mhurhangee/ep-ind-claims huggingface dataset:
A computerized device for playing an interactive audiovisual movie, the device comprising: a playback engine; and a movie episode data object of the interactive audiovisual movie, which movie episode data object is stored in a data store of the computerized device and comprises a plurality of audio/video segments and playback instructions configured to direct the playback engine to retrieve and play from the movie episode data object audio/video segments, to receive from a user decision commands while playing the audio/video segments, and to retrieve and play from the movie episode data object further audio/video segments depending on the user decision commands; wherein the movie episode data object further comprises audio tracks which are separate from the audio/video segments and have no video content, and further playback instructions configured to direct the playback engine to retrieve from the movie episode data object one of the separate audio tracks and to play the separate audio track uninterruptedly, during a change of audio/video segments at a point in time selected interactively and dynamically by the user, while playing an end of a first audio/video segment (AVSeg3), up to the point in time selected by the user, and a start of a second audio/video segment (AVSeg7) which is selected by the user and played subsequently to the first audio/video segment (AVSeg3). a playback engine; and a movie episode data object of the interactive audiovisual movie, which movie episode data object is stored in a data store of the computerized device and comprises a plurality of audio/video segments and playback instructions configured to direct the playback engine to retrieve and play from the movie episode data object audio/video segments, to receive from a user decision commands while playing the audio/video segments, and to retrieve and play from the movie episode data object further audio/video segments depending on the user decision commands; wherein the movie episode data object further comprises audio tracks which are separate from the audio/video segments and have no video content, and further playback instructions configured to direct the playback engine to retrieve from the movie episode data object one of the separate audio tracks and to play the separate audio track uninterruptedly, during a change of audio/video segments at a point in time selected interactively and dynamically by the user, while playing an end of a first audio/video segment (AVSeg3), up to the point in time selected by the user, and a start of a second audio/video segment (AVSeg7) which is selected by the user and played subsequently to the first audio/video segment (AVSeg3).
A method for making absorbent articles, the method comprising steps of: forming first apertures in a first substrate, the first substrate comprising a first surface and an opposing second surface; advancing elastic material onto the second surface of the first substrate; forming second apertures in a second substrate, the second substrate comprising a first surface and an opposingf second surface; advancing the second substrate onto the first substrate and elastic material to form a laminate, wherein the first surface of the second substrate is in a facing relationship with the second surface of the first substrate; and bonding the first substrate with the second substrate in bond regions, wherein the bond regions are separated from each other along the machine direction to define unbonded regions, wherein the first apertures and the second apertures are positioned in the unbonded regions. forming first apertures in a first substrate, the first substrate comprising a first surface and an opposing second surface; advancing elastic material onto the second surface of the first substrate; forming second apertures in a second substrate, the second substrate comprising a first surface and an opposingf second surface; advancing the second substrate onto the first substrate and elastic material to form a laminate, wherein the first surface of the second substrate is in a facing relationship with the second surface of the first substrate; and bonding the first substrate with the second substrate in bond regions, wherein the bond regions are separated from each other along the machine direction to define unbonded regions, wherein the first apertures and the second apertures are positioned in the unbonded regions.
A spinal correction system comprising: a first rod configured to extend along a first side of a spine; a first stabilization member configured to extend along the first side of the spine, the first stabilization member configured to laterally constrain the first rod while allowing the first rod to slide axially and to change in pitch, yaw, and roll about a first pivot point; a first rod anchor configured to be secured to a vertebra of the spine and to laterally constrain the first stabilization member while allowing the first stabilization member to slide axially and to change in pitch, yaw, and roll about a second pivot point; a second rod anchor configured to be secured to a vertebra of the spine and to laterally constrain the first stabilization member while preventing the first stabilization member from sliding axially and from changing in pitch, yaw, and roll; a second stabilization member configured to extend along a second side of the spine; a third rod anchor configured to be secured to a vertebra of the spine and to laterally constrain the second stabilization member while allowing the second stabilization member to slide axially and to change in pitch, yaw, and roll about a third pivot point; and a fourth rod anchor configured to be secured to a vertebra of the spine and to laterally constrain the second stabilization member while preventing the second stabilization member from sliding axially and from changing in pitch, yaw, and roll. a first rod configured to extend along a first side of a spine; a first stabilization member configured to extend along the first side of the spine, the first stabilization member configured to laterally constrain the first rod while allowing the first rod to slide axially and to change in pitch, yaw, and roll about a first pivot point; a first rod anchor configured to be secured to a vertebra of the spine and to laterally constrain the first stabilization member while allowing the first stabilization member to slide axially and to change in pitch, yaw, and roll about a second pivot point; a second rod anchor configured to be secured to a vertebra of the spine and to laterally constrain the first stabilization member while preventing the first stabilization member from sliding axially and from changing in pitch, yaw, and roll; a second stabilization member configured to extend along a second side of the spine; a third rod anchor configured to be secured to a vertebra of the spine and to laterally constrain the second stabilization member while allowing the second stabilization member to slide axially and to change in pitch, yaw, and roll about a third pivot point; and a fourth rod anchor configured to be secured to a vertebra of the spine and to laterally constrain the second stabilization member while preventing the second stabilization member from sliding axially and from changing in pitch, yaw, and roll.
