mhurhangee/ep-ind-claims huggingface dataset:
Battery module, comprising: a housing made of an electrically insulating material with several compartments, intermediate walls separating adjacent compartments and electrode assemblies arranged in the compartments, wherein the intermediate walls are made of at least one electrically conducting material, wherein electrodes (11, 12) of the electrode assemblies are electrically connected to the intermediate walls, characterized in that wherein the intermediate walls are shaped in a T-form or in a L-form, the intermediate walls are inserted into the material of the housing, such that the edges of the intermediate walls are surrounded by the material of the housing, wherein the intermediate walls comprise at least a first layer made of copper and a second layer made of aluminium, each layer (31, 32) of the intermediate walls is bent perpendicularly, such that a vertical part of the layer (31, 32) separates two adjacent compartments, and that a horizontal part of the layer (31, 32) borders on only one compartment, the first layer of each intermediate wall is electrically connected to the anode of an adjacent electrode assembly via a negative connecting element and the second layer of each intermediate wall is electrically connected to the cathode of an adjacent electrode assembly via a positive connecting element, the intermediate layers extend into a bottom plate of a base body of the housing. a housing made of an electrically insulating material with several compartments, intermediate walls separating adjacent compartments and electrode assemblies arranged in the compartments, wherein the intermediate walls are made of at least one electrically conducting material, wherein electrodes (11, 12) of the electrode assemblies are electrically connected to the intermediate walls, characterized in that wherein the intermediate walls are shaped in a T-form or in a L-form, the intermediate walls are inserted into the material of the housing, such that the edges of the intermediate walls are surrounded by the material of the housing, wherein the intermediate walls comprise at least a first layer made of copper and a second layer made of aluminium, each layer (31, 32) of the intermediate walls is bent perpendicularly, such that a vertical part of the layer (31, 32) separates two adjacent compartments, and that a horizontal part of the layer (31, 32) borders on only one compartment, the first layer of each intermediate wall is electrically connected to the anode of an adjacent electrode assembly via a negative connecting element and the second layer of each intermediate wall is electrically connected to the cathode of an adjacent electrode assembly via a positive connecting element, the intermediate layers extend into a bottom plate of a base body of the housing.
A method for encoding and transmitting frames with forward error correction,FEC, the method comprising: receiving or generating a plurality of unencoded frames including a current frame in a sequence and one or more previous frames in the sequence; encoding the current frame at a first bitrate to generate one or more encoded source frames (526, 536); encoding the one or more previous frames at a second bitrate that is equal to or lower than the first bitrate to generate one or more encoded FEC frames; packetizing the one or more encoded source frames and the one or more encoded FEC frames into two or more data packets (520, 530) by putting part of the one or more encoded source frames in a first packet along with the one or more encoded FEC frames and putting a remaining part of the one or more encoded source frames in a second packet, wherein the second packet includes no encoded FEC frames, and wherein the remaining part of the one or more encoded source frames in the second packet is sufficient to reconstruct the part of the one or more encoded source frames in the first packet; and transmitting the one or more data packets over a data network. receiving or generating a plurality of unencoded frames including a current frame in a sequence and one or more previous frames in the sequence; encoding the current frame at a first bitrate to generate one or more encoded source frames (526, 536); encoding the one or more previous frames at a second bitrate that is equal to or lower than the first bitrate to generate one or more encoded FEC frames; packetizing the one or more encoded source frames and the one or more encoded FEC frames into two or more data packets (520, 530) by putting part of the one or more encoded source frames in a first packet along with the one or more encoded FEC frames and putting a remaining part of the one or more encoded source frames in a second packet, wherein the second packet includes no encoded FEC frames, and wherein the remaining part of the one or more encoded source frames in the second packet is sufficient to reconstruct the part of the one or more encoded source frames in the first packet; and transmitting the one or more data packets over a data network.
Corner structure of a hollow chamber seal, a filling piece being arranged in the corner region of the hollow chamber seal, which piece supports the hollow chamber seal under deformation and diverts the supporting forces into a component on which the hollow chamber seal is arranged, characterised in that the filling piece has a foot, to which a head made of an elastomer material is attached, the head of the filling piece protruding into the hollow chamber seal through a slot made in the hollow chamber seal in the mounted state and being supported on the inner wall of the hollow chamber seal which is opposite the component under deformation, and the foot being supported on the component and diverting the supporting forces of the head into the component.
An input apparatus comprising: a movable member that receives an operating force, the movable member comprising an operating member; a fixing member that fixes the movable member so as to move in a plurality of operating directions, the fixing member being a casing; a switch (21, 22) that switches between on-state and off-state as the movable member moves; a first magnetic substance attached to the fixing member; a second magnetic substance that moves together with the movable member; and a third magnetic substance disposed so as to come into contact with each of the first magnetic substance and the second magnetic substance in a state in which the movable member is not receiving an operating force, so as to come into contact with one of the first magnetic substance and the second magnetic substance in a state in which the movable member is receiving an operating force in a first direction, and so as to come into contact with another one of the first magnetic substance and the second magnetic substance in a state in which the movable member is receiving an operating force in a second direction, wherein at least one of the first magnetic substance, the second magnetic substance, and the third magnetic substance is a magnet. a movable member that receives an operating force, the movable member comprising an operating member; a fixing member that fixes the movable member so as to move in a plurality of operating directions, the fixing member being a casing; a switch (21, 22) that switches between on-state and off-state as the movable member moves; a first magnetic substance attached to the fixing member; a second magnetic substance that moves together with the movable member; and a third magnetic substance disposed so as to come into contact with each of the first magnetic substance and the second magnetic substance in a state in which the movable member is not receiving an operating force, so as to come into contact with one of the first magnetic substance and the second magnetic substance in a state in which the movable member is receiving an operating force in a first direction, and so as to come into contact with another one of the first magnetic substance and the second magnetic substance in a state in which the movable member is receiving an operating force in a second direction, wherein at least one of the first magnetic substance, the second magnetic substance, and the third magnetic substance is a magnet.
A session activation method, comprising: receiving, by a control plane node, indication information from an access and mobility management function, AMF, node, wherein the indication information is used to indicate that the AMF node receives a service request message from a terminal device; and sending, by the control plane node, an identifier of a to-be-activated protocol data unit, PDU, session of the terminal device to a session management function, SMF, node or the AMF node based on the indication information, wherein the sending, by the control plane node, an identifier of a to-be-activated PDU session of the terminal device to a session management function, SMF, node or the AMF node based on the indication information comprises: obtaining, by the control plane node, an activation-related parameter of the terminal device based on the indication information; determining, by the control plane node, the to-be-activated PDU session of the terminal device based on the activation-related parameter; and sending, by the control plane node, the identifier of the determined to-be-activated PDU session of the terminal device to the SMF node or the AMF node. receiving, by a control plane node, indication information from an access and mobility management function, AMF, node, wherein the indication information is used to indicate that the AMF node receives a service request message from a terminal device; and sending, by the control plane node, an identifier of a to-be-activated protocol data unit, PDU, session of the terminal device to a session management function, SMF, node or the AMF node based on the indication information, wherein the sending, by the control plane node, an identifier of a to-be-activated PDU session of the terminal device to a session management function, SMF, node or the AMF node based on the indication information comprises: obtaining, by the control plane node, an activation-related parameter of the terminal device based on the indication information; determining, by the control plane node, the to-be-activated PDU session of the terminal device based on the activation-related parameter; and sending, by the control plane node, the identifier of the determined to-be-activated PDU session of the terminal device to the SMF node or the AMF node. obtaining, by the control plane node, an activation-related parameter of the terminal device based on the indication information; determining, by the control plane node, the to-be-activated PDU session of the terminal device based on the activation-related parameter; and sending, by the control plane node, the identifier of the determined to-be-activated PDU session of the terminal device to the SMF node or the AMF node.
An engine oil composition, comprising a) 50 to 92 wt.% of a base oil, based on the total weight of the engine oil composition, wherein the base oil has at least 90% saturates and is selected from a Group II, Group III, Group IV and Group V base oil and mixtures thereof, b) a dihydrocarbyl dithiophosphate metal salt antiwear compound derived from at least one secondary alcohol in an amount sufficient to provide from 100 to 1000 ppm by weight phosphorus to the engine oil composition, based on a total weight of the engine oil composition, wherein the metal is an alkali metal, an alkaline earth metal, aluminum, lead, tin, molybdenum, manganese, nickel, copper, titanium, or zinc, and c) 0.1 to 2.0 wt.% of a polymerized blown vegetable oil, based on a total weight of the engine oil composition, wherein said polymerized blown vegetable oil is different from the base oil and obtainable by blowing a vegetable oil with air or oxygen at temperatures ranging from 20°C to 75°C to provide a blown vegetable oil and polymerizing the blown vegetable oil in the presence of 0.01 wt.% to 0.2 wt.% of a boron trifluoride catalyst or a fluoroboric acid catalyst for a period of from 1 to 50 hours or by heating the vegetable oil to temperatures from 135 °C to 150°C and providing an air or oxygen flow to the reactor for 12 to 20 hours, wherein the engine oil composition comprises 100-1000 ppm phosphorus based on the total weight of the engine oil composition. a) 50 to 92 wt.% of a base oil, based on the total weight of the engine oil composition, wherein the base oil has at least 90% saturates and is selected from a Group II, Group III, Group IV and Group V base oil and mixtures thereof, b) a dihydrocarbyl dithiophosphate metal salt antiwear compound derived from at least one secondary alcohol in an amount sufficient to provide from 100 to 1000 ppm by weight phosphorus to the engine oil composition, based on a total weight of the engine oil composition, wherein the metal is an alkali metal, an alkaline earth metal, aluminum, lead, tin, molybdenum, manganese, nickel, copper, titanium, or zinc, and c) 0.1 to 2.0 wt.% of a polymerized blown vegetable oil, based on a total weight of the engine oil composition, wherein said polymerized blown vegetable oil is different from the base oil and obtainable by blowing a vegetable oil with air or oxygen at temperatures ranging from 20°C to 75°C to provide a blown vegetable oil and polymerizing the blown vegetable oil in the presence of 0.01 wt.% to 0.2 wt.% of a boron trifluoride catalyst or a fluoroboric acid catalyst for a period of from 1 to 50 hours or by heating the vegetable oil to temperatures from 135 °C to 150°C and providing an air or oxygen flow to the reactor for 12 to 20 hours, wherein the engine oil composition comprises 100-1000 ppm phosphorus based on the total weight of the engine oil composition.
A method of forming a wind turbine component, the method comprising forming a segment by impregnating a portion of a fiber reinforcement with a thermoset resin up to a boundary, curing the thermoset resin, and leaving unimpregnated fiber reinforcement extending from the boundary; characterized in that the method further comprises causing a flow front of a flow of the thermoset resin to cure enough to stop flowing and thereby form the boundary when the flow front reaches a desired boundary location for the boundary; and using a fiber of the fiber reinforcement as a resistive heating element to heat the thermoset resin proximate the desired boundary location to cause the cure of the flow front of the flow; wherein the fiber comprises a carbon fiber.
A method for preparing an antibody conjugate or antibody fragment conjugate, the method comprising the steps of: a) obtaining a composition comprising an antibody or antibody fragment; b) exposing the antibody or antibody fragment to a cysteine blocking agent, wherein the cysteine blocking agent is cysteamine and the cysteine blocking agent forms a stable mixed-disulfide with at least one cysteine residue of the antibody or antibody fragment; c) adding a reducing agent to the composition to form a reduction mix and allowing a reduction reaction to occur such that the reduction mix comprises a reduced antibody or reduced antibody fragment, wherein the reducing agent is triphenylphosphine-3,3',3"-trisulfonate ("TPPTS"); d) adding an oxidizing agent to the reduction mix to form an oxidized mix and allowing an oxidizing reaction to occur such that the oxidizing mix comprises an oxidized antibody or oxidized antibody fragment; and e) adding an activated chemical moiety to the oxidized mix to form a conjugation mix and allowing a conjugation reaction to occur such that an antibody conjugate or antibody fragment conjugate is formed. a) obtaining a composition comprising an antibody or antibody fragment; b) exposing the antibody or antibody fragment to a cysteine blocking agent, wherein the cysteine blocking agent is cysteamine and the cysteine blocking agent forms a stable mixed-disulfide with at least one cysteine residue of the antibody or antibody fragment; c) adding a reducing agent to the composition to form a reduction mix and allowing a reduction reaction to occur such that the reduction mix comprises a reduced antibody or reduced antibody fragment, wherein the reducing agent is triphenylphosphine-3,3',3"-trisulfonate ("TPPTS"); d) adding an oxidizing agent to the reduction mix to form an oxidized mix and allowing an oxidizing reaction to occur such that the oxidizing mix comprises an oxidized antibody or oxidized antibody fragment; and e) adding an activated chemical moiety to the oxidized mix to form a conjugation mix and allowing a conjugation reaction to occur such that an antibody conjugate or antibody fragment conjugate is formed.
