mhurhangee/ep-ind-claims huggingface dataset:
A fluid valve comprising: a movable flow control member positioned between an inlet and an outlet of a fluid flow passageway of the fluid valve; a retainer removably coupled to a body of the flow control member, the retainer and the body of the flow control member defining a sealing cavity when the retainer is coupled to the flow control member; and a seal (402, 700) positioned within the sealing cavity to define a sealing surface of the flow control member, the seal having a first seal portion (414, 704) with an inner core composed of a first material and a second seal portion (416, 706) with an outer sheath composed of a second material different than the first material, the inner core being substantially enclosed with the outer sheath, the retainer to clamp the seal to the flow control member,, characterized in that: the first seal portion (414, 704) comprises an annular ring; and the second seal portion (416, 706) includes an edge wrapped around the first seal portion and an intermediate portion extending across an opening of the annular ring, the intermediate portion being clamped between a wall or surface of the retainer and a surface of the body of the flow control member, the intermediate portion to clamp to the flow control member via the retainer to reduce the risk of the seal becoming dislodged from the sealing cavity. a movable flow control member positioned between an inlet and an outlet of a fluid flow passageway of the fluid valve; a retainer removably coupled to a body of the flow control member, the retainer and the body of the flow control member defining a sealing cavity when the retainer is coupled to the flow control member; and a seal (402, 700) positioned within the sealing cavity to define a sealing surface of the flow control member, the seal having a first seal portion (414, 704) with an inner core composed of a first material and a second seal portion (416, 706) with an outer sheath composed of a second material different than the first material, the inner core being substantially enclosed with the outer sheath, the retainer to clamp the seal to the flow control member,, characterized in that: the first seal portion (414, 704) comprises an annular ring; and the second seal portion (416, 706) includes an edge wrapped around the first seal portion and an intermediate portion extending across an opening of the annular ring, the intermediate portion being clamped between a wall or surface of the retainer and a surface of the body of the flow control member, the intermediate portion to clamp to the flow control member via the retainer to reduce the risk of the seal becoming dislodged from the sealing cavity. the first seal portion (414, 704) comprises an annular ring; and the second seal portion (416, 706) includes an edge wrapped around the first seal portion and an intermediate portion extending across an opening of the annular ring, the intermediate portion being clamped between a wall or surface of the retainer and a surface of the body of the flow control member, the intermediate portion to clamp to the flow control member via the retainer to reduce the risk of the seal becoming dislodged from the sealing cavity.
Start-assist control method in a vehicle train composed of a towing vehicle and a trailer vehicle which is coupled to this towing vehicle and is embodied as a semitrailer, in which vehicle train, in addition to a fixed axle, at least one axle which can be relieved of loading and which is arranged in front of the fixed axle in the direction of travel is provided, wherein in the case of an activated increase in the semitrailer traction, shifting of the axle load is carried out by relieving of loading of the at least one axle of the trailer vehicle which can be relieved of loading, characterized in that both the towing vehicle and the trailer vehicle each have at least one electronic control unit, which control units are connected to one another electronically via data bus means, wherein at least the axle of the towing vehicle, embodied as a drive axle, and the axles (6, 7) of the trailer vehicle are equipped with a load-sensing device, and wherein the increase in the traction of the semitrailer is carried out with the following steps: a) after the presence of a request to increase the traction of the semitrailer, in a first step the current axle loads, specifically the axle load weight forces are determined for the drive axle of the towing vehicle and for the axles (6, 7) of the trailer vehicle; b) in a second step it is checked whether the current axle load of the drive axle of the towing vehicle is lower than its permissible maximum axle load; c) if the current axle load of the drive axle of the towing vehicle is not lower than its maximum axle load, the increase in the traction of the semitrailer is not carried out; d) if the current axle load is lower than the maximum axle load, in a third step the increase in the traction of the semitrailer is activated, and in order to shift the axle load the relieving of loading of the at least one axle of the trailer vehicle which can be relieved of loading is carried out until one of two conditions for ending the shifting of the axle load is met. a) after the presence of a request to increase the traction of the semitrailer, in a first step the current axle loads, specifically the axle load weight forces are determined for the drive axle of the towing vehicle and for the axles (6, 7) of the trailer vehicle; b) in a second step it is checked whether the current axle load of the drive axle of the towing vehicle is lower than its permissible maximum axle load; c) if the current axle load of the drive axle of the towing vehicle is not lower than its maximum axle load, the increase in the traction of the semitrailer is not carried out; d) if the current axle load is lower than the maximum axle load, in a third step the increase in the traction of the semitrailer is activated, and in order to shift the axle load the relieving of loading of the at least one axle of the trailer vehicle which can be relieved of loading is carried out until one of two conditions for ending the shifting of the axle load is met.
