mhurhangee/ep-ind-claims huggingface dataset:
A process for producing boron nitride nanotubes (BNNTs) comprising providing one or more sources of boron, nitrogen and hydrogen to a stable radio frequency induction plasma at a temperature in a range of 1000-10000 K to form a reaction mixture of boron, nitrogen and hydrogen in the plasma under a pressure of greater than 60795 Pa (0,6 atm) and less than 202650 Pa (2 atm), and cooling the reaction mixture to form BNNTs, the one or more sources of boron comprising elemental boron, boron nitride, borane, ammonia borane, borazine, or any mixture thereof.
A network element for a software-defined network, the network element comprising line interface modules capable of transferring data between each other, at least one of the line interface modules being capable of receiving data from outside of the network element, at least one of the line interface modules being capable of transmitting data out from the network element, and each of the line interface modules being configurable with configuration data received from a controller of the software-defined network, wherein the network element comprises a processing system (335, 331-334) adapted to configure, in accordance with the configuration data, at least one of the line interface modules to support: - external data-forwarding functionality between the network element and other network elements, characterized in that the processing system is further adapted to configure, in accordance with the configuration data, at least two of the line interface modules to support: - internal data-forwarding functionality within the network element and between the at least two of the line interface modules, and - signaling functionality enabling a first one of the at least two line interface modules to control at least one other of the at least two line interface modules with signal data being determined at least partly in accordance with the configuration data and being additional to data received from the other network elements when the network element is operating in accordance with the configuration data. - external data-forwarding functionality between the network element and other network elements, - internal data-forwarding functionality within the network element and between the at least two of the line interface modules, and - signaling functionality enabling a first one of the at least two line interface modules to control at least one other of the at least two line interface modules with signal data being determined at least partly in accordance with the configuration data and being additional to data received from the other network elements when the network element is operating in accordance with the configuration data.
A biologically-corrected LED lamp, comprising: a housing; a driver circuit disposed within the housing; a plurality of LED chips electrically coupled to and driven by the driver circuit, wherein the plurality of LED chips produce a light output; and an optic element surrounding the plurality of LED chips; characterized in that the plurality of LED chips are blue-pumped white LED chips and in that the optic element has a color filter applied thereto having a transmission of about 45% at a wavelength of about 440nm, a transmission of about 53% at a wavelength of about 460nm, a transmission of about 75% at a wavelength of about 480nm, a transmission of about 77% at a wavelength of about 560nm, a transmission of about 74% at a wavelength of about 580nm, and a transmission of about 71% at a wavelength of about 600nm. a housing; a driver circuit disposed within the housing; a plurality of LED chips electrically coupled to and driven by the driver circuit, wherein the plurality of LED chips produce a light output; and an optic element surrounding the plurality of LED chips; characterized in that the plurality of LED chips are blue-pumped white LED chips and in that the optic element has a color filter applied thereto having a transmission of about 45% at a wavelength of about 440nm, a transmission of about 53% at a wavelength of about 460nm, a transmission of about 75% at a wavelength of about 480nm, a transmission of about 77% at a wavelength of about 560nm, a transmission of about 74% at a wavelength of about 580nm, and a transmission of about 71% at a wavelength of about 600nm.
A holding and connection device for light-emitting diodes LEDs of type PLCC2 and PLCC4, device made up of a plastic body on which a metal cluster is arranged, characterized in that the metal cluster is made up of a contact element in relation with electrodes located below one of said LEDs, and elements for positioning and holding in relation with the sides of the electrodes of one of said LEDs, each of said elements including a lug on its upper part bearing on the upper part of the electrode.
