mhurhangee/ep-ind-claims huggingface dataset:
An image processing method for augmented reality, comprising: acquiring a target image in response to an image acquiring instruction triggered by a user, wherein the target image comprises a target object; acquiring an augmented reality model of the target object, and outputting the augmented reality model in combination with the target object, wherein the augmented reality model comprises a plurality of model units, each model unit is a cube unit, and a plurality of cube units are spliced to form the augmented reality model; acquiring target audio data selected by the user, and determining an audio feature with temporal regularity according to the target audio data; driving the augmented reality model according to the audio feature and a playing progress of the target audio data when outputting the target audio data; wherein driving the augmented reality model according to the audio feature and the playing progress of the target audio data comprises: driving the model units in the augmented reality model according to the audio feature and the playing progress of the target audio data. acquiring a target image in response to an image acquiring instruction triggered by a user, wherein the target image comprises a target object; acquiring an augmented reality model of the target object, and outputting the augmented reality model in combination with the target object, wherein the augmented reality model comprises a plurality of model units, each model unit is a cube unit, and a plurality of cube units are spliced to form the augmented reality model; acquiring target audio data selected by the user, and determining an audio feature with temporal regularity according to the target audio data; driving the augmented reality model according to the audio feature and a playing progress of the target audio data when outputting the target audio data; wherein driving the augmented reality model according to the audio feature and the playing progress of the target audio data comprises: driving the model units in the augmented reality model according to the audio feature and the playing progress of the target audio data.
A system comprising: a processor configured to: receive a flow at a network gateway of a cloud-based security service from a software-defined wide area network (SD-WAN) device in a customer site, wherein the flow includes a set of network packets associated with a session; inspect the flow to determine and extract meta information associated with the flow, wherein the meta information associated with the flow includes one or more of the following: an application identification associated with the flow, a user identification associated with the flow, a device identification associated with the flow, a content identification associated with the flow, and other meta information associated with the flow; and communicate the extracted meta information associated with the flow in-band in an encapsulated header using TCP options from the network gateway of the cloud-based security service to the SD-WAN device in the customer site, wherein the SD-WAN device utilizes the meta information associated with the flow based on a policy without having to use computing resources of the SD-WAN device to perform deep packet inspection in order to obtain the meta information associated with the flow, wherein the policy includes a routing policy or a security policy, and wherein the SD-WAN device enforces the routing policy or the security policy using the meta information associated with the flow; and a memory coupled to the processor and configured to provide the processor with instructions. receive a flow at a network gateway of a cloud-based security service from a software-defined wide area network (SD-WAN) device in a customer site, wherein the flow includes a set of network packets associated with a session; inspect the flow to determine and extract meta information associated with the flow, wherein the meta information associated with the flow includes one or more of the following: an application identification associated with the flow, a user identification associated with the flow, a device identification associated with the flow, a content identification associated with the flow, and other meta information associated with the flow; and communicate the extracted meta information associated with the flow in-band in an encapsulated header using TCP options from the network gateway of the cloud-based security service to the SD-WAN device in the customer site, wherein the SD-WAN device utilizes the meta information associated with the flow based on a policy without having to use computing resources of the SD-WAN device to perform deep packet inspection in order to obtain the meta information associated with the flow, wherein the policy includes a routing policy or a security policy, and wherein the SD-WAN device enforces the routing policy or the security policy using the meta information associated with the flow; and a memory coupled to the processor and configured to provide the processor with instructions.