A power supply system comprising: an AC input to receive input power; an AC output to provide output power; a battery that provides battery power; power circuitry that receives the input power and the battery power and provides the output power from at least one of the battery power and the input power; and a controller coupled to the input, to the output, to the power circuitry, and to the battery and configured to control the power supply system; wherein the controller includes a storage device that stores operational settings for the power supply system, wherein the controller is configured to sense an output voltage at a plurality of measurement points of an output voltage waveform per line cycle at the output, characterised by that the controller is configured to compare the output voltage waveform at each of the plurality of measurement points of the output voltage waveform with upper and lower threshold levels derived from the operational settings contained in the storage device to determine if the output voltage is within a predetermined range. an AC input to receive input power; an AC output to provide output power; a battery that provides battery power; power circuitry that receives the input power and the battery power and provides the output power from at least one of the battery power and the input power; and a controller coupled to the input, to the output, to the power circuitry, and to the battery and configured to control the power supply system; wherein the controller includes a storage device that stores operational settings for the power supply system, wherein the controller is configured to sense an output voltage at a plurality of measurement points of an output voltage waveform per line cycle at the output, characterised by that the controller is configured to compare the output voltage waveform at each of the plurality of measurement points of the output voltage waveform with upper and lower threshold levels derived from the operational settings contained in the storage device to determine if the output voltage is within a predetermined range.
A projection system, comprising: a portable terminal that detects a change in posture of the portable terminal itself; a projection device that reproduces a video signal, and projects the video signal on a projection surface; and a cradle that supports the projection device, and changes posture of the projection device in accordance with a detection result of the portable terminal; wherein the portable terminal comprises a short-range wireless communication unit, the short-range wireless communication unit is used for transmitting not a video signal but the detection results acquired by a gyro sensor and an acceleration sensor is supplied to the cradle via the projection device. a portable terminal that detects a change in posture of the portable terminal itself; a projection device that reproduces a video signal, and projects the video signal on a projection surface; and a cradle that supports the projection device, and changes posture of the projection device in accordance with a detection result of the portable terminal; wherein
A computer-implemented method for generating a robust radiotherapy treatment plan for a treatment volume of a subject, the treatment volume being defined using a plurality of voxels, the method comprising the steps of: - receiving a first image of the treatment volume; - receiving at least one second image of the treatment volume; - generating a distribution of mapped doses in the first image by mapping a dose defined in the at least one second image to the first image using image registration; - defining an optimization problem using at least one optimization function for a total dose related to the radiotherapy treatment, wherein the total dose is a function of a dose defined in the first image and the dose defined in the at least one second image; - calculating at least one optimization function value based on at least two mapped doses in the distribution of mapped doses in the first image; and - generating (S 110) a radiotherapy treatment plan by optimizing the at least one optimization function value evaluated by taking into account the at least two mapped doses in the distribution of mapped doses. - receiving a first image of the treatment volume; - receiving at least one second image of the treatment volume; - generating a distribution of mapped doses in the first image by mapping a dose defined in the at least one second image to the first image using image registration; - defining an optimization problem using at least one optimization function for a total dose related to the radiotherapy treatment, wherein the total dose is a function of a dose defined in the first image and the dose defined in the at least one second image; - calculating at least one optimization function value based on at least two mapped doses in the distribution of mapped doses in the first image; and - generating (S 110) a radiotherapy treatment plan by optimizing the at least one optimization function value evaluated by taking into account the at least two mapped doses in the distribution of mapped doses.
