mhurhangee/patent-ind-claim-en huggingface dataset:
A flexible Ethernet, FlexE, frame forwarding method, comprising: receiving, S301, a first frame through a FlexE client input channel; obtaining, S302, a first channel identifier used to indicate the FlexE client input channel and a first subchannel identifier carried in the first frame, wherein the first subchannel identifier is used to indicate a logical subchannel of the FlexE client input channel; searching, S303, a preset forwarding table based on the first channel identifier and the first subchannel identifier to obtain a second channel identifier and a second subchannel identifier, wherein the second channel identifier is used to indicate a FlexE client output channel, and the second subchannel identifier is used to indicate a logical subchannel of the FlexE client output channel; and forwarding, S304, the first frame based on the second channel identifier and the second subchannel identifier. receiving, S301, a first frame through a FlexE client input channel; obtaining, S302, a first channel identifier used to indicate the FlexE client input channel and a first subchannel identifier carried in the first frame, wherein the first subchannel identifier is used to indicate a logical subchannel of the FlexE client input channel; searching, S303, a preset forwarding table based on the first channel identifier and the first subchannel identifier to obtain a second channel identifier and a second subchannel identifier, wherein the second channel identifier is used to indicate a FlexE client output channel, and the second subchannel identifier is used to indicate a logical subchannel of the FlexE client output channel; and forwarding, S304, the first frame based on the second channel identifier and the second subchannel identifier.
A method of optimizing the dehumidification function for air-conditioning units for server rooms and the like, which comprises the following steps: - monitoring the temperature and humidity of air entering an air-conditioning unit , - monitoring the temperature of water entering said air-conditioning unit , the method characterized in that - if the water temperature is lower than the air temperature, reducing the speed of air outflow fans to a value such as to avoid the entrainment of water formed by condensation on a heat exchanger of said air-conditioning unit , - if the temperature and humidity of the air entering said air-conditioning unit are such that the dew point temperature of the air is higher than the water temperature, returning the speed of the fans to the nominal value. - monitoring the temperature and humidity of air entering an air-conditioning unit , - monitoring the temperature of water entering said air-conditioning unit , the method characterized in that - if the water temperature is lower than the air temperature, reducing the speed of air outflow fans to a value such as to avoid the entrainment of water formed by condensation on a heat exchanger of said air-conditioning unit , - if the temperature and humidity of the air entering said air-conditioning unit are such that the dew point temperature of the air is higher than the water temperature, returning the speed of the fans to the nominal value.
A motion system comprising: a carriage disposed in a working volume; a primary motion system comprising a plurality of cable drives disposed around the working volume, there being a flexible cable extending from each cable drive to the carriage, whereby the carriage can be caused to translate in at least two degrees of freedom with respect to a reference frame, characterised in that the cables are arranged such that there is a configuration of the carriage in which at least one of the cables is wound round the carriage in a first rotational direction and at least another one of the cables is wound around the carriage in a second rotational direction, whereby the carriage can be caused to rotate through at least 90° by operation of the cable drives; and by: a control unit configured to control the behaviour of the motion system, comprising a processor and a memory, the memory storing non-transient program code which is executable by the processor to cause the processor to drive the operation of the system, and environment code which defines the environment that is being simulated. a carriage disposed in a working volume; a primary motion system comprising a plurality of cable drives disposed around the working volume, there being a flexible cable extending from each cable drive to the carriage, whereby the carriage can be caused to translate in at least two degrees of freedom with respect to a reference frame, characterised in that the cables are arranged such that there is a configuration of the carriage in which at least one of the cables is wound round the carriage in a first rotational direction and at least another one of the cables is wound around the carriage in a second rotational direction, whereby the carriage can be caused to rotate through at least 90° by operation of the cable drives; and by: a control unit configured to control the behaviour of the motion system, comprising a processor and a memory, the memory storing non-transient program code which is executable by the processor to cause the processor to drive the operation of the system, and environment code which defines the environment that is being simulated.
Floor cleaning system , comprising: - a first floor cleaner and a second floor cleaner ; - which are each designed to move over a floor surface and to clean the floor surface ; wherein the first floor cleaner is designed to lift the second floor cleaner vertically from the floor surface and to carry it along; characterised in that the first floor cleaner has an inlet for receiving the second floor cleaner and a lifter is attached in the inlet and is designed to engage into the second floor cleaner from below. - a first floor cleaner and a second floor cleaner ; - which are each designed to move over a floor surface and to clean the floor surface ; wherein the first floor cleaner is designed to lift the second floor cleaner vertically from the floor surface and to carry it along; characterised in that the first floor cleaner has an inlet for receiving the second floor cleaner and a lifter is attached in the inlet and is designed to engage into the second floor cleaner from below.
