mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method for operating a system having a monitor, a camera, and a processor, so as to sequentially display a real-time video stream and a delayed video stream on the monitor to enable a user an enhanced experience of a viewing session, characterized in that the method comprises the steps of: setting a delay time of N seconds; setting a delay period of M seconds; obtaining live video feed from the camera; simultaneously sending the video feed to the monitor to be displayed as the real-time video stream and saving the video feed as frames in the memory; upon receiving a trigger, performing: indicating a trigger time at the time of receiving the trigger and storing the trigger time in the memory; counting N seconds from the trigger time and then fetching the frames from the memory and sending to the monitor for display as a delayed video stream, starting from the frame that was stored at the trigger time, and simultaneously continuing to store the video stream to the memory; after fetching a series of frames for M seconds, stopping the fetching and reverting to sending the video feed to the monitor for display as real-time video stream, wherein N is shorter than M. setting a delay time of N seconds; setting a delay period of M seconds; obtaining live video feed from the camera; simultaneously sending the video feed to the monitor to be displayed as the real-time video stream and saving the video feed as frames in the memory; upon receiving a trigger, performing: indicating a trigger time at the time of receiving the trigger and storing the trigger time in the memory; counting N seconds from the trigger time and then fetching the frames from the memory and sending to the monitor for display as a delayed video stream, starting from the frame that was stored at the trigger time, and simultaneously continuing to store the video stream to the memory; after fetching a series of frames for M seconds, stopping the fetching and reverting to sending the video feed to the monitor for display as real-time video stream, wherein N is shorter than M. indicating a trigger time at the time of receiving the trigger and storing the trigger time in the memory; counting N seconds from the trigger time and then fetching the frames from the memory and sending to the monitor for display as a delayed video stream, starting from the frame that was stored at the trigger time, and simultaneously continuing to store the video stream to the memory; after fetching a series of frames for M seconds, stopping the fetching and reverting to sending the video feed to the monitor for display as real-time video stream, wherein N is shorter than M.
A method for recovering a fluorinated surfactant molecule from an aqueous or mixed aqueous organic solution, comprising the step of contacting said solution containing an fluorinated surfactant with a zeolite that has pores delineated by rings that comprise between 10 to 14 tetrahedrally coordinated framework atoms ('T'), and wherein said zeolite contains only Si 4+ , Ge 4+ , Ti 4+ , Sn 4+ , Zr 4+ or Hf 4+ as tetrahedrally coordinated framework atoms .
Method for the automatic chromatography of thin-layer plates for thin-layer chromatography with a development chamber , in which a thin-layer plate (D) is completely enclosed and isolated and sealed from the external environment, a front space being located within the development chamber on the front side of the separating layer of the thin-layer plate (D), the front space containing an inner atmosphere, the method comprising a chromatographic development wherein during chromatographic development or during prior preconditioning, in which the inner atmosphere is saturated with a specific gas phase composition and the separating layer of the thin-layer plate (D) is loaded with specific substances in a defined manner, in order to control the processes taking place in the separating layer of the thin-layer plate (D), a stream of gas with a specific composition determined by the user is generated throughout the entire front space and acts on the separating layer of the thin-layer plate (D), the stream of gas setting the entire inner atmosphere in motion, without resting area or stagnant gas phase. the method comprising a chromatographic development wherein during chromatographic development or during prior preconditioning, in which the inner atmosphere is saturated with a specific gas phase composition and the separating layer of the thin-layer plate (D) is loaded with specific substances in a defined manner, in order to control the processes taking place in the separating layer of the thin-layer plate (D), a stream of gas with a specific composition determined by the user is generated throughout the entire front space and acts on the separating layer of the thin-layer plate (D), the stream of gas setting the entire inner atmosphere in motion, without resting area or stagnant gas phase.
An apparatus , comprising: means for transmitting a request for one or more cell global identities associated with one or more cells to a network entity , wherein the apparatus is a secondary node and the network entity is a master node to a user equipment operating in dual connectivity mode; means for receiving cell global identities and neighbor relation related information associated with the requested one or more cells from the network entity ; and means for updating one or more neighbor relation tables based upon the received neighbor relation related information from the network entity . means for transmitting a request for one or more cell global identities associated with one or more cells to a network entity , wherein the apparatus is a secondary node and the network entity is a master node to a user equipment operating in dual connectivity mode; means for receiving cell global identities and neighbor relation related information associated with the requested one or more cells from the network entity ; and means for updating one or more neighbor relation tables based upon the received neighbor relation related information from the network entity .
