mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a mobile transceiver , comprising: waking up the mobile transceiver from a low power mode in response to a time-based wakeup event; determining a waypoint in a travel itinerary corresponding to the time-based wakeup event, the travel itinerary being downloaded onto the mobile transceiver and the travel itinerary defining a number of waypoints along a planned route and a wakeup frequency for each of the waypoints, wherein each of the waypoints define a location, and wherein the waypoints include an origin endpoint and destination endpoint and intermediate locations along the planned route; performing an action associated with the time-based wakeup event, wherein the action comprises data logging and data reporting ; wherein data logging comprises acquiring location data and sensor data, storing the acquired location data and sensor data in a data log in a memory of the mobile transceiver and wherein data reporting comprises sending at least a portion of the data log to an asset tracking service ; determining a wakeup frequency for one or more subsequent time-based wakeup events from the travel itinerary based at least in part on the determined waypoint; and setting the one or more subsequent time-based wakeup events in accordance with the determined wakeup frequency. waking up the mobile transceiver from a low power mode in response to a time-based wakeup event; determining a waypoint in a travel itinerary corresponding to the time-based wakeup event, the travel itinerary being downloaded onto the mobile transceiver and the travel itinerary defining a number of waypoints along a planned route and a wakeup frequency for each of the waypoints, wherein each of the waypoints define a location, and wherein the waypoints include an origin endpoint and destination endpoint and intermediate locations along the planned route; performing an action associated with the time-based wakeup event, wherein the action comprises data logging and data reporting ; wherein data logging comprises acquiring location data and sensor data, storing the acquired location data and sensor data in a data log in a memory of the mobile transceiver and wherein data reporting comprises sending at least a portion of the data log to an asset tracking service ; determining a wakeup frequency for one or more subsequent time-based wakeup events from the travel itinerary based at least in part on the determined waypoint; and setting the one or more subsequent time-based wakeup events in accordance with the determined wakeup frequency.
Apparatus (1, 1', 1") for calibrating and / or adjusting measuring apparatuses for dynamic forces, in particular for calibrating and / or adjusting diagnostic apparatuses for rail vehicles, the measuring apparatus comprising a measuring rail and being integrated in a rail as part of a measuring section, having - a plate-shaped force application element which is fixedly connectable with the measuring apparatus and is part of a holding device with which the apparatus (1, 1', 1") can be tensioned against the measuring apparatus , the holding device comprising clamping jaws that are designed to engage behind the rail head of the measuring rail on its bottom side, - a mass body which is movable along a guide, relative to the force application element , - a reference force transducer or reference acceleration sensor arranged between the force application element and the mass body , - means for applying a positive or negative acceleration to the mass body , - wherein due to the acceleration of the mass body , the reaction forces are introduced into the force application element and, additionally, into the force transducer or acceleration sensor of the measuring apparatus by the means, and - with an analysis device for recording, processing and comparison of the values determined by the reference force transducer or reference acceleration sensor, and by the force transducer or acceleration sensor of the measuring apparatus . - a plate-shaped force application element which is fixedly connectable with the measuring apparatus and is part of a holding device with which the apparatus (1, 1', 1") can be tensioned against the measuring apparatus , the holding device comprising clamping jaws that are designed to engage behind the rail head of the measuring rail on its bottom side, - a mass body which is movable along a guide, relative to the force application element , - a reference force transducer or reference acceleration sensor arranged between the force application element and the mass body , - means for applying a positive or negative acceleration to the mass body , - wherein due to the acceleration of the mass body , the reaction forces are introduced into the force application element and, additionally, into the force transducer or acceleration sensor of the measuring apparatus by the means, and - with an analysis device for recording, processing and comparison of the values determined by the reference force transducer or reference acceleration sensor, and by the force transducer or acceleration sensor of the measuring apparatus .
Mixing device for a counter-rotating twin-screw extruder for the extrusion of PVC, having parallel or conically arranged screws, having a first screw and a second screw for mixing a melt stream, having a first and a second screw antechamber , wherein the first screw antechamber has a first melt channel and the second screw antechamber has a second melt channel , and wherein the first screw has an extension in the form of a mixing screw tip , characterised in that a first melt channel , which has a cylindrical shape and into which the first screw conveys, is arranged in a flow-connected manner via an elongated slot, which is formed by overlap of the first melt channel with the second melt channel , to a second melting channel , into which the second screw conveys, in that the first screw comprises at least one screw flight and at least one wing which is arranged substantially paraxially or helically wound on a tip core of the mixing screw tip , and in that a pitch (P) of the screw flights is greater than the nominal diameter (ND) of the first screw , wherein the pitch (P) is preferably twice to five times as large as the nominal diameter (ND) and particularly preferably four times as large as the nominal diameter (ND), and in that the mixing screw tip extends over a length (L) in the direction of a longitudinal axis (B) which is equal to or greater than the nominal diameter (ND) of the first screw, with the length (L) preferably being twice to ten times the nominal diameter (ND) and particularly preferably twice to five times the nominal diameter (ND).