A cap assembly adapted to be attached to a drug delivery main unit , comprising: - a cartridge filled with a drug and defining a general axis, the cartridge comprising an axially moveable piston and a distal portion with a needle penetratable seal , - a needle assembly comprising a hollow needle having a distal skin-piercing needle end and a proximal seal-piercing needle end , and - a cap accommodating the needle assembly and at least the distal portion of the cartridge, wherein the cartridge is arranged to be moved distally into engagement with the needle assembly between an initial state in which the proximal needle end is arranged distally of the cartridge seal , and an operational state in which the proximal needle end has penetrated the cartridge seal, characterized in that - the cap comprises a sealed chamber with a needle penetratable barrier adapted to receive the distal needle end , and - the sealed chamber is adapted to receive drug from the cartridge via the hollow needle. - a cartridge filled with a drug and defining a general axis, the cartridge comprising an axially moveable piston and a distal portion with a needle penetratable seal , - a needle assembly comprising a hollow needle having a distal skin-piercing needle end and a proximal seal-piercing needle end , and - a cap accommodating the needle assembly and at least the distal portion of the cartridge, wherein the cartridge is arranged to be moved distally into engagement with the needle assembly between an initial state in which the proximal needle end is arranged distally of the cartridge seal , and an operational state in which the proximal needle end has penetrated the cartridge seal, characterized in that - the cap comprises a sealed chamber with a needle penetratable barrier adapted to receive the distal needle end , and - the sealed chamber is adapted to receive drug from the cartridge via the hollow needle.
A method performed by a session management function, SMF, in a service based architecture, SBA, network for handling packet filters related to a session of User Equipment, UE, in said SBA network, the method comprising the steps of: - transmitting, by said SMF, to a Policy Control Function, PCF, in said SBA network, a policy control request in relation to said session of said UE with said SBA network; - receiving, by said SMF, from said PCF, a policy control response, wherein said policy control response comprises applicable packet filters for said session of said UE with said SBA network, - determining, by said SMF, that a number of the applicable packet filters received from said PCF exceeds a number of packet filters supported by said UE; - transmitting, by said SMF, to said PCF, an update message with rule report comprising a failure code indicating that at least one of said applicable packet filters cannot be installed or updated due to that a maximum number of packet filters has been reached. - transmitting, by said SMF, to a Policy Control Function, PCF, in said SBA network, a policy control request in relation to said session of said UE with said SBA network; - receiving, by said SMF, from said PCF, a policy control response, wherein said policy control response comprises applicable packet filters for said session of said UE with said SBA network, - determining, by said SMF, that a number of the applicable packet filters received from said PCF exceeds a number of packet filters supported by said UE; - transmitting, by said SMF, to said PCF, an update message with rule report comprising a failure code indicating that at least one of said applicable packet filters cannot be installed or updated due to that a maximum number of packet filters has been reached.
A method of protecting data of a protected storage system in a recovery system comprising a volatile memory , a journal and a target disk the method comprising: storing, in the volatile memory , a memory changed block tracking "CBT" object, the memory CBT object including a plurality of elements representing a plurality of storage units in the protected storage system to track changes since a last backup; storing a copy of the memory CBT object in a storage system to produce a stored CBT object; storing in a target disk in the recovery system a replica of the protected storage system from before a time window; upon detecting a recent modification of data in a storage unit in the protected storage system , storing in a journal in the recovery system data and metadata related to the modification, and modifying, in the memory CBT object, an element that represents the storage unit to indicate the storage unit was modified, wherein the metadata includes a time the data was modified, and wherein the journal stores modifications related to a specific time window; periodically removing from the journal old data related to at least one past modification of a storage unit in the protected storage system that occurred before the time window, and applying the old data to the target disk ; and upon removing, if the stored CBT object does not include an indication of the at least one past modification, storing a copy of the memory CBT object in the storage system to update the stored CBT object, and clearing the memory CBT and the stored CBT object after a backup. storing, in the volatile memory , a memory changed block tracking "CBT" object, the memory CBT object including a plurality of elements representing a plurality of storage units in the protected storage system to track changes since a last backup; storing a copy of the memory CBT object in a storage system to produce a stored CBT object; storing in a target disk in the recovery system a replica of the protected storage system from before a time window; upon detecting a recent modification of data in a storage unit in the protected storage system , storing in a journal in the recovery system data and metadata related to the modification, and modifying, in the memory CBT object, an element that represents the storage unit to indicate the storage unit was modified, wherein the metadata includes a time the data was modified, and wherein the journal stores modifications related to a specific time window; periodically removing from the journal old data related to at least one past modification of a storage unit in the protected storage system that occurred before the time window, and applying the old data to the target disk ; and upon removing, if the stored CBT object does not include an indication of the at least one past modification, storing a copy of the memory CBT object in the storage system to update the stored CBT object, and clearing the memory CBT and the stored CBT object after a backup.
