mhurhangee/ep-ind-claims huggingface dataset:
An inspection assembly for imaging the internal surface of a pipe or conduit comprising: - an elongate housing; - a plurality of sideview cameras within the housing, the sideview cameras being arranged in a circumferential array to capture an image of a region within a field of view external to the housing, the centre line of the field of view of each of the sideview cameras extending in a direction substantially perpendicular to a longitudinal axis of the housing; and - a plurality of viewport elements, each viewport element being mounted in the housing and located such that light is transmitted through the viewport element and into a respective one of the sideview cameras, wherein each of the viewport elements has a concave internal surface, closer to the camera, and a convex external surface, further from the camera, and wherein the centre of the radius of curvature of the internal surface is closer to the viewport element than the centre of the radius of curvature of the external surface. - an elongate housing; - a plurality of sideview cameras within the housing, the sideview cameras being arranged in a circumferential array to capture an image of a region within a field of view external to the housing, the centre line of the field of view of each of the sideview cameras extending in a direction substantially perpendicular to a longitudinal axis of the housing; and - a plurality of viewport elements, each viewport element being mounted in the housing and located such that light is transmitted through the viewport element and into a respective one of the sideview cameras, wherein each of the viewport elements has a concave internal surface, closer to the camera, and a convex external surface, further from the camera, and wherein the centre of the radius of curvature of the internal surface is closer to the viewport element than the centre of the radius of curvature of the external surface.
Tap for fluid under pressure, with or without integrated pressure reducer, comprising a body housing a circuit for fluid having an upstream extremity destined to be connected with a reserve of fluid under pressure and a downstream extremity destined to be connected to a user apparatus, the circuit comprises a flow rate control valve in the circuit, the valve being commanded by a mounted lever pivoting on the body of the tap between a rest position in which the valve is maintained in a first state corresponding to an initial flow rate value in the circuit and a second active position in which the lever displaces the valve in a second state corresponding to a second flow rate value in the circuit, characterised in that the exterior surface of the tap comprises a groove and in that, in its first position, a first portion of the lever is housed in the groove and does not protrude or only slightly compared to the exterior surface of the tap, whereas a second portion of the lever protrudes outside of the groove when the lever leaves its first position, the first portion leaves the groove and protrudes compared to the exterior surface of the body of the tap.
A system comprising: a security system sensor (12, 14) of a security system; a home automation system that is separate of the security system; a light switch included in the home automation system; and a security system processor (36, 38) that is configured to enter one or more status states, wherein, after the security system processor enters an armed status state, the security system processor monitors the security system sensor and generates an alarm upon detecting an activation of the security system sensor, and wherein, after the security system processor enters the armed status state, the security system processor monitors the light switch and generates the alarm upon detecting a manual activation of the light switch. a security system sensor (12, 14) of a security system; a home automation system that is separate of the security system; a light switch included in the home automation system; and a security system processor (36, 38) that is configured to enter one or more status states, wherein, after the security system processor enters an armed status state, the security system processor monitors the security system sensor and generates an alarm upon detecting an activation of the security system sensor, and wherein, after the security system processor enters the armed status state, the security system processor monitors the light switch and generates the alarm upon detecting a manual activation of the light switch.
A computing system, comprising: a head mounted display device including a display; a processor and associated memory, the processor being configured to execute one or more programs stored in the memory to: display a virtual object at least partially within a field of view of a user on the display; identify a plurality of control points associated with the virtual object; determine that one or more of the control points associated with the virtual object are further than a predetermined threshold distance from the user; based on the determination, invoke a far interaction mode for the virtual object; in the far interaction mode, receive a trigger input from the user; and in response to receiving the trigger input in the far interaction mode, invoke a near interaction mode and display a virtual interaction object, within the predetermined threshold distance from the user, wherein the virtual interaction object displayed in the near interaction mode is a resized copy of the virtual object and all the plurality of control points are within the field of view of the user and within the predetermined threshold distance. a head mounted display device including a display; a processor and associated memory, the processor being configured to execute one or more programs stored in the memory to: display a virtual object at least partially within a field of view of a user on the display; identify a plurality of control points associated with the virtual object; determine that one or more of the control points associated with the virtual object are further than a predetermined threshold distance from the user; based on the determination, invoke a far interaction mode for the virtual object; in the far interaction mode, receive a trigger input from the user; and in response to receiving the trigger input in the far interaction mode, invoke a near interaction mode and display a virtual interaction object, within the predetermined threshold distance from the user, wherein the virtual interaction object displayed in the near interaction mode is a resized copy of the virtual object and all the plurality of control points are within the field of view of the user and within the predetermined threshold distance. display a virtual object at least partially within a field of view of a user on the display; identify a plurality of control points associated with the virtual object; determine that one or more of the control points associated with the virtual object are further than a predetermined threshold distance from the user; based on the determination, invoke a far interaction mode for the virtual object; in the far interaction mode, receive a trigger input from the user; and in response to receiving the trigger input in the far interaction mode, invoke a near interaction mode and display a virtual interaction object, within the predetermined threshold distance from the user, wherein the virtual interaction object displayed in the near interaction mode is a resized copy of the virtual object and all the plurality of control points are within the field of view of the user and within the predetermined threshold distance.
A measurement report reception method of a base station in a wireless communication system supporting carrier aggregation, the method comprising: generating a cell list of secondary cells SCells belonging to a same cell group as a primary cell PCell, wherein the same cell group indicates that the PCell and the SCell are capable of transmitting and receiving traffic to and from each other; transmitting, to a terminal, a measurement report command including configuration information related to the cell list; and receiving, from the terminal, measurement reports for the SCells belonging to the same cell group as the PCell. generating a cell list of secondary cells SCells belonging to a same cell group as a primary cell PCell, wherein the same cell group indicates that the PCell and the SCell are capable of transmitting and receiving traffic to and from each other; transmitting, to a terminal, a measurement report command including configuration information related to the cell list; and receiving, from the terminal, measurement reports for the SCells belonging to the same cell group as the PCell.
Apparatus for the destacking of a sliced bread into separate slices, comprising: a conveying means in the form of a vertically arranged disc, that is rotatable around a horizontal rotation axis, with a circumference that is provided round about with at least one slice seat, intended for taking up a separate slice, formed by a supporting surface for the sideways support of a side face of the slice and a carrier in the form of an edge or ledge that connects right-angled to the supporting surface, for the supporting of an edge of the slice, which slice seat during a rotating of the disc can travel a route between a supply storage for the supply of sliced breads and a discharge belt for the discharge of separate already destacked bread slices, whereby the supply storage comprises a placement surface with an output outer end, that is situated substantially sideways of the circumference, and which output outer end is intended to convey from out there a frontmost slice from a bread that is present on the output outer end onto the slice seat, whereby the output outer end is positionable in a starting position, relative to the slice seat in such a way, that the side face of the frontmost slice that is directed towards the supporting surface is parallel to the plane of the supporting surface, whereby a provision is present by means of which the bread that is present at the output outer end can be moved or pushed in the direction of the supporting surface such that the frontmost slice, from out of the output outer end, ends up or is pushed onto the slice seat with an edge resting on the carrier and with the side face against the supporting surface, whereby means are provided by which it can be achieved that, during a rotating of the disc, the slice that is destacked and conveyed onto the slice seat, becomes loose or free from a frontmost, not yet destacked, slice from the bread that is present on the output outer end, characterized in that the means are formed in that the output outer end from out of the starting position is movable upwards into a release position, such that along with the movement upwards a space is created in between the side face of a front slice of the bread that is present on the output outer end, and the side face, that is directed towards this side face, of the, already destacked, slice conveyed onto the carrier.
A method for the purification of Liraglutide, comprising: a) Providing a liquid composition C comprising Liraglutide and at least one unwanted component; b) Subjecting the composition C to a first reversed phase high performance liquid chromatogragph (RP-HPLC) purification at a pH between 7.0 and 7.8, wherein a hydrocarbon bonded silica is used as a stationary phase, a mobile phase comprising an aqueous phosphate buffer AB1 and acetonitrile is used, and elution is effected by gradually increasing the acetonitrile concentration within the mobile phase while collecting Liraglutide containing fractions; and c) Subjecting the pooled Liraglutide containing fractions obtained in step b) to a second reversed phase HPLC purification at a pH below 3.0, wherein a hydrocarbon bonded silica is used as a stationary phase, a mobile phase comprising trifluoroacetic acid and acetonitrile is used, and elution is effected by gradually increasing the acetonitrile concentration within the mobile phase while collecting fractions containing purified Liraglutide. a) Providing a liquid composition C comprising Liraglutide and at least one unwanted component; b) Subjecting the composition C to a first reversed phase high performance liquid chromatogragph (RP-HPLC) purification at a pH between 7.0 and 7.8, wherein a hydrocarbon bonded silica is used as a stationary phase, a mobile phase comprising an aqueous phosphate buffer AB1 and acetonitrile is used, and elution is effected by gradually increasing the acetonitrile concentration within the mobile phase while collecting Liraglutide containing fractions; and c) Subjecting the pooled Liraglutide containing fractions obtained in step b) to a second reversed phase HPLC purification at a pH below 3.0, wherein a hydrocarbon bonded silica is used as a stationary phase, a mobile phase comprising trifluoroacetic acid and acetonitrile is used, and elution is effected by gradually increasing the acetonitrile concentration within the mobile phase while collecting fractions containing purified Liraglutide.
A method comprising: receiving, at a broadcaster, a plurality of video content information from one or more agents (535, 802), the video content information associated with a plurality of video content available from at least one website, wherein the video content information comprises at least one video tag, the at least one video tag being provided by either the at least one website or a first user of the at least one website; broadcasting, by the broadcaster, listing information for an electronic program guide, EPG, (100, 200, 300, 597, 822) to a plurality of user devices including a user computing device (160, 595) of a second user based on the video content information comprising the at least one video tag, wherein the receiving comprises aggregating, by the one or more agents (535, 802) and based upon a schedule, the video content information from the at least one website; receiving, at the broadcaster, a user selection of video content from the EPG (100, 200, 300, 597, 822) from the user computing device (160, 595) of the second user; and broadcasting or multicasting, by the broadcaster, the selected video content to the user computing device (160, 595) of the second user, wherein the method further comprises aggregating, by the one or more agents (535, 802), video tag updates or changes and providing said information to the broadcaster. receiving, at a broadcaster, a plurality of video content information from one or more agents (535, 802), the video content information associated with a plurality of video content available from at least one website, wherein the video content information comprises at least one video tag, the at least one video tag being provided by either the at least one website or a first user of the at least one website; broadcasting, by the broadcaster, listing information for an electronic program guide, EPG, (100, 200, 300, 597, 822) to a plurality of user devices including a user computing device (160, 595) of a second user based on the video content information comprising the at least one video tag, wherein the receiving comprises aggregating, by the one or more agents (535, 802) and based upon a schedule, the video content information from the at least one website; receiving, at the broadcaster, a user selection of video content from the EPG (100, 200, 300, 597, 822) from the user computing device (160, 595) of the second user; and broadcasting or multicasting, by the broadcaster, the selected video content to the user computing device (160, 595) of the second user, wherein the method further comprises aggregating, by the one or more agents (535, 802), video tag updates or changes and providing said information to the broadcaster.
A method of data traffic congestion management, comprising: receiving data packets; placing at least a portion of the received packets in a queue buffer; measuring load of the queue buffer to extract at least one queue parameter Q; providing the at least one queue parameter to an Active Queue Management, AQM; calculating p' as a proportional and integral control function on the Q parameter and a target Q parameter, wherein p' is p 0.5 and p is the probability that a received packet will be dropped or marked, wherein p' is calculated according to a difference, which is a queue error, between an actual Q of the queue buffer and the target Q parameter, wherein integral, α, and proportional, β, gain factors are provided to the AQM, the gain factor α being applied to the queue error and the gain factor β being applied to an actual Q growth relative to a previous value, and wherein one or both of these gain parameters remain constant for all traffic flow rates, at least until re-assigned; determining, based on p', whether to apply a drop decision or mark decision to a received packet; and determining, if applying a drop decision, whether to drop a received packet by a drop probability that is proportional with p' 2. receiving data packets; placing at least a portion of the received packets in a queue buffer; measuring load of the queue buffer to extract at least one queue parameter Q; providing the at least one queue parameter to an Active Queue Management, AQM; calculating p' as a proportional and integral control function on the Q parameter and a target Q parameter, wherein p' is p 0.5 and p is the probability that a received packet will be dropped or marked, wherein p' is calculated according to a difference, which is a queue error, between an actual Q of the queue buffer and the target Q parameter, wherein integral, α, and proportional, β, gain factors are provided to the AQM, the gain factor α being applied to the queue error and the gain factor β being applied to an actual Q growth relative to a previous value, and wherein one or both of these gain parameters remain constant for all traffic flow rates, at least until re-assigned; determining, based on p', whether to apply a drop decision or mark decision to a received packet; and determining, if applying a drop decision, whether to drop a received packet by a drop probability that is proportional with p' 2.
A method implemented using one or more processors, comprising: applying data (222 1-R) associated with a first version source code snippet (218 1-Q) as input across one or more machine learning models to generate a new source code embedding in a latent space; identifying one or more reference embeddings in the latent space based on one or more distances between the one or more reference embeddings and the new source code embedding in the latent space, wherein each of the one or more reference embeddings is generated by applying data indicative of a change made to a reference first version source code snippet to yield a reference second version source code snippet, as input across one or more of the machine learning models; based on the identified one or more reference embeddings, identifying one or more changes to be made to the first version source code snippet to create a second version source code snippet; and automatically effecting the one or more changes in the first version source code snippet, or generating output to be rendered on one or more computing devices, wherein the output, when rendered, recommends that the one or more changes be considered for the first version source code snippet. applying data (222 1-R) associated with a first version source code snippet (218 1-Q) as input across one or more machine learning models to generate a new source code embedding in a latent space; identifying one or more reference embeddings in the latent space based on one or more distances between the one or more reference embeddings and the new source code embedding in the latent space, wherein each of the one or more reference embeddings is generated by applying data indicative of a change made to a reference first version source code snippet to yield a reference second version source code snippet, as input across one or more of the machine learning models; based on the identified one or more reference embeddings, identifying one or more changes to be made to the first version source code snippet to create a second version source code snippet; and automatically effecting the one or more changes in the first version source code snippet, or generating output to be rendered on one or more computing devices, wherein the output, when rendered, recommends that the one or more changes be considered for the first version source code snippet.
A method of monitoring intrusion anomalies in an automotive environment, the method comprising: detecting intrusion anomalies for each of a plurality of engine control units (30, 95, 230); receiving information, at a respective diagnostic communications manager (195, 255) associated with the respective engine control unit, regarding said detected intrusion anomalies; communicating said received information to an anomaly analyzer, said anomaly analyzer arranged to accumulate said detected intrusion anomalies of said plurality of engine control units, CHARACTERIZED BY: comparing said received information with a black list; and in the event that said received information is congruent with the black list, outputting at least one of: a command to disable a communication function of a telematics control unit; and an alert message, wherein the communication utilizes a diagnostic over Internet protocol. detecting intrusion anomalies for each of a plurality of engine control units (30, 95, 230); receiving information, at a respective diagnostic communications manager (195, 255) associated with the respective engine control unit, regarding said detected intrusion anomalies; communicating said received information to an anomaly analyzer, said anomaly analyzer arranged to accumulate said detected intrusion anomalies of said plurality of engine control units, CHARACTERIZED BY: comparing said received information with a black list; and in the event that said received information is congruent with the black list, outputting at least one of: a command to disable a communication function of a telematics control unit; and an alert message, wherein the communication utilizes a diagnostic over Internet protocol. comparing said received information with a black list; and in the event that said received information is congruent with the black list, outputting at least one of: a command to disable a communication function of a telematics control unit; and an alert message, a command to disable a communication function of a telematics control unit; and an alert message, wherein the communication utilizes a diagnostic over Internet protocol.
Connector with a housing and having at least one spring contact arranged in the housing, for establishing electrical contacts which can be released, wherein each spring contact comprises a first contact pin which can be axially moved and having a contact-side end which faces a front side of the housing, wherein a planar sealing element is arranged and designed at the front side of the housing, such that the sealing element covers the front side of the housing and seals said side against a first predetermined fluid pressure, wherein at least one through hole is designed in the sealing element, characterised in that a second contact pin is arranged within the through hole, wherein the second contact pin has a first contact-side end which faces the spring contacts, and a second contact-side end which faces away from the front side of the housing, wherein the second contact pin is designed and arranged within the through hole such that the second contact pin seals the through hole against a second predetermined fluid pressure, wherein the at least one through hole is arranged with the second contact pin such that a first contact pin, with the contact-side end thereof, mechanically strikes the first contact-side end of a second contact pin, so that a breakable electric contact is established between the first and second contact pin (18, 40), wherein the sealing element is formed of an elastically deformable material.