mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus comprising: a phenomenon pattern extraction unit that extracts a phenomenon pattern of a past sensor signal of a facility; a correlation unit that correlates the sensor signal based on maintenance history information; a classification reference creation unit that creates a classification reference for classifying the phenomenon pattern based on a work keyword included in the maintenance history information correlated with the sensor signal as a source of the phenomenon pattern and the phenomenon pattern extracted by the phenomenon pattern extraction unit; a phenomenon pattern classification unit that classifies the phenomenon pattern based on the classification reference created by the classification reference creation unit; and a diagnosis model creation unit that creates a diagnosis model for estimating a work keyword suggested to a maintenance worker based on the work keyword and the phenomenon pattern classified by the phenomenon pattern classification unit; wherein the work keyword is extracted based on a correlated value included in the maintenance history information. a phenomenon pattern extraction unit that extracts a phenomenon pattern of a past sensor signal of a facility; a correlation unit that correlates the sensor signal based on maintenance history information; a classification reference creation unit that creates a classification reference for classifying the phenomenon pattern based on a work keyword included in the maintenance history information correlated with the sensor signal as a source of the phenomenon pattern and the phenomenon pattern extracted by the phenomenon pattern extraction unit; a phenomenon pattern classification unit that classifies the phenomenon pattern based on the classification reference created by the classification reference creation unit; and a diagnosis model creation unit that creates a diagnosis model for estimating a work keyword suggested to a maintenance worker based on the work keyword and the phenomenon pattern classified by the phenomenon pattern classification unit; wherein the work keyword is extracted based on a correlated value included in the maintenance history information.
A planar wave guide, PWG, amplifier having a first end for coupling to a light pump and a second end opposite to the first end comprising: a first cladding layer; a second cladding layer; and a uniformly doped core layer between the first cladding layer and the second cladding layer, wherein the core has a tapered configuration along its entire length, wherein the core layer is tapered having a smaller thickness at the first end and a larger thickness at the second end, and wherein a ratio of the core thickness to thickness of the cladding layers is smaller at the first end and larger at the second end, wherein the first cladding layer has a larger thickness than the second cladding layer, at any point along a length of the PWG amplifier, wherein the first cladding layer is proportionally tapered along the length of the PWG amplifier having a larger thickness at the first end and a smaller thickness at the second end oppositely proportional to the thickness of the core layer and the second cladding layer has a constant thickness along the length of the PWG amplifier to form the PWG amplifier with a uniform overall thickness along its length. a first cladding layer; a second cladding layer; and a uniformly doped core layer between the first cladding layer and the second cladding layer, wherein the core has a tapered configuration along its entire length, wherein the core layer is tapered having a smaller thickness at the first end and a larger thickness at the second end, and wherein a ratio of the core thickness to thickness of the cladding layers is smaller at the first end and larger at the second end, wherein the first cladding layer has a larger thickness than the second cladding layer, at any point along a length of the PWG amplifier, wherein the first cladding layer is proportionally tapered along the length of the PWG amplifier having a larger thickness at the first end and a smaller thickness at the second end oppositely proportional to the thickness of the core layer and the second cladding layer has a constant thickness along the length of the PWG amplifier to form the PWG amplifier with a uniform overall thickness along its length.
A method performed by a Building Management System, BMS, comprising: - training a plurality of machine learning models with historical data relating to one or more machines, wherein each machine learning model is associated with a component of the one or more machines; - receiving a vibration dataset associated with a machine controlled by the BMS, the vibration dataset including machine metadata, machine operating conditions, and one or more time waveforms; - assembling a feature vector comprising one or more features of the vibration dataset for input to a machine learning model of the plurality of machine learning models, wherein the machine learning model is selected based at least in part upon an identity of a component of the machine, and wherein the machine learning model defines the one or more features to extract from the vibration dataset; - applying the feature vector to the machine learning model in order to generate a condition score for the component; and - scheduling a maintenance event for the machine or changing a setpoint associated with the machine depending on the condition score. - training a plurality of machine learning models with historical data relating to one or more machines, wherein each machine learning model is associated with a component of the one or more machines; - receiving a vibration dataset associated with a machine controlled by the BMS, the vibration dataset including machine metadata, machine operating conditions, and one or more time waveforms; - assembling a feature vector comprising one or more features of the vibration dataset for input to a machine learning model of the plurality of machine learning models, wherein the machine learning model is selected based at least in part upon an identity of a component of the machine, and wherein the machine learning model defines the one or more features to extract from the vibration dataset; - applying the feature vector to the machine learning model in order to generate a condition score for the component; and - scheduling a maintenance event for the machine or changing a setpoint associated with the machine depending on the condition score.
An absorbent core composite for a disposable absorbent article, comprising: a first fabric; a body side second fabric; and a plurality of aggregates of superabsorbent particles situated between said first and second fabric, wherein said SAP aggregates are free of an absorbent matrix; wherein, about each of a plurality of said SAP aggregates, an arrangement of spaced apart bond sites secure the second fabric to the first fabric and form a pocket in which the SAP aggregate is secured between the first fabric and the second fabric; wherein spaced apart bond sites about said SAP aggregates provide gaps between bond sites that communicate one of said pockets with an adjacent said pocket; wherein said body side second fabric is a bulky nonwoven, wherein the bulky nonwoven is an open fibrous network including fibers entangling at least some particles in said SAP aggregate; and wherein said bulky nonwoven second fabric has a thickness between 1,000μm to 5,000μm, basis weight between 20g/m2 and 80g/m2, density between 0.01g/cc and 0.08g/cc, and effective pore diameter greater than 300μm as determined in accordance with the equation: effective pore diameter = 4 x (1 - solid volume fraction) / (solid volume fraction x solid density x solid specific surface area, and the method provided in the description. a first fabric; a body side second fabric; and a plurality of aggregates of superabsorbent particles situated between said first and second fabric, wherein said SAP aggregates are free of an absorbent matrix; wherein, about each of a plurality of said SAP aggregates, an arrangement of spaced apart bond sites secure the second fabric to the first fabric and form a pocket in which the SAP aggregate is secured between the first fabric and the second fabric; wherein spaced apart bond sites about said SAP aggregates provide gaps between bond sites that communicate one of said pockets with an adjacent said pocket; wherein said body side second fabric is a bulky nonwoven, wherein the bulky nonwoven is an open fibrous network including fibers entangling at least some particles in said SAP aggregate; and wherein said bulky nonwoven second fabric has a thickness between 1,000μm to 5,000μm, basis weight between 20g/m2 and 80g/m2, density between 0.01g/cc and 0.08g/cc, and effective pore diameter greater than 300μm as determined in accordance with the equation: effective pore diameter = 4 x (1 - solid volume fraction) / (solid volume fraction x solid density x solid specific surface area, and the method provided in the description.
Method of casing a book block into a book cover, comprising the following steps: - feeding the book block to a casing-in machine in a first feed direction with its spine facing upwards and aligned horizontally, - taking up the book block by means of a saddle plate of an endless conveyor of the casing-in machine, said saddle plate having a spine facing upwards and aligned horizontally, - gluing the book block transported on the saddle plate, - feeding the book cover to the casing-in machine in a second feed direction and - casing the book block into the book cover while maintaining the horizontal alignment of the spine of the saddle plate, wherein the book block is fed to the casing-in machine in a first feed direction different from the second feed direction of the book cover, in particular opposite to the second feed direction, characterised in that, in a first step, the book block is transferred from a first feeding device to a transfer device situated in a first upstream position, in a second step, it is transported from the first position to a second downstream position of the transfer device and, in a third step, it is taken up from the second position of the transfer device by the saddle plate of the endless conveyor. - feeding the book block to a casing-in machine in a first feed direction with its spine facing upwards and aligned horizontally, - taking up the book block by means of a saddle plate of an endless conveyor of the casing-in machine, said saddle plate having a spine facing upwards and aligned horizontally, - gluing the book block transported on the saddle plate, - feeding the book cover to the casing-in machine in a second feed direction and - casing the book block into the book cover while maintaining the horizontal alignment of the spine of the saddle plate,
An apparatus of controlling combustion in an oxyfuel combustion boiler where while oxygen fed from an air separation unit is introduced into a coal burning boiler, an exhaust gas in recirculation is introduced as primary and secondary recirculating exhaust gases into a mill and the coal burning boiler, respectively, the pulverized coal pulverized by the mill being transferred by said primary recirculating exhaust gas to a burner for oxyfuel combustion with said oxygen and said secondary recirculating exhaust gas, the apparatus comprising an O 2 density monitor for sensing an O 2 density of oxygen to be introduced into the coal burning boiler, a flowmeter for sensing a flow rate of oxygen to be introduced into the coal burning boiler, an O 2 density monitor for sensing an O 2 density of the primary recirculating exhaust gas to be introduced into the mill, a flowmeter for sensing a flow rate of the primary recirculating exhaust gas to be introduced into the mill, an O 2 density monitor for sensing an O 2 density of the secondary recirculating exhaust gas to be introduced into the coal burning boiler, a flowmeter for sensing a flow rate of the secondary recirculating exhaust gas to be introduced into the coal burning boiler, a flow rate regulator for regulating a flow rate of total recirculating exhaust gases to be introduced into the mill and the coal burning boiler and a controller for calculating a boiler-brought-in oxygen density which is an oxygen density for a total amount of gases introduced into the coal burning boiler on the basis of the O 2 densities (22a, 24a, 26a) sensed by the respective O 2 density monitors (22, 24, 26) and the flow rates (23a, 25a, 27a) sensed by the respective flowmeters (23, 25, 27), the controller outputting a flow rate control signal to the flow rate regulator such that the boiler-brought-in oxygen density falls within a predetermined range.
A selective double layer moulding process of a product made of cellulose fibres, comprising the following steps: - forming, through a first moulding counter-mould, a first cellulose layer, to implement a preform of said product; - forming, through a second moulding counter-mould, a second cellulose humid layer, implemented by one or more areas, localized in predefined positions, corresponding to reinforcement regions of said product; - overlapping said first layer and said second layer; - joining, through a definition mould and a thermoforming mould, said first layer and said second layer, to obtain said product; - drying said product, characterized in that said definition mould has a functional face shaped so that, at the minimum approaching distance to the thermoforming mould, the gap between the two moulds is variable, so as to obtain as a whole a product with constant density and variable thickness, or said gap is constant so as to obtain as a whole a product with variable density and constant thickness. - forming, through a first moulding counter-mould, a first cellulose layer, to implement a preform of said product; - forming, through a second moulding counter-mould, a second cellulose humid layer, implemented by one or more areas, localized in predefined positions, corresponding to reinforcement regions of said product; - overlapping said first layer and said second layer; - joining, through a definition mould and a thermoforming mould, said first layer and said second layer, to obtain said product; - drying said product,
Agricultural tractor having an attachment and a system for identifying following road users, comprising a sensor and a control unit, wherein the sensor has a detection range which runs in the vicinity of the ground and which is in the direction of the attachment (14, 18) connected to the agricultural tractor and the sensor is configured to identify a vehicle which is located in the detection range and/or which enters therein, and to generate a corresponding message signal which is supplied to the control unit, wherein the control unit is configured to activate a user interface in accordance with the message signal for the output of a driver message, wherein a free region which is formed between a road surface and a lower contour of the attachment (14, 18) facing said road surface is visible from the agricultural tractor by means of the sensor.
Locking system comprising: - a locking body and - a locking device, characterised by the following additional features: - the locking body is movable, relative to the locking device, from its released position via an intermediate resting position to a final latched position, - the locking device and the locking body are designed such that, when the locking body runs onto the locking device, a stop mechanism is provided, which prevents the locking body moving further relative to the locking device in a manner limited by a stop, - a latching slide is provided, which can be adjusted between an unlatched position and a latched position, the locking body being movable relative to the locking device until it reaches a final latched position when the latching slide is brought into its unlatched position counter to the force of a spring mechanism, and - the latching slide is designed such that the locking body can only be moved relative to the locking device into the final latched position or back out of the final latched position when the latching slide is in its unlatched position. - a locking body and - a locking device, - the locking body is movable, relative to the locking device, from its released position via an intermediate resting position to a final latched position, - the locking device and the locking body are designed such that, when the locking body runs onto the locking device, a stop mechanism is provided, which prevents the locking body moving further relative to the locking device in a manner limited by a stop, - a latching slide is provided, which can be adjusted between an unlatched position and a latched position, the locking body being movable relative to the locking device until it reaches a final latched position when the latching slide is brought into its unlatched position counter to the force of a spring mechanism, and - the latching slide is designed such that the locking body can only be moved relative to the locking device into the final latched position or back out of the final latched position when the latching slide is in its unlatched position.