A cigarette flavour applicator , comprising a housing defining a reservoir for the flavour; an application tip arranged in use in contact with the reservoir; a flavouring contained within the reservoir for application to the filter of a cigarette; and, a closure mechanism arranged in use to provide a seal to the reservoir and characterised in that the closure mechanism is arranged such that upon application of pressure to the application tip release of flavouring from the reservoir is enabled, in which the application tip comprises a fibrous or a porous ceramic material arranged to wick flavour from the reservoir . a housing defining a reservoir for the flavour; an application tip arranged in use in contact with the reservoir; a flavouring contained within the reservoir for application to the filter of a cigarette; and, a closure mechanism arranged in use to provide a seal to the reservoir and characterised in that the closure mechanism is arranged such that upon application of pressure to the application tip release of flavouring from the reservoir is enabled, in which the application tip comprises a fibrous or a porous ceramic material arranged to wick flavour from the reservoir .
An aerosol exposure monitor , comprising: an impactor ; a sample chamber communicating with the impactor and defining a laminar fluid flow path along a first axis ; a collection filter communicating with the sample chamber and removable from the aerosol exposure monitor; a pump communicating with the collection filter ; a light source configured for generating a light beam having a cylindrical sensing volume , wherein the sensing volume is in the sample chamber ; a light detector ; and a first bore defining a first optical path from the light source to the sensing volume in the sample chamber along a second axis; characterized by a second bore defining a second optical path from the sensing volume in the sample chamber to the light detector along a third axis, wherein the first axis, the second axis and the third axis are at angles to each other, and wherein the fluid flow path passes through the sensing volume along the first axis and the light beam propagates along the second axis that is angled to the first axis. an impactor ; a sample chamber communicating with the impactor and defining a laminar fluid flow path along a first axis ; a collection filter communicating with the sample chamber and removable from the aerosol exposure monitor; a pump communicating with the collection filter ; a light source configured for generating a light beam having a cylindrical sensing volume , wherein the sensing volume is in the sample chamber ; a light detector ; and a first bore defining a first optical path from the light source to the sensing volume in the sample chamber along a second axis; characterized by a second bore defining a second optical path from the sensing volume in the sample chamber to the light detector along a third axis, wherein the first axis, the second axis and the third axis are at angles to each other, and wherein the fluid flow path passes through the sensing volume along the first axis and the light beam propagates along the second axis that is angled to the first axis.
A package for an aspirating smoke detector device comprising: a plurality of panels , wherein: a first panel includes a mounting template having a plurality of mounting indicators , wherein each of the plurality of mounting indicators corresponds to a respective mounting location of the aspirating smoke detector device ; and a second panel includes a head protector configured to be removed from the package and inserted into a slot of the aspirating smoke detector device . a first panel includes a mounting template having a plurality of mounting indicators , wherein each of the plurality of mounting indicators corresponds to a respective mounting location of the aspirating smoke detector device ; and a second panel includes a head protector configured to be removed from the package and inserted into a slot of the aspirating smoke detector device .
