mhurhangee/ep-ind-claims huggingface dataset:
A Digital Subscriber Line, DSL, system comprising: a first drop (260, 305, 400) and a second drop, the first drop comprising K bonded loops (312, 412) providing up to (2K-1) communication channels, wherein K>1, and the second drop comprising at least one loop, each loop comprising two wires, the first drop being couplable at one end to a first customer premises equipment (293, 332, 432) and the second drop being couplable at one end to a second customer premises equipment each drop providing at least one communications channel to each respective customer premises equipment (291, 293, 332, 432); characterised by a controller to monitor the first and second drops to generate control signals; and a vectoring unit (442, 444, 500) coupled to the first and second drops to receive the control signals from the controller and to vector transmissions across loops of the first and second drops based on the control signals. a first drop (260, 305, 400) and a second drop, the first drop comprising K bonded loops (312, 412) providing up to (2K-1) communication channels, wherein K>1, and the second drop comprising at least one loop, each loop comprising two wires, the first drop being couplable at one end to a first customer premises equipment (293, 332, 432) and the second drop being couplable at one end to a second customer premises equipment each drop providing at least one communications channel to each respective customer premises equipment (291, 293, 332, 432); characterised by a controller to monitor the first and second drops to generate control signals; and a vectoring unit (442, 444, 500) coupled to the first and second drops to receive the control signals from the controller and to vector transmissions across loops of the first and second drops based on the control signals.
An apparatus for determining the volume of a fluid, the apparatus comprising: a housing configured to be in communication with a valve, the housing containing a first volume and a second volume, wherein the second volume contains an air region and a fluid region; a printed circuit board disposed within the housing such that the printed circuit board separates the first volume from the second volume and defines the first volume, wherein the printed circuit board includes: an acoustic source; a first microphone acoustically coupled to the first volume; and a second microphone acoustically coupled to the second volume; and a processor configured to calculate a change in volume of the air region, wherein the processor determines an amount of fluid output from the fluid region. a housing configured to be in communication with a valve, the housing containing a first volume and a second volume, wherein the second volume contains an air region and a fluid region; a printed circuit board disposed within the housing such that the printed circuit board separates the first volume from the second volume and defines the first volume, wherein the printed circuit board includes: an acoustic source; a first microphone acoustically coupled to the first volume; and a second microphone acoustically coupled to the second volume; and an acoustic source; a first microphone acoustically coupled to the first volume; and a second microphone acoustically coupled to the second volume; and a processor configured to calculate a change in volume of the air region, wherein the processor determines an amount of fluid output from the fluid region.
An information processing apparatus, comprising: obtaining means for obtaining device information of a storage device provided in the information processing apparatus, the device information containing information indicating whether the storage device is a hard disk drive or a solid-state drive that supports a TRIM command that provides notification of information indicating data to be erased from the storage device; control means for, based on the device information, controlling display of a setting screen (300, 310) for setting an erasure mode for erasing data used in execution of a job in the information processing apparatus from the storage device, the control means being configured to display on the setting screen a plurality of erasure modes for executing erasure processing based on the TRIM command in a selectable manner in accordance with the storage device being the solid-state drive that supports the TRIM command, and to display on the setting screen a plurality of erasure modes for executing erasure processing different from the erasure processing based on the TRIM command in a selectable manner in accordance with the storage device being the hard disk drive; and execution means for causing the storage device to execute processing for erasing the data used in execution of the job in an erasure mode that has been set on the setting screen. obtaining means for obtaining device information of a storage device provided in the information processing apparatus, the device information containing information indicating whether the storage device is a hard disk drive or a solid-state drive that supports a TRIM command that provides notification of information indicating data to be erased from the storage device; control means for, based on the device information, controlling display of a setting screen (300, 310) for setting an erasure mode for erasing data used in execution of a job in the information processing apparatus from the storage device, the control means being configured to display on the setting screen a plurality of erasure modes for executing erasure processing based on the TRIM command in a selectable manner in accordance with the storage device being the solid-state drive that supports the TRIM command, and to display on the setting screen a plurality of erasure modes for executing erasure processing different from the erasure processing based on the TRIM command in a selectable manner in accordance with the storage device being the hard disk drive; and execution means for causing the storage device to execute processing for erasing the data used in execution of the job in an erasure mode that has been set on the setting screen.