A method for managing virtual network instance, VNI, to virtual local area network, VLAN, mapping conflicts for a dual-homed server communicably connected to a first peer leaf over a first port and a second peer leaf over a second port, the method comprising: receiving , at the dual-homed server, information identifying a first VNI as being mapped to a first VLAN at the first peer leaf and the first VNI as being mapped to a second VLAN at the second peer leaf, wherein the information is transported in an information field of a virtual station interface, VSI, discovery and configuration protocol, VDP, response from a bridge running the VDP protocol; transmitting , from the dual-homed server, a first frame over the first port to which the first peer leaf is connected using the first VLAN; when a second frame is to be transmitted to the second peer leaf, transmitting , from the dual-homed server, the second frame over the second port to which the second peer leaf is connected using the second VLAN. receiving , at the dual-homed server, information identifying a first VNI as being mapped to a first VLAN at the first peer leaf and the first VNI as being mapped to a second VLAN at the second peer leaf, wherein the information is transported in an information field of a virtual station interface, VSI, discovery and configuration protocol, VDP, response from a bridge running the VDP protocol; transmitting , from the dual-homed server, a first frame over the first port to which the first peer leaf is connected using the first VLAN; when a second frame is to be transmitted to the second peer leaf, transmitting , from the dual-homed server, the second frame over the second port to which the second peer leaf is connected using the second VLAN.
Container for concentrate, comprising: a main body for containing concentrate, a connection portion having a flat end surface facing away from the main body and an opening through that the main body can be filled with concentrate, a inlet through that fluid can be supplied to the main body and an outlet through that fluid can be withdrawn from the main body , wherein at least in the outlet a fluid permeable actor is arranged that is configured to open a valve in a fluid line of a fluid dosing unit when the container is connected to the fluid dosing unit to fluidically couple the container to the fluid dosing unit, characterised in that the fluid permeable actor comprises a spike configured to open the valve and at least one lumen to conduct fluid. a main body for containing concentrate, a connection portion having a flat end surface facing away from the main body and an opening through that the main body can be filled with concentrate, a inlet through that fluid can be supplied to the main body and an outlet through that fluid can be withdrawn from the main body , wherein at least in the outlet a fluid permeable actor is arranged that is configured to open a valve in a fluid line of a fluid dosing unit when the container is connected to the fluid dosing unit to fluidically couple the container to the fluid dosing unit, characterised in that the fluid permeable actor comprises a spike configured to open the valve and at least one lumen to conduct fluid.
A lithium aluminosilicate glass ceramic article, in particular a glass ceramic panel , including at least 0.005, preferably at least 0.01 percent by weight, more preferably up to 0.05 percent by weight of vanadium oxide as a colour-imparting component, wherein a content of tin oxide is less than 0.5 percent by weight, and wherein the glass ceramic includes, as a further component, iron oxide in a proportion of more than 0,1 percent by weight as a decolouring agent, wherein the iron oxide content is at least the same or greater than the vanadium oxide content; wherein light transmittance of the glass ceramic article in the visible spectral range when illuminated perpendicular to the surface of the glass ceramic article is greater than 2.5 %, and wherein in the composition of the glass ceramic article the contents of tin oxide, titanium oxide, and iron oxide meet the relationship (M(SnO 2 ) + 0.1 * M(TiO 2 )) / (M(Fe 2 O 3 ) + M(CeO 2 )) < 3, wherein M is the respective proportion, in percent by weight, of the component in the following brackets.
A one-button foldable bed frame , comprising a base , a plurality of brackets and a plurality of folding mechanisms , wherein each of the brackets comprises upright rods , a bottom frame rod and two frame-around rods , the bottom frame rod has one end hinged to the base and the other end hinged to the upright rod , the plurality of upright rods are provided to surround the base at intervals, each of the upright rods is hinged to the two frame-around rods , respectively, each of the frame-around rods is hinged to one frame-around rod of an adjacent bracket , the folding mechanism comprises a connecting rod assembly , a sliding member and two frame-around connecting rods , the sliding member is slidably connected to the upright rods , the sliding member is hinged to the two frame-around connecting rods , respectively, each of the frame-around connecting rods is hinged to one frame-around rod , the bottom frame rod is connected to the sliding member through the connecting rod assembly , wherein when the bottom frame rod rotates to a first preset position, the connecting rod assembly is capable of driving the sliding member to move towards one end of one upright rod close to the frