mhurhangee/patent-ind-claim-en huggingface dataset:
A foldable trampoline , comprising - at least three posts arranged parallel to one another and to a vertical direction V, wherein a jumping bed is tensioned between the at least three posts , - at least three bracing struts which each connect a different pair of posts adjacent in a circumferential direction U of the trampoline to one another and stabilize said posts in a horizontal direction H, characterized in that each bracing strut is mounted so as to be foldable on the two posts adjacent in the circumferential direction U and has at least one central joint (5.1) which is provided in a central region (B1) of the bracing strut , wherein all the posts adjacent in the circumferential direction U can each be moved toward one another in a horizontal direction (H) in order to fold the trampoline , wherein the posts are always parallel to one another during a folding and unfolding movement of the trampoline. - at least three posts arranged parallel to one another and to a vertical direction V, wherein a jumping bed is tensioned between the at least three posts , - at least three bracing struts which each connect a different pair of posts adjacent in a circumferential direction U of the trampoline to one another and stabilize said posts in a horizontal direction H,
Method for erecting a final elevator installation in an elevator shaft of a building , in which method a construction phase elevator system (3.1; 3.2) that comprises a self-propelled construction phase elevator cabin (4; 54; 64), the usable lifting height of which can be adapted to an increasing elevator shaft height, is installed in the elevator shaft, which becomes taller with increasing building height, for the duration of the construction phase of the building, wherein at least one guide rail strand is installed for guiding the construction phase elevator cabin (4; 54; 64) along its travel path in the elevator shaft , wherein a drive system (7; 7.1-7.4; 57; 67) is assembled for driving the construction phase elevator cabin (4; 54; 64), which drive system comprises a primary part attached to the construction phase elevator cabin and a secondary part attached along the travel path of the construction phase elevator cabin, wherein the guide rail strand and the secondary part of the drive system (7; 7.1; 7.2; 7.3; 7.4; 57; 67) gradually extend upward in accordance with the increasing elevator shaft height during the construction phase, wherein the self-propelled construction phase elevator cabin (4; 54; 64) is used both for transporting persons and/or material for the construction of the building and as a passenger and freight elevator for floors that are already being used as residential or business premises during the construction phase of the building, characterized in that , after the elevator shaft has reached its final height, instead of the construction phase elevator system (3.1; 3.2), a final elevator system is installed in the elevator shaft which is modified with respect to the construction phase elevator system (3.1; 3.2) and in which a drive system of a elevator cabin is modified with respect to the drive system (7; 7.1-7.4; 57; 67) of the construction phase elevator cabin (4; 54; 64).
Lamp suitable for use in an automotive headlight of a motor vehicle, comprising - at least one filament arranged within a transparent lamp vessel , - the lamp vessel being bounded at one axial end by a top end and at another axial end by a lower end portion, - where said lamp vessel comprises a color filter portion through which light is emitted with a color change, and a color transparent portion , through which light is emitted without a color change, - where said color transparent portion is arranged such that an illumination beam of light is emitted from said filament through said color transparent portion to achieve a non-colored illumination, the illumination beam of light being a main portion of a luminous flux emitted from the lamp , being emitted into main illumination directions, and for use in a reflector of the automotive headlight to illuminate a road in front of the motor vehicle, wherein - said color transparent portion , at least for part of the circumference of the lamp vessel , extends between the top end and the lower end portion, and - said color filter portion is arranged such that a peripheral and/or a scattered portion of light from said filament is emitted through said color filter portion to achieve a color appearance outside of the angular range of the illumination beam of light . - at least one filament arranged within a transparent lamp vessel , - the lamp vessel being bounded at one axial end by a top end and at another axial end by a lower end portion, - where said lamp vessel comprises a color filter portion through which light is emitted with a color change, and a color transparent portion , through which light is emitted without a color change, - where said color transparent portion is arranged such that an illumination beam of light is emitted from said filament through said color transparent portion to achieve a non-colored illumination, the illumination beam of light being a main portion of a luminous flux emitted from the lamp , being emitted into main illumination directions, and for use in a reflector of the automotive headlight to illuminate a road in front of the motor vehicle, wherein - said color transparent portion , at least for part of the circumference of the lamp vessel , extends between the top end and the lower end portion, and - said color filter portion is arranged such that a peripheral and/or a scattered portion of light from said filament is emitted through said color filter portion to achieve a color appearance outside of the angular range of the illumination beam of light .
