mhurhangee/ep-ind-claims huggingface dataset:
A method for decoding a layered stream with a decoder comprising a processor, the method comprising: receiving a coded bitstream, the coded bitstream comprising a coded enhancement layer stream with a first spatial resolution and a first dynamic range and a coded base layer stream with a second spatial resolution and second dynamic range, wherein the first dynamic range is higher than the second dynamic range; decoding the coded BL stream using a BL decoder to generate a first decoded BL signal with a YCbCr 4:2:0 coding color format; in response to the decoded BL signal, generating a predicted signal with the first dynamic range, wherein luma pixel values of the predicted signal are predicted based only on luma pixel values of the decoded BL signal, and chroma pixel values of at least one chroma component of the predicted signal are predicted based on both the luma and chroma pixel values of the decoded BL signal; decoding the coded EL stream using an EL decoder to generate a decoded residual signal; and generating an output signal with the first resolution and the first dynamic range in response to the decoded residual signal and the predicted signal. receiving a coded bitstream, the coded bitstream comprising a coded enhancement layer stream with a first spatial resolution and a first dynamic range and a coded base layer stream with a second spatial resolution and second dynamic range, wherein the first dynamic range is higher than the second dynamic range; decoding the coded BL stream using a BL decoder to generate a first decoded BL signal with a YCbCr 4:2:0 coding color format; in response to the decoded BL signal, generating a predicted signal with the first dynamic range, wherein luma pixel values of the predicted signal are predicted based only on luma pixel values of the decoded BL signal, and chroma pixel values of at least one chroma component of the predicted signal are predicted based on both the luma and chroma pixel values of the decoded BL signal; decoding the coded EL stream using an EL decoder to generate a decoded residual signal; and generating an output signal with the first resolution and the first dynamic range in response to the decoded residual signal and the predicted signal.
An article comprising: a component; a substrate comprising a first ceramic material; a joining layer between the component and the substrate, the joining layer comprises at least one of a braze or a weld; and a joint surface coating between the substrate and the joining layer; characterised in that the joint surface coating comprises: a diffusion barrier layer that is a second ceramic material that consists essentially of silicon carbide, and a compliance layer comprising at least one of a metal or a metalloid, wherein the compliance layer is between the diffusion barrier layer and the substrate. a component; a substrate comprising a first ceramic material; a joining layer between the component and the substrate, the joining layer comprises at least one of a braze or a weld; and a joint surface coating between the substrate and the joining layer; characterised in that the joint surface coating comprises: a diffusion barrier layer that is a second ceramic material that consists essentially of silicon carbide, and a compliance layer comprising at least one of a metal or a metalloid, wherein the compliance layer is between the diffusion barrier layer and the substrate. a diffusion barrier layer that is a second ceramic material that consists essentially of silicon carbide, and a compliance layer comprising at least one of a metal or a metalloid, wherein the compliance layer is between the diffusion barrier layer and the substrate.
A method of creating polymeric carbon monoxide comprising the steps of: loading a source material comprising an oxalate salt into an apparatus; sealing the apparatus; pressurizing the apparatus to a pressure of 0.5 GPa to 5 GPa; and irradiating the source material in the apparatus with x-rays for an irradiation time, wherein the x-rays have an irradiation energy in the range of 5 keV to 100 keV, wherein the irradiation time is in the range of 15 minutes to 10 hours, and wherein the polymeric carbon monoxide is created from the source material loading a source material comprising an oxalate salt into an apparatus; sealing the apparatus; pressurizing the apparatus to a pressure of 0.5 GPa to 5 GPa; and irradiating the source material in the apparatus with x-rays for an irradiation time, wherein the x-rays have an irradiation energy in the range of 5 keV to 100 keV, wherein the irradiation time is in the range of 15 minutes to 10 hours, and wherein the polymeric carbon monoxide is created from the source material
A method of attaching a hose coupling to a first end of a reinforced bonded hose, the method comprising: skiving the first end of the reinforced hose to expose at least one reinforcing layer of a plurality of reinforcing layers of the reinforced hose; and positioning the skived first end of the reinforced hose in an inner cavity of the hose coupling; the method characterized by: introducing a vacuum into the inner cavity through a vent port in the hose coupling; and introducing a bonding agent into the cavity through an injection port in the hose coupling, wherein the bonding agent is drawn by the vacuum into at least one reinforcing layer of the plurality of reinforcing layers of the reinforced hose. skiving the first end of the reinforced hose to expose at least one reinforcing layer of a plurality of reinforcing layers of the reinforced hose; and positioning the skived first end of the reinforced hose in an inner cavity of the hose coupling; introducing a vacuum into the inner cavity through a vent port in the hose coupling; and introducing a bonding agent into the cavity through an injection port in the hose coupling, wherein the bonding agent is drawn by the vacuum into at least one reinforcing layer of the plurality of reinforcing layers of the reinforced hose.
Actuating arrangement for a parking lock for a motor vehicle, comprising - an actuator having an adjusting slide that is linearly displaceable relative to a housing plate between a central position and a first deflected sliding position, - a parking lock slide that is linearly displaceable relative to the housing plate between an engaged position and a disengaged position and can be coupled to a parking lock via a parking lock control path, so that an engagement of the parking lock is allowed in its engaged position, which is defined by a stop fixed on the housing plate, and prevented in its disengaged position, and - a pivot lever which is pivotably mounted both on an adjusting slide bearing point on the adjusting slide and also on a parking lock slide bearing point on the parking lock slide, and which is also pivotably mounted at a first further articulation point, so that a correspondingly lever-translated displacement of the parking lock slide is brought about by a displacement of the adjusting slide, characterized in that the first further articulation point is on a bottom slide that is linearly displaceable relative to the housing plate and is displaceable between a bottom position and a pretensioned position, and which is spring-loaded by a pretensioning spring in the direction of its bottom position, and can be held in its pretensioned position, which is displaced counter to the pretensioning spring force by an electromagnetic locking device (46, 47) counteracting the pretensioning spring force. - an actuator having an adjusting slide that is linearly displaceable relative to a housing plate between a central position and a first deflected sliding position, - a parking lock slide that is linearly displaceable relative to the housing plate between an engaged position and a disengaged position and can be coupled to a parking lock via a parking lock control path, so that an engagement of the parking lock is allowed in its engaged position, which is defined by a stop fixed on the housing plate, and prevented in its disengaged position, and - a pivot lever which is pivotably mounted both on an adjusting slide bearing point on the adjusting slide and also on a parking lock slide bearing point on the parking lock slide, and which is also pivotably mounted at a first further articulation point, so that a correspondingly lever-translated displacement of the parking lock slide is brought about by a displacement of the adjusting slide, characterized in that the first further articulation point is on a bottom slide that is linearly displaceable relative to the housing plate and is displaceable between a bottom position and a pretensioned position, and which is spring-loaded by a pretensioning spring in the direction of its bottom position, and can be held in its pretensioned position, which is displaced counter to the pretensioning spring force by an electromagnetic locking device (46, 47) counteracting the pretensioning spring force.
Continuous process for hydrogenating halogen-containing silane compounds having at least three silicon atoms, in which - at least one halogen-containing silane compound having at least three silicon atoms and - at least one hydrogenating agent selected from the group of compounds consisting of LiAlH 4, NaBH 4 and i-Bu 2 AlH - are converted continuously to form - at least one hydridosilane compound having at least 3 silicon atoms and - oxidized hydrogenating agent, and wherein - oxidized hydrogenating agent is withdrawn and reduced, and the reaction product of this reduction reaction is fed back to the hydrogenation. - at least one halogen-containing silane compound having at least three silicon atoms and - at least one hydrogenating agent selected from the group of compounds consisting of LiAlH 4, NaBH 4 and i-Bu 2 AlH - are converted continuously to form - at least one hydridosilane compound having at least 3 silicon atoms and - oxidized hydrogenating agent, and wherein - oxidized hydrogenating agent is withdrawn and reduced, and the reaction product of this reduction reaction is fed back to the hydrogenation.
A method of operating a source node (1100A, 1100B, 1200A, 1200B) in a wireless communications network, comprising: identifying a communication interval for communication between the source node and a destination node, the communication interval comprising a control interval, a data interval disposed after the control interval, a coordination interval disposed after the data interval, and a feedback interval disposed after the coordination interval; transmitting one or more control signals during the control interval; transmitting one or more data signals during the data interval; transmitting or receiving one or more coordination signals during the coordination interval, the one or more coordination signals coordinating at least one aspect of a listen-after-talk, LAT, procedure, wherein the one or more coordination signals comprise at least one of a notify-to-send, NTS, message, and a notify-not-to-send, NNTS, message; and listening for one or more feedback signals during the feedback interval, the one or more feedback signals indicating a status of the transmission of the one or more data signals, the one or more feedback signals comprising an acknowledgement, ACK, or negative acknowledgement, NACK, message. identifying a communication interval for communication between the source node and a destination node, the communication interval comprising a control interval, a data interval disposed after the control interval, a coordination interval disposed after the data interval, and a feedback interval disposed after the coordination interval; transmitting one or more control signals during the control interval; transmitting one or more data signals during the data interval; transmitting or receiving one or more coordination signals during the coordination interval, the one or more coordination signals coordinating at least one aspect of a listen-after-talk, LAT, procedure, wherein the one or more coordination signals comprise at least one of a notify-to-send, NTS, message, and a notify-not-to-send, NNTS, message; and listening for one or more feedback signals during the feedback interval, the one or more feedback signals indicating a status of the transmission of the one or more data signals, the one or more feedback signals comprising an acknowledgement, ACK, or negative acknowledgement, NACK, message.
A curable organopolysiloxane composition comprising: an alkenyl group-containing organopolysiloxane represented by the following average compositional formula: R 1 a R 2 b SiO (4-a-b)/2 wherein, R 1 represents a C 2-12 alkenyl group; R 2 represents a hydrogen atom, C 1-12 alkyl group, C 6-20 aryl group, C 7-20 aralkyl group, hydroxyl group, or a C 1-6 alkoxy group; however, there are at least two R 1 in a molecule; "a" and "b" are numbers satisfying: 0 < a ≦ 1, 0 < b < 3, and 0.8 < a+b < 3; a compound having at least two thiol groups in a molecule, in an amount such that the thiol groups in component is 0.3 to 3 mol with respect to 1 mol of the alkenyl groups in component; an azo compound; and at least one type of compound selected from a group consisting of quinone compounds, compounds having one or two aromatic hydroxyl groups in a molecule, compounds having one thiol group in a molecule, nitrosamine compounds, hydroxylamine compounds, and phenothiazine compounds, wherein component is a thiol group-containing organopolysiloxane represented by the following average compositional formula: R 3 c R 4 d SiO (4-c-d)/2 wherein, R 3 is at least one type of thiol group selected from a group consisting of thiolalkyl groups and thiolaryl groups; R 4 represents a hydrogen atom, C 1-12 alkyl group, C 6-20 aryl group, C 7-20 aralkyl group, hydroxyl group, or a C 1-6 alkoxy group; however, there are at least two R 3 in a molecule; "c" and "d" are numbers satisfying: 0 < c < 1, 0 < d < 3, and 0.8 < c+d < 3. an alkenyl group-containing organopolysiloxane represented by the following average compositional formula: R 1 a R 2 b SiO (4-a-b)/2 wherein, R 1 represents a C 2-12 alkenyl group; R 2 represents a hydrogen atom, C 1-12 alkyl group, C 6-20 aryl group, C 7-20 aralkyl group, hydroxyl group, or a C 1-6 alkoxy group; however, there are at least two R 1 in a molecule; "a" and "b" are numbers satisfying: 0 < a ≦ 1, 0 < b < 3, and 0.8 < a+b < 3; a compound having at least two thiol groups in a molecule, in an amount such that the thiol groups in component is 0.3 to 3 mol with respect to 1 mol of the alkenyl groups in component; an azo compound; and at least one type of compound selected from a group consisting of quinone compounds, compounds having one or two aromatic hydroxyl groups in a molecule, compounds having one thiol group in a molecule, nitrosamine compounds, hydroxylamine compounds, and phenothiazine compounds,
An integrated circuit for facilitating communication between a host device and a client device over a fiber optic cable comprising an optical fiber, the integrated circuit comprising: a termination impedance (133, 233) coupled to a device input line (137, 237); characterized by a termination switch (134, 234) coupled to the termination impedance (133, 233) and a ground reference potential; wherein: when the integrated circuit is connected to a host device, the termination switch (134, 234) closes upon a connection between a client-side integrated circuit and a client device to couple the termination impedance (133, 233) to the ground reference potential; and when the integrated circuit is connected to a client device, the termination switch (134, 234) closes upon a connection between a host-side integrated circuit and a host device to couple the termination impedance (133, 233) to the ground reference potential. a termination impedance (133, 233) coupled to a device input line (137, 237); characterized by a termination switch (134, 234) coupled to the termination impedance (133, 233) and a ground reference potential; wherein: when the integrated circuit is connected to a host device, the termination switch (134, 234) closes upon a connection between a client-side integrated circuit and a client device to couple the termination impedance (133, 233) to the ground reference potential; and when the integrated circuit is connected to a client device, the termination switch (134, 234) closes upon a connection between a host-side integrated circuit and a host device to couple the termination impedance (133, 233) to the ground reference potential. when the integrated circuit is connected to a host device, the termination switch (134, 234) closes upon a connection between a client-side integrated circuit and a client device to couple the termination impedance (133, 233) to the ground reference potential; and when the integrated circuit is connected to a client device, the termination switch (134, 234) closes upon a connection between a host-side integrated circuit and a host device to couple the termination impedance (133, 233) to the ground reference potential.
Apparatus for providing a controlled atmosphere in a region between a laser system for corneal tissue ablation and an eye of a patient, comprising: a. means for isolating the region between the laser system and the eye, and b. means for controlling the atmosphere in the region, c. wherein the means for isolating comprise an eye piece adapted to be arranged around the eye of the patient, and d. wherein the eye piece comprises a sleeve adapted to provide a fit with the face. a. means for isolating the region between the laser system and the eye, and b. means for controlling the atmosphere in the region, c. wherein the means for isolating comprise an eye piece adapted to be arranged around the eye of the patient, and d. wherein the eye piece comprises a sleeve adapted to provide a fit with the face.
A terminal station apparatus comprising: a reception section adapted to receive assignment control information reported with downlink resources; a determining section adapted to determine, for each stream from a plurality of streams, a Walsh sequence associated with this stream, based on the assignment control information, the plurality of streams being split into stream groups including a first stream group and a second stream group; a formation section adapted to form a transmission signal by spreading each stream included in at least one of the first stream group and the second stream groups using the determined Walsh sequences; and a transmission section adapted to transmits the formed transmission signal, characterized in that a same Walsh sequence is associated with streams included in the first stream group, another Walsh sequence orthogonal to said same Walsh sequence is associated with streams included in the second stream group, and the streams of the plurality of streams are assigned to one or more users in units of the stream groups. a reception section adapted to receive assignment control information reported with downlink resources; a determining section adapted to determine, for each stream from a plurality of streams, a Walsh sequence associated with this stream, based on the assignment control information, the plurality of streams being split into stream groups including a first stream group and a second stream group; a formation section adapted to form a transmission signal by spreading each stream included in at least one of the first stream group and the second stream groups using the determined Walsh sequences; and a transmission section adapted to transmits the formed transmission signal, characterized in that a same Walsh sequence is associated with streams included in the first stream group, another Walsh sequence orthogonal to said same Walsh sequence is associated with streams included in the second stream group, and the streams of the plurality of streams are assigned to one or more users in units of the stream groups.
Four-jaw compensation chuck, having a housing, in which a drive unit having a routed cable that can be moved in the direction of a chucking axis is arranged, and two pairs of diametrically opposite base jaws (7a, c; 7b, d) are arranged, wherein the base jaws (7a - d) are guided substantially perpendicularly to the chucking axis, preferably radially, moveably in the housing, wherein the drive unit has two pairs of diametrically oppositely arranged slides (17a, c; 17b, d), wherein each slide (17a-d) is coupled to a base jaw (7a-d) for transferring force to the base jaw (7a-d), in order to convert the movement of the routed cables into the movement of the base jaw, characterised in that the slides (17a, c; 17b, d) are actively connected to the routed cables by means of a compensation element that can be rotated around the chucking axis in relation to the routed cables, and in relation to the chucking axis, are mounted in the housing moveably in the peripheral direction and immovably in the radial direction. wherein the base jaws (7a - d) are guided substantially perpendicularly to the chucking axis, preferably radially, moveably in the housing, wherein the drive unit has two pairs of diametrically oppositely arranged slides (17a, c; 17b, d), wherein each slide (17a-d) is coupled to a base jaw (7a-d) for transferring force to the base jaw (7a-d), in order to convert the movement of the routed cables into the movement of the base jaw, characterised in that the slides (17a, c; 17b, d) are actively connected to the routed cables by means of a compensation element that can be rotated around the chucking axis in relation to the routed cables, and in relation to the chucking axis, are mounted in the housing moveably in the peripheral direction and immovably in the radial direction.
Magnetic position transducer, comprising a magnetic transducer, a magnetic sensor, which is assigned to the magnetic transducer, for detecting the movement of the magnetic transducer, and a housing, wherein the magnetic transducer has at least two bar magnets, which are arranged in the housing with opposite polarity, wherein the poles of adjacent bar magnets are each oppositely directed, so that the two south poles or north poles of the adjacent bar magnets are closer to one another than the south pole of one of the bar magnets and the north pole of the other of the bar magnets respectively are, characterized in that at least one of the bar magnets has at least one recess and in that the housing has at least one recess, wherein the at least one recess in the housing and the at least one recess in the bar magnet are congruent.
A supplemental steering control system for a vehicle with a braking system and a main steering system with a positive rolling radius, the braking system being configured to brake individually wheels of the vehicle, the main steering system being configured to steer the vehicle in response to a steering signal, the supplemental steering control system comprising: an error detection module configured to detect a malfunction of the main steering system and based thereon to provide an error signal; and a control module configured to receive the error signal and the steering signal, and to generate based on the received steering signal a braking signal and to provide the braking signal for the braking system to brake a wheel of the vehicle to thereby steer the vehicle, characterized in that the control module is configured to generate the braking signal taking into account the positive rolling radius to achieve a same steering effect. an error detection module configured to detect a malfunction of the main steering system and based thereon to provide an error signal; and a control module configured to receive the error signal and the steering signal, and to generate based on the received steering signal a braking signal and to provide the braking signal for the braking system to brake a wheel of the vehicle to thereby steer the vehicle, characterized in that the control module is configured to generate the braking signal taking into account the positive rolling radius to achieve a same steering effect.