mhurhangee/ep-ind-claims huggingface dataset:
A power management device for managing power exchanged between a battery of an electric vehicle and home appliances in a house, the power management device comprising: a vehicle detection portion configured to detect a second vehicle which is available for a resident of the house; and a power controller configured to determine power supplied from the electric vehicle to the house in accordance with the presence of the second vehicle detected by the vehicle detection portion, wherein the power controller is configured to set a lower limit of a charge level of the electric vehicle to a low value when the presence of the second vehicle is detected by the vehicle detection portion and to discharge power from the electric vehicle to the house until the charge level reaches the lower limit, and in a case the presence of the second vehicle is not detected by the vehicle detection portion, the power controller is configured to set the lower limit of the charge level to a high value higher than the low value and to discharge power from the electric vehicle to the house until the charge level reaches the lower limit. a vehicle detection portion configured to detect a second vehicle which is available for a resident of the house; and a power controller configured to determine power supplied from the electric vehicle to the house in accordance with the presence of the second vehicle detected by the vehicle detection portion, wherein the power controller is configured to set a lower limit of a charge level of the electric vehicle to a low value when the presence of the second vehicle is detected by the vehicle detection portion and to discharge power from the electric vehicle to the house until the charge level reaches the lower limit, and in a case the presence of the second vehicle is not detected by the vehicle detection portion, the power controller is configured to set the lower limit of the charge level to a high value higher than the low value and to discharge power from the electric vehicle to the house until the charge level reaches the lower limit.
A system comprising: a broadband light source that generates a light beam; a stage configured to hold a workpiece; a microlens array positioned in a path of the light beam, wherein the microlens array focuses the light beam to a plurality of points in a focal plane of the microlens array, and wherein the microlens array is configured as a spatial filter for the light beam that is reflected from the workpiece on the stage thereby only passing the light beam that is in focus at the workpiece on the stage; a tunable color filter positioned in the path of the light beam, wherein the tunable color filter is configured to narrow the light beam to a band at a central wavelength and to sweep a narrow band from a low wavelength to a high wavelength; a lens system positioned to image the plurality of points onto the workpiece using the light beam, wherein the lens system is configured to provide longitudinal chromatic aberration whereby different wavelengths are imaged at different distances from the lens system; a detector positioned to receive the light beam from the workpiece on the stage, wherein the light beam reflected from the workpiece on the stage is directed through the microlens array before being received by the detector; and a processor in electronic communication with the tunable color filter and the detector, wherein the processor is configured to determine 3D measurements of features on the workpiece, wherein the processor is configured to skip parts of the workpiece by changing the color of the tunable color filter. a broadband light source that generates a light beam; a stage configured to hold a workpiece; a microlens array positioned in a path of the light beam, wherein the microlens array focuses the light beam to a plurality of points in a focal plane of the microlens array, and wherein the microlens array is configured as a spatial filter for the light beam that is reflected from the workpiece on the stage thereby only passing the light beam that is in focus at the workpiece on the stage; a tunable color filter positioned in the path of the light beam, wherein the tunable color filter is configured to narrow the light beam to a band at a central wavelength and to sweep a narrow band from a low wavelength to a high wavelength; a lens system positioned to image the plurality of points onto the workpiece using the light beam, wherein the lens system is configured to provide longitudinal chromatic aberration whereby different wavelengths are imaged at different distances from the lens system; a detector positioned to receive the light beam from the workpiece on the stage, wherein the light beam reflected from the workpiece on the stage is directed through the microlens array before being received by the detector; and a processor in electronic communication with the tunable color filter and the detector, wherein the processor is configured to determine 3D measurements of features on the workpiece, wherein the processor is configured to skip parts of the workpiece by changing the color of the tunable color filter.
A placard (10, 20) comprising: a receiver (13, 23) having a memory storing an identification code (15, 25) and an antenna (16, 26) for receiving a signal, the signal comprising a placard identification code, and an associated customer-specific message retrieved from an airline reservation or boarding system; a capacitor (14, 24) coupled to the receiver, wherein the capacitor is arranged to be charged by the signal; an electronic updateable static display coupled to the receiver and powered by the capacitor, the display arranged for displaying the customer specific message when a portion of the signal matches the identification code of the placard; a message memory (18, 28) coupled to the receiver for storing one or more messages for displaying upon the electronic updateable static display; and a timer (19, 29) coupled to the message memory for initiating display of the one or more messages upon the electronic updateable static display after a predetermined time from the displaying of the customer specific message. a receiver (13, 23) having a memory storing an identification code (15, 25) and an antenna (16, 26) for receiving a signal, the signal comprising a placard identification code, and an associated customer-specific message retrieved from an airline reservation or boarding system; a capacitor (14, 24) coupled to the receiver, wherein the capacitor is arranged to be charged by the signal; an electronic updateable static display coupled to the receiver and powered by the capacitor, the display arranged for displaying the customer specific message when a portion of the signal matches the identification code of the placard; a message memory (18, 28) coupled to the receiver for storing one or more messages for displaying upon the electronic updateable static display; and a timer (19, 29) coupled to the message memory for initiating display of the one or more messages upon the electronic updateable static display after a predetermined time from the displaying of the customer specific message.
A system configured to: - provide a first signal representing at least movements of the head of a user to a machine learning model and consequently obtain an output representing a detected emotion of the user, the machine learning model having been trained beforehand using a database of model signals representing movements of a head of at least one model user and associated with at least an emotion of the at least one model user, and - process a second signal representing a physiological parameter of the user to obtain a confirmed emotion of the user. - provide a first signal representing at least movements of the head of a user to a machine learning model and consequently obtain an output representing a detected emotion of the user, the machine learning model having been trained beforehand using a database of model signals representing movements of a head of at least one model user and associated with at least an emotion of the at least one model user, and - process a second signal representing a physiological parameter of the user to obtain a confirmed emotion of the user.
An electronic/electric vehicle infrastructure system for controlling the electronic/electric functions and/or functionalities of a vehicle, said vehicle infrastructure system comprising one or more electronic/electric vehicle infrastructure subsets (ISS1, ISS2, ISS3, ISS4, ISS5) each comprising a plurality of electronic/electric vehicle infrastructure elements, wherein an electronic/electric infrastructure element is an electronic control unit, a network segment and/or a load, and at least one electronic/electric vehicle infrastructure element is transferable in an active or inactive state, and wherein the electronic/electric functions and/or functionalities are defined by predetermined vehicle modes and/or application-specific contexts, characterised in that each ECU comprises a state change component for transferring the ECU, at least one connected load and/or at least one network segment attached to the ECU into an active or inactive state, wherein each state change component is adapted to receive, transfer and/or execute a state transfer request initiated by a change of the current predetermined vehicle mode and/or by application needs, and in that said electronic/electric functions and/or functionalities of the vehicle are provided by applications, each needing a specific set of logical components, which are allocated on the ECUs of said vehicle infrastructure system, wherein activation scenarios specify for each application the necessary logical components (LC1, LC2, LC3, LC5), and wherein said electronic/electric vehicle infrastructure system further includes a map which links the needed logical components of an application to the ECUs incorporating the logical devices and to the infrastructure subsets, which comprise the corresponding ECUs.
A method for operating an electronic device, the method comprising: determining an area where at least one other electronic device to share data is located based on an angle of view of a camera and a distance from a subject; transmitting a signal for identifying the at least one other electronic device located in the area; receiving, from the at least one other electronic device, information of the at least one other electronic device; and transmitting, to the at least one other electronic device, the data in a specific format based on the information of the at least one other electronic device. determining an area where at least one other electronic device to share data is located based on an angle of view of a camera and a distance from a subject; transmitting a signal for identifying the at least one other electronic device located in the area; receiving, from the at least one other electronic device, information of the at least one other electronic device; and transmitting, to the at least one other electronic device, the data in a specific format based on the information of the at least one other electronic device.
A discontinuous drive power tool assembly for generating rotational torque, the tool assembly comprising: a socket comprising a primary engaging surface spaced from an end of the socket; a spindle having a first end portion configured to receive the socket, the first end portion having a primary engaging surface and a tapered surface spaced from a distal end of the spindle, the primary engaging surface of the spindle being configured to engage the primary engaging surface on the socket; a pulse hammer engagable with a second end portion of the spindle that is opposite the first end portion; and a motor including a motor shaft engagable with the pulse hammer, the motor being configured to rotate the pulse hammer, characterized in that the socket comprises a tapered surface extending from the end of the socket and being configured to engage the tapered surface of the spindle. a socket comprising a primary engaging surface spaced from an end of the socket; a spindle having a first end portion configured to receive the socket, the first end portion having a primary engaging surface and a tapered surface spaced from a distal end of the spindle, the primary engaging surface of the spindle being configured to engage the primary engaging surface on the socket; a pulse hammer engagable with a second end portion of the spindle that is opposite the first end portion; and a motor including a motor shaft engagable with the pulse hammer, the motor being configured to rotate the pulse hammer, characterized in that the socket comprises a tapered surface extending from the end of the socket and being configured to engage the tapered surface of the spindle.