A method performed by a User Equipment, UE, the method comprising: transmitting, to a network node for mobility management via an Access Network, AN, node, in a Non Access Stratum, NAS, Service Request message, information indcating at least one Protocol Data Unit, PDU, session identifier, ID, each of the at least one PDU session ID indicating a PDU session by which pending uplink user data is to be sent, wherein the information indicating the at least one PDU session ID indicates at least one PDU session to be activated, and wherein the information indicating the at least one PDU session ID is adapted for use in transmitting, from the network node for mobility management to a Session Management Function, SMF, node associated with one of the at least one PDU session ID, a message related to a PDU session corresponding to the one of the at least one PDU session ID, and for use in transmitting, from the SMF node to the network node for mobility management, another message including the one of the at least one PDU session ID and tunnel information related to a reference point between a User Plane Function, UPF, node and the AN node. transmitting, to a network node for mobility management via an Access Network, AN, node, in a Non Access Stratum, NAS, Service Request message, information indcating at least one Protocol Data Unit, PDU, session identifier, ID, each of the at least one PDU session ID indicating a PDU session by which pending uplink user data is to be sent, wherein the information indicating the at least one PDU session ID indicates at least one PDU session to be activated, and wherein the information indicating the at least one PDU session ID is adapted for use in transmitting, from the network node for mobility management to a Session Management Function, SMF, node associated with one of the at least one PDU session ID, a message related to a PDU session corresponding to the one of the at least one PDU session ID, and for use in transmitting, from the SMF node to the network node for mobility management, another message including the one of the at least one PDU session ID and tunnel information related to a reference point between a User Plane Function, UPF, node and the AN node.
A lubricating oil composition comprising a major amount of oil of lubricating viscosity and a minor amount of one or more compounds of Formula: wherein R 1, R 2, R 3 and R 4 are each independently an alkyl group having 1 to 12 carbon atoms; R 5 and R 6 are each independently H or an alkyl group having 1 to 12 carbon atoms, and R 7 is an alkyl group having 1 to 12 carbon atoms or an aryl group; wherein at least 5 % of the compositional TBN as measured in accordance with ASTM D4739 of the lubricating oil composition is derived from one or more compounds of Formula I and with the proviso that, when R 5 is H and R 7 is an alkyl group, R 6 is an alkyl group, and with the further proviso that no more than 3 of R 1, R 2, R 3, and R 4 are methyl, simultaneously.
A device for circulating stored drinking water with vortex flow comprising: a base including at least one port (170, 190) through which the drinking water is received and dispensed; a tank mounted on the base with a sealed engagement and configured to store the drinking water, wherein the tank is spherical or egg shaped and includes an air inlet on an upper portion of the tank through which air can flow in and out of the tank; and an actuator configured to circulate the drinking water stored in the tank with vortex flow, the device characterized in that the actuator is housed in the base. a base including at least one port (170, 190) through which the drinking water is received and dispensed; a tank mounted on the base with a sealed engagement and configured to store the drinking water, wherein the tank is spherical or egg shaped and includes an air inlet on an upper portion of the tank through which air can flow in and out of the tank; and an actuator configured to circulate the drinking water stored in the tank with vortex flow, the device characterized in that the actuator is housed in the base.
A valve arrangement for a hose end coupler of a transfer hose for the offloading of hydrocarbons from an offshore floating production storage and offloading vessel (FPSO) to a shuttle tanker, comprising: a linear valve comprising a linear valve actuator movable between a first position whereat the valve is closed and a second position whereat the valve is open; a secondary valve comprising a secondary valve actuator movable between a first position whereat the valve is closed and a second position whereat the valve is open; wherein the linear valve actuator and the secondary valve actuator are operatively coupled such that movement of the linear valve actuator between the first position and the second position effects a corresponding movement of the secondary valve actuator between the first position and the second position; characterised in that: the secondary valve comprises a rotating valve having a secondary rotating valve actuator carried within a valve housing that is mounted to be rotatable between a first position whereat the valve is closed and a second position whereat the valve is open. a linear valve comprising a linear valve actuator movable between a first position whereat the valve is closed and a second position whereat the valve is open; a secondary valve comprising a secondary valve actuator movable between a first position whereat the valve is closed and a second position whereat the valve is open; wherein the linear valve actuator and the secondary valve actuator are operatively coupled such that movement of the linear valve actuator between the first position and the second position effects a corresponding movement of the secondary valve actuator between the first position and the second position; characterised in that: the secondary valve comprises a rotating valve having a secondary rotating valve actuator carried within a valve housing that is mounted to be rotatable between a first position whereat the valve is closed and a second position whereat the valve is open.