A hybrid siloxane polymer comprising a linear first siloxane resin comprising moieties represented by the following Chemical Formulas 1 a and 1b and double bonds at both terminal ends, a curing agent having more than two silicon-hydrogen bonds, and a second siloxane resin having a reticular structure and comprising at least one alkenyl group: wherein, in Chemical Formula 1a or 1b, A is a C2 to C10 alkylene group, R 1 to R 6 are independently a substituted or unsubstituted C1 to C10 alkyl group, a substituted or unsubstituted C3 to C20 cycloalkyl group, a substituted or unsubstituted C6 to C20 aryl group, a substituted or unsubstituted C7 to C20 arylalkyl group, a substituted or unsubstituted C1 to C20 heteroalkyl group, a substituted or unsubstituted C2 to C20 heterocycloalkyl group, a substituted or unsubstituted C2 to C20 alkenyl group, a substituted or unsubstituted C2 to C20 alkynyl group, a substituted or unsubstituted C1 to C10 alkoxy group, a halogen, or a combination thereof, and n ranges from 1 to 500.
One-piece sliding block consisting of plastic, in particular for locking tongues of fittings, comprising a base portion, wall portions (11, 12) and a cover portion, wherein the cover portion overlaps a subregion of the base portion so as to form an insert opening for a component that can be operatively connected therewith, and wherein latching means which are moulded onto the cover portion are provided in the region of the sliding block.
Vehicle with a cowl stay, wherein the cowl stay is mounted on a front end part of a body frame and supports a cowling, and said cowl stay supporting said cowling has a front opening which serves as a duct with a hollow structure designed to guide an air taken in from a front side of a vehicle body to an air cleaner box, said cowl stay being mounted on a front surface of a head pipe, mounted on a front end of said body frame and a headlight configured to irradiate an area in front of a vehicle with light is placed inside said cowl stay, characterized in that said cowl stay is mounted so as to close a head pipe opening which is formed in said head pipe and serves as an air intake for said air cleaner box, wherein said cowl stay is formed from an upper member and a lower member into which the hollow structure is divided vertically, said upper member supports at least said cowling and said headlight, said upper member and said lower member are made of members different in strength, and said upper member is made of a member having higher strength than that of said lower member.
A method of confirming the amino acid sequence of a pegylated interleukin-10, comprising fragmenting a test PEG-IL-10 with a glutamyl endopeptidase (Endo Glu-C), to yield a test plurality of peptides; separating peptide members of the test plurality of peptides by chromatography; analyzing said separated peptide members using ultraviolet absorption spectroscopy to provide a test PEG-IL-10 chromatogram; comparing the test PEG-IL-10 chromatogram to a reference standard chromatogram, said reference standard chromatogram generated by Endo Glu-C digestion of a reference standard PEG-IL-10, separating peptide members of the reference standard by chromatography, and analyzing said separated peptide members using ultraviolet absorption spectroscopy to provide the reference standard chromatogram; wherein the amino acid sequence of the test PEG-IL-10 is confirmed by the substantial equivalency of the retention time of the peaks of the test PEG-IL-10 chromatogram and the reference standard chromatogram.