A piston-cylinder unit a) with a cylinder which has a cylinder head, b) with a piston which can be axially moved in the cylinder and which is pressurised with a pressurised fluid via a pressure chamber, c) with a piston motion sensor, d) wherein the piston motion sensor is arranged in a transverse bore of the cylinder head, this transverse bore having a longitudinal axis, and e) the piston motion sensor emits a sensor signal which travels through the pressure chamber to the piston or a piston rod, is reflected by the piston or the piston rod and travels through the pressure chamber to the piston motion sensor again, characterised in that f) the transverse bore is fluidically separated from the pressure chamber so that the transverse bore is not pressurised with the fluid in the pressure chamber and the pressures of the fluid do not act on the sensor housing of the piston motion sensor and, when the sensor housing of the piston motion sensor is removed, a sealing of the pressure chamber is still nevertheless ensured so that the fluid cannot escape from the pressure chamber, via the transverse bore, into the surrounding environment. a) with a cylinder which has a cylinder head, b) with a piston which can be axially moved in the cylinder and which is pressurised with a pressurised fluid via a pressure chamber, c) with a piston motion sensor, d) wherein the piston motion sensor is arranged in a transverse bore of the cylinder head, this transverse bore having a longitudinal axis, and e) the piston motion sensor emits a sensor signal which travels through the pressure chamber to the piston or a piston rod, is reflected by the piston or the piston rod and travels through the pressure chamber to the piston motion sensor again, characterised in that f) the transverse bore is fluidically separated from the pressure chamber so that the transverse bore is not pressurised with the fluid in the pressure chamber and the pressures of the fluid do not act on the sensor housing of the piston motion sensor and, when the sensor housing of the piston motion sensor is removed, a sealing of the pressure chamber is still nevertheless ensured so that the fluid cannot escape from the pressure chamber, via the transverse bore, into the surrounding environment.
A molecular assembly comprising: a branched-type amphiphilic block polymer A comprising a hydrophilic block having a branched structure constituted from a plurality of sarcosine chains and a hydrophobic block comprising a polylactic acid chain, wherein the hydrophilic block comprises 2 to 200 sarcosine units in total, and wherein the polylactic acid chain constituting the hydrophobic block comprises 10 to 400 lactic acid units; and a functional substance F comprising a functional site and a polylactic acid chain, said functional site being a site selected from the group consisting of a labeling agent having a group detectable for imaging and a drug, wherein the number of lactic acid units of the polylactic acid chain constituting the functional substance F is 15 to 60, and wherein the polylactic acid chain constituting the hydrophobic block of the amphiphilic block polymer A comprises L-tactic acid units, and the polylactic acid chain contained in the functional substance F comprises D-lactic acid units, or the polylactic acid chain constituting the hydrophobic block of the amphiphilic block polymer A comprises D-lactic acid units, and the polylactic acid chain contained in the functional substance F comprises L-lactic acid units. a branched-type amphiphilic block polymer A comprising a hydrophilic block having a branched structure constituted from a plurality of sarcosine chains and a hydrophobic block comprising a polylactic acid chain, wherein the hydrophilic block comprises 2 to 200 sarcosine units in total, and wherein the polylactic acid chain constituting the hydrophobic block comprises 10 to 400 lactic acid units; and a functional substance F comprising a functional site and a polylactic acid chain, said functional site being a site selected from the group consisting of a labeling agent having a group detectable for imaging and a drug, wherein the number of lactic acid units of the polylactic acid chain constituting the functional substance F is 15 to 60, and wherein the polylactic acid chain constituting the hydrophobic block of the amphiphilic block polymer A comprises L-tactic acid units, and the polylactic acid chain contained in the functional substance F comprises D-lactic acid units, or the polylactic acid chain constituting the hydrophobic block of the amphiphilic block polymer A comprises D-lactic acid units, and the polylactic acid chain contained in the functional substance F comprises L-lactic acid units.
A method for synthesizing a random oligonucleotide, the method comprising: (a) synthesizing at least one random oligonucleotide comprising nucleotides by adding one or more nucleotides at random to the oligonucleotide; (b) determining the sequence of the random oligonucleotide; and (c) selecting random oligonucleotides based on specific sizes of the random oligonucleotides. (a) synthesizing at least one random oligonucleotide comprising nucleotides by adding one or more nucleotides at random to the oligonucleotide; (b) determining the sequence of the random oligonucleotide; and (c) selecting random oligonucleotides based on specific sizes of the random oligonucleotides.
