mhurhangee/patent-ind-claim-en huggingface dataset:
A method for defining and configuring a hardware setup of a fluid processing system, the method comprising: - processing user input at a client module , wherein the user input comprises a set of requirement data for the fluid processing system, - receiving the set of requirement data at a server module from the client module , wherein the server module is connected to the client module via a network , - defining the hardware setup of the fluid processing system by a setup module based on the set of requirement data and stored catalogue data, - generating a configuration file by a configuration module based on the hardware setup and the set of requirement data, - approving the hardware setup by the client module , and - transferring the configuration file to a generic control module being part of the hardware setup for configuring the fluid processing system. - processing user input at a client module , wherein the user input comprises a set of requirement data for the fluid processing system, - receiving the set of requirement data at a server module from the client module , wherein the server module is connected to the client module via a network , - defining the hardware setup of the fluid processing system by a setup module based on the set of requirement data and stored catalogue data, - generating a configuration file by a configuration module based on the hardware setup and the set of requirement data, - approving the hardware setup by the client module , and - transferring the configuration file to a generic control module being part of the hardware setup for configuring the fluid processing system.
A cartridge for an aerosol-generating system , the cartridge comprising: a container comprising an outer surface and an inner surface , wherein the container outer surface at least partially defines an outer surface of the cartridge ; a susceptor material comprising a susceptor material inner surface at least partially defining a cartridge cavity , the susceptor material inner surface defining a plurality of interstices ; and an aerosol-forming substrate in the form of a gel at room temperature, wherein the gel is positioned within the plurality of interstices . a container comprising an outer surface and an inner surface , wherein the container outer surface at least partially defines an outer surface of the cartridge ; a susceptor material comprising a susceptor material inner surface at least partially defining a cartridge cavity , the susceptor material inner surface defining a plurality of interstices ; and an aerosol-forming substrate in the form of a gel at room temperature, wherein the gel is positioned within the plurality of interstices .
An apparatus comprising: a first communication processing unit configured to communicate with a terminal apparatus over a master cell group, MCG, bearer for dual connectivity of the terminal apparatus; and a second communication processing unit configured to receive, from a secondary base station which communicates with the terminal apparatus over a secondary cell group, SCG, bearer for the dual connectivity, a first message requesting a release of the secondary base station , wherein the second communication processing unit is configured to transmit, to the secondary base station , a second message indicating a rejection of the release, characterized in that the second message includes wait time information indicating a time period for waiting before the secondary base station initiates a next release procedure. a first communication processing unit configured to communicate with a terminal apparatus over a master cell group, MCG, bearer for dual connectivity of the terminal apparatus; and a second communication processing unit configured to receive, from a secondary base station which communicates with the terminal apparatus over a secondary cell group, SCG, bearer for the dual connectivity, a first message requesting a release of the secondary base station , wherein the second communication processing unit is configured to transmit, to the secondary base station , a second message indicating a rejection of the release, characterized in that the second message includes wait time information indicating a time period for waiting before the secondary base station initiates a next release procedure.
A composition comprising a mixture of silyl hydride, an epoxide and a Bridged Frustrated Lewis Pair.
Apparatus for temporarily holding back a tensioned rope from a pair of bollard pins on a deck of a vessel, the apparatus comprising: a wedge thimble inserted or insertable into an eye at an upper end of the rope ; a pair of bollard pins that are aligned with each other on an axis that is transverse to a longitudinal direction of the rope in use; and at least one support part coupled to the pair of bollard pins , wherein the at least one support part comprises a pair of structures cooperable with the pair of bollard pins and joined by a cross-member, and at least one support arm positioned to extend away from one of the bollard pins; and a locking element positionable to act between the wedge thimble and the pair of bollard pins in use, the locking element comprising an elongate rod arranged to be inserted into a bore of the wedge thimble to extend transversely to a longitudinal direction of the rope in use, and to cooperate with the pair of bollard pins via a recessed free end of the support arm of the at least one support part that is shaped to complement the elongate rod of the locking element to transfer tension load from the rope to the bollard pins . a wedge thimble inserted or insertable into an eye at an upper end of the rope ; a pair of bollard pins that are aligned with each other on an axis that is transverse to a longitudinal direction of the rope in use; and at least one support part coupled to the pair of bollard pins , wherein the at least one support part comprises a pair of structures cooperable with the pair of bollard pins and joined by a cross-member, and at least one support arm positioned to extend away from one of the bollard pins; and a locking element positionable to act between the wedge thimble and the pair of bollard pins in use, the locking element comprising an elongate rod arranged to be inserted into a bore of the wedge thimble to extend transversely to a longitudinal direction of the rope in use, and to cooperate with the pair of bollard pins via a recessed free end of the support arm of the at least one support part that is shaped to complement the elongate rod of the locking element to transfer tension load from the rope to the bollard pins .
A composite material comprising: an aluminum or aluminum alloy substrate with an anodic oxide film layer having micropores; and two or more kinds of dyes filled in the micropores, wherein (i) in case of two dyes the amount of one kind of dye is being gradient distributed in a direction along the substrate, while the other kind of dye is being gradient distributed in an opposite direction along the substrate; or (ii) in case of more than two kinds dyes the amount of each of the dyes is being gradient distributed in different directions along the substrate respectively. an aluminum or aluminum alloy substrate with an anodic oxide film layer having micropores; and two or more kinds of dyes filled in the micropores, wherein (i) in case of two dyes the amount of one kind of dye is being gradient distributed in a direction along the substrate, while the other kind of dye is being gradient distributed in an opposite direction along the substrate; or (ii) in case of more than two kinds dyes the amount of each of the dyes is being gradient distributed in different directions along the substrate respectively.
A safety device in a vehicle, said safety device comprising an actuator comprising a housing having a first end and a second end , a piston arrangement comprising a piston and a piston rod having a supporting element projecting outside the housing , the piston arrangement being adapted to fit in the housing and to be moved from a retracted position to an extended position, a gas generator and a power connector configured to power the gas generator ; wherein the piston has a first end forming a pressure surface facing the first end of the housing , a gas chamber is formed between the pressure surface of the piston and an inner envelope wall of the housing , and the gas generator is arranged inside the gas chamber ; and wherein the power connector is connected to the supporting element and at least a portion of the power connector and the second end of the piston rod is over-moulded to form an encapsulating sealing. the piston has a first end forming a pressure surface facing the first end of the housing , a gas chamber is formed between the pressure surface of the piston and an inner envelope wall of the housing , and the gas generator is arranged inside the gas chamber ; and wherein the power connector is connected to the supporting element and at least a portion of the power connector and the second end of the piston rod is over-moulded to form an encapsulating sealing.
A system adapted to control the access to the content of a refrigerator comprising: a thermal sensor that is adapted to detect a temperature parameter from a user of a door of the refrigerator ; and a processing unit adapted to receive and process the temperature parameter and to determine whether to allow access to the refrigerator or not, characterized in that the processing unit is adapted to receive a threshold value , and is adapted to compare the temperature parameter with the threshold value , and adapted to determine whether to allow access to the refrigerator or not based on the comparison between the threshold value and the temperature parameter , wherein the thermal sensor is a temperature sensor , and wherein the temperature sensor is adapted to detect a set of temperature parameters from the user of the door of the refrigerator , and wherein the processing unit is adapted to generate a trigger , if the processing unit has determined for not allowing the access to the refrigerator , the system further comprising: - a locking unit adapted to lock or unlock the door of the refrigerator ; and - a controller adapted to receive the trigger and to direct the locking unit for locking the door of the refrigerator . a thermal sensor that is adapted to detect a temperature parameter from a user of a door of the refrigerator ; and a processing unit adapted to receive and process the temperature parameter and to determine whether to allow access to the refrigerator or not, characterized in that the processing unit is adapted to receive a threshold value , and is adapted to compare the temperature parameter with the threshold value , and adapted to determine whether to allow access to the refrigerator or not based on the comparison between the threshold value and the temperature parameter , wherein the thermal sensor is a temperature sensor , and wherein the temperature sensor is adapted to detect a set of temperature parameters from the user of the door of the refrigerator , and wherein the processing unit is adapted to generate a trigger , if the processing unit has determined for not allowing the access to the refrigerator , the system further comprising: - a locking unit adapted to lock or unlock the door of the refrigerator ; and - a controller adapted to receive the trigger and to direct the locking unit for locking the door of the refrigerator . - a locking unit adapted to lock or unlock the door of the refrigerator ; and - a controller adapted to receive the trigger and to direct the locking unit for locking the door of the refrigerator .
A method for manufacturing a clad material , comprising: performing a Ni plating treatment by electroplating or electroless plating on a plate-shaped or a band-shaped Cu material made of Cu or a Cu-based alloy to make a Ni-plated Cu material in which the entire surface of the Cu material is covered with a Ni plating layer, wherein in the case of electroless plating the Ni plating layer contains P in addition to Ni; performing a heat treatment on the Ni-plated Cu material at a holding temperature of 650°C or higher and 850°C or lower; bonding a plate-shaped or a band-shaped Al material made of Al or an Al-based alloy and the Ni-plated Cu material on which the heat treatment has been performed to each other by rolling to make the clad material; and performing diffusion annealing on the clad material at an annealing holding temperature lower than the holding temperature, wherein the Al material and the Ni-plated Cu material on which the heat treatment has been performed are bonded to each other by the rolling at a rolling reduction of 40% or more and 90% or less. performing a Ni plating treatment by electroplating or electroless plating on a plate-shaped or a band-shaped Cu material made of Cu or a Cu-based alloy to make a Ni-plated Cu material in which the entire surface of the Cu material is covered with a Ni plating layer, wherein in the case of electroless plating the Ni plating layer contains P in addition to Ni; performing a heat treatment on the Ni-plated Cu material at a holding temperature of 650°C or higher and 850°C or lower; bonding a plate-shaped or a band-shaped Al material made of Al or an Al-based alloy and the Ni-plated Cu material on which the heat treatment has been performed to each other by rolling to make the clad material; and performing diffusion annealing on the clad material at an annealing holding temperature lower than the holding temperature, wherein the Al material and the Ni-plated Cu material on which the heat treatment has been performed are bonded to each other by the rolling at a rolling reduction of 40% or more and 90% or less.
A secondary battery, comprising an electrode assembly , a packaging bag and an electrode lead ; wherein the electrode assembly is housed in the packaging bag , and the electrode assembly comprises a main body portion and a first electrode tab extending from the main body portion ; the first electrode tab is set in multiple layers, and the multiple layers of the first electrode tab are connected by ultrasonic welding to form a first welding region ; the electrode lead is connected to the electrode assembly and extends to an outside of the packaging bag , and the electrode lead is connected to the multiple layers of the first electrode tab by laser welding to form a second welding region , a laser is applied to a surface of the electrode lead away from the first electrode tab ; and in a plane perpendicular to a thickness direction (Z) of the electrode lead , a projection of the second welding region is located in a projection of the first welding region , a ratio of an area of the second welding region to an area of the first welding region is 0.3-0.7. wherein the electrode assembly is housed in the packaging bag , and the electrode assembly comprises a main body portion and a first electrode tab extending from the main body portion ; the first electrode tab is set in multiple layers, and the multiple layers of the first electrode tab are connected by ultrasonic welding to form a first welding region ; the electrode lead is connected to the electrode assembly and extends to an outside of the packaging bag , and the electrode lead is connected to the multiple layers of the first electrode tab by laser welding to form a second welding region , a laser is applied to a surface of the electrode lead away from the first electrode tab ; and in a plane perpendicular to a thickness direction (Z) of the electrode lead , a projection of the second welding region is located in a projection of the first welding region , a ratio of an area of the second welding region to an area of the first welding region is 0.3-0.7.
Detergent composition comprising at least one enzyme having an amino acid sequence having at least 95% sequence identity to the amino acid sequence of SEQ ID NO: 12, Wherein the at least one enzyme has mannan degrading activity.
method for pulling a single crystal according to the FZ method, in which a polycrystal is melted by means of an electromagnetic melting device and subsequently recrystallized, wherein in a first phase (P1) a lower end of the polycrystal , which is moved towards the melting device , is melted by means of the melting device to form a drop , and wherein in a second phase ( P2 ), a single-crystalline seedling is attached to the lower end of the polycrystal and melted starting from an upper end of the seedling , characterized in that a power (P) of the melting device is predetermined during the first phase (P1) and during the second phase (P 2 ) at least temporarily as a function of a temperature and/or geometric dimensions (i.e.) of crystal material used comprising the drop and/or the seed and/or the polycrystal , wherein the power (P) of the melting device is reduced at a second time (t2) after reaching predetermined dimensions of the gob during the first phase (P1), and the predetermined dimensions are predetermined on the basis of an isosceles triangle shape fitted into a shape of the gob , with a lowest point of the gob as apex and the phase boundary between liquid and solid material as base of the isosceles triangle.
