mhurhangee/ep-ind-claims huggingface dataset:
A process for producing BTX and LPG, comprising: (a) contacting a feed stream comprising C5-C12 hydrocarbons in the presence of hydrogen with a hydrocracking catalyst in a hydrocracking reactor to produce a hydrocracking product stream comprising hydrogen, methane, LPG and BTX, (b) separating the hydrocracking product stream into a first gas stream and a first liquid stream, (c) separating the first gas stream to obtain a second gas stream comprising hydrogen and methane and a second liquid stream comprising LPG and BTX, wherein the separation is performed such that the second liquid stream has a total amount of hydrogen and methane less than 1 wt%, (d) separating the second liquid stream into a third gas stream comprising LPG and a third liquid stream comprising BTX, wherein step (c) involves adding a part of the third liquid stream to the first gas stream to absorb the LPG in the first gas stream to obtain the second liquid stream or adding a part of the third liquid stream to a gas stream separated from the first gas stream to absorb the LPG in said gas stream separated from the first gas stream to obtain the second liquid stream. (a) contacting a feed stream comprising C5-C12 hydrocarbons in the presence of hydrogen with a hydrocracking catalyst in a hydrocracking reactor to produce a hydrocracking product stream comprising hydrogen, methane, LPG and BTX, (b) separating the hydrocracking product stream into a first gas stream and a first liquid stream, (c) separating the first gas stream to obtain a second gas stream comprising hydrogen and methane and a second liquid stream comprising LPG and BTX, wherein the separation is performed such that the second liquid stream has a total amount of hydrogen and methane less than 1 wt%, (d) separating the second liquid stream into a third gas stream comprising LPG and a third liquid stream comprising BTX,
A blood sample collection device with a) an active liquid that contains a platelet aggregation inhibitor, b) a microneedle array that features a plurality of microneedles, c) wherein a plurality of microneedles is provided for injection of the active liquid into the skin of a patient, and d) a negative pressure generating device that is connected to a plurality of microneedles, so that blood can be drawn out of the skin via the microneedles; characterized by that e) the active liquid contains a painkiller, f) the active liquid is located within the blood receptacle and that g) the pressure generating device is connected with the blood receptacle in a way that allows to inject the active liquid through the microneedles by generating a positive pressure in the blood receptacle and to suck up blood into the blood receptacle by generating a negative pressure. a) an active liquid that contains a platelet aggregation inhibitor, b) a microneedle array that features a plurality of microneedles, c) wherein a plurality of microneedles is provided for injection of the active liquid into the skin of a patient, and d) a negative pressure generating device that is connected to a plurality of microneedles, so that blood can be drawn out of the skin via the microneedles; e) the active liquid contains a painkiller, f) the active liquid is located within the blood receptacle and that g) the pressure generating device is connected with the blood receptacle in a way that allows to inject the active liquid through the microneedles by generating a positive pressure in the blood receptacle and to suck up blood into the blood receptacle by generating a negative pressure.
Method for manufacturing a raw blank of a tyre, in which simultaneously: - a calender forms, in a gap situated between two rollers (16, 18), a ply comprising a first rubber, the calender forming a bead upstream of the gap, and - the bead and the gap are fed with a second rubber having a different compound from that of the first rubber, so as to form, in the ply, at least one insert of the second rubber. - a calender forms, in a gap situated between two rollers (16, 18), a ply comprising a first rubber, the calender forming a bead upstream of the gap, and - the bead and the gap are fed with a second rubber having a different compound from that of the first rubber, so as to form, in the ply, at least one insert of the second rubber.
A routing method, comprising: obtaining, by a near field communication controller NFCC, route types supported by a received data frame; sequentially matching, by the NFCC according to a sequence of the route types supported by the data frame, for each route type, a first routing table and, if a matching routing entry of the data frame does not exist in the first routing table, a second routing table of the route type, until a matching routing entry of the data frame is obtained, wherein the first routing table comprises L routing entries whose priorities needed to be boosted to a highest level among all routing entries of a route type to which the routing entry belongs, and the L routing entries whose priorities needed to be boosted are corresponding to L route types, respectively, wherein L is an integer greater than or equal to 1; and selecting, by the NFCC, a route according to the matching routing entry of the data frame. obtaining, by a near field communication controller NFCC, route types supported by a received data frame; sequentially matching, by the NFCC according to a sequence of the route types supported by the data frame, for each route type, a first routing table and, if a matching routing entry of the data frame does not exist in the first routing table, a second routing table of the route type, until a matching routing entry of the data frame is obtained, wherein the first routing table comprises L routing entries whose priorities needed to be boosted to a highest level among all routing entries of a route type to which the routing entry belongs, and the L routing entries whose priorities needed to be boosted are corresponding to L route types, respectively, wherein L is an integer greater than or equal to 1; and selecting, by the NFCC, a route according to the matching routing entry of the data frame.