A cargo handling system (100, 200, 300, 400), comprising: a power drive unit (110, 210, 310, 410) having a drive roller (108, 208, 308, 408) configured to impart movement to a unit load device (20, 120, 320, 420); a first restraint (114, 214, 314); a first sensor (219, 419) configured to detect movement of the unit load device (20, 120, 320, 420) with respect to a parked location following deployment of the first restraint (114, 214, 314) and activation of the drive roller (108, 208, 308, 408); and a second sensor configured to detect deployment of the first restraint (114, 214, 314); wherein the second sensor is at least one of an encoder and a limit switch. a power drive unit (110, 210, 310, 410) having a drive roller (108, 208, 308, 408) configured to impart movement to a unit load device (20, 120, 320, 420); a first restraint (114, 214, 314); a first sensor (219, 419) configured to detect movement of the unit load device (20, 120, 320, 420) with respect to a parked location following deployment of the first restraint (114, 214, 314) and activation of the drive roller (108, 208, 308, 408); and a second sensor configured to detect deployment of the first restraint (114, 214, 314); wherein the second sensor is at least one of an encoder and a limit switch.
A method for separating a viscera set eviscerated from slaughtered poultry, said viscera set including gizzard, liver, intestines and gallbladder, and being held by a viscera holder on a viscera conveyor in a manner whereby at least the liver, the intestines and the gallbladder are suspended below said viscera holder, said method comprising the steps of: A) moving a guide member from a first position to a second position so that said viscera set is arranged in an elongated opening of the guide member in a manner whereby the intestines and the gallbladder are suspended below said guide member and the liver and gizzard are positioned above said guide member, said elongated opening having a length direction, and B) separating the intestines and the gallbladder from the remaining viscera set while the guide member is in the second position and said liver and said gizzard rests on a separation support surface (41, 42) of said guide member, said separation surface including a first part on one side of the elongated opening adapted for supporting the gizzard and a second side on the opposite side of the elongated opening adapted for supporting the liver, characterized in that before or simultaneous with step A) the viscera set is brought into contact with an engagement member in a manner so that at least the gizzard is kept on the one side of the elongated opening at least until coming into contact with the separation support surface. A) moving a guide member from a first position to a second position so that said viscera set is arranged in an elongated opening of the guide member in a manner whereby the intestines and the gallbladder are suspended below said guide member and the liver and gizzard are positioned above said guide member, said elongated opening having a length direction, and B) separating the intestines and the gallbladder from the remaining viscera set while the guide member is in the second position and said liver and said gizzard rests on a separation support surface (41, 42) of said guide member, said separation surface including a first part on one side of the elongated opening adapted for supporting the gizzard and a second side on the opposite side of the elongated opening adapted for supporting the liver,
An apparatus, comprising a wireless transceiver; a controller coupled to the wireless transceiver and configured to receive data via the wireless transceiver; wherein the controller is configured to operate the wireless transceiver in a first power state where the wireless transceiver can receive a frame but not send a frame; wherein the controller is responsive to the wireless transceiver receiving a frame while the wireless transceiver is in the first power state to determine whether the frame is a predefined wakeup frame; wherein the controller is configured to provide additional power to the wireless transceiver responsive to determining the frame is a predefined wakeup frame; wherein the controller is configured to determine the frame is the predefined wakeup frame based on an address contained within the frame; wherein the controller is configured to provide the additional power to a decryption circuit associated with the wireless transceiver; wherein the controller is configured to determine via the decryption circuit whether the received frame has a valid signature corresponding to a predefined wakeup frame for one of a group consisting of an access point sending the wakeup frame and a network associated with the access point; and wherein the controller is configured to provide power to a transmit circuit associated with the wireless transceiver responsive to determining that the received frame has a signature corresponding to a predefined wakeup frame.
An electrode assembly configured to have a structure in which two or more unit cells are sequentially stacked or a structure in which two or more unit cells are folded using a long sheet type separation film, wherein the unit cells comprise bi-cells, each of which comprises a positive electrode, a negative electrode, and a separator, at least one of the bi-cells comprises a safety electrode configured such that an electrode active material is applied only to one major surface of an electrode current collector, the safety electrode comprises a first surface, to which no electrode active material is applied, and a second surface, to which the electrode active material is applied, and the at least one of the bi-cells comprising the safety electrode is configured such that a safety separator, having a thickness equivalent to 110% to 220% of a thickness of a separator disposed between a positive electrode and a negative electrode or between a negative electrode and a positive electrode excluding the safety electrode, is added to the first surface and/or the second surface of the safety electrode.
A method for making articles of footwear, comprising: placing a base layer and at least one trim layer on a last member, wherein the last member has an approximate geometry of a foot and has a hollow interior; pulling a pressing layer against the base layer, the at least one trim layer, and the last member by creating a vacuum between the pressing layer and the last member; flowing hot air into the hollow interior while the pressing layer is pulled against the base layer; and removing the base layer and the at least one trim layer from the last member after the at least one trim layer has fused to the base layer. placing a base layer and at least one trim layer on a last member, wherein the last member has an approximate geometry of a foot and has a hollow interior; pulling a pressing layer against the base layer, the at least one trim layer, and the last member by creating a vacuum between the pressing layer and the last member; flowing hot air into the hollow interior while the pressing layer is pulled against the base layer; and removing the base layer and the at least one trim layer from the last member after the at least one trim layer has fused to the base layer.
An error identification method for a five-axis controlled machine tool including three translational axes for translational control in X, Y, and Z axis directions and two rotation axes for rotation control about B and C axes, wherein the X axis is a vertical axis, Z and Y axes are orthogonal in a plane orthogonal to the X axis, and the B axis is a rotary feed axis for rotation about an axis in parallel with the Y axis, and the C axis is a rotary feed axis for rotation about an axis in parallel with the Z axis, the method comprising: a step of providing a reference sphere to the C axis and attaching a touch probe to the B axis; a first measurement step of measuring a center position of the reference sphere while indexing an angle of the B axis at an equal interval when the B axis turns within a range of 0 to 90°, with the C axis fixed; a second measurement step of measuring the center position of the reference sphere as same as in the first measurement step with a turning radius of a measurement point of the touch probe changed; a third measurement step of measuring the center position of the reference sphere while indexing an angle of the C axis at an equal interval when the C axis turns by a single rotation, with the B axis fixed; and a fourth measurement step of measuring the center position of the reference sphere as same as in the third measurement step with a Z direction initial position of the reference sphere changed. a step of providing a reference sphere to the C axis and attaching a touch probe to the B axis; a first measurement step of measuring a center position of the reference sphere while indexing an angle of the B axis at an equal interval when the B axis turns within a range of 0 to 90°, with the C axis fixed; a second measurement step of measuring the center position of the reference sphere as same as in the first measurement step with a turning radius of a measurement point of the touch probe changed; a third measurement step of measuring the center position of the reference sphere while indexing an angle of the C axis at an equal interval when the C axis turns by a single rotation, with the B axis fixed; and a fourth measurement step of measuring the center position of the reference sphere as same as in the third measurement step with a Z direction initial position of the reference sphere changed.
A manufacturing method for a copper and elemental copper free NAO (Non-Asbestos-Organic) friction material including at least a fiber base material, a binder consisting of a thermosetting resin, and a friction modifier, comprising: a mixing step to mix a raw friction material compound in a mixer to obtain a raw friction material mixture; a kneading step to knead the raw friction material mixture to obtain a kneaded raw friction material so as to set the raw friction material mixture in a sealed type kneader which includes a kneading chamber to store the raw friction material mixture, a compression lid to close the upper portion of the kneading chamber, a pair of rotor set in the kneading chamber and a temperature control system to control the temperature inside of the kneading chamber, and then to knead the raw friction material mixture while heating the kneading chamber to the melting temperature of the thermosetting resin or more but lower than the curing temperature, and pressurizing the inside of the kneading chamber; and a hot press molding step to hot-press the kneaded raw friction material in the molding die to conduct the hot press molding to obtain the molded friction material, characterized in that the temperature of the kneading chamber when filling the raw friction material mixture into the sealed type kneader is set 5-10 centigrade lower than the melting temperature of the thermosetting resin. a mixing step to mix a raw friction material compound in a mixer to obtain a raw friction material mixture; a kneading step to knead the raw friction material mixture to obtain a kneaded raw friction material so as to set the raw friction material mixture in a sealed type kneader which includes a kneading chamber to store the raw friction material mixture, a compression lid to close the upper portion of the kneading chamber, a pair of rotor set in the kneading chamber and a temperature control system to control the temperature inside of the kneading chamber, and then to knead the raw friction material mixture while heating the kneading chamber to the melting temperature of the thermosetting resin or more but lower than the curing temperature, and pressurizing the inside of the kneading chamber; and a hot press molding step to hot-press the kneaded raw friction material in the molding die to conduct the hot press molding to obtain the molded friction material, characterized in that the temperature of the kneading chamber when filling the raw friction material mixture into the sealed type kneader is set 5-10 centigrade lower than the melting temperature of the thermosetting resin.
Method for erasing a laser-induced marking from glass sheets, preferably from basic glass sheets, preferably from float glass sheets, wherein the marking is an internal marking based on color centers, characterized in that the internal marking is erased by means of laser radiation, wherein for erasing the internal marking, laser radiation is used which lies in a wavelength range which is absorbed by the color centers.