mhurhangee/patent-ind-claim-en huggingface dataset:
Method for generating the torque setpoint to the actuators of a hybrid power train (GMP) having at least two actuators capable of supplying torque to the wheel, during a gear change, according to which the actuators are placed outside of the gear change phases under the exclusive control of an actuator computer (ECM, HEVC) which imposes on the latter torque requests allocated by application of an energy management law satisfying a driver demand translated into overall torque demand to the wheels independently of the actual gear ratio of the transmission, and in which the torque requests to the actuators are calculated temporarily by a computer of the transmission during the gear changes, characterized in that the transmission computer: - constructs in advance an anticipated torque setpoint to the wheels at the end of a gear change, taking account of the new transmission ratio, - imposes, from the start of the gear change, an allocation of torque between the actuators, determined as a function of the new ratio, - constructs an anticipated target torque setpoint for each actuator on the new ratio, observing the overall torque demand to the wheels on the new ratio, - and manages the transition of the torque applied to the actuators, to the anticipated target torque setpoints on the new ratio, for each actuator. - constructs in advance an anticipated torque setpoint to the wheels at the end of a gear change, taking account of the new transmission ratio, - imposes, from the start of the gear change, an allocation of torque between the actuators, determined as a function of the new ratio, - constructs an anticipated target torque setpoint for each actuator on the new ratio, observing the overall torque demand to the wheels on the new ratio, - and manages the transition of the torque applied to the actuators, to the anticipated target torque setpoints on the new ratio, for each actuator.
A resonator for a filter, the resonator comprising: a cavity having first and second opposing conductive end walls and a conductive side wall or conductive side walls; a dielectric post extending into the cavity from the first conductive end wall; and a conductive cylinder extending into the cavity from the second conductive end wall, the end of the conductive cylinder remote from the second conductive end wall being an open end of the conductive cylinder; wherein the end of the dielectric post remote from the first conductive end wall extends into the open end of the conductive cylinder forming a gap between the periphery of the dielectric post and the interior surface of the conductive cylinder wherein the dielectric post extends partially across the cavity from the first conductive end wall towards the second conductive end wall and has a longitudinal bore; and wherein the resonator further comprises a conductive post which extends into the longitudinal bore from the first conductive end wall, the length of the conductive post within the longitudinal bore being adjustable to allow tuning of the resonant frequency of the resonator. a cavity having first and second opposing conductive end walls and a conductive side wall or conductive side walls; a dielectric post extending into the cavity from the first conductive end wall; and a conductive cylinder extending into the cavity from the second conductive end wall, the end of the conductive cylinder remote from the second conductive end wall being an open end of the conductive cylinder; wherein the end of the dielectric post remote from the first conductive end wall extends into the open end of the conductive cylinder forming a gap between the periphery of the dielectric post and the interior surface of the conductive cylinder wherein the dielectric post extends partially across the cavity from the first conductive end wall towards the second conductive end wall and has a longitudinal bore; and wherein the resonator further comprises a conductive post which extends into the longitudinal bore from the first conductive end wall, the length of the conductive post within the longitudinal bore being adjustable to allow tuning of the resonant frequency of the resonator.
Load-bearing component for the fastening, lashing, and/or lifting technology for receiving loads, comprising a plastic-metal composite system which forms at least one load-bearing section for fastening and/or suspending a load and/or a fastening device and at least one connection section for attaching an object to the component , wherein the plastic-metal composite system comprises a core of a fiber-plastic composite extending continuously from the load-bearing section to the connection section and forming a support structure , and at least one outer shell of a metal material and disposed on the load-bearing section and/or the connection section , characterized in that at least one element of tapered or wedged shape determining the fiber direction is embedded in the core of the plastic-metal composite system .
A dispenser for dry foodstuff, comprising a container for containing said foodstuff, said container having an opening , and a closure arrangement comprising a bottom part and a top part being separable from each other, the bottom part of the closure arrangement is arranged to at least partially cover the opening of the container , wherein the bottom part comprises a floor having at least one aperture aligned with the opening of the container for enabling foodstuff to be dispensed through the aperture , and a frame arranged along a peripheral portion of the floor , wherein the top part of the closure arrangement is attachable to the bottom part in a covering state, thereby preventing foodstuff from being dispensed from the dispenser , wherein foodstuff is dispensable from the dispenser when the top part is removed from the bottom part wherein, the bottom part further comprises a threaded portion , extending from the floor in the opposite direction of the frame , this threaded portion comprises threads on the inside, to allow the bottom part to be screwed onto the container , wherein the frame has a height which varies along the circumferential extension of the frame , wherein the top part comprises an outer wall extending from a top surface , wherein the outer wall is in contact with the bottom part in said covering state, and wherein the top part further comprises an inner wall extending from said top surface , forming a closed path and enclosing a volume, wherein a space is provided between the inner wall and said outer wall .
A method comprising: binding a process executing on a processor to a wildcard internet protocol, IP, address on each of a plurality of nodes included in a cluster that serves data segregated by client across different virtual local area networks, VLANs; receiving, by the process on a redirector node, a first request having a first target IP address of a first volume located on the cluster from a first client, wherein the first target IP address is associated with a first VLAN that is not the wildcard address; determining, by the process on the redirector node, a name of the first VLAN based on the first target IP address; determining, by the process on the redirector node, a storage nodehaving data regarding the first volume; determining, by the process on the redirector node, a first redirection IP address of the storage node included in the first VLAN based upon the name of the first VLAN; and returning, in response to the first request by the process on the redirector node, the first redirection IP address to the first client. binding a process executing on a processor to a wildcard internet protocol, IP, address on each of a plurality of nodes included in a cluster that serves data segregated by client across different virtual local area networks, VLANs; receiving, by the process on a redirector node, a first request having a first target IP address of a first volume located on the cluster from a first client, wherein the first target IP address is associated with a first VLAN that is not the wildcard address; determining, by the process on the redirector node, a name of the first VLAN based on the first target IP address; determining, by the process on the redirector node, a storage nodehaving data regarding the first volume; determining, by the process on the redirector node, a first redirection IP address of the storage node included in the first VLAN based upon the name of the first VLAN; and returning, in response to the first request by the process on the redirector node, the first redirection IP address to the first client.
An apparatus adapted to support and to accurately position and orient an organ of a human or an animal body and a device adapted for administering acupuncture, bio-stimulation, and other therapies and healing procedures with respect to each other at a specific location on said organ to prevent, diagnose, and treat specific types of diseases and other conditions in humans and animals; characterized in that said apparatus comprises: a. a base plate ; b. a rigid bridge rigidly attached to said base plate ; c. a platform located between said base plate and said bridge , said platform mounted to said base plate in such a way that it has two linear degrees of freedom that allow linear motion in directions parallel to two perpendicular sides of said base plate and one rotational degree of freedom around an axis perpendicular to said base plate that passes through the center of said platform ; d. at least one window or opening in the top of said bridge that allows observation of the treatment area on said platform ; e. at least one opening in said bridge through which said device is placed allowing it to stimulate said specific location on said organ when said organ is supported on a surface of said platform ; and f. at least one hinge attached to a framework that supports said device on said bridge , said hinge and said framework configured such that said device can be tilted relative to the surface of said bridge . a. a base plate ; b. a rigid bridge rigidly attached to said base plate ; c. a platform located between said base plate and said bridge , said platform mounted to said base plate in such a way that it has two linear degrees of freedom that allow linear motion in directions parallel to two perpendicular sides of said base plate and one rotational degree of freedom around an axis perpendicular to said base plate that passes through the center of said platform ; d. at least one window or opening in the top of said bridge that allows observation of the treatment area on said platform ; e. at least one opening in said bridge through which said device is placed allowing it to stimulate said specific location on said organ when said organ is supported on a surface of said platform ; and f. at least one hinge attached to a framework that supports said device on said bridge , said hinge and said framework configured such that said device can be tilted relative to the surface of said bridge .
An exhaust aftertreatment system, EATS, for converting NOx emissions in exhaust gases from an engine , the EATS comprising: - a fluid channel for providing a fluid pathway for the exhaust gases, - a selective catalytic reduction, SCR, catalyst arranged in the fluid channel, the SCR catalyst being configured to store ammonia, - an injector configured to inject a reductant for providing ammonia to the SCR catalyst, the injector being arranged upstream of the SCR catalyst, - a fluid flow inducer configured to cause an induced fluid flow in at least a part of the fluid channel when the engine is turned off, characterized in that it further comprises a controlling apparatus configured to precondition the EATS prior to engine start by injecting the reductant into the fluid channel, and transport the reductant into the SCR catalyst by the induced fluid flow to store ammonia in the SCR catalyst. - a fluid channel for providing a fluid pathway for the exhaust gases, - a selective catalytic reduction, SCR, catalyst arranged in the fluid channel, the SCR catalyst being configured to store ammonia, - an injector configured to inject a reductant for providing ammonia to the SCR catalyst, the injector being arranged upstream of the SCR catalyst, - a fluid flow inducer configured to cause an induced fluid flow in at least a part of the fluid channel when the engine is turned off,
A method implemented at a wireless device , WD, configured to operate on one or more secondary cells, Scells, the method comprising: receiving (S146) a command, via a physical downlink control channel, PDCCH, signaling; and performing (S148) a set of actions for at least one Scell of the one or more Scells upon receiving the command via PDCCH signaling, the set of actions including starting or stopping PDCCH monitoring for the at least one Scell; receiving (S138) an activation/deactivation command via Medium Access Control, MAC, layer signaling; characterized by performing (S140) a set of actions for the at least one SCell upon receiving the command via MAC layer signaling different from the set of actions performed upon receiving the command via PDCCH signaling, the set of actions performed upon receiving the command via MAC layer including starting or stopping sounding reference signal, SRS, transmission on the at least one Scell, starting or stopping channel state information, CSI, reporting for the at least one Scell and starting and stopping PDCCH monitoring for the at least one Scell. receiving (S146) a command, via a physical downlink control channel, PDCCH, signaling; and performing (S148) a set of actions for at least one Scell of the one or more Scells upon receiving the command via PDCCH signaling, the set of actions including starting or stopping PDCCH monitoring for the at least one Scell; receiving (S138) an activation/deactivation command via Medium Access Control, MAC, layer signaling; characterized by performing (S140) a set of actions for the at least one SCell upon receiving the command via MAC layer signaling different from the set of actions performed upon receiving the command via PDCCH signaling, the set of actions performed upon receiving the command via MAC layer including starting or stopping sounding reference signal, SRS, transmission on the at least one Scell, starting or stopping channel state information, CSI, reporting for the at least one Scell and starting and stopping PDCCH monitoring for the at least one Scell.
Method for monitoring a manufacturing process for a food mass , wherein the method comprises - detecting a temporal course of measurement data during the manufacturing process; wherein the measurement data indicates at least one property of the food mass in a container of a kitchen appliance ; - determining information in respect of at least one ingredient for manufacturing the food mass which was added to the container during the manufacturing process; wherein the information in respect of the at least one ingredient is determined on the basis of a temporal course of a gradient of the temporal course of measurement data and on the basis of a frequency analysis of at least one time segment of the temporal course of measurement data; and - outputting information in respect of the at least one ingredient to a user of the kitchen appliance in order to support the user when the food mass is being manufactured. - detecting a temporal course of measurement data during the manufacturing process; wherein the measurement data indicates at least one property of the food mass in a container of a kitchen appliance ; - determining information in respect of at least one ingredient for manufacturing the food mass which was added to the container during the manufacturing process; wherein the information in respect of the at least one ingredient is determined on the basis of a temporal course of a gradient of the temporal course of measurement data and on the basis of a frequency analysis of at least one time segment of the temporal course of measurement data; and - outputting information in respect of the at least one ingredient to a user of the kitchen appliance in order to support the user when the food mass is being manufactured.
A glide module for being mounted to an unmanned aircraft system, the glide module comprising: a container including a storage space therein; an air resistance member stored in the container ; an ejection member performing ejection of the air resistance member ; a glide member performing glide of the air resistance member ; and a glide control member controlling the ejection member and the glide member , wherein the glide control member is configured to perform an autonomous flight under a previously input condition by controlling the gliding of the air resistance member , wherein the ejection member comprises an ejection assisting part which is configured to open the container in an electrical manner, wherein the ejection assisting part comprises an elastic device connected to the container and the air resistance member , characterised in that the elastic device is formed of a shape-memory alloy, and is configured to eject the air resistance member to the outside of the container using an elastic force of the shape-memory alloy generated when the shape-memory alloy returns to its pre-deformed shape upon application of the electricity to the elastic device . a container including a storage space therein; an air resistance member stored in the container ; an ejection member performing ejection of the air resistance member ; a glide member performing glide of the air resistance member ; and a glide control member controlling the ejection member and the glide member , wherein the glide control member is configured to perform an autonomous flight under a previously input condition by controlling the gliding of the air resistance member , wherein the ejection member comprises an ejection assisting part which is configured to open the container in an electrical manner, wherein the ejection assisting part comprises an elastic device connected to the container and the air resistance member , characterised in that the elastic device is formed of a shape-memory alloy, and is configured to eject the air resistance member to the outside of the container using an elastic force of the shape-memory alloy generated when the shape-memory alloy returns to its pre-deformed shape upon application of the electricity to the elastic device .
Milk frother comprising - a first milk channel for conducting milk or milk-like beverage liquid to a first milk outlet , - a first foaming section adapted to convert milk or milk-like beverage liquid in the first milk channel into milk foam upon actuation and to dispense the milk foam via the first milk outlet - a first actuator (44.1) for individually actuating the first foaming section , - a second milk passage for conducting milk or milk-like beverage liquid to a second milk outlet - a second foaming section adapted to convert milk or milk-like beverage liquid in the second milk passage into milk foam upon actuation and to discharge it through the second milk outlet - a second actuating member (46.1) for individually actuating the second foaming section , characterized by - a third actuating element (56.1) for coupled actuation of the first foaming section and the second foaming section . - a first milk channel for conducting milk or milk-like beverage liquid to a first milk outlet , - a first foaming section adapted to convert milk or milk-like beverage liquid in the first milk channel into milk foam upon actuation and to dispense the milk foam via the first milk outlet - a first actuator (44.1) for individually actuating the first foaming section , - a second milk passage for conducting milk or milk-like beverage liquid to a second milk outlet - a second foaming section adapted to convert milk or milk-like beverage liquid in the second milk passage into milk foam upon actuation and to discharge it through the second milk outlet - a second actuating member (46.1) for individually actuating the second foaming section , characterized by - a third actuating element (56.1) for coupled actuation of the first foaming section and the second foaming section .
A system comprising: one or more processors coupled to a memory ; and one or more programs , wherein the one or more programs are stored in the memory and configured to be executed by the one or more processors, the one or more programs including instructions that: represent assignments of permissions to a plurality of identities to perform actions on resources of a tenant of a cloud service in a graph, the graph having nodes and edges, a node representing an identity, permission, or resource, an edge representing an assignment of a permission or usage activity of an identity with a resource ; compute a node embedding for each node representing an identity ; find one or more similar identities to a first identity using the node embeddings of each identity in the graph ; predict future resource usage of the first identity based on usage activity of the one or more similar identities ; and derive a least-privilege permission for the first identity based on the predicted future usage . one or more processors coupled to a memory ; and one or more programs , wherein the one or more programs are stored in the memory and configured to be executed by the one or more processors, the one or more programs including instructions that: represent assignments of permissions to a plurality of identities to perform actions on resources of a tenant of a cloud service in a graph, the graph having nodes and edges, a node representing an identity, permission, or resource, an edge representing an assignment of a permission or usage activity of an identity with a resource ; compute a node embedding for each node representing an identity ; find one or more similar identities to a first identity using the node embeddings of each identity in the graph ; predict future resource usage of the first identity based on usage activity of the one or more similar identities ; and derive a least-privilege permission for the first identity based on the predicted future usage . represent assignments of permissions to a plurality of identities to perform actions on resources of a tenant of a cloud service in a graph, the graph having nodes and edges, a node representing an identity, permission, or resource, an edge representing an assignment of a permission or usage activity of an identity with a resource ; compute a node embedding for each node representing an identity ; find one or more similar identities to a first identity using the node embeddings of each identity in the graph ; predict future resource usage of the first identity based on usage activity of the one or more similar identities ; and derive a least-privilege permission for the first identity based on the predicted future usage .