A resin additive masterbatch pellet, characterized by comprising: with respect to 100 parts by mass of a polyolefin resin, 65 to 300 parts by mass of a resin additive having a melting point of not higher than 80°C, and 0.8 to 24 parts by mass of a benzotriazole-based ultraviolet absorber; wherein said resin additive having a melting point of not higher than 80°C is at least one hindered amine compound represented by the following Formula: wherein, R 1 represents a hydrogen atom, a hydroxy group, an alkyl, hydroxyalkyl, alkoxy or hydroxyalkoxy group having 1 to 30 carbon atoms, or an oxy radical; and R 2 represents an alkyl group having 1 to 30 carbon atoms or an alkenyl group having 2 to 30 carbon atoms. with respect to 100 parts by mass of a polyolefin resin, 65 to 300 parts by mass of a resin additive having a melting point of not higher than 80°C, and 0.8 to 24 parts by mass of a benzotriazole-based ultraviolet absorber; 65 to 300 parts by mass of a resin additive having a melting point of not higher than 80°C, and 0.8 to 24 parts by mass of a benzotriazole-based ultraviolet absorber; wherein said resin additive having a melting point of not higher than 80°C is at least one hindered amine compound represented by the following Formula: wherein, R 1 represents a hydrogen atom, a hydroxy group, an alkyl, hydroxyalkyl, alkoxy or hydroxyalkoxy group having 1 to 30 carbon atoms, or an oxy radical; and R 2 represents an alkyl group having 1 to 30 carbon atoms or an alkenyl group having 2 to 30 carbon atoms.
A method for bonding a film to a lens, wherein the method for bonding a film comprises: fastening the lens to a first jig; fastening the film to a second jig, wherein the second jig is a deformable flexible jig; obtaining boundary information of a full aperture of the lens, to align the lens with the first jig; obtaining boundary information of a full aperture of the film, to align the film with the second jig; and controlling the first jig and the second jig to move relative to each other, to gradually bond a middle position to an edge position on the lens to the film. fastening the lens to a first jig; fastening the film to a second jig, wherein the second jig is a deformable flexible jig; obtaining boundary information of a full aperture of the lens, to align the lens with the first jig; obtaining boundary information of a full aperture of the film, to align the film with the second jig; and controlling the first jig and the second jig to move relative to each other, to gradually bond a middle position to an edge position on the lens to the film.
Refuse collection container comprising: - at least one wall having a waste introduction opening, said opening being of large dimensions such that a child could fall into the container, and - a cover mounted movably on the wall between a closed position in which it blocks the opening and an open position in which it allows free access to the opening, characterised in that it comprises: - a waste receptacle, placed in the container, and mounted movably on the wall, between a reception position in which it is placed opposite the opening and prevents direct access to the inside of the container and a retracted position, and in that the cover comprises means for holding the receptacle in reception position, adapted to hold the receptacle in its reception position when the cover is in the open position, said means comprising a hook and said receptacle comprising a reception opening for said hook, the hook and the opening being arranged to cooperate with one another when the cover is in the open position. - at least one wall having a waste introduction opening, said opening being of large dimensions such that a child could fall into the container, and - a cover mounted movably on the wall between a closed position in which it blocks the opening and an open position in which it allows free access to the opening, characterised in that it comprises: - a waste receptacle, placed in the container, and mounted movably on the wall, between a reception position in which it is placed opposite the opening and prevents direct access to the inside of the container and a retracted position, and
An image forming apparatus with a unit (B1, B2) detachably mountable, said unit having a developer container, a memory unit adapted to store a first information relating to the lifetime of said unit, wherein the first information relating to the lifetime relates to the amount of the developer originally filled in the developer container, wherein an image is formed using said unit mounted to said image forming apparatus, said apparatus comprising: a controller adapted to read the first information relating to the lifetime out of said memory unit and to write and read a second information indicative of a remaining amount of the developer in said developer container; and calculating means adapted for calculating a level of the remaining developer amount to be outputted, characterized in that the calculating means is adapted to calculate the level as a rate of the second information indicative of the remaining amount of the developer in said developer container stored in said memory unit and the first information relating to the lifetime stored in said memory unit. a controller adapted to read the first information relating to the lifetime out of said memory unit and to write and read a second information indicative of a remaining amount of the developer in said developer container; and calculating means adapted for calculating a level of the remaining developer amount to be outputted, characterized in that the calculating means is adapted to calculate the level as a rate of the second information indicative of the remaining amount of the developer in said developer container stored in said memory unit and the first information relating to the lifetime stored in said memory unit.