Measuring unit for measuring the bending radius (R i) and the forwarding (C i, C e) of a workpiece while the latter is being bent in a given bending plane by means of a bending machine, the measuring unit comprising a first carriage which is arranged to be connected to the bending machine and to be passed through by the workpiece under bending, wherein the first carriage comprises a main body, a pair of support bodies (30, 32) carried by the main body, a pair of measure rollers (34, 36) mounted each on a respective support body (30, 32) so as to be idly rotatable each about a respective axis of rotation (z1, z2), the axes of rotation (z1, z2) of the measure rollers (34, 36) being parallel to each other and perpendicular to the bending plane, first measuring means (50, 52) arranged to provide a signal indicative of the angular position of each of the measure rollers (34, 36) about the respective axis of rotation (z1, z2), guide means mounted on the main body so as to guide the support bodies (30, 32) along a straight direction (y) perpendicular to, and passing through, the axes of rotation (z1, z2) of the measure rollers (34, 36); elastic means arranged to apply on the support bodies (30, 32) an elastic force tending to urge the support bodies (30, 32) towards each other, and therefore to urge each measure roller (34, 36) against the workpiece under bending when the latter is moved forward between the measure rollers (34, 36), so as to cause each measure roller (34, 36) to roll on a respective intrados surface (S i) or extrados surface (S e) of the workpiece while the latter is moved forward through the first carriage, second measuring means arranged to provide a signal indicative of the distance between the axes of rotation (z1, z2) of the measure rollers (34, 36); and positioning means (66, 68, 74, 76) arranged to define the positioning of the main body, and hence of the guide means, relative to the workpiece under bending, in such a manner that during bending with a constant bending radius (R i) the tangent (t) to the longitudinal axis (x) of the workpiece in the point of intersection between this axis (x) and the straight direction (y) of the guide means is perpendicular to said straight direction (y); characterized in that said elastic means comprise at least one spring which is connected at one end thereof to one of the two support bodies (30, 32) and at its opposite end to the other support body, whereby the resulting normal force applied by said elastic means on the workpiece under bending is zero, and in that said positioning means (66, 68, 74, 76) comprise a first pair of guide rollers (66, 68) and a second pair of guide rollers (74, 76) which are arranged upstream and downstream of the measure rollers (34, 36), respectively, and are supported by the main body so as to be idly rotatable about respective axes of rotation parallel to the axes of rotation (z1, z2) of the measure rollers (34, 36).
A batch annealing furnace for coils configured to anneal a coil in which a steel sheet is wound, the batch annealing furnace comprising: a coil support base on which an end face of the coil is mounted and that supports the coil with an axis of the coil being upright; an inner cover that covers an entire body of the coil mounted on the coil support base; and a cooling pipe that extends downward from an upper part of the inner cover to a cavity of an inner peripheral part of the coil mounted on the coil support base and cools the coil from an inner surface side by passing a coolant through inside of the cooling pipe; the cooling pipe comprises a double pipe comprising a cylindrical inner pipe and a cylindrical outer pipe that surrounds the inner pipe; the inner pipe serves as an introduction pipeline that introduces the coolant from the upper part of the inner cover toward the coil support base, and an area between the outer pipe and the inner pipe serves as a return pipeline that returns the coolant from the coil support base toward the upper part of the inner cover, and at a location where a direction of flow of the coolant passing through the introduction pipeline and the return pipeline changes, a bottom plate characterized in that the bottom plate has a semispherical shape convex downward whose diameter is half the radius of the outer pipe or more reverses the direction. a coil support base on which an end face of the coil is mounted and that supports the coil with an axis of the coil being upright; an inner cover that covers an entire body of the coil mounted on the coil support base; and a cooling pipe that extends downward from an upper part of the inner cover to a cavity of an inner peripheral part of the coil mounted on the coil support base and cools the coil from an inner surface side by passing a coolant through inside of the cooling pipe; the cooling pipe comprises a double pipe comprising a cylindrical inner pipe and a cylindrical outer pipe that surrounds the inner pipe; the inner pipe serves as an introduction pipeline that introduces the coolant from the upper part of the inner cover toward the coil support base, and an area between the outer pipe and the inner pipe serves as a return pipeline that returns the coolant from the coil support base toward the upper part of the inner cover, and at a location where a direction of flow of the coolant passing through the introduction pipeline and the return pipeline changes, a bottom plate characterized in that the bottom plate has a semispherical shape convex downward whose diameter is half the radius of the outer pipe or more reverses the direction.