An electrical distribution center configured for use in a motor vehicle, comprising: a housing containing an electrical device ; and a bus bar connector system including: a first bus bar configured to supply current from a power supply; a second bus bar configured to supply current to the electrical device ; characterized by a spring clip disposed within a slot defined by the housing and configured to apply a contact force to the first and second bus bars effective to bring at least in a portion the first and second bus bars into intimate contact with one another, wherein the spring clip comprises two longitudinal spring arms extending from a lateral spring base connecting the spring arms and wherein the spring arms are angled toward one another, wherein spring arm ends are angled away from one another, wherein side walls forming the slot define retaining features protruding from the side walls and wherein the spring arm ends interface with said retaining features to retain the spring clip within the slot . a housing containing an electrical device ; and a bus bar connector system including: a first bus bar configured to supply current from a power supply; a second bus bar configured to supply current to the electrical device ; characterized by a spring clip disposed within a slot defined by the housing and configured to apply a contact force to the first and second bus bars effective to bring at least in a portion the first and second bus bars into intimate contact with one another, wherein the spring clip comprises two longitudinal spring arms extending from a lateral spring base connecting the spring arms and wherein the spring arms are angled toward one another, wherein spring arm ends are angled away from one another, wherein side walls forming the slot define retaining features protruding from the side walls and wherein the spring arm ends interface with said retaining features to retain the spring clip within the slot . a first bus bar configured to supply current from a power supply; a second bus bar configured to supply current to the electrical device ; characterized by a spring clip disposed within a slot defined by the housing and configured to apply a contact force to the first and second bus bars effective to bring at least in a portion the first and second bus bars into intimate contact with one another, wherein the spring clip comprises two longitudinal spring arms extending from a lateral spring base connecting the spring arms and wherein the spring arms are angled toward one another, wherein spring arm ends are angled away from one another, wherein side walls forming the slot define retaining features protruding from the side walls and wherein the spring arm ends interface with said retaining features to retain the spring clip within the slot .
A substrate support pedestal , comprising: a body having an upper surface and a lower surface opposite the upper surface ; one or more chucking electrodes disposed within the body being a dielectric disk; a plurality of substrate support elements protruding from the upper surface to support a substrate; a hole disposed in the lower surface at a center of and partially through the body; a plurality of gas holes disposed in the upper surface proximate the center of the body, wherein the plurality of gas holes is disposed above and fluidly coupled to the hole; and a plurality of gas distribution grooves formed in the upper surface and fluidly coupled to the plurality of gas holes; the substrate support pedestal further comprising a gas plug disposed in the hole beneath the plurality of gas holes, wherein the gas plug includes a channel extending along a central axis of the gas plug and having a first diameter, wherein the channel terminates at an expansion opening formed in a top surface of the gas plug, and wherein the expansion opening has a second diameter larger than the first diameter to allow gas passing through the channel to expand into the expansion opening before flowing through the plurality of gas holes. a body having an upper surface and a lower surface opposite the upper surface ; one or more chucking electrodes disposed within the body being a dielectric disk; a plurality of substrate support elements protruding from the upper surface to support a substrate; a hole disposed in the lower surface at a center of and partially through the body; a plurality of gas holes disposed in the upper surface proximate the center of the body, wherein the plurality of gas holes is disposed above and fluidly coupled to the hole; and a plurality of gas distribution grooves formed in the upper surface and fluidly coupled to the plurality of gas holes; the substrate support pedestal further comprising a gas plug disposed in the hole beneath the plurality of gas holes, wherein the gas plug includes a channel extending along a central axis of the gas plug and having a first diameter, wherein the channel terminates at an expansion opening formed in a top surface of the gas plug, and wherein the expansion opening has a second diameter larger than the first diameter to allow gas passing through the channel to expand into the expansion opening before flowing through the plurality of gas holes.