An adaptive method for applying a clampload in a mechanical joint having at least one threaded fastener, the method comprising the steps of: engaging a removable threaded fastener with a fastener driver; initiating a first clampload cycle further comprising the steps of: tightening rotation of the fastener to a predetermined limit value; monitoring a predetermined first metric and a predetermined second metric during the tightening rotation; generating a first curve of the work expended in tightening rotation of the fastener to the predetermined limit value based on the predetermined first metric and the predetermined second metric forming a first area under the first curve; comparing the first area under the first curve to a predetermined area limit value; determining whether the first curve area is within the predetermined area limit value, wherein if the generated first area is greater or lesser than the predetermined area limit value, initiating at least a subsequent second clampload cycle including the steps of the first clampload cycle; and disengaging the fastener driver from the threaded fastener when the last initiated clampload cycle generated curve area is within the predetermined area limit value. engaging a removable threaded fastener with a fastener driver; initiating a first clampload cycle further comprising the steps of: tightening rotation of the fastener to a predetermined limit value; monitoring a predetermined first metric and a predetermined second metric during the tightening rotation; generating a first curve of the work expended in tightening rotation of the fastener to the predetermined limit value based on the predetermined first metric and the predetermined second metric forming a first area under the first curve; tightening rotation of the fastener to a predetermined limit value; monitoring a predetermined first metric and a predetermined second metric during the tightening rotation; generating a first curve of the work expended in tightening rotation of the fastener to the predetermined limit value based on the predetermined first metric and the predetermined second metric forming a first area under the first curve; comparing the first area under the first curve to a predetermined area limit value; determining whether the first curve area is within the predetermined area limit value, wherein if the generated first area is greater or lesser than the predetermined area limit value, initiating at least a subsequent second clampload cycle including the steps of the first clampload cycle; and disengaging the fastener driver from the threaded fastener when the last initiated clampload cycle generated curve area is within the predetermined area limit value.
An apparatus, comprising: a valve; an actuator with an electric motor to actuate the valve; rotation sensors (112, 114) to monitor a rotation of a drive shaft associated with the electric motor to determine a distance travelled by the drive shaft; a valve position sensor to monitor a position of a flow control member of the valve; and a processor to generate an alert based on feedback from the rotation sensors (112, 114) and the valve position sensor, characterized in that the alert indicates whether a failure is associated with the valve actuator, for detecting a spring or gear train failure of the actuator, or the valve for detecting a trim or packing failure. a valve; an actuator with an electric motor to actuate the valve; rotation sensors (112, 114) to monitor a rotation of a drive shaft associated with the electric motor to determine a distance travelled by the drive shaft; a valve position sensor to monitor a position of a flow control member of the valve; and a processor to generate an alert based on feedback from the rotation sensors (112, 114) and the valve position sensor, characterized in that the alert indicates whether a failure is associated with the valve actuator, for detecting a spring or gear train failure of the actuator, or the valve for detecting a trim or packing failure.
A cartridge device for collecting and analysing a breath condensate, the device comprising a condensation zone to condense exhaled breath from a subject, the condensation zone, being operably connectable to a cooling means, the device including one or more further discrete regions for detection of analyte and measurement of analyte, the cartridge device further comprising a fluid path connecting the condensation zone to the or each discrete region, a surface of a discrete region including a surface coating, said coating including reagents to engage the condensate and determine composition, characterised in that the discrete region includes 2 or more electrodes in operable connection with the condensation zone, the electrodes being maintained at different potentials.
A modular ducting section adapted for laying end-to-end, comprising: - a base portion; - two or more side walls extending upwardly from the base portion, the base portion and the two or more side walls defining one or more open-topped utility channels adapted for carrying one or more utility lines; and - an open-topped catchment channel adapted for carrying water, wherein the open-topped catchment channel is not in liquid communication with the one or more open-topped utility channels, - characterised in that the open-topped catchment channel is defined by a catchment channel wall extending outwardly and then upwardly from a side wall of one of the one or more open-topped utility channels and a supply channel is defined by the base portion, the side wall and an underside of the catchment channel wall. - a base portion; - two or more side walls extending upwardly from the base portion, the base portion and the two or more side walls defining one or more open-topped utility channels adapted for carrying one or more utility lines; and - an open-topped catchment channel adapted for carrying water, wherein the open-topped catchment channel is not in liquid communication with the one or more open-topped utility channels, - characterised in that the open-topped catchment channel is defined by a catchment channel wall extending outwardly and then upwardly from a side wall of one of the one or more open-topped utility channels and a supply channel is defined by the base portion, the side wall and an underside of the catchment channel wall.
A method for producing an extrusion tool that is suitable for forming an extrudate by plastic material being pressed into the extrusion tool on a first side, after which the plastic material emerges from the extrusion tool on a second side after reshaping, wherein inlet openings are made in the first side of a body, wherein slots that connect the inlet openings are made in the second side of the body, characterised in that at least one depression is made in the second side and is connected to the slots and the inlet openings, after which an element is arranged in the depression so that a cross section of the extrudate formed with the extrusion tool is at least partially defined by a geometry of the slots, a geometry of the depressions and a geometry of the element.