, a Be compound, Li, and a Li compound; a metal layer joined with the neutron producing material layer, wherein the metal layer contains a number of moles of a metal element which is greater than 50 % of the total numbers of moles of the molecules constituting said metal layer, wherein said metal element has a hydrogen diffusion coefficient of not less than 10 -11 (m 2 /sec.) at 60° C, wherein said metal element is selected from the group consisting of V, Ni, and alloys of any combination of V, Ni and Ti, wherein said metal element is arranged in said neutron source so as to be irradiated from said neutron beams characterised in that said metal is further configured,upon said irradiation from said neutron beams, to produce radionuclides including ones having a half-life not longer than 12 hours which are the radionuclides with the largest total radiation dose among the radionuclides generated from the metal element. a neutron producing material layer configured to produce neutron beams upon receipt of irradiation of proton beams or deuteron beams; wherein said neutron producing material layer contains a neutron producing material which is selected from the group consisting of Be, a Be compound, Li, and a Li compound; a metal layer joined with the neutron producing material layer, wherein the metal layer contains a number of moles of a metal element which is greater than 50 % of the total numbers of moles of the molecules constituting said metal layer, wherein said metal element has a hydrogen diffusion coefficient of not less than 10 -11 (m 2 /sec.) at 60° C, wherein said metal element is selected from the group consisting of V, Ni, and alloys of any combination of V, Ni and Ti, wherein said metal element is arranged in said neutron source so as to be irradiated from said neutron beams characterised in that said metal is further configured,upon said irradiation from said neutron beams, to produce radionuclides including ones having a half-life not longer than 12 hours which are the radionuclides with the largest total radiation dose among the radionuclides generated from the metal element.
A process for epitaxial growth of a crystalline thin film on a crystalline substrate , comprising, in order, the steps of: a) forming an atomically ordered crystalline surface on the crystalline substrate ; b) flowing a gas mixture through a glow discharge at atmospheric pressure, to issue downstream an activated gas mixture containing activated metastable states of a noble gas as well as one or more unstable reactive chemical species , and thence flowing the activated gas mixture downstream through an aperture onto the surface of the crystalline substrate under atmospheric pressure, to thereby remove residues and/or oxidation from the ordered crystalline surface without disturbing the atomic order of the crystalline surface, wherein all portions of the substrate's surface are exposed to the activated gas mixture within less than two milliseconds after the activated gas mixture has exited the glow discharge ; and c) enclosing the crystalline substrate in a reaction vessel which is not open to the atmosphere, and depositing a layer of a crystalline material onto the ordered crystalline surface, as a crystalline extension of the substrate crystallinity. a) forming an atomically ordered crystalline surface on the crystalline substrate ; b) flowing a gas mixture through a glow discharge at atmospheric pressure, to issue downstream an activated gas mixture containing activated metastable states of a noble gas as well as one or more unstable reactive chemical species , and thence flowing the activated gas mixture downstream through an aperture onto the surface of the crystalline substrate under atmospheric pressure, to thereby remove residues and/or oxidation from the ordered crystalline surface without disturbing the atomic order of the crystalline surface, wherein all portions of the substrate's surface are exposed to the activated gas mixture within less than two milliseconds after the activated gas mixture has exited the glow discharge ; and c) enclosing the crystalline substrate in a reaction vessel which is not open to the atmosphere, and depositing a layer of a crystalline material onto the ordered crystalline surface, as a crystalline extension of the substrate crystallinity.