mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus, having: an adding unit arranged to generate and store in a communication destination information table, in response to reception of data from a communication destination device by a program to be analyzed, communication destination information in association with a tag, by which the communication destination device is identifiable, and to generate and store in a shadow area positional information associating information indicating a storage position in a storage area of the data with the tag; and an identifying unit arranged to identify a storage position of a new program, when an activation of or an activation reservation for the new program is detected, determine whether or not the tag corresponding to a storage area of the new program is present in a shadow area of a virtual hardware of the information processing apparatus by referring to the positional information stored in the shadow area, which corresponds to the storage area of the new program in the virtual hardware, and when the tag is determined to be present in the shadow area, refer to the communication destination information stored in the communication destination information table and obtain the communication destination information corresponding to the tag to identify the obtained communication destination information as communication destination information of a malware distribution site. an adding unit arranged to generate and store in a communication destination information table, in response to reception of data from a communication destination device by a program to be analyzed, communication destination information in association with a tag, by which the communication destination device is identifiable, and to generate and store in a shadow area positional information associating information indicating a storage position in a storage area of the data with the tag; and an identifying unit arranged to identify a storage position of a new program, when an activation of or an activation reservation for the new program is detected, determine whether or not the tag corresponding to a storage area of the new program is present in a shadow area of a virtual hardware of the information processing apparatus by referring to the positional information stored in the shadow area, which corresponds to the storage area of the new program in the virtual hardware, and when the tag is determined to be present in the shadow area, refer to the communication destination information stored in the communication destination information table and obtain the communication destination information corresponding to the tag to identify the obtained communication destination information as communication destination information of a malware distribution site.
A hydrophilic copolymer comprising: structural units derived from a polymerizable monomer having a sulfobetaine structure; structural units derived from a polymerizable monomer having at least one group selected from the group consisting of a sulfonic acid group (-SO 3 H), a sulfuric acid group (-OSO 3 H), a sulfurous acid group (-OSO 2 H), and groups of salts thereof; and structural units derived from a polymerizable monomer having a photoreactive group.
A webbing take-up device comprising: a spool that rotates in a pull-out direction due to a webbing being pulled out; a force limiter member that is capable of actuating with rotation of the spool in the pull-out direction, and that, in an actuated state, absorbs a part of a rotation force of the spool by being deformed; a deformation amount changing member capable of rotating, that is provided so as to be able to deform the force limiter member, that changes a deformation amount of the force limiter member by being displaced in a deformation amount changing direction; and a prevention release section capable of rotating, that prevents displacement of the deformation amount changing member in the deformation amount changing direction, and that releases prevention of displacement of the deformation amount changing member by being actuated, characterized in that a moving member is moved linear when a drive device is actuated, the prevention release section includes a load receiving portion, the prevention release section is rotated by the load receiving portion being pressed by the moving member when the moving member is moved such that the prevention release section releases prevention of displacement of the deformation amount changing member, and the deformation amount changing member is capable of being displaced in the deformation amount changing direction by a load from the force limiter member in the actuated state. a spool that rotates in a pull-out direction due to a webbing being pulled out; a force limiter member that is capable of actuating with rotation of the spool in the pull-out direction, and that, in an actuated state, absorbs a part of a rotation force of the spool by being deformed; a deformation amount changing member capable of rotating, that is provided so as to be able to deform the force limiter member, that changes a deformation amount of the force limiter member by being displaced in a deformation amount changing direction; and a prevention release section capable of rotating, that prevents displacement of the deformation amount changing member in the deformation amount changing direction, and that releases prevention of displacement of the deformation amount changing member by being actuated, characterized in that a moving member is moved linear when a drive device is actuated, the prevention release section includes a load receiving portion, the prevention release section is rotated by the load receiving portion being pressed by the moving member when the moving member is moved such that the prevention release section releases prevention of displacement of the deformation amount changing member, and the deformation amount changing member is capable of being displaced in the deformation amount changing direction by a load from the force limiter member in the actuated state.