A panel for photobioreactor comprising at least: - two plates assembled to each other, at least one of which is transparent, and between which a lighting device is inserted; - at least two openings allowing the passage of a fluid from a first surface towards a second surface of the panel ; and characterized in that the lighting device is a textile incorporating at least one optical fiber able to diffuse light through at least one transparent plate. - two plates assembled to each other, at least one of which is transparent, and between which a lighting device is inserted; - at least two openings allowing the passage of a fluid from a first surface towards a second surface of the panel ; and
A voltage regulator, comprising: an operational amplifier ; a current buffer driver ; an output power driver , wherein the current buffer driver is coupled between the operational amplifier and the output power driver ; a current feedback circuit coupled between the output power driver and the current buffer driver ; and a feedback loop coupled between the output power driver and the operational amplifier , characterized in that the current buffer driver is a gm enhanced current buffer driver , and wherein the voltage regulator further comprises a biasing circuit coupled to the current buffer driver for providing a gm-boost of the gm enhanced current buffer driver and an enable/disable function to enable/disable the biasing circuit for reducing standby current. an operational amplifier ; a current buffer driver ; an output power driver , wherein the current buffer driver is coupled between the operational amplifier and the output power driver ; a current feedback circuit coupled between the output power driver and the current buffer driver ; and a feedback loop coupled between the output power driver and the operational amplifier , characterized in that the current buffer driver is a gm enhanced current buffer driver , and wherein the voltage regulator further comprises a biasing circuit coupled to the current buffer driver for providing a gm-boost of the gm enhanced current buffer driver and an enable/disable function to enable/disable the biasing circuit for reducing standby current.
A method for securing vulnerabilities in a software package, the method comprising performing, by a computer system : receiving a set of libraries corresponding to third-party software used by the software package; determining a list of afflicted libraries from the set of libraries, wherein each library of the list of afflicted libraries is affected by a vulnerability; determining one or more afflicted libraries from the list of afflicted libraries upon which an application of the software package depends, wherein the application executes code from the one or more afflicted libraries, and wherein the application calls the one or more afflicted libraries; identifying , for each library of the one or more afflicted libraries, a number of code calls that include the vulnerability, wherein the code calls are made to code within each library of the one or more afflicted libraries; assigning a risk score to an API based on the number of code calls to afflicted libraries that implement the application program interface (API) of the software package; comparing the risk score of the API to a threshold risk value; and causing a remedial action for each afflicted library that implements the API in response to the risk score exceeding the threshold risk value. receiving a set of libraries corresponding to third-party software used by the software package; determining a list of afflicted libraries from the set of libraries, wherein each library of the list of afflicted libraries is affected by a vulnerability; determining one or more afflicted libraries from the list of afflicted libraries upon which an application of the software package depends, wherein the application executes code from the one or more afflicted libraries, and wherein the application calls the one or more afflicted libraries; identifying , for each library of the one or more afflicted libraries, a number of code calls that include the vulnerability, wherein the code calls are made to code within each library of the one or more afflicted libraries; assigning a risk score to an API based on the number of code calls to afflicted libraries that implement the application program interface (API) of the software package; comparing the risk score of the API to a threshold risk value; and causing a remedial action for each afflicted library that implements the API in response to the risk score exceeding the threshold risk value.
A component mounting machine comprising: a component transfer device configured to hold a supplied component (P) and to mount the component (P) onto a conveyed board (K); and a transfer control device configured to control the component transfer device , wherein the component transfer device is provided with a pair of gripping sections configured to grip the component (P) by moving in a direction towards each other, a driving motor configured to move the pair of gripping sections , a detector configured to detect a rotation angle of the driving motor or a position of the pair of the gripping sections , and a motor control section configured to perform position feedback control of the driving motor based on a detection signal of the detector and a position command signal from the transfer control device , and the transfer control device is provided with a torque monitoring section configured to monitor a value of a command torque applied to the driving motor from the motor control section , characterized by a gripping state determining section configured to determine that there was a change in a gripping state of the component (P) in a case in which, with the pair of gripping sections in a state gripping the component (P), the command torque monitored by the torque monitoring section drops to a value smaller than a first threshold value (Th1). a component transfer device configured to hold a supplied component (P) and to mount the component (P) onto a conveyed board (K); and a transfer control device configured to control the component transfer device , wherein the component transfer device is provided with a pair of gripping sections configured to grip the component (P) by moving in a direction towards each other, a driving motor configured to move the pair of gripping sections , a detector configured to detect a rotation angle of the driving motor or a position of the pair of the gripping sections , and a motor control section configured to perform position feedback control of the driving motor based on a detection signal of the detector and a position command signal from the transfer control device , and the transfer control device is provided with a torque monitoring section configured to monitor a value of a command torque applied to the driving motor from the motor control section , characterized by a gripping state determining section configured to determine that there was a change in a gripping state of the component (P) in a case in which, with the pair of gripping sections in a state gripping the component (P), the command torque monitored by the torque monitoring section drops to a value smaller than a first threshold value (Th1).