A granular material comprising (i) at least 50% by weight based on the weight of the granular material of solid water-insoluble inorganic mixed metal compound capable of binding phosphate wherein the mixed metal compound is a compound of formula: M II 1-x M III x 2 A n- y zH 2 O where M II is at least one of magnesium, calcium, lanthanum or cerium, M III is at least iron, A n- is at least one n-valent anion; x = ∑ny; 0 < x ≤ 0.67, 0 < y ≤ 1, and 0≤ z ≤ 10; (ii) from 3 to 10% by weight based on the weight of the granular material of non-chemically bound water, and (iii) an excipient, present in an amount no greater than 47% by weight based on the weight of the granular material. (i) at least 50% by weight based on the weight of the granular material of solid water-insoluble inorganic mixed metal compound capable of binding phosphate wherein the mixed metal compound is a compound of formula: M II 1-x M III x 2 A n- y zH 2 O where M II is at least one of magnesium, calcium, lanthanum or cerium, M III is at least iron, A n- is at least one n-valent anion; x = ∑ny; 0 < x ≤ 0.67, 0 < y ≤ 1, and 0≤ z ≤ 10; (ii) from 3 to 10% by weight based on the weight of the granular material of non-chemically bound water, and (iii) an excipient, present in an amount no greater than 47% by weight based on the weight of the granular material.
A 3D printer comprising, a resin tank for holding liquid photopolymer resin for producing a solid component; a component carrier for pulling the component out of the resin tank layer by layer, the component carrier having a bayonet opening; a transport box for depositing the component carrier, wherein the transport box can be manually placed or fastened at a specific location outside the resin tank, a transport device for removing the component carrier from the transport box and for transporting it into the resin tank, and for moving the component carrier downwards and upwards and/or even sideways in the resin tank, wherein the transport device has translatory axes in the vertical and horizontal directions, each of which can be driven independently by a motor, wherein the transport device has a locking device for the detachable connection of the component carrier, wherein the locking device is designed such that, during the downward movement along the vertical translatory axis, it reaches a specific position by the drive of the respective motor, at which a stop located on the vertical translatory axis sets a coupling element in motion, wherein a spring-loaded locking pin connected to the coupling element is immersed in the bayonet opening of the component carrier by the movement, wherein the immersed locking pin is moved via the horizontal translatory axis into a locking position or unlocking position in the bayonet opening. a resin tank for holding liquid photopolymer resin for producing a solid component; a component carrier for pulling the component out of the resin tank layer by layer, the component carrier having a bayonet opening; a transport box for depositing the component carrier, wherein the transport box can be manually placed or fastened at a specific location outside the resin tank, a transport device for removing the component carrier from the transport box and for transporting it into the resin tank, and for moving the component carrier downwards and upwards and/or even sideways in the resin tank, wherein the transport device has translatory axes in the vertical and horizontal directions, each of which can be driven independently by a motor, wherein the transport device has a locking device for the detachable connection of the component carrier, wherein the locking device is designed such that, during the downward movement along the vertical translatory axis, it reaches a specific position by the drive of the respective motor, at which a stop located on the vertical translatory axis sets a coupling element in motion, wherein a spring-loaded locking pin connected to the coupling element is immersed in the bayonet opening of the component carrier by the movement, wherein the immersed locking pin is moved via the horizontal translatory axis into a locking position or unlocking position in the bayonet opening.
A silicone polymer comprising a sulfonic acid component formed from reactive components comprising (i) at least one silicone component and (ii) at least one sulfonic acid-containing component, wherein said sulfonic acid-containing component is comprised of a non-polymerizable, hydrophobic cation and a polymerizable sulfonic acid.