An integrated circuit, IC, device, the IC device comprising: an Ethernet frame processor (710, 810); at least one Ethernet port (730, 830) coupled to the Ethernet frame processor (710, 810); and a hardware synchronization circuit (700, 800) coupled to the Ethernet frame processor (710, 810) and to the at least one Ethernet port (730, 830), the hardware synchronization circuit (700, 800) comprising: a controller (726, 826); a local clock (728, 828) coupled to the controller (726, 826); a media-independent peripheral (720, 820) coupled to the controller (726, 826); and a media-dependent peripheral (724, 824, 924) coupled to the media-independent peripheral (720, 820); wherein power is provided to the hardware synchronization circuit (700, 800) independent of the Ethernet frame processor (710, 810), wherein the hardware synchronization circuit (700, 800) is configured to perform IEEE 802.1AS functions while the Ethernet frame processor (710, 810) is powered down, the IEEE 802.1AS functions comprising maintaining synchronization and forwarding frames. an Ethernet frame processor (710, 810); at least one Ethernet port (730, 830) coupled to the Ethernet frame processor (710, 810); and a hardware synchronization circuit (700, 800) coupled to the Ethernet frame processor (710, 810) and to the at least one Ethernet port (730, 830), the hardware synchronization circuit (700, 800) comprising: a controller (726, 826); a local clock (728, 828) coupled to the controller (726, 826); a media-independent peripheral (720, 820) coupled to the controller (726, 826); and a media-dependent peripheral (724, 824, 924) coupled to the media-independent peripheral (720, 820); a controller (726, 826); a local clock (728, 828) coupled to the controller (726, 826); a media-independent peripheral (720, 820) coupled to the controller (726, 826); and a media-dependent peripheral (724, 824, 924) coupled to the media-independent peripheral (720, 820); wherein power is provided to the hardware synchronization circuit (700, 800) independent of the Ethernet frame processor (710, 810), wherein the hardware synchronization circuit (700, 800) is configured to perform IEEE 802.1AS functions while the Ethernet frame processor (710, 810) is powered down, the IEEE 802.1AS functions comprising maintaining synchronization and forwarding frames.
A mobile terminal, comprising: a transparent display; a sensing unit comprising a color sensor configured to sense a surrounding environment of the transparent display; and a controller configured to change a transparency of at least one of a background and an information object displayed on the transparent display according to the sensed surrounding environment, the mobile terminal characterized in that: the controller is configured to: detect an ambient color tone of a subject via the sensing unit, if the information object displayed on the transparent display overlaps with the subject; detect a region of the information object overlapping with the subject if the detected ambient color tone of the subject is in a same color group as that of the information object; and change a color tone of the region of the information object overlapping with the subject displayed on the transparent display. a transparent display; a sensing unit comprising a color sensor configured to sense a surrounding environment of the transparent display; and a controller configured to change a transparency of at least one of a background and an information object displayed on the transparent display according to the sensed surrounding environment, the controller is configured to: detect an ambient color tone of a subject via the sensing unit, if the information object displayed on the transparent display overlaps with the subject; detect a region of the information object overlapping with the subject if the detected ambient color tone of the subject is in a same color group as that of the information object; and change a color tone of the region of the information object overlapping with the subject displayed on the transparent display. detect an ambient color tone of a subject via the sensing unit, if the information object displayed on the transparent display overlaps with the subject; detect a region of the information object overlapping with the subject if the detected ambient color tone of the subject is in a same color group as that of the information object; and change a color tone of the region of the information object overlapping with the subject displayed on the transparent display.
A belt assembly adapted to move a web from a press section of a paper or board making machine to a dryer section of the machine, comprising a combination of a first and a second press roll forming a first press nip, a third press roll forming a second press nip with the first press roll, one or more stretcher guiding rolls (19, 17) to be arranged between the press section and the dryer section, wherein a heat conductive metal belt that forms an endless loop and that is impervious to fluids passes through the first press nip and over the first press roll, through the second press nip and over the one or more stretcher guiding rolls (19, 17), characterised in that one of the one or more stretcher guiding rolls is arranged in close proximity of the second press roll such that a portion of the metal belt wraps a circumferential portion of the second press roll thereby forming a metal belt tension nip by means of the wrapped metal belt, wherein the first press roll is arranged within the closed loop of the heat conductive metal belt.