A composite component having a T- or L-shaped configuration and defining a first direction and a second direction, the composite component comprising: a first laminate portion having a length extending along the first direction; a second laminate portion having a length extending along the second direction, the second laminate portion comprised of a plurality of plies ; and a wedge-shaped noodle positioned at a joint interface between the abutting first and second laminate portions, the wedge-shaped noodle having a first surface that is angled with respect to the second direction, wherein at least one of the plurality of plies of the second laminate portion terminate at and are attached to the wedge-shaped noodle along the first surface ; wherein the plurality of plies of the second laminate portion that terminate at and are attached to the wedge-shaped noodle along the first surface have successively different lengths such that the plurality of plies terminate and attach to the first surface in a staggered arrangement. a first laminate portion having a length extending along the first direction; a second laminate portion having a length extending along the second direction, the second laminate portion comprised of a plurality of plies ; and a wedge-shaped noodle positioned at a joint interface between the abutting first and second laminate portions, the wedge-shaped noodle having a first surface that is angled with respect to the second direction, wherein at least one of the plurality of plies of the second laminate portion terminate at and are attached to the wedge-shaped noodle along the first surface ; wherein the plurality of plies of the second laminate portion that terminate at and are attached to the wedge-shaped noodle along the first surface have successively different lengths such that the plurality of plies terminate and attach to the first surface in a staggered arrangement.
A method for producing a retinal cell or a retinal tissue, comprising the following steps: a first step of culturing a mammalian pluripotent stem cell in the absence of a feeder cell for a period not exceeding 30 days in a medium comprising a) a factor for maintaining an undifferentiated state, wherein the factor for maintaining an undifferentiated state is one or more substances selected from the group consisting of bFGF, FGF4, FGF8, TGFβ, TGFβ2, Nodal, Activin A and Activin B and b) an MEK inhibitor, a second step of culturing the cell obtained in the first step in suspension to form a cell aggregate, and a third step of culturing the aggregate obtained in the second step in suspension in the presence of a BMP signal transduction pathway activating substance to obtain an aggregate containing a retinal cell or a retinal tissue, wherein the BMP signal transduction pathway activating substance is one or more proteins selected from the group consisting of BMP2, BMP4, BMP7 and GDF7. a first step of culturing a mammalian pluripotent stem cell in the absence of a feeder cell for a period not exceeding 30 days in a medium comprising a) a factor for maintaining an undifferentiated state, wherein the factor for maintaining an undifferentiated state is one or more substances selected from the group consisting of bFGF, FGF4, FGF8, TGFβ, TGFβ2, Nodal, Activin A and Activin B and b) an MEK inhibitor, a second step of culturing the cell obtained in the first step in suspension to form a cell aggregate, and a third step of culturing the aggregate obtained in the second step in suspension in the presence of a BMP signal transduction pathway activating substance to obtain an aggregate containing a retinal cell or a retinal tissue, wherein the BMP signal transduction pathway activating substance is one or more proteins selected from the group consisting of BMP2, BMP4, BMP7 and GDF7.
A method for training a monolithic neural network for controlling a vehicle , the method comprising: inputting first and second definitive driving commands into the neural network , inputting first and second driving maneuvers corresponding to the first and second definitive driving commands into the neural network with the first and second definitive driving commands as part of a definitive training mode, inducing confusion into the neural network by inputting neutral commands into the neural network along with first and second driving maneuvers as part of a random training mode, wherein the training takes place in real-time and the driving maneuvers are input via manual operation of the vehicle and sensors mounted to the vehicle capture data about the environment surrounding the vehicle and communicate the captured data to the neural network, and wherein in the random training mode the vehicle randomly chooses first and second driving maneuvers, the vehicle has been trained on as part of the definitive training mode, and executes the chosen maneuvers if feasible to execute and the neural network automatically learns the possible valid driving maneuvers and to identify and follow open road space and avoid obstacles based on the executed maneuvers and data captured during execution of the maneuvers. inputting first and second definitive driving commands into the neural network , inputting first and second driving maneuvers corresponding to the first and second definitive driving commands into the neural network with the first and second definitive driving commands as part of a definitive training mode, inducing confusion into the neural network by inputting neutral commands into the neural network along with first and second driving maneuvers as part of a random training mode, wherein the training takes place in real-time and the driving maneuvers are input via manual operation of the vehicle and sensors mounted to the vehicle capture data about the environment surrounding the vehicle and communicate the captured data to the neural network, and wherein in the random training mode the vehicle randomly chooses first and second driving maneuvers, the vehicle has been trained on as part of the definitive training mode, and executes the chosen maneuvers if feasible to execute and the neural network automatically learns the possible valid driving maneuvers and to identify and follow open road space and avoid obstacles based on the executed maneuvers and data captured during execution of the maneuvers.