A flow battery, comprising: an electrode layer (34,36;134,136) having a plurality of micro and macro pores (72,74;172,174), wherein the macro pores (74,174) have a size at least one order of magnitude greater than a size of the micro pores (72,172); and a solution having a reversible redox couple reactant, wherein the solution wets the electrode layer (34,36;134,136); wherein the electrode layer (34,36;134,136) extends between a first surface (44,46;144,146) and a second surface (48,50;148,150), and wherein at least one of: the macro pores (74;174) are non-uniformly distributed within the electrode layer (34,36;134,136) such that there is a higher density of macro pores (74;174) closer to the first surface (44,46;144,146) than the second surface (48,50;148,150); and the micro pores (72;172) are non-uniformly distributed within the electrode layer (34,36;134,136) such that there is a higher density of micro pores (72;172) closer to the second surface (48,50;148,150) than the first surface. an electrode layer (34,36;134,136) having a plurality of micro and macro pores (72,74;172,174), wherein the macro pores (74,174) have a size at least one order of magnitude greater than a size of the micro pores (72,172); and a solution having a reversible redox couple reactant, wherein the solution wets the electrode layer (34,36;134,136); wherein the electrode layer (34,36;134,136) extends between a first surface (44,46;144,146) and a second surface (48,50;148,150), and wherein at least one of: the macro pores (74;174) are non-uniformly distributed within the electrode layer (34,36;134,136) such that there is a higher density of macro pores (74;174) closer to the first surface (44,46;144,146) than the second surface (48,50;148,150); and the micro pores (72;172) are non-uniformly distributed within the electrode layer (34,36;134,136) such that there is a higher density of micro pores (72;172) closer to the second surface (48,50;148,150) than the first surface. the macro pores (74;174) are non-uniformly distributed within the electrode layer (34,36;134,136) such that there is a higher density of macro pores (74;174) closer to the first surface (44,46;144,146) than the second surface (48,50;148,150); and the micro pores (72;172) are non-uniformly distributed within the electrode layer (34,36;134,136) such that there is a higher density of micro pores (72;172) closer to the second surface (48,50;148,150) than the first surface.
A method (1100, 1150) for a MPEG service management mobile device to manage services within a wireless-display media-streaming platform, comprising: storing (1102, 1152), by a processor of the MPEG service management mobile device, a service registry that defines a plurality of service provider devices configured to provide an MPEG service for consumption by a service consumer device, a plurality of the service consumer devices configured to utilize an MPEG service provided by one of the service provider devices, and device capabilities required for a plurality of MPEG services; discovering (1104, 1154), by the processor of the MPEG service management mobile device, a first set of currently available devices including one or more of the plurality of service provider devices currently available to provide an MPEG service to one of the service consumer devices and one or more of the plurality of service consumer devices currently available to utilize an MPEG service provided by one of the service provider devices; identifying, by the processor of the MPEG service management mobile device, a first available MPEG service of the plurality of MPEG services based on the first set of currently available devices; and generating based on the first available MPEG service, by the processor of the MPEG service management mobile device, a first MPEG service descriptor associated with the identified first available MPEG service. storing (1102, 1152), by a processor of the MPEG service management mobile device, a service registry that defines a plurality of service provider devices configured to provide an MPEG service for consumption by a service consumer device, a plurality of the service consumer devices configured to utilize an MPEG service provided by one of the service provider devices, and device capabilities required for a plurality of MPEG services; discovering (1104, 1154), by the processor of the MPEG service management mobile device, a first set of currently available devices including one or more of the plurality of service provider devices currently available to provide an MPEG service to one of the service consumer devices and one or more of the plurality of service consumer devices currently available to utilize an MPEG service provided by one of the service provider devices; identifying, by the processor of the MPEG service management mobile device, a first available MPEG service of the plurality of MPEG services based on the first set of currently available devices; and generating based on the first available MPEG service, by the processor of the MPEG service management mobile device, a first MPEG service descriptor associated with the identified first available MPEG service.
A medical device, comprising: a mounting structure adapted to be secured to a distal end of an endoscope; a first suture arm pivotably secured to the mounting structure via a first pivot point, the first suture arm including: a first latching member at an end of the first suture arm opposing the first pivot point; a first latching feature pivotably secured to the first latching member, the first latching feature pivotable between a latching position in which a needle is secured between the first latching member and the first latching feature and a release position; and a second suture arm (24, 128) pivotably secured to the mounting structure via a second pivot point, the second suture arm including: a second latching member at an end of the second suture arm opposing the second pivot point; a second latching feature pivotably secured to the second latching member, the second latching feature pivotable between a latching position in which a needle is secured between the second latching member and a release position. a mounting structure adapted to be secured to a distal end of an endoscope; a first suture arm pivotably secured to the mounting structure via a first pivot point, the first suture arm including: a first latching member at an end of the first suture arm opposing the first pivot point; a first latching feature pivotably secured to the first latching member, the first latching feature pivotable between a latching position in which a needle is secured between the first latching member and the first latching feature and a release position; and a first latching member at an end of the first suture arm opposing the first pivot point; a first latching feature pivotably secured to the first latching member, the first latching feature pivotable between a latching position in which a needle is secured between the first latching member and the first latching feature and a release position; and a second suture arm (24, 128) pivotably secured to the mounting structure via a second pivot point, the second suture arm including: a second latching member at an end of the second suture arm opposing the second pivot point; a second latching feature pivotably secured to the second latching member, the second latching feature pivotable between a latching position in which a needle is secured between the second latching member and a release position. a second latching member at an end of the second suture arm opposing the second pivot point; a second latching feature pivotably secured to the second latching member, the second latching feature pivotable between a latching position in which a needle is secured between the second latching member and a release position.