Housing, in particular for an electronic system, comprising: - a wall having an upper face oriented upwards along a down-up (B-H) direction, and in which there is created an opening, the opening being intended to receive a pressure equalizing valve, the opening being surrounded by part of the upper face forming an edge of the opening, and establishing a communication between an internal space of the housing, located below the wall, and an external space of the housing, located above the wall, - an enclosure intended to protect the valve received in the opening, the enclosure being notched and surrounding the edge of the opening, the enclosure rising from the edge of the opening, and the enclosure comprising at least two upper parts (124, 126) alternating with at least two lower parts (128, 130), the enclosure comprising a low wall forming the upper parts (124, 126) and lower parts (128, 130) of the enclosure, said housing being characterized in that a main part of the upper face extends around the enclosure at a higher level than the edge of the opening along the down-up (B-H) direction. - a wall having an upper face oriented upwards along a down-up (B-H) direction, and in which there is created an opening, the opening being intended to receive a pressure equalizing valve, the opening being surrounded by part of the upper face forming an edge of the opening, and establishing a communication between an internal space of the housing, located below the wall, and an external space of the housing, located above the wall, - an enclosure intended to protect the valve received in the opening, the enclosure being notched and surrounding the edge of the opening, the enclosure rising from the edge of the opening, and the enclosure comprising at least two upper parts (124, 126) alternating with at least two lower parts (128, 130), the enclosure comprising a low wall forming the upper parts (124, 126) and lower parts (128, 130) of the enclosure,
A generally spherical remodeling device comprising: a first end; a second end substantially opposite to the first end; and a plurality of polymer filaments extending between the first end and the second end and coupled at the first end and the second end, wherein the device is configured to be positioned at a junction of a bifurcation comprising at least one afferent vessel, efferent vessels, and an aneurysm having a neck and a fundus after withdrawal of a delivery catheter, to act as a scaffolding by the filaments to inhibit herniation of objects out of the neck of the aneurysm, and to permit perfusion of fluid between the filaments to the afferent vessels, characterized in that proximal ends of the polymer filaments are coupled together by a bioabsorbable coupling of the filaments at a proximal end region of the device; wherein the coupling is configured to bioabsorb more quickly than the polymer filaments; and wherein the polymer filaments are configured to extend toward the afferent vessel after bioabsorption of the coupling. a first end; a second end substantially opposite to the first end; and a plurality of polymer filaments extending between the first end and the second end and coupled at the first end and the second end, wherein the device is configured to be positioned at a junction of a bifurcation comprising at least one afferent vessel, efferent vessels, and an aneurysm having a neck and a fundus after withdrawal of a delivery catheter, to act as a scaffolding by the filaments to inhibit herniation of objects out to be positioned at a junction of a bifurcation comprising at least one afferent vessel, efferent vessels, and an aneurysm having a neck and a fundus after withdrawal of a delivery catheter, to act as a scaffolding by the filaments to inhibit herniation of objects out of the neck of the aneurysm, and to permit perfusion of fluid between the filaments to the afferent vessels, to permit perfusion of fluid between the filaments to the afferent vessels, characterized in that proximal ends of the polymer filaments are coupled together wherein the coupling is configured to bioabsorb more quickly than the polymer filaments; and wherein the polymer filaments are configured to extend toward the afferent vessel
A method for resizing a plurality of panes arranged on a display of a portable electronic device, the method comprising: displaying the plurality of panes arranged on the display of the portable electronic device, the plurality of panes comprising a first pane (PANE B) with a first size and a second pane (PANE A) with a second size, wherein the first pane includes a scrollable list (110, 210); detecting a first user input on the first pane, wherein the first user input is a contact to an area (130, 230) of the scrollable list followed by a swipe through the scrollable list; switching a size of the first pane from the first size to a third size and a size of the second pane from the second size to a fourth size in response to detecting the first user input, wherein the third size is greater than the first size and the fourth size is less than the second size; characterised in that when a second user input, for selecting an item of the scrollable list, is detected on the first pane among the plurality of panes, restoring the size of the first pane to the first size and the size of the second pane to the second size, and displaying, in the second pane, a content (170, 270) related to the item selected by the second user input. displaying the plurality of panes arranged on the display of the portable electronic device, the plurality of panes comprising a first pane (PANE B) with a first size and a second pane (PANE A) with a second size, wherein the first pane includes a scrollable list (110, 210); detecting a first user input on the first pane, wherein the first user input is a contact to an area (130, 230) of the scrollable list followed by a swipe through the scrollable list; switching a size of the first pane from the first size to a third size and a size of the second pane from the second size to a fourth size in response to detecting the first user input, wherein the third size is greater than the first size and the fourth size is less than the second size; characterised in that when a second user input, for selecting an item of the scrollable list, is detected on the first pane among the plurality of panes, restoring the size of the first pane to the first size and the size of the second pane to the second size, and displaying, in the second pane, a content (170, 270) related to the item selected by the second user input.
A method for fluorinating a soot body, comprising the steps of a) providing a soot body, and b) treating the soot body with a gas mixture comprising C n F 2n+2 with n = 1 or 2 and hydrogen at a temperature within a range from (1280-n*250) °C to (1220-n*100) °C. a) providing a soot body, and b) treating the soot body with a gas mixture comprising C n F 2n+2 with n = 1 or 2 and hydrogen at a temperature within a range from (1280-n*250) °C to (1220-n*100) °C.
An apparatus for use in a medical procedure involving stabilizing a patient's head relative to a table using a head fixation device, the apparatus comprising: an adapter; a joint assembly configured to connect with the adapter, wherein the joint assembly is selectively rotatably adjustable relative to the adapter; and a head fixation device configured to connect with the joint assembly; wherein the joint assembly is further adjustable in at least two directions for positioning the head fixation device; and wherein the joint assembly comprises: a distal joint, wherein the distal joint connects with the head fixation device; a proximal joint, wherein the proximal joint connects with the adapter; and a central joint, wherein the central joint connects with the distal joint and the proximal joint, wherein the central joint comprises a parallelogram shape. an adapter; a joint assembly configured to connect with the adapter, wherein the joint assembly is selectively rotatably adjustable relative to the adapter; and a head fixation device configured to connect with the joint assembly; wherein the joint assembly is further adjustable in at least two directions for positioning the head fixation device; and wherein the joint assembly comprises: a distal joint, wherein the distal joint connects with the head fixation device; a proximal joint, wherein the proximal joint connects with the adapter; and a central joint, wherein the central joint connects with the distal joint and the proximal joint, wherein the central joint comprises a parallelogram shape. a distal joint, wherein the distal joint connects with the head fixation device; a proximal joint, wherein the proximal joint connects with the adapter; and a central joint, wherein the central joint connects with the distal joint and the proximal joint, wherein the central joint comprises a parallelogram shape.
Assembly mounting means in a vehicle, in particular in a motor vehicle, comprising a spring and damper system having a spring/damper element arranged between two vehicle masses (38, 40) which can be displaced relative to one another, one spring/damper element comprising a damper device and a positioning spring element which are indirectly or directly intercoupled, are connected in series, and are supported on and/or attached to the respective associated vehicle mass (38, 40), and a further one-piece or multi-part spring element formed as a progressive spring element (28, 42) being arranged on the side, facing away from the damper, of the positioning spring element of the spring/damper element as an additional component of the spring/damper element, which is indirectly or directly attached to the damper device and/or to the vehicle mass (38, 40) on the positioning-spring-element side and which, in a defined rest position, forms a defined gap clearance (s) on the progressive-spring-element side as a spring deflection path, characterised in that two spring/damper elements are components of a hydraulically damping assembly mount, comprising a mount core attached to an assembly as a vehicle mass and an outer housing attached to a supporting component as another vehicle mass, and a support wall inserted between the outer housing and the mount core and having a rubber-resilient bearing spring, which divide the outer housing into an upper and a lower, closed hydraulic chamber (18, 20), in that at least one throttle device (30, 32, 34, 36) having a defined flow cross section interconnects the liquid-filled hydraulic chambers (18, 20), and in that stops acting in opposite directions are provided as progressive spring elements between the mount core and the outer housing, each stop being retained by at least one damper device, which is telescopically displaceable into itself, has a variable volume and is provided for each hydraulic chamber (18, 20), which damping devices, on the other hand, are supported on the support wall of the mount core and are interconnected via throttle devices (30, 32, 34, 36) provided in the support wall and having a defined flow cross section, an adjustment spring further being provided in each case as a positioning spring element between the outer housing and the stops (28; 42).
A method for manufacturing a growing medium, the method comprising - feeding biomass and biochar to a crusher, characterized in that the method further comprises - feeding a probiotic solution and a mixture obtained from the crusher, having a particle size of less than 25 mm, to a conveyor, the particle size of which biochar is 0.01-2.5 mm and the biochar is used in an amount of 0.05-7 vol-% of the biomass; the probiotic solution comprises lactic bacteria, photosynthetic bacteria and at least one yeast, and the probiotic solution is used in an amount of 0.1-2 vol-% of the biomass, and wherein a distillate obtained from a manufacture of the biochar is additionally fed to the crusher and/or the conveyor. - feeding biomass and biochar to a crusher, - feeding a probiotic solution and a mixture obtained from the crusher, having a particle size of less than 25 mm, to a conveyor,
A method for reducing fat absorption by the human body comprising the step of consuming a portion of food, wherein the portion of food comprises a dose of calcium sulphate, wherein the calcium sulphate is intimately mixed with the food and spread all over its volume.
An apparatus for removing residual monomers, at least comprising: a column main body; and valve trays having multiple gas blowout ports (2a, 2b) having openings only in a direction perpendicular to a flow direction of a polymerization solution or having openings directed downstream in the flow direction of the polymerization solution, wherein the trays are installed in multiple stages in the column main body, wherein the trays have liquid-retaining walls formed downstream in the flow direction of the polymerisation solution, and wherein the liquid-retaining wall is installed, as tilted outward at an angle of 5 to 45°. a column main body; and valve trays having multiple gas blowout ports (2a, 2b) having openings only in a direction perpendicular to a flow direction of a polymerization solution or having openings directed downstream in the flow direction of the polymerization solution, wherein the trays are installed in multiple stages in the column main body, wherein the trays have liquid-retaining walls formed downstream in the flow direction of the polymerisation solution, and wherein the liquid-retaining wall is installed, as tilted outward at an angle of 5 to 45°.
Roller electrode arrangement for applying a high-frequency alternating electric field to two plastic sections of at least one workpiece (5a, 5b) for connecting the sections by plastic high-frequency welding, comprising a core which is at least partly made of electrically conductive material and is surrounded by a deformable electrically insulating coating, characterized in that the roller electrode arrangement is spherical or at least substantially spherical.
A method of monitoring an acoustic environment of a mobile device, the method comprising: receiving, by the mobile device, acoustic input from the environment of the mobile device while the mobile device is operating in a low power mode;; in response to receiving the acoustic input, detecting whether the acoustic input includes a voice command from a user without requiring receipt of an explicit trigger from the user at least by performing a plurality of processing stages on the acoustic input, wherein performing at least one of the plurality of processing stages comprises evaluating at least one contextual cue comprising information other than properties or characteristics of the received acoustic input, to evaluate whether the acoustic input includes the voice command or corresponds to spurious acoustic activity; and initiating responding to the detected voice command. receiving, by the mobile device, acoustic input from the environment of the mobile device while the mobile device is operating in a low power mode;; in response to receiving the acoustic input, detecting whether the acoustic input includes a voice command from a user without requiring receipt of an explicit trigger from the user at least by performing a plurality of processing stages on the acoustic input, wherein performing at least one of the plurality of processing stages comprises evaluating at least one contextual cue comprising information other than properties or characteristics of the received acoustic input, to evaluate whether the acoustic input includes the voice command or corresponds to spurious acoustic activity; and initiating responding to the detected voice command.
A method for determining a false alarm for an alarm unit of a fire alarm, smoke alarm or heat alarm, the method comprising: - receiving one or more pre-recorded videos, the one or more pre-recorded videos indicating a false alarm activation; - analyzing the false alarm activation in the one or more pre-recorded videos; - receiving a real-time video captured from a camera; and - determining a false alarm in the real-time video based on the analysis of the false alarm activation in the one or more pre-recorded videos, - characterized in that: - the false alarm activation in the one or more pre-recorded videos or the false alarm in the real-time video depicts a false activation of an alarm by a user; - the alarm comprises a fire alarm, a smoke alarm, or a heat alarm; and - the alarm is activated when the user touches, pulls, presses or triggers an alarm unit, wherein the alarm unit is a manual call point, a fire alarm unit, a smoke alarm unit, or a heat alarm unit; wherein the false alarm in the real-time video is determined by comparing the real-time video with the one or more pre-recorded videos. - receiving one or more pre-recorded videos, the one or more pre-recorded videos indicating a false alarm activation; - analyzing the false alarm activation in the one or more pre-recorded videos; - receiving a real-time video captured from a camera; and - determining a false alarm in the real-time video based on the analysis of the false alarm activation in the one or more pre-recorded videos, - characterized in that: - the false alarm activation in the one or more pre-recorded videos or the false alarm in the real-time video depicts a false activation of an alarm by a user; - the alarm comprises a fire alarm, a smoke alarm, or a heat alarm; and - the alarm is activated when the user touches, pulls, presses or triggers an alarm unit, wherein the alarm unit is a manual call point, a fire alarm unit, a smoke alarm unit, or a heat alarm unit;
A method for securing a transmission of data blocks in a data stream, the method comprising: encrypting each data block in the data stream with an encryption key; distributing portions of the encryption key into at least two share headers; distributing data units from the encrypted data blocks into at least two data shares, wherein each of the at least two data shares contains a substantially random distribution of a respective subset of the data units; and transmitting the at least two data shares and the at least two share headers to a remote location over at least one communications path, whereby the data stream is restorable from at least two data shares of the at least two data shares and from at least two share headers of the at least two share headers. encrypting each data block in the data stream with an encryption key; distributing portions of the encryption key into at least two share headers; distributing data units from the encrypted data blocks into at least two data shares, wherein each of the at least two data shares contains a substantially random distribution of a respective subset of the data units; and transmitting the at least two data shares and the at least two share headers to a remote location over at least one communications path, whereby the data stream is restorable from at least two data shares of the at least two data shares and from at least two share headers of the at least two share headers.