A method performed by a user equipment, UE, for performing handover from a next-generation, NG, system to a 4G system, wherein the UE is connected to the NG system with multiple protocol data unit, PDU, sessions for a same data network, DN, including a primary PDU session and a secondary PDU session, the method comprising: receiving a command for handover to the 4G system; transmitting (S1410) first session information regarding the primary PDU session to a network, wherein the first session information informs a quality of service, QoS, level of the primary PDU session; establishing (S1430a, S1430b) a packet data network, PDN, connection with the 4G system based on the first session information and mapping the primary PDU session to a default bearer of the PDN connection which satisfies the QoS level of the primary PDU session; and determining (S1450) whether to create a dedicated bearer for the secondary PDU session, wherein, determining (S1450) whether to create the dedicated bearer comprises: based on the default bearer not satisfying a QoS level demanded by traffic of the secondary PDU session, triggering (S1470) creation of the dedicated bearer by transmitting a bearer resource allocation request to a PDN Gateway, P-GW; and based on the default bearer satisfying the QoS level demanded by the traffic of the secondary PDU session, transmitting (S1460) the traffic of the secondary PDU session to the default bearer without triggering the creation of the dedicated bearer. receiving a command for handover to the 4G system; transmitting (S1410) first session information regarding the primary PDU session to a network, wherein the first session information informs a quality of service, QoS, level of the primary PDU session; establishing (S1430a, S1430b) a packet data network, PDN, connection with the 4G system based on the first session information and mapping the primary PDU session to a default bearer of the PDN connection which satisfies the QoS level of the primary PDU session; and determining (S1450) whether to create a dedicated bearer for the secondary PDU session, wherein, determining (S1450) whether to create the dedicated bearer comprises: based on the default bearer not satisfying a QoS level demanded by traffic of the secondary PDU session, triggering (S1470) creation of the dedicated bearer by transmitting a bearer resource allocation request to a PDN Gateway, P-GW; and based on the default bearer satisfying the QoS level demanded by the traffic of the secondary PDU session, transmitting (S1460) the traffic of the secondary PDU session to the default bearer without triggering the creation of the dedicated bearer. based on the default bearer not satisfying a QoS level demanded by traffic of the secondary PDU session, triggering (S1470) creation of the dedicated bearer by transmitting a bearer resource allocation request to a PDN Gateway, P-GW; and based on the default bearer satisfying the QoS level demanded by the traffic of the secondary PDU session, transmitting (S1460) the traffic of the secondary PDU session to the default bearer without triggering the creation of the dedicated bearer.
A gear unit, comprising a superposition gear means, in particular differential gear means, wherein torque flows can be brought together by means of the superposition gear means by way of two input shafts of the gear unit, wherein a first one of the input shafts drives a central wheel , in particular a sun wheel , of a planetary gear set , wherein the first input shaft is freely mounted, in that - in a first axial region it is mounted on satellites of the superposition gear means - and in a second axial region it is mounted on an input device by way of a shaft coupling , in particular on an output shaft of a motor (M2), in particular electric motor, - wherein the satellites are formed as double satellites , wherein the central wheel is engaged with a first gearing stage of the double satellites and a further part , more to the output side, is engaged with a second gearing stage of the double satellites , - wherein a spur wheel is rotatably mounted on one of the input shafts , which spur wheel is comprised by a spur wheel stage as bifurcation stage , to which power flow can be supplied from the superposition gear, in particular wherein the output-side power flow transferred from the superposition gear to subsequent spur gear stages as gear branches is split, in particular so that two output shafts are available on the gear unit, wherein at least one output shaft of the superposition gear means is the input shaft of a single-stage or multi-stage spur gear stage , wherein the superposition gear means and the spur gear stage are arranged as in each case different gear stages in the gear unit which comprises these gear stages, wherein the central wheel is arranged in the first axial region of the first input shaft and is connected thereto there in rotation-resistant manner or is formed in one piece, and wherein the first input shaft in the region of the shaft coupling has external gearing which engages in internal gearing of the shaft of the input device , the internal gearing being formed crowned. - in a first axial region it is mounted on satellites of the superposition gear means - and in a second axial region it is mounted on an input device by way of a shaft coupling , in particular on an output shaft of a motor (M2), in particular electric motor, - wherein the satellites are formed as double satellites , wherein the central wheel is engaged with a first gearing stage of the double satellites and a further part , more to the output side, is engaged with a second gearing stage of the double satellites , - wherein a spur wheel is rotatably mounted on one of the input shafts , which spur wheel is comprised by a spur wheel stage as bifurcation stage , to which power flow can be supplied from the superposition gear, in particular wherein the output-side power flow transferred from the superposition gear to subsequent spur gear stages as gear branches is split, in particular so that two output shafts are available on the gear unit,
A product comprising a container and a viscous composition contained in the container, wherein: - the composition comprises at least 8.0% by weight of whey protein, has a pH of from 6.0 to 8.0, and has an energy density of less than 200 kcal per 100 g, and - the container is a flexible container. - the composition comprises at least 8.0% by weight of whey protein, has a pH of from 6.0 to 8.0, and has an energy density of less than 200 kcal per 100 g, and - the container is a flexible container.