Barcode comprising a plurality of information modules, the barcode also comprising a clock track for clocking reading of the information modules using at least one barcode reader comprising a reference detector and a clock track detector, a relative movement being carried out in a direction of movement between the barcode and the barcode reader, the barcode also comprising at least one reference track which is separate from the clock track, characterized in that the reference track has a phase shift with respect to the clock track, the clock track having a plurality of successive clock track modules which are arranged in succession in a straight or else curved line in the barcode and are not simultaneously used as information modules of the barcode but rather are used solely for the purpose of clocking when the barcode is moved relative to the barcode reader, the reference track being in the form of a second clock track, the reference track having the same periodicity as the clock track, with the result that, when the barcode is moved relative to the barcode reader, the reference detector records signals having a periodicity which has a phase shift with respect to a periodicity of signals recorded by the clock track detector.
A dental shade measuring tool comprising at least one sensor and an illumination head provided with a plurality of light emission sites associated with light sources, characterised in that it comprises a plurality of sub-assemblies of light emission sites (24a, 24b), each sub-assembly of light emission sites being respectively coupled to a light source (40a, 40b) from among a plurality of light sources of different spectral ranges, such that the light emission sites of each sub-assembly simultaneously emit a light of the same spectral range, the light emission sites of each sub-assembly being distributed substantially regularly around the sensor, the illumination head being capable of illuminating at least one part of a tooth with lights of different spectral ranges, said at least one sensor being sensitive to a light coming from said at least one part of the tooth in response to the illumination to generate at each illumination of a different spectral range at least one dental shade measuring signal, the tool comprising a portion of optical fibres which are disposed at the end of the sensor and which project to the exterior of the illumination head and which make it possible to collect the light returned by the tooth and direct it towards the sensor.
Adjusting device for positioning an object, comprising: a base which is configured to move an object that is connectable to said base in the connected state along a path of motion in a position-controlled manner, and a supply line for the energy and/or signal transmission to and/or from said base, wherein said supply line is coupled to said base in a reversibly detachable manner and said adjusting device comprises a coupling device, via which said supply line is coupled to said base in a reversibly detachable manner, comprising a first coupling section that is fixedly connected to said base and a second coupling section that is fixedly connected to said supply line, wherein at least a portion of said first coupling section is configured to be rotatable, so that the second coupling section can be coupled to the first coupling section in different orientations relative to the base.
Method for a field compensation of an electronic compass, in particular in a handheld observation device, for influences to a geomagnetic field by magnetic objects, in particular soft-magnetic, hard-magnetic and/or electro-magnetic objects, in the vicinity of the compass, with • acquiring a magnetic field value by a magnetic field sensor (6a, 6b, 6c) with three, in particular substantially perpendicular, sensitivity axis and • acquiring an inclination with respect to level plane by an accelerometer (5a, 5b) with at least two, in particular substantially perpendicular, sensitivity axis, in a discrete set of multiple orientations of the compass, wherein a user guidance for subsequently orienting the compass into a predetermined desired range of orientation is provided by indicating the desired range to the user, and • calculating of compensation data from the magnetic sensor (6a, 6b, 6c) acquisitions to compensate for the influences in such a way that a magnetic north heading is determinable based on the compensated magnetic field values, characterized in that, • the user guidance for the compensation is done with a gathering of directional information based on rotary rate readings from at least one gyroscope for indicating at least an azimuthal component of the orientation. • acquiring a magnetic field value by a magnetic field sensor (6a, 6b, 6c) with three, in particular substantially perpendicular, sensitivity axis and • acquiring an inclination with respect to level plane by an accelerometer (5a, 5b) with at least two, in particular substantially perpendicular, sensitivity axis, in a discrete set of multiple orientations of the compass, wherein a user guidance for subsequently orienting the compass into a predetermined desired range of orientation is provided by indicating the desired range to the user, and • calculating of compensation data from the magnetic sensor (6a, 6b, 6c) acquisitions to compensate for the influences in such a way that a magnetic north heading is determinable based on the compensated magnetic field values, • the user guidance for the compensation is done with a gathering of directional information based on rotary rate readings from at least one gyroscope for indicating at least an azimuthal component of the orientation.