Apparatus for determining and/or monitoring at least one process variable of a medium in a vessel, with - a unit capable of mechanical vibration, - a electromechanical transducer unit, which has at least a piezoelectric transducer element or an inductive transducer element, which causes the unit capable of vibration to vibrate mechanically using an excitation signal, and which receives vibrations from the unit capable of vibration and converts them into an electrical reception signal, wherein the reception signal represents a superimposition consisting of a useful signal that reflects the vibrations and a error signal, - a reference element with a first component with an electrically adjustable variable, wherein the reference element is switched in parallel with the electromechanical transducer unit and is exposed to the same excitation signal, and generates a reference signal that is not affected by the vibrations of the unit capable of vibration, - and an electronic unit which extracts the useful signal from the reception signal and the reference signal when the electromechanical transducer unit and reference element are exposed to the excitation signal, and determines and/or monitors the process variable using the useful signal, characterized in that the electromechanical transducer unit has a second component with an electrically adjustable variable. - a unit capable of mechanical vibration, - a electromechanical transducer unit, which has at least a piezoelectric transducer element or an inductive transducer element, which causes the unit capable of vibration to vibrate mechanically using an excitation signal, and which receives vibrations from the unit capable of vibration and converts them into an electrical reception signal, wherein the reception signal represents a superimposition consisting of a useful signal that reflects the vibrations and a error signal, - a reference element with a first component with an electrically adjustable variable, wherein the reference element is switched in parallel with the electromechanical transducer unit and is exposed to the same excitation signal, and generates a reference signal that is not affected by the vibrations of the unit capable of vibration, - and an electronic unit which extracts the useful signal from the reception signal and the reference signal when the electromechanical transducer unit and reference element are exposed to the excitation signal, and determines and/or monitors the process variable using the useful signal, characterized in that the electromechanical transducer unit has a second component with an electrically adjustable variable.
A computer-implemented method for providing a user of a tablet computing device access to patient data, executed using one or more processors, the method comprising: determining that the tablet computing device is docked in a docking station of a patient monitoring system; and in response to determining that the tablet computing device is docked in a docking station of the patient monitoring system, automatically triggering execution, by the tablet computing device, of a single application, which is a patient monitoring application, preventing execution of other applications, and disabling functionality of one or more buttons of the tablet computing device; receiving, by the tablet computing device from a data management system (60, 60') configured to retrieve the patient data from a plurality of remotely located facility systems (18, 20, 40), the patient data comprising one or more signals associated with one or more patients, at least a first sub-set of the patient data being associated with the patient and being provided from one or more sensors that are responsive to the physiological characteristics of the patient; processing the patient data to generate one or more graphical representations reflective of the patient data; and displaying the one or more graphical representations on a touchscreen display of the tablet computing device. determining that the tablet computing device is docked in a docking station of a patient monitoring system; and in response to determining that the tablet computing device is docked in a docking station of the patient monitoring system, automatically triggering execution, by the tablet computing device, of a single application, which is a patient monitoring application, preventing execution of other applications, and disabling functionality of one or more buttons of the tablet computing device; receiving, by the tablet computing device from a data management system (60, 60') configured to retrieve the patient data from a plurality of remotely located facility systems (18, 20, 40), the patient data comprising one or more signals associated with one or more patients, at least a first sub-set of the patient data being associated with the patient and being provided from one or more sensors that are responsive to the physiological characteristics of the patient; processing the patient data to generate one or more graphical representations reflective of the patient data; and displaying the one or more graphical representations on a touchscreen display of the tablet computing device.