An optical absolute position encoder, comprising: a scale comprising a substrate comprising a first region encoded with a hybrid cyclic binary code 2, HCBC-2; and an optical readout assembly ORA; wherein: said first region encoded with said HCBC-2 comprises: a first sub-region comprising a first multitrack array of hybrid cyclic binary code patterns, HCBC patterns; a second sub-region comprising a second multitrack array of HCBC patterns, the second multitrack array being a reflection and complement of the first multitrack array, whereby complement means that a "1" in the code patterns of the first multitrack array binary bit is replaced by a "0" in the corresponding location in the reflected code patterns of the second multitrack array and vice versa; wherein the ORA comprises at least one light source configured to emit light pulses onto said HCBC-2 encoded scale; and said ORA is configured to measure at least a portion of light reflected by said HCBC-2 scale and determine a position of said HCBC-2 scale relative to said ORA. a scale comprising a substrate comprising a first region encoded with a hybrid cyclic binary code 2, HCBC-2; and an optical readout assembly ORA; wherein: said first region encoded with said HCBC-2 comprises: a first sub-region comprising a first multitrack array of hybrid cyclic binary code patterns, HCBC patterns; a second sub-region comprising a second multitrack array of HCBC patterns, the second multitrack array being a reflection and complement of the first multitrack array, whereby complement means that a "1" in the code patterns of the first multitrack array binary bit is replaced by a "0" in the corresponding location in the reflected code patterns of the second multitrack array and vice versa; wherein the ORA comprises at least one light source configured to emit light pulses onto said HCBC-2 encoded scale; and said ORA is configured to measure at least a portion of light reflected by said HCBC-2 scale and determine a position of said HCBC-2 scale relative to said ORA. a first sub-region comprising a first multitrack array of hybrid cyclic binary code patterns, HCBC patterns; a second sub-region comprising a second multitrack array of HCBC patterns, the second multitrack array being a reflection and complement of the first multitrack array, whereby complement means that a "1" in the code patterns of the first multitrack array binary bit is replaced by a "0" in the corresponding location in the reflected code patterns of the second multitrack array and vice versa; wherein the ORA comprises at least one light source configured to emit light pulses onto said HCBC-2 encoded scale; and said ORA is configured to measure at least a portion of light reflected by said HCBC-2 scale and determine a position of said HCBC-2 scale relative to said ORA.
A liquid pharmaceutical composition consisting of: - 50 mg/ mL adalimumab; - a citrate buffering system; - a sugar stabiliser; - a tonicifier; - a surfactant; and - water (for injection); - wherein said adalimumab, citrate buffer system, sugar stabiliser, tonicifier, and surfactant are present in a molar ratio of 1: 14-40: 288-865: 28-576: 0.1-3.2 respectively. - 50 mg/ mL adalimumab; - a citrate buffering system; - a sugar stabiliser; - a tonicifier; - a surfactant; and - water (for injection); - wherein said adalimumab, citrate buffer system, sugar stabiliser, tonicifier, and surfactant are present in a molar ratio of 1: 14-40: 288-865: 28-576: 0.1-3.2 respectively.
A child stroller apparatus comprising: a first frame portion provided with a first wheel assembly, the first frame portion including two first tube portions; a second frame portion provided with a second wheel assembly, the second frame portion being assembled with the first frame portion for sliding movement along a lengthwise axis extending from a front to a rear of the child stroller apparatus, wherein the second frame portion includes two second tube portions and an inner frame member fixedly connected with the two second tube portions, the two first tube portions being respectively assembled telescopically with the two second tube portions; and a control mechanism operable to adjust a position of the second frame portion relative to the first frame portion, the control mechanism including an actuator assembled with the first frame portion, the actuator being operable to drive the second frame portion in sliding movement relative to the first frame portion for modifying a distance between the first and second wheel assemblies (120, 130), characterized in that the control mechanism includes a linkage respectively connected with the actuator and the inner frame member in a central region of the child stroller apparatus. a first frame portion provided with a first wheel assembly, the first frame portion including two first tube portions; a second frame portion provided with a second wheel assembly, the second frame portion being assembled with the first frame portion for sliding movement along a lengthwise axis extending from a front to a rear of the child stroller apparatus, wherein the second frame portion includes two second tube portions and an inner frame member fixedly connected with the two second tube portions, the two first tube portions being respectively assembled telescopically with the two second tube portions; and a control mechanism operable to adjust a position of the second frame portion relative to the first frame portion, the control mechanism including an actuator assembled with the first frame portion, the actuator being operable to drive the second frame portion in sliding movement relative to the first frame portion for modifying a distance between the first and second wheel assemblies (120, 130), characterized in that the control mechanism includes a linkage respectively connected with the actuator and the inner frame member in a central region of the child stroller apparatus.