A propulsion system for an aircraft , the propulsion system comprising: a turbofan engine comprising: a propulsor ; and a turbomachine mechanically coupled to the propulsor for driving the propulsor during a combustion operating mode of the propulsion system and mechanically decoupled from the propulsor during an electric operating mode of the propulsion system ; an electrical power source ; and an electric machine, the electric machine being electrically coupled to the electrical power source and mechanically coupled to the propulsor during the electric operating mode of the propulsion system such that the electric machine drives the propulsor during the electric operating mode of the propulsion system ; wherein the turbomachine defines an inlet , and wherein the turbomachine further comprises a forward variable geometry component for at least partially closing off the inlet when the propulsion system is operating in the electric operating mode; and wherein the propulsor is a fan of the turbofan engine and the turbomachine is a core engine of the turbofan engine. a turbofan engine comprising: a propulsor ; and a turbomachine mechanically coupled to the propulsor for driving the propulsor during a combustion operating mode of the propulsion system and mechanically decoupled from the propulsor during an electric operating mode of the propulsion system ; a propulsor ; and a turbomachine mechanically coupled to the propulsor for driving the propulsor during a combustion operating mode of the propulsion system and mechanically decoupled from the propulsor during an electric operating mode of the propulsion system ; an electrical power source ; and an electric machine, the electric machine being electrically coupled to the electrical power source and mechanically coupled to the propulsor during the electric operating mode of the propulsion system such that the electric machine drives the propulsor during the electric operating mode of the propulsion system ; wherein the turbomachine defines an inlet , and wherein the turbomachine further comprises a forward variable geometry component for at least partially closing off the inlet when the propulsion system is operating in the electric operating mode; and wherein the propulsor is a fan of the turbofan engine and the turbomachine is a core engine of the turbofan engine.
A replaceable unit for an electrophotographic image forming device , comprising: a housing having a top , a bottom , a front , and a rear positioned between a first side and a second side of the housing , the housing has a reservoir for holding toner; an electrical contact on the first side of the housing for contacting a corresponding electrical contact in the image forming device when the replaceable unit is installed in the image forming device , the electrical contact is electrically connected to processing circuitry mounted on the housing ; and a guide on the first side of the housing positioned closer to the front of the housing than the electrical contact is to the front of the housing , the guide leads rearward toward the electrical contact , characterized by that the guide includes an inside surface that faces inward sideways toward the second side of the housing , the inside surface is unobstructed permitting the inside surface to contact an electrical connector in the image forming device during insertion of the replaceable unit into the image forming device , at least a portion of the inside surface is angled inward sideways in a direction from the front to the rear permitting contact between the inside surface and the electrical connector in the image forming device to draw the electrical connector in the image forming device inward sideways relative to the replaceable unit during insertion of the replaceable unit into the image forming device with the front of the housing leading. a housing having a top , a bottom , a front , and a rear positioned between a first side and a second side of the housing , the housing has a reservoir for holding toner; an electrical contact on the first side of the housing for contacting a corresponding electrical contact in the image forming device when the replaceable unit is installed in the image forming device , the electrical contact is electrically connected to processing circuitry mounted on the housing ; and a guide on the first side of the housing positioned closer to the front of the housing than the electrical contact is to the front of the housing , the guide leads rearward toward the electrical contact , characterized by that the guide includes an inside surface that faces inward sideways toward the second side of the housing , the inside surface is unobstructed permitting the inside surface to contact an electrical connector in the image forming device during insertion of the replaceable unit into the image forming device , at least a portion of the inside surface is angled inward sideways in a direction from the front to the rear permitting contact between the inside surface and the electrical connector in the image forming device to draw the electrical connector in the image forming device inward sideways relative to the replaceable unit during insertion of the replaceable unit into the image forming device with the front of the housing leading.