Method for rotating packages in a container handling system, with the steps: • transport of at least one package or simultaneous transport of a plurality of packages on a transport device, • performance of a first rotational movement of at least one package or of the packages (7, 7a-7d) by means of a double conveyor or transport device, • detection of an actual orientation of a first package (7, 7a-7d) by means of a monitoring device, • comparison of the actual orientation of the first package (7, 7a-7d) with a predetermined setpoint orientation, and • determination of any deviation of the actual orientation from the setpoint orientation, • actuation of the transport device and performance of a second rotational movement of the first package (7, 7a-7d). • transport of at least one package or simultaneous transport of a plurality of packages on a transport device, • performance of a first rotational movement of at least one package or of the packages (7, 7a-7d) by means of a double conveyor or transport device, • detection of an actual orientation of a first package (7, 7a-7d) by means of a monitoring device, • comparison of the actual orientation of the first package (7, 7a-7d) with a predetermined setpoint orientation, and • determination of any deviation of the actual orientation from the setpoint orientation, • actuation of the transport device and performance of a second rotational movement of the first package (7, 7a-7d).
A method for manufacturing a solar cell of reduced potential induced degradation, comprising: performing plasma cleaning on a silicon wafer by using an oxidizing gas, so as to form a first silicon oxide film on the surface of the silicon wafer; and forming an anti-reflection film on the surface of the first silicon oxide film, wherein the anti-reflection film comprises at least a silicon oxide film; wherein the step of forming an anti-reflection film on the surface of the first silicon oxide film comprises: depositing a uniform silicon nitride film on the surface of the first silicon oxide film, and depositing a uniform silicon oxide film on the surface of the silicon nitride film, so as to form the anti-reflection film. performing plasma cleaning on a silicon wafer by using an oxidizing gas, so as to form a first silicon oxide film on the surface of the silicon wafer; and forming an anti-reflection film on the surface of the first silicon oxide film, wherein the anti-reflection film comprises at least a silicon oxide film; wherein the step of forming an anti-reflection film on the surface of the first silicon oxide film comprises: depositing a uniform silicon nitride film on the surface of the first silicon oxide film, and depositing a uniform silicon oxide film on the surface of the silicon nitride film, so as to form the anti-reflection film. depositing a uniform silicon nitride film on the surface of the first silicon oxide film, and depositing a uniform silicon oxide film on the surface of the silicon nitride film, so as to form the anti-reflection film.
An apparatus for providing haptic feedback comprising: a first part configured to form at least part of a case of the apparatus; a second part configured to form at least part of a display for the apparatus; an actuator (215, 701) for generating a force for transmission to the second part; and a flexible membrane attached at a first area of contact to the first part and at a second area of contact to the second part and furthermore configured to connect the first part to the second part, wherein the second part comprises: a front window layer configured to overlay the other components of the second part; at least one display layer; and at least one touch interface layer; and wherein the flexible membrane is configured to permit the transmission of force generated by the actuator (215, 701) to the second part with negligible damping; characterised in that the flexible membrane is constructed from at least part of: one of the display layers and one of the touch interface layers. a first part configured to form at least part of a case of the apparatus; a second part configured to form at least part of a display for the apparatus; an actuator (215, 701) for generating a force for transmission to the second part; and a flexible membrane attached at a first area of contact to the first part and at a second area of contact to the second part and furthermore configured to connect the first part to the second part, wherein the second part comprises: a front window layer configured to overlay the other components of the second part; at least one display layer; and at least one touch interface layer; and wherein the flexible membrane is configured to permit the transmission of force generated by the actuator (215, 701) to the second part with negligible damping; characterised in that the flexible membrane is constructed from at least part of: one of the display layers and one of the touch interface layers.
An apparatus for coloring optical fibers, comprising: - a first reservoir for containing a natural coating material to be applied onto an optical fiber being drawn; - a second reservoir for containing a colorant to be mixed to the natural coating material; - a first line comprising the first reservoir and a natural coating material delivery line; - a second line comprising the second reservoir and a colorant delivery line; - a mixer in fluid communication (130,135) with the first and second reservoirs (105, 125) via said first and second lines, so to receive a first flow of natural coating material and a second flow of colorant and to mix the first and second flows to obtain a colored coating material; - a coating die in fluid communication with the mixer to receive the flow of colored coating material and to apply it onto the optical fiber being drawn, wherein - a first gas pressure source (160,165,170,175) is provided, associated with the first reservoir, exerting on the natural coating material a first gas pressure variable as a function of at least one optical fiber drawing parameter; - a second gas pressure source (160,165,170,180) is provided, associated with the second reservoir, exerting on the colorant a second gas pressure variable as a function of at least one optical fiber drawing parameter; and - said first and second line having relevant pressure drop in a ratio corresponding to the ratio of natural coating material and colorant providing the colored coating material. - a first reservoir for containing a natural coating material to be applied onto an optical fiber being drawn; - a second reservoir for containing a colorant to be mixed to the natural coating material; - a first line comprising the first reservoir and a natural coating material delivery line; - a second line comprising the second reservoir and a colorant delivery line; - a mixer in fluid communication (130,135) with the first and second reservoirs (105, 125) via said first and second lines, so to receive a first flow of natural coating material and a second flow of colorant and to mix the first and second flows to obtain a colored coating material; - a coating die in fluid communication with the mixer to receive the flow of colored coating material and to apply it onto the optical fiber being drawn, - a first gas pressure source (160,165,170,175) is provided, associated with the first reservoir, exerting on the natural coating material a first gas pressure variable as a function of at least one optical fiber drawing parameter; - a second gas pressure source (160,165,170,180) is provided, associated with the second reservoir, exerting on the colorant a second gas pressure variable as a function of at least one optical fiber drawing parameter; and - said first and second line having relevant pressure drop in a ratio corresponding to the ratio of natural coating material and colorant providing the colored coating material.
A method for virtually modeling a dental arch, wherein a plurality of overlapping images of the dental arch and of a reference body is captured from different angles of view and a virtual, three-dimensional dental arch model is computed from the captured images, wherein a partial impression of the dental arch on an impression plate of known dimensions is used as the reference body, which impression plate is provided with a pattern. characterized in that - a virtual, three-dimensional, preliminary dental arch model is computed from images of the dental arch captured intraorally, - a virtual, three-dimensional reference model is computed from images of the reference body captured extraorally, and - to create the dental arch model, the dimensions of the preliminary dental arch model are corrected based on the dimensions of those structural features, realized in the reference model, which are present both in the preliminary dental arch model as well as in the reference model. - a virtual, three-dimensional, preliminary dental arch model is computed from images of the dental arch captured intraorally, - a virtual, three-dimensional reference model is computed from images of the reference body captured extraorally, and - to create the dental arch model, the dimensions of the preliminary dental arch model are corrected based on the dimensions of those structural features, realized in the reference model, which are present both in the preliminary dental arch model as well as in the reference model.
A time synchronization system comprising: a plurality of cards (210, 212, 214) residing in a chassis; the chassis running software that selects a master card from the plurality of cards; and the master card including a clock source and counter, wherein the master card transmits on two bus lines (220, 222) on a regular periodic basis counter value information to the plurality of cards including itself; wherein each of the plurality of cards runs software that authenticates parity of the received counter value information by calculating parity of the counter value information and comparing this parity with parity information calculated by the master card; wherein when the parity information does not match, the software running on the cards selects transmitted counter value information from the second bus line and authenticates parity of the received counter value information from the second bus line; and wherein, if the parity problem is repeated, the software running on the cards notifies the software running on the chassis. a plurality of cards (210, 212, 214) residing in a chassis; the chassis running software that selects a master card from the plurality of cards; and the master card including a clock source and counter, wherein the master card transmits on two bus lines (220, 222) on a regular periodic basis counter value information to the plurality of cards including itself; wherein each of the plurality of cards runs software that authenticates parity of the received counter value information by calculating parity of the counter value information and comparing this parity with parity information calculated by the master card; wherein when the parity information does not match, the software running on the cards selects transmitted counter value information from the second bus line and authenticates parity of the received counter value information from the second bus line; and wherein, if the parity problem is repeated, the software running on the cards notifies the software running on the chassis.