A method of configuring a network, comprising: receiving a first token and an encryption key from a first device; receiving a second token from a second device; determining if the first token matches the second token; providing configuration information to the second device if the first token matches the second token, wherein the configuration information comprises information for connecting to a proxy configured on the first device; and receiving a request for content from the proxy on behalf of the second device, wherein the request for content comprises the encryption key. receiving a first token and an encryption key from a first device; receiving a second token from a second device; determining if the first token matches the second token; providing configuration information to the second device if the first token matches the second token, wherein the configuration information comprises information for connecting to a proxy configured on the first device; and receiving a request for content from the proxy on behalf of the second device, wherein the request for content comprises the encryption key.
A method of transmitting data over a wireless network by a multi-link device, in the following also referred to as MLD, the method comprising: performing independent EDCA channel access at the MLD on a first wireless link and a second wireless link, wherein the MLD comprises: a first wireless station, in the following also referred to as STA, associated with the first wireless link; and a second wireless STA associated with the second wireless link; setting a back-off counter for the first wireless STA and a back-off counter for the second wireless STA according to the independent EDCA channel access; obtaining a transmission opportunity, TXOP, synchronously on the first wireless link and the second wireless link responsive to the back-off counters expiring; and performing a multi-link operation at the MLD using the first wireless link and the second wireless link during the TXOP, wherein said obtaining a TXOP synchronously comprises: determining, by one of the first and second wireless STAs which has a back-off counter that has expired, not to initiate a frame exchange sequence over a wireless link associated with said one of the first and second wireless STAs until the other one of the first and second wireless STAs obtains a TXOP, wherein the one of the first and second wireless STAs that has delayed initiation of the frame exchange sequence performs physical and virtual carrier sense, CS, before initiating the frame exchange sequence. performing independent EDCA channel access at the MLD on a first wireless link and a second wireless link, wherein the MLD comprises: a first wireless station, in the following also referred to as STA, associated with the first wireless link; and a second wireless STA associated with the second wireless link; a first wireless station, in the following also referred to as STA, associated with the first wireless link; and a second wireless STA associated with the second wireless link; setting a back-off counter for the first wireless STA and a back-off counter for the second wireless STA according to the independent EDCA channel access; obtaining a transmission opportunity, TXOP, synchronously on the first wireless link and the second wireless link responsive to the back-off counters expiring; and performing a multi-link operation at the MLD using the first wireless link and the second wireless link during the TXOP, wherein said obtaining a TXOP synchronously comprises: determining, by one of the first and second wireless STAs which has a back-off counter that has expired, not to initiate a frame exchange sequence over a wireless link associated with said one of the first and second wireless STAs until the other one of the first and second wireless STAs obtains a TXOP, wherein the one of the first and second wireless STAs that has delayed initiation of the frame exchange sequence performs physical and virtual carrier sense, CS, before initiating the frame exchange sequence.
A liposomal anti-infective composition for use in treating or ameliorating a pulmonary infection in a patient, wherein the anti-infective is amikacin, the composition is a nebulized spray, powder or aerosol for pulmonary administration to the patient by inhalation, the lipids used to form the liposomes consist of dipalmitoylphosphatidylcholine (DPPC) and cholesterol and the dosing of the composition is once a day or less.
Binding for fastening a boot into an exercise appliance, which binding comprises at least a support part, the form of which is unchanged during use, a tip part and a heel loop installed in the support part, of which the position of at least one or other in the support part can be changed for adjusting the binding to boots of different sizes, and which heel loop is a continuous wire, wherein the support part is hinged at its front end to a fixing part around a horizontal axis, which is essentially at a right angle in relation to the longitudinal axis of the exercise appliance, and that the tips of the heel loop are detachably fixed into the support part, for enabling the turning of the heel loop in relation to the support part, characterized in that during skiing the turning movement of the support part is limited by a stopper and that after the movement of the support part is limited by the stopper, the heel loop is arranged to be able to still rise to some extent from the support part.