A gas-insulated switchgear comprising: - a pressure tank in which a circuit breaker and a disconnector are received and an insulating gas is sealed; - a circuit breaker operating mechanism that is installed outside the pressure tank and operates the circuit breaker; - a disconnector operating mechanism that is installed outside the pressure tank and operates the disconnector; and - a housing in which the pressure tank, the circuit breaker operating mechanism, and the disconnector operating mechanism are received, - wherein the pressure tank, the circuit breaker operating mechanism, and the disconnector operating mechanism are an integrated structure and are received in the housing, - characterised in that: the housing and said integrated structure are so formed to allow mounting of said integrated structure in a first orientation such that a cable-side bushing and bus-side bushings installed on opposing sides of the pressure tank align with buses and an external cable, respectively, - when the external cable is led in from the lower portion of the housing, and in a second orientation, vertically inverted with respect to the first orientation, when the external cable is led in from the upper portion of the housing, and - wherein the housing is so sized to ensure that a space below said integrated structure is just large enough to allow connection of the external cable in the first orientation and the minimum space from the floor of the gas-insulated switchgear for installation of buses in the second orientation, thus minimising the height of the housing. - a pressure tank in which a circuit breaker and a disconnector are received and an insulating gas is sealed; - a circuit breaker operating mechanism that is installed outside the pressure tank and operates the circuit breaker; - a disconnector operating mechanism that is installed outside the pressure tank and operates the disconnector; and - a housing in which the pressure tank, the circuit breaker operating mechanism, and the disconnector operating mechanism are received, - wherein the pressure tank, the circuit breaker operating mechanism, and the disconnector operating mechanism are an integrated structure and are received in the housing, - characterised in that: the housing and said integrated structure are so formed to allow mounting of said integrated structure in a first orientation such that a cable-side bushing and bus-side bushings installed on opposing sides of the pressure tank align with buses and an external cable, respectively, - when the external cable is led in from the lower portion of the housing, and in a second orientation, vertically inverted with respect to the first orientation, when the external cable is led in from the upper portion of the housing, and - wherein the housing is so sized to ensure that a space below said integrated structure is just large enough to allow connection of the external cable in the first orientation and the minimum space from the floor of the gas-insulated switchgear for installation of buses in the second orientation, thus minimising the height of the housing.
A breathing apparatus, in particular of the open circuit type, including a backrest equipped with carrying means, in particular with straps, on the back of a wearer, the backrest being intended to hold at least one bottle equipped with a valve including a tapped inner housing, the backrest being equipped with a connector which, intended to cooperate with the valve, is connected to a regulator, characterized in that the connector comprises an air inlet tubing projecting outwardly, on which a socket is pivotally mounted and movable in axial translation, the socket including a first externally threaded area, located on the side of the free end of the tubing and intended to cooperate with the tapped housing of the valve of the bottle, and a second area, intended to perform its mounting into a jacket forming an operating button, the socket forming a screw being blocked in rotation in the jacket and free in translation with respect to the latter, the jacket being pivotally mounted on the connector around the axis of the tubing and blocked in translation with respect to the latter.
A method for providing in-order delivery of data packets during a handoff from a source network entity (220, 610) to a target network entity (230, 620) in a communications network, the method comprising: receiving, at the target network entity (230, 620), data packets from an Access Terminal (116, 122, 210); buffering, at the target network entity (230, 620), the received data packets; receiving, at the target network entity (230, 620), an indication signal from the source network entity (220, 610) indicating that there are no pending data to be forwarded to an Access Gateway, AGW; and forwarding the buffered data packets to the AGW in response to the received indication signal. receiving, at the target network entity (230, 620), data packets from an Access Terminal (116, 122, 210); buffering, at the target network entity (230, 620), the received data packets; receiving, at the target network entity (230, 620), an indication signal from the source network entity (220, 610) indicating that there are no pending data to be forwarded to an Access Gateway, AGW; and forwarding the buffered data packets to the AGW in response to the received indication signal.
A cereal product comprising from 40 to 60 wt.% of a binder material and from 40 to 60 wt.% of a cereal mixture, wherein the binder material comprises a stearidonic acid -enriched soybean oil having from 10 to 30 wt.% SDA, from 0.5% to 1.5% by weight lecithin, from 0.1% to 6.0% by weight liquid oil, from 10% to 40 % by weight sugar syrup or from 0.5% to 5% by weight sugar alcohol, from 1.0% to 5.0% by weight humectant, and from 0.2% to 1.0% by weight salt.