A method for engine braking in a combustion engine comprising at least one cylinder having a cylinder volume and a piston displaceable in said cylinder , an intake air channel having a first pressure (P1), a first inlet valve arranged between the intake air channel and the cylinder volume , an exhaust air channel having a second pressure (P2), a first outlet valve arranged between the cylinder volume and the exhaust air channel , and a storage reservoir having a third pressure (P3) that is higher than said first pressure (P1) and said second pressure (P2), the storage reservoir being arranged between the first outlet valve and a controllable valve in the exhaust air channel and in controllable fluid communication with the cylinder volume by means of said first outlet valve , the method taking place during two-stroke cycle and comprises the steps of: - displacing the piston from the upper dead centre towards the lower dead centre, - keeping the first inlet valve open during at least a part of the time the piston is displaced from the upper dead centre to the lower dead centre, wherein the opening of the first inlet valve is taking place during the second half of the displacement of the piston from the upper dead centre towards the lower dead centre, and wherein the first inlet valve is closed at the latest when the piston is located at the lower dead centre, - opening the fluid communication between the storage reservoir and the cylinder volume , in connection with the piston being located at the lower dead centre and when the first inlet valve is closed, - displace the piston from the lower dead centre towards the upper dead centre, and - keeping the fluid communication between the storage reservoir and the cylinder volume open during at least a part of the time the piston is displaced from the lower dead centre to the upper dead centre. - displacing the piston from the upper dead centre towards the lower dead centre, - keeping the first inlet valve open during at least a part of the time the piston is displaced from the upper dead centre to the lower dead centre, wherein the opening of the first inlet valve is taking place during the second half of the displacement of the piston from the upper dead centre towards the lower dead centre, and wherein the first inlet valve is closed at the latest when the piston is located at the lower dead centre, - opening the fluid communication between the storage reservoir and the cylinder volume , in connection with the piston being located at the lower dead centre and when the first inlet valve is closed, - displace the piston from the lower dead centre towards the upper dead centre, and - keeping the fluid communication between the storage reservoir and the cylinder volume open during at least a part of the time the piston is displaced from the lower dead centre to the upper dead centre.
A system for presenting magnified images locked onto an object of interest in the environment of an operator in real-time, the system comprising: at least one camera , disposed on the head of said operator such that said camera moves in conjunction with said head of said operator , said camera configured to acquire a sequence of image frames of a scene, wherein the scene comprises at least one object of interest ; a head tracker , configured to detect the line-of-sight (LOS) of said operator by detecting at least the orientation of the head of said operator ; a processor , coupled with said camera and with said head tracker , said processor further configured to determine the coordinates of said object of interest in the acquired image frames , said processor further configured to rescale a region surrounding said object of interest in said image frames , in accordance with at least one display parameter, to produce respective magnified image frames of said object of interest ; and a head-mounted display (HMD) worn by said operator and coupled with said processor , said HMD configured to display said magnified image frames of said object of interest overlaid onto the background scene viewed through the HMD; characterized in that : said processor is configured to obtain designated real-world coordinates of the at least one object of interest in said scene, said processor further configured to determine the relative angle between the detected operator LOS and said object of interest , and said processor further configured to apply image processing for stabilization of said image frames based on at least one previous image frame so as to at least compensate for head movements of said operator ; said HMD is configured to display said magnified image frames such that the object of interest is maintained superimposed at its true geolocation in the scene, in relation to the operator LOS, regardless of the head movements of said operator .
A method for preparing a macromonomeric stabilizer, comprising: reacting a polyol with a tricarboxylic acid not comprising a polymerizable olefinic unsaturated double bond or a derivative thereof, to form an adduct; and reacting the resulting adduct with an epoxide comprising a polymerizable olefinic unsaturated double bond. reacting a polyol with a tricarboxylic acid not comprising a polymerizable olefinic unsaturated double bond or a derivative thereof, to form an adduct; and reacting the resulting adduct with an epoxide comprising a polymerizable olefinic unsaturated double bond.
A continuity composition, comprising: a) 2-20 wt.% of at least one metal carboxylate salt wherein said metal carboxylate salt is modified with b) 2-20 wt.% of at least one molten fatty amine; and c) at least one liquid vehicle, where the wt.% are based on the total weight of a), b) and c). a) 2-20 wt.% of at least one metal carboxylate salt wherein said metal carboxylate salt is modified with b) 2-20 wt.% of at least one molten fatty amine; and c) at least one liquid vehicle, where the wt.% are based on the total weight of a), b) and c).