Cooling means for an endoscope or a medical instrument, wherein the endoscope and/or the medical instrument comprises a head piece (11, 40, 72) and an elongated shaft, wherein the head piece (11, 40, 72) is arranged on a proximal end area of the shaft, wherein arranged in the endoscope and/or in the medical instrument is at least one heat-generating component and wherein the head piece (11, 40, 72) comprises a heat exchange surface forming a part of the surface of a housing of the head piece for dissipating the heat generated by the at least one heat-generating component to outside of the endoscope and/or of the medical instrument, wherein the cooling means is formed as a cooling attachment (20, 60, 70), which is connectable detachably to the endoscope and/or to the medical instrument and is designed to absorb heat from the heat exchange surface of the head piece (11, 40, 72) and to dissipate heat through a cooling fluid flowing through the cooling attachment (20, 60, 70), wherein the cooling attachment (20, 60, 70) is designed for through-flow by a cooling fluid carried in a closed cooling circuit and wherein the cooling attachment (20, 60, 70) is designed as a handle, characterised in that the heat exchange surface of the head piece (11, 40, 72) forms an axially directed cylinder and the cooling attachment (20, 60, 70) is designed as a sleeve that can be pushed onto the cylinder.
An end effector which can be mounted on a robot arm of an industrial robot, comprising: an end effector base portion which can be connected to the robot arm; a first object holding mechanism provided to the end effector base portion and configured to hold a first type of object to be handled; a second object holding unit configured to hold a second type of object to be handled; and a unit holding mechanism provided to the end effector base portion and configured to releasably hold the second object holding unit, wherein the second object holding unit which is held by the unit holding mechanism is driven by the first object holding mechanism, wherein the first object holding mechanism has a first gripping member configured to grip the first type of object to be handled, wherein the second object holding unit which is held by the unit holding mechanism is driven by the first gripping member, wherein the second object holding unit has a second gripping member configured to grip the second type of object to be handled, wherein the second gripping member of the second object holding unit which is held by the unit holding mechanism is driven by the first gripping member, characterized in that the second object holding unit has an energizing unit configured to energize the second gripping member in a direction such that the second type of object to be handled is gripped, and the second gripping member is driven in a direction such that the second type of object to be handled is released by the first gripping member against an energizing force of the energizing unit. an end effector base portion which can be connected to the robot arm; a first object holding mechanism provided to the end effector base portion and configured to hold a first type of object to be handled; a second object holding unit configured to hold a second type of object to be handled; and a unit holding mechanism provided to the end effector base portion and configured to releasably hold the second object holding unit, wherein the second object holding unit which is held by the unit holding mechanism is driven by the first object holding mechanism, wherein the first object holding mechanism has a first gripping member configured to grip the first type of object to be handled, wherein the second object holding unit which is held by the unit holding mechanism is driven by the first gripping member, wherein the second object holding unit has a second gripping member configured to grip the second type of object to be handled, wherein the second gripping member of the second object holding unit which is held by the unit holding mechanism is driven by the first gripping member, characterized in that the second object holding unit has an energizing unit configured to energize the second gripping member in a direction such that the second type of object to be handled is gripped, and the second gripping member is driven in a direction such that the second type of object to be handled is released by the first gripping member against an energizing force of the energizing unit.
A clear coating composition with a resin solids content comprising a cross-linkable binder component having functional groups with active hydrogen and a cross-linker component, wherein the cross-linker component comprises at least one isocyanate-functional urethane component comprising at least one aliphatic polyether polyol having -OCH 2 C n F 2n+1 groups, with n = 1 or 2, as a building block, and wherein said -OCH 2 C n F 2n+1 groups provide the clear coating composition with a fluorine content of 0.1 to 3 weight %, calculated on the resin solids content of the coating composition.