A method of serving media, the method comprising: receiving lawful interception information regarding user equipments at a first caching media server (124; 1241) deployed in a first layer2 access network (120; 1201); receiving a request to serve a cacheable media content to a user equipment, the user equipment being coupled through the first layer2 access network (120; 1201); determining whether the user equipment is a target for lawful interception based on the received LI information; serving the cacheable media content stored in a cache of the first caching media server (124; 1241) to the user equipment; and generating a first mirrored delivery stream by the first caching media server (124; 1241) for transmitting all communications with the user equipment to a law enforcement monitoring facility if the user equipment is a target for lawful interception. receiving lawful interception information regarding user equipments at a first caching media server (124; 1241) deployed in a first layer2 access network (120; 1201); receiving a request to serve a cacheable media content to a user equipment, the user equipment being coupled through the first layer2 access network (120; 1201); determining whether the user equipment is a target for lawful interception based on the received LI information; serving the cacheable media content stored in a cache of the first caching media server (124; 1241) to the user equipment; and generating a first mirrored delivery stream by the first caching media server (124; 1241) for transmitting all communications with the user equipment to a law enforcement monitoring facility if the user equipment is a target for lawful interception.
Planetary transmission for a hybrid drive of a motor vehicle, having a first planetary gear set, a second planetary gear set and a third planetary gear set, which each have a sun gear (SR1, SR2, SR3), a ring gear (HR1, HR2, HR3) and a planet carrier (PT1, PT2, PT3), and having multiple shift elements (B03, K14, K15, K26, K25, K36, K45, K56), wherein, in the first planetary gear set, the ring gear thereof is connectable to a component fixed with respect to a housing, wherein, in the first planetary gear set, the planet carrier thereof is drivingly connected to the ring gear of the second planetary gear set, wherein, in the second planetary gear set, the planet carrier thereof is connected to the ring gear of the third planetary gear set and, in the second planetary gear set, the sun gear thereof can be driven by a transmission input shaft, wherein, in the third planetary gear set, the planet carrier thereof is connected to a transmission output shaft, wherein the sun gear of the first planetary gear set is connected to the component fixed with respect to the housing, and wherein the sun gear of the third planetary gear set is connectable to the ring gear of the first planetary gear set, characterized in that the three planetary gear sets (RS1, RS2, RS3) can be shifted so as to realize at least five forward gear ratio stages, which can be shifted without interruption in traction power, by means of four shift elements (B03, K14, K15, K25, K26, K36, K45, K56), wherein three of the shift elements (K14, K15, K25, K26, K36, K45, K56) are formed as shift clutches, specifically either as three non-synchronized positively locking shift clutches (K14, K15, K25, K26, K36, K45, K56) or as two non-synchronized positively locking shift clutches (K14, K15, K36, K45) and one powershift element (K25, K26, K56), in particular friction-type shift element, and wherein one of the shift elements is formed as a non-synchronized positively locking shift brake, and having at least one electric machine which is assigned to a shaft (W1, W2, W3, W4, W5, W6) within the transmission, wherein, in the third planetary gear set, the sun gear thereof is connected to a rotor of the electric machine.
A wireless transmit/receive unit, WTRU, configured to communicate with subscribers in an information centric networking, ICN, environment, the WTRU comprising: a memory (530; 532); and a processor configured to: store a first path to a first subscriber and a second path to a second subscriber in the memory; receive a message from a topology manager indicating a change to a network topology; in response to a determination that the change to the network topology relates to the first path and does not relate to the second path, remove the first path from the memory and maintain the second path in the memory; send a request to the topology manager for a third path to the first subscriber to replace the first path that was removed from memory when the WTRU has a message to be sent to the first subscriber; and receive the third path; and store the third path in the memory. a memory (530; 532); and a processor configured to: store a first path to a first subscriber and a second path to a second subscriber in the memory; receive a message from a topology manager indicating a change to a network topology; in response to a determination that the change to the network topology relates to the first path and does not relate to the second path, remove the first path from the memory and maintain the second path in the memory; send a request to the topology manager for a third path to the first subscriber to replace the first path that was removed from memory when the WTRU has a message to be sent to the first subscriber; and receive the third path; and store the third path in the memory. store a first path to a first subscriber and a second path to a second subscriber in the memory; receive a message from a topology manager indicating a change to a network topology; in response to a determination that the change to the network topology relates to the first path and does not relate to the second path, remove the first path from the memory and maintain the second path in the memory; send a request to the topology manager for a third path to the first subscriber to replace the first path that was removed from memory when the WTRU has a message to be sent to the first subscriber; and receive the third path; and store the third path in the memory.