A method implemented by a recording and verification apparatus, the method comprising: receiving a recording request sent by a recording production line, the recording production line being an assembly line used by a manufacturer to record information in loT devices when producing the loT devices, the recording request being used for requesting the recording and verification apparatus to assign an identity identifier and a device key for an loT device to be recorded, and the device key comprising a device private key and a device public key; verifying whether the recording request is legitimate, and assigning the identity identifier and the device key for the loT device to be recorded if affirmative; sending the identity identifier and the device private key to the recording production line, so that the recording production line records the identity identifier and the device private key into the loT device; and characterised in that the method further comprises: receiving a recording result returned by the recording production line after the recording production line records the identity identifier and the device private key into the loT device, wherein the recording result is used for indicating a correspondence relationship between the loT device, and the identity identifier and the device private key that are recorded. receiving a recording request sent by a recording production line, the recording production line being an assembly line used by a manufacturer to record information in loT devices when producing the loT devices, the recording request being used for requesting the recording and verification apparatus to assign an identity identifier and a device key for an loT device to be recorded, and the device key comprising a device private key and a device public key; verifying whether the recording request is legitimate, and assigning the identity identifier and the device key for the loT device to be recorded if affirmative; sending the identity identifier and the device private key to the recording production line, so that the recording production line records the identity identifier and the device private key into the loT device; and characterised in that the method further comprises: receiving a recording result returned by the recording production line after the recording production line records the identity identifier and the device private key into the loT device, wherein the recording result is used for indicating a correspondence relationship between the loT device, and the identity identifier and the device private key that are recorded.
A composition comprising: 4 weight percent to 12 weight percent of povidone-iodine complex, 0.1 weight percent to 2 weight percent of a tertiary amide, tertiary amide salt, and/or tertiary amide hydrate, 0.5 weight percent to 2 weight percent of low iodine reactive emollient, wherein the low iodine reactive emollient is selected from the group consisting of jojoba oil, hydrogenated jojoba esters, hydrogenated polybutenes, isododecane, glyceryl tribehenate, hydrogentated castor oil, palm oil, and combinations thereof; at least one surfactant; and water; wherein the composition has a pH ranging from 2.0 to 3.5. 4 weight percent to 12 weight percent of povidone-iodine complex, 0.1 weight percent to 2 weight percent of a tertiary amide, tertiary amide salt, and/or tertiary amide hydrate, 0.5 weight percent to 2 weight percent of low iodine reactive emollient, wherein the low iodine reactive emollient is selected from the group consisting of jojoba oil, hydrogenated jojoba esters, hydrogenated polybutenes, isododecane, glyceryl tribehenate, hydrogentated castor oil, palm oil, and combinations thereof; at least one surfactant; and water; wherein the composition has a pH ranging from 2.0 to 3.5.
A coating composition for use as a food-contact packaging coating, comprising: a polymer having: a polyester backbone, and at least one pendant deblockable isocyanate group attached to the backbone; a phenolic crosslinker; and a liquid carrier. a polymer having: a polyester backbone, and at least one pendant deblockable isocyanate group attached to the backbone; a polyester backbone, and at least one pendant deblockable isocyanate group attached to the backbone; a phenolic crosslinker; and a liquid carrier.
A method of selective routing of internet protocol address-based traffic over one or more computer networks, comprising: providing at a client device a default network interface and a tunnel interface having a direct connection to a remote server; providing at the client device a selective routing agent configured to selectively route network packets from the client device over the default network interface and the tunnel interface; configuring one or more routing tables at the client device for routing network packets associated with a first set of IP addresses over the default network interface and routing network packets associated with a second set of IP addresses over the tunnel interface to the remote server; receiving at the client device an indication that a first IP address in the first set of IP addresses should be routed over the tunnel interface to the remove server; and in response to the indication, reconfiguring the one or more routing tables for routing network packets associated with the first IP address over the tunnel interface to the remote server. providing at a client device a default network interface and a tunnel interface having a direct connection to a remote server; providing at the client device a selective routing agent configured to selectively route network packets from the client device over the default network interface and the tunnel interface; configuring one or more routing tables at the client device for routing network packets associated with a first set of IP addresses over the default network interface and routing network packets associated with a second set of IP addresses over the tunnel interface to the remote server; receiving at the client device an indication that a first IP address in the first set of IP addresses should be routed over the tunnel interface to the remove server; and in response to the indication, reconfiguring the one or more routing tables for routing network packets associated with the first IP address over the tunnel interface to the remote server.