A composition comprising chlorhexidine gluconate solubilized in a hydrophobic vehicle having a hydrophilic-lipophilic balance of no greater than 10 as determined using the HLB Method; wherein the hydrophobic vehicle comprises an alcohol having proximate hydroxyl groups, wherein the composition comprises no greater than 2 parts by weight hydrophilic vehicle per 1 part by weight chlorhexidine gluconate; and wherein the composition comprises no greater than 1 part by weight water per 1 part by weight chlorhexidine gluconate.
A mobile device location determination method comprising: establishing, at a first mobile device (104-1), a wireless communication link between the first mobile device comprising a satellite positioning system, SPS, receiver and one or more sensors and a second mobile device (104-2), wherein the first and second mobile devices are co-located with an object; receiving, at the first mobile device from the second mobile device via the wireless communication link, an indication of a capability of the second mobile device to acquire a type of wireless positioning signal; sending, based on the indication, a request from the first mobile device to the second mobile device via the wireless communication link for the second mobile device to perform one or more signal acquisition tasks based on a first location technology, wherein the first location technology is configured to obtain measurements of wireless signals for use in determining location; receiving a response to the request including measurements of wireless signals for use in determining location from the second mobile device at the first mobile device via the wireless communication link; taking one or more measurements to obtain one or more positioning measurement values from one or more inertial sensors of the one or more sensors; and determining a location for the first mobile device using the response and the one or more positioning measurement values. establishing, at a first mobile device (104-1), a wireless communication link between the first mobile device comprising a satellite positioning system, SPS, receiver and one or more sensors and a second mobile device (104-2), wherein the first and second mobile devices are co-located with an object; receiving, at the first mobile device from the second mobile device via the wireless communication link, an indication of a capability of the second mobile device to acquire a type of wireless positioning signal; sending, based on the indication, a request from the first mobile device to the second mobile device via the wireless communication link for the second mobile device to perform one or more signal acquisition tasks based on a first location technology, wherein the first location technology is configured to obtain measurements of wireless signals for use in determining location; receiving a response to the request including measurements of wireless signals for use in determining location from the second mobile device at the first mobile device via the wireless communication link; taking one or more measurements to obtain one or more positioning measurement values from one or more inertial sensors of the one or more sensors; and determining a location for the first mobile device using the response and the one or more positioning measurement values.
A process for processing fly ash by grinding fly ash , wherein the fly ash is ground in a dry-operated agitator bead mill , characterised in that the fly ash has a content of reactive calcium oxide of less than 15% by weight.
An image processing apparatus comprising: a lens aberration detection processing section configured to generate detection aberration information by performing aberration detection processing; a control section configured to determine whether retention aberration information is unreliable, and if it determines that the retention aberration information is not unreliable, to set the retention aberration information as application aberration information, and if it determines that the retention aberration information is unreliable, to cause the lens aberration detection processing section to generate the detection aberration information, and sets the detection aberration information as the application aberration information; wherein the control section is configured to determine whether the retention aberration information is unreliable based on an imaging interval, and in a case where an operation mode is an imaging mode in which the imaging interval is shorter than a predetermined value, the control section sets the retention aberration information as the application aberration information. a lens aberration detection processing section configured to generate detection aberration information by performing aberration detection processing; a control section configured to determine whether retention aberration information is unreliable, and if it determines that the retention aberration information is not unreliable, to set the retention aberration information as application aberration information, and if it determines that the retention aberration information is unreliable, to cause the lens aberration detection processing section to generate the detection aberration information, and sets the detection aberration information as the application aberration information; wherein the control section is configured to determine whether the retention aberration information is unreliable based on an imaging interval, and in a case where an operation mode is an imaging mode in which the imaging interval is shorter than a predetermined value, the control section sets the retention aberration information as the application aberration information.