A powered fastener driver comprising: a magazine configured to receive fasteners; a pusher slidably coupled to the magazine; a nosepiece coupled to the magazine; a workpiece contact element movable with respect to the nosepiece; a lockout member pivotally coupled to the nosepiece ; wherein the pusher moves the lockout member to a second position where the lockout member blocks movement of the workpiece contact element when a predetermined number of fasteners remain in the magazine, characterized by a magnet exerting a magnetic force on the lockout member to bias the lockout member toward a first position. a magazine configured to receive fasteners; a pusher slidably coupled to the magazine; a nosepiece coupled to the magazine; a workpiece contact element movable with respect to the nosepiece; a lockout member pivotally coupled to the nosepiece ; wherein the pusher moves the lockout member to a second position where the lockout member blocks movement of the workpiece contact element when a predetermined number of fasteners remain in the magazine, characterized by a magnet exerting a magnetic force on the lockout member to bias the lockout member toward a first position.
A method of localized repair to a damaged thermal barrier , the method comprising the following step: a) subjecting a part coated by a damaged thermal barrier to electrophoresis treatment, the part being made of an electrically conductive material, the damaged thermal barrier comprising a ceramic material and having at least one damaged zone that is to be repaired, the part being present in an electrolyte comprising a suspension of particles in a liquid medium, the particles in the non-agglomerated state having a mean size lying in the range 20 nm to 1 μm, a ceramic coating being deposited by electrophoresis in the damaged zone in order to obtain a repaired thermal barrier for use at temperatures higher than or equal to 1000°C, the particles being made of a material different from the ceramic material present in the damaged thermal barrier , the method comprising prior to step a), a step of forming the particles by performing a sol-gel method, the drying step of said sol-gel method being performed by supercritical drying. a) subjecting a part coated by a damaged thermal barrier to electrophoresis treatment, the part being made of an electrically conductive material, the damaged thermal barrier comprising a ceramic material and having at least one damaged zone that is to be repaired, the part being present in an electrolyte comprising a suspension of particles in a liquid medium, the particles in the non-agglomerated state having a mean size lying in the range 20 nm to 1 μm, a ceramic coating being deposited by electrophoresis in the damaged zone in order to obtain a repaired thermal barrier for use at temperatures higher than or equal to 1000°C,
1. Device for storing a two-wheeler, the device comprising: a frame ; a holder arranged to hold a two-wheeler wherein the holder is movably connected to the frame , and wherein the holder is adjustable between a storage position for storing the two-wheeler and a loading position for receiving or releasing the two-wheeler; a biasing element , connected to the frame and to the holder , wherein the biasing element is arranged to provide a biasing force, wherein the biasing force biases the holder towards the storage position; and a braking element providing a braking force during adjustment of the holder towards the loading position to provide a resulting biasing moment resulting from the biasing force and the braking force, wherein the biasing element and braking element are integrated in a single biasing compound , wherein the braking force increases such that the biasing moment increases during adjustment of the holder from the storage position towards the loading position, wherein an adjustment trajectory of the holder from the storage position towards the loading position comprises a first part in which the resulting biasing moment biases towards the storage position, and characterised in a second part in which the braking element is configured to provide a non-linear braking force to reduce a velocity of the holder towards the loading position. a frame ; a holder arranged to hold a two-wheeler wherein the holder is movably connected to the frame , and wherein the holder is adjustable between a storage position for storing the two-wheeler and a loading position for receiving or releasing the two-wheeler; a biasing element , connected to the frame and to the holder , wherein the biasing element is arranged to provide a biasing force, wherein the biasing force biases the holder towards the storage position; and a braking element providing a braking force during adjustment of the holder towards the loading position to provide a resulting biasing moment resulting from the biasing force and the braking force, wherein the biasing element and braking element are integrated in a single biasing compound , wherein the braking force increases such that the biasing moment increases during adjustment of the holder from the storage position towards the loading position, wherein an adjustment trajectory of the holder from the storage position towards the loading position comprises a first part in which the resulting biasing moment biases towards the storage position, and characterised in a second part in which the braking element is configured to provide a non-linear braking force to reduce a velocity of the holder towards the loading position.