mhurhangee/ep-ind-claims huggingface dataset:
A scheduling method for a content delivery network, comprising: receiving, by a scheduling system, a play scheduling request sent by a video client; determining (307, 308), in response to the play scheduling request and based on at least CDN service SLA information of a plurality of CDN service providers, a target CDN service provider that meets a quality requirement; and returning information about a CDN node of the target CDN service provider to the video client, so that the video client sends a play request to the CDN node of the target CDN service provider, wherein the CDN service SLA information comprises at least one of the following: a total quantity of user serving times, a play success rate, a play failure rate, a total quantity of user service stalling times, a user service stalling rate, an origin retrieval rate, a user download fulfillment rate, a service reliability parameter, a play start delay compliance rate, and a download speed; wherein the method further comprises: storing, by the scheduling system, a scheduling rule, wherein the scheduling rule is configured by an administrator; and the scheduling rule comprises: adjusting scheduling proportions of the plurality of CDN service providers based on CDN service SLA quality parameters reported by a plurality of video clients, wherein the CDN service SLA quality parameters reported by the plurality of video clients comprise the following: a play success rate, a user service stalling rate, and a play start delay that are in a statistical period. receiving, by a scheduling system, a play scheduling request sent by a video client; determining (307, 308), in response to the play scheduling request and based on at least CDN service SLA information of a plurality of CDN service providers, a target CDN service provider that meets a quality requirement; and returning information about a CDN node of the target CDN service provider to the video client, so that the video client sends a play request to the CDN node of the target CDN service provider, wherein the CDN service SLA information comprises at least one of the following: a total quantity of user serving times, a play success rate, a play failure rate, a total quantity of user service stalling times, a user service stalling rate, an origin retrieval rate, a user download fulfillment rate, a service reliability parameter, a play start delay compliance rate, and a download speed; wherein the method further comprises: storing, by the scheduling system, a scheduling rule, wherein the scheduling rule is configured by an administrator; and the scheduling rule comprises: adjusting scheduling proportions of the plurality of CDN service providers based on CDN service SLA quality parameters reported by a plurality of video clients, wherein the CDN service SLA quality parameters reported by the plurality of video clients comprise the following: a play success rate, a user service stalling rate, and a play start delay that are in a statistical period.
A user device comprising: a receiver configured to receive a first and second emergency information from a network, where the second emergency information is received after the first emergency information; and a control unit configured to change, upon receiving the second emergency information, a process of detecting whether the first emergency information is duplicated with the second emergency information based on an application targeted for the first emergency information, wherein the changed process of detecting whether the first emergency information is duplicated with the second emergency information is a process of changing a period of detecting whether the first emergency information is duplicated with the second emergency information, the period starting from a time of receiving the first emergency information. a receiver configured to receive a first and second emergency information from a network, where the second emergency information is received after the first emergency information; and a control unit configured to change, upon receiving the second emergency information, a process of detecting whether the first emergency information is duplicated with the second emergency information based on an application targeted for the first emergency information,
Pair of end caps (1, 1') for roller-shutter running rails having a left-hand end cap and a right-hand end cap, wherein - each of the two end caps (1, 1') has, running in a transverse direction over its depth, a predetermined breaking point (2, 2') for separating the end caps (1, 1') into in each case a front region (3, 3') and a rear region (8, 8'), characterized by the following features: - the predetermined breaking points (2, 2') of the left-hand end cap and of the right-hand end cap correspond to one another such that the front region of the left-hand end cap and the front region of the right-hand end cap form a form-fitting connection. - each of the two end caps (1, 1') has, running in a transverse direction over its depth, a predetermined breaking point (2, 2') for separating the end caps (1, 1') into in each case a front region (3, 3') and a rear region (8, 8'), characterized by the following features: - the predetermined breaking points (2, 2') of the left-hand end cap and of the right-hand end cap correspond to one another such that the front region of the left-hand end cap and the front region of the right-hand end cap form a form-fitting connection.
A method for the reliable detection of a kinematic quantity of a manipulator, in particular of a robot, the method comprising the steps of:: detecting a kinematic quantity (αi) of the manipulator at different points in time (t0, t1, t2, t3) by a detection device;: determining a change over time (dai/dt, d 2 αi/dt 2, d 3 αi/dt 3) of the detected kinematic quantity; (S30, S35): checking whether the change over time lies within a predetermined plausible range ([-aizul, aizul], [-rizul, rizul]); and: outputting a reliable kinematic quantity (asf, vsf) on the basis of the detected kinematic quantity if the change over time lies within the plausible range, wherein the reliable kinematic quantity comprises the detected kinematic quantity, a time derivative of the detected kinematic quantity and / or an integral of the detected kinematic quantity over time.: detecting a kinematic quantity (αi) of the manipulator at different points in time (t0, t1, t2, t3) by a detection device;: determining a change over time (dai/dt, d 2 αi/dt 2, d 3 αi/dt 3) of the detected kinematic quantity; (S30, S35): checking whether the change over time lies within a predetermined plausible range ([-aizul, aizul], [-rizul, rizul]); and: outputting a reliable kinematic quantity (asf, vsf) on the basis of the detected kinematic quantity if the change over time lies within the plausible range, wherein
A method for producing a branched-chain alcohol, said method comprising: (i) providing a culture medium comprising inorganic carbon as substantially the sole carbon source, (ii) culturing the recombinant photosynthetic microorganism comprising at least one heterologous nucleic acid sequence that encodes a branched-chain 2-ketoacid decarboxylase in said culture medium under photo autotrophic conditions, and (iii) recovering a branched-chain alcohol from said culture medium. (i) providing a culture medium comprising inorganic carbon as substantially the sole carbon source, (ii) culturing the recombinant photosynthetic microorganism comprising at least one heterologous nucleic acid sequence that encodes a branched-chain 2-ketoacid decarboxylase in said culture medium under photo autotrophic conditions, and (iii) recovering a branched-chain alcohol from said culture medium.
An applicator for ejecting doses of a flowable component, comprising - a housing, - an application tip connected to the housing, - an actuation mechanism (26, 30), and - an insert which is detachable from the housing, the insert being adapted to be inserted into the housing, the insert having a storage volume for the flowable component, wherein the housing comprises a receiving portion adapted to the insert, wherein the insert comprises a drive portion which is adapted to cooperate with the actuation mechanism (26, 30) so that the operation of the actuation mechanism (26, 30) results in a displacement of the insert relative to the housing along a displacement axis, characterized in that the storage volume is sealed with a pierceable material, the housing comprises a piercing tip adapted to pierce the pierceable material, when the insert is displaced along the displacement axis, and the piercing tip is configured to displace the flowable component when the actuation mechanism (26, 30) is operated, wherein the piercing tip is stationary with respect to the housing. - a housing, - an application tip connected to the housing, - an actuation mechanism (26, 30), and - an insert which is detachable from the housing, the insert being adapted to be inserted into the housing, the insert having a storage volume for the flowable component, wherein the housing comprises a receiving portion adapted to the insert, wherein the insert comprises a drive portion which is adapted to cooperate with the actuation mechanism (26, 30) so that the operation of the actuation mechanism (26, 30) results in a displacement of the insert relative to the housing along a displacement axis, characterized in that the storage volume is sealed with a pierceable material, the housing comprises a piercing tip adapted to pierce the pierceable material, when the insert is displaced along the displacement axis, and the piercing tip is configured to displace the flowable component when the actuation mechanism (26, 30) is operated, wherein the piercing tip is stationary with respect to the housing.
System for parking and processing aircraft, comprising: - at least one transport device for transporting aircraft from an arrival location to a departure location at a distance from the arrival location, wherein the transport device comprises a plurality of processing segments lying in line and displaceable between the arrival location and the departure location, wherein each processing segment is configured to support and process at least one aircraft and wherein each processing segment is provided with at least one loading station and at least one unloading station for respectively loading and unloading the parked aircraft between the arrival location and the departure location, and - at least one passenger terminal positioned relative to the transport device such that the passenger terminal is configured to co-act with aircraft parked on the transport device for the purpose of allowing passengers to deboard and board between the arrival location and the departure location, characterized in that at least a part of the passenger terminal is displaceable, in particular rotatable, such that the displaceable part of the passenger terminal and an adjacent processing segment can co-act in substantially stationary manner along a path situated between the arrival location and departure location. - at least one transport device for transporting aircraft from an arrival location to a departure location at a distance from the arrival location, wherein the transport device comprises a plurality of processing segments lying in line and displaceable between the arrival location and the departure location, wherein each processing segment is configured to support and process at least one aircraft and wherein each processing segment is provided with at least one loading station and at least one unloading station for respectively loading and unloading the parked aircraft between the arrival location and the departure location, and - at least one passenger terminal positioned relative to the transport device such that the passenger terminal is configured to co-act with aircraft parked on the transport device for the purpose of allowing passengers to deboard and board between the arrival location and the departure location, characterized in that at least a part of the passenger terminal is displaceable, in particular rotatable, such that the displaceable part of the passenger terminal and an adjacent processing segment can co-act in substantially stationary manner along a path situated between the arrival location and departure location.
An antigen for detecting celiac disease comprising a recombinant deamidated gliadin comprising a hexamer of peptides, wherein each peptide has the sequence of SEQ ID NO:1, wherein the recombinant deamidated gliadin is covalently linked to a tag to form a gliadin fusion protein, wherein the gliadin fusion protein is immobilized on a solid support, and wherein the recombinant deamidated gliadin is capable of binding to anti-deamidated gliadin antibodies.
Sash for closing an architectural opening, comprising: i) weight-bearing frame, placed towards the inside, preferably in wood; ii) a cover frame, placed towards the outside, preferably in aluminum, mountable on the weight-bearing frame, wherein the cover frame has inside it a cavity with longitudinal extension and transverse width, wherein the cavity, at the two sides that delimit it, comprises two rims (401, 402), preferably with longitudinal extension, projecting transversely towards the center of the cavity; iii) a plurality of locking elements attachable to the weight-bearing frame wherein each locking element comprises a support portion snap-engageable by the cover frame; wherein said support portion comprises two locking wings (551, 552), elastically yielding, suitable to engage, respectively, the two longitudinal rims (401, 402) of the cavity; wherein each locking wing (551, 552) comprises a sliding surface (5511, 5521) on which slides the respective rim (401, 402) in the application of the cover frame on the locking element; wherein said sliding surface (5511, 5521) has a concave shape. i) weight-bearing frame, placed towards the inside, preferably in wood; ii) a cover frame, placed towards the outside, preferably in aluminum, mountable on the weight-bearing frame, wherein the cover frame has inside it a cavity with longitudinal extension and transverse width, wherein the cavity, at the two sides that delimit it, comprises two rims (401, 402), preferably with longitudinal extension, projecting transversely towards the center of the cavity; iii) a plurality of locking elements attachable to the weight-bearing frame wherein each locking element comprises a support portion snap-engageable by the cover frame;
A protected electrode structure, comprising: an electrode comprising an alkali metal; and a composite protective structure directly adjacent the electrode, wherein the composite protective structure comprises: an alloy comprising the alkali metal; and - an oxide of the alkali metal, - or a fluoride salt of the alkali metal, wherein the fluoride salt of the alkali metal makes up greater than or equal to 0.1 wt% of the composite protective structure. an electrode comprising an alkali metal; and a composite protective structure directly adjacent the electrode, wherein the composite protective structure comprises: an alloy comprising the alkali metal; and - an oxide of the alkali metal, - or a fluoride salt of the alkali metal, wherein the fluoride salt of the alkali metal makes up greater than or equal to 0.1 wt% of the composite protective structure. - an oxide of the alkali metal, - or a fluoride salt of the alkali metal, wherein the fluoride salt of the alkali metal makes up greater than or equal to 0.1 wt% of the composite protective structure.
A method performed by a first base station (108, 102) of an access network, the method comprising: exchanging messaging with a first peer device (122, 126) and a network element of a core network to establish a peer-to-peer connection (134, 132) and associated first access network bearer for the first peer device (122, 126), wherein the first access network bearer is unbound to a core network bearer; receiving a data packet from the first peer device (122, 126) over the first access network bearer, wherein the data packet is addressed to a second peer device (124, 128); and forwarding the data packet to a second base station (106, 104) serving the second peer device (124, 128), wherein the method is characterised in that the data packet is addressed to the second peer device (124, 128) using a layer-2 address and the method comprises: receiving a request from the first peer device (122, 126) to obtain the layer-2 address for the second peer device (124, 128), wherein the request to obtain the layer-2 address includes a layer-3 address for the second peer device (124, 128); and requesting and receiving the layer-2 address from the network element. exchanging messaging with a first peer device (122, 126) and a network element of a core network to establish a peer-to-peer connection (134, 132) and associated first access network bearer for the first peer device (122, 126), wherein the first access network bearer is unbound to a core network bearer; receiving a data packet from the first peer device (122, 126) over the first access network bearer, wherein the data packet is addressed to a second peer device (124, 128); and forwarding the data packet to a second base station (106, 104) serving the second peer device (124, 128), wherein the method is characterised in that the data packet is addressed to the second peer device (124, 128) using a layer-2 address and the method comprises: receiving a request from the first peer device (122, 126) to obtain the layer-2 address for the second peer device (124, 128), wherein the request to obtain the layer-2 address includes a layer-3 address for the second peer device (124, 128); and requesting and receiving the layer-2 address from the network element. receiving a request from the first peer device (122, 126) to obtain the layer-2 address for the second peer device (124, 128), wherein the request to obtain the layer-2 address includes a layer-3 address for the second peer device (124, 128); and requesting and receiving the layer-2 address from the network element.
Industrial truck having a chassis, a mast arranged on the chassis in an upright position, a load-carrying apparatus, which comprises at least one load-receiving means for receiving a load to be transported, a support structure which supports the load-carrying apparatus on the mast and is movable upwards and downwards on the mast together with the load-carrying apparatus, and having a device (54; 54') for reducing vibrations, the device (54; 54') for reducing vibrations comprising at least one additional mass body supported by the mast, which body is not constantly rigidly coupled to the mast or to the support structure or to the load-carrying apparatus, but instead is movably mounted by means of a bearing arrangement such that it is movable relative to the mast in response to mast vibrations, in particular those having horizontal vibration components, in order to counteract mast vibrations, characterised in that the bearing arrangement which mounts the additional mass body so as to be movable relative to the mast is supported by the support structure and is movable upwards and downwards on the mast together with said structure.
Tail lift having a platform, the tail lift having an outer edge, a groove or a corner (402, 502) extending in one direction in the outer edge, the groove or the corner (402, 502) being open toward the outside of the platform, an in particular rod-shaped light decoupling means being arranged at least in portions in the groove or in the corner (402, 502) in such a way that the light decoupling means extends in the direction, means being provided which are configured to couple light, flashing or permanently illuminated, into the light decoupling means, either the outer edge having a chamfer, extending in the direction, toward an underside of the platform, in or on which chamfer the groove or the corner (402, 502) is arranged, or the groove or the corner (402, 502) being open in such a way that an optical axis of the light decoupling means can be arranged obliquely to an underside of the platform, the optical axis of the light decoupling means being able to be arranged obliquely to a transverse direction of the platform, characterized in that means (302a; 302a', 302d; 302a', 302e) are provided which are designed to couple light into the light decoupling means for propagation of the light substantially in the direction, or in that means are provided, in particular a lighting means integrated into the groove or the corner (402, 502), which are designed to couple the light to at least one portion of a peripheral surface of the light decoupling means, the means (302a', 302e) comprising a lighting means and an optical waveguide, which is arranged between the lighting means and the light decoupling means, or a lighting means being provided, the lighting means being designed to couple light from the lighting means into the light decoupling means at an angle in particular between 5° and 90° with respect to the direction, a deflection optical system arranged at least in part in the light decoupling means being designed to at least partially reflect the light for propagation of the light in the direction, or a lighting means being arranged on an end face of the light decoupling means.
Differential protection method for monitoring a line of an electrical energy supply network, in which method - current signals are generated at the ends (11a, 11b) of the line using inductive current transformers (14a, 14b), which current signals are proportional to a current flowing at the respective end (11a, 11b); - for each end (11a, 11b), current measurement values are formed from the respective current signal using measuring devices, which current measurement values indicate a profile of the current flowing at the respective end (11a, 11b); - for each end, a respective charge value is determined from the current measurement values; - the charge values of all the ends (11a, 11b) are summed with the correct mathematical sign so as to form a charge sum; and - a fault signal that indicates an internal fault on the line is generated when the charge sum exceeds a charge threshold value; characterized in that - an estimated charge value is determined using the corresponding measuring device when transformer saturation of a current transformer is present; and - the estimated charge value is used, instead of the charge value distorted by transformer saturation, to form the charge sum. - current signals are generated at the ends (11a, 11b) of the line using inductive current transformers (14a, 14b), which current signals are proportional to a current flowing at the respective end (11a, 11b); - for each end (11a, 11b), current measurement values are formed from the respective current signal using measuring devices, which current measurement values indicate a profile of the current flowing at the respective end (11a, 11b); - for each end, a respective charge value is determined from the current measurement values; - the charge values of all the ends (11a, 11b) are summed with the correct mathematical sign so as to form a charge sum; and - a fault signal that indicates an internal fault on the line is generated when the charge sum exceeds a charge threshold value; - an estimated charge value is determined using the corresponding measuring device when transformer saturation of a current transformer is present; and - the estimated charge value is used, instead of the charge value distorted by transformer saturation, to form the charge sum.
An immunogenic composition, composed of an isolated polymer, wherein said polymer contains repeat units of a disaccharide having the formula →4)-[P→3]-alpha-D-Gal-(1→3)-[P→2/7]-6d-alpha-D-ido-Hep-(1→, wherein P is non-stoichiometic O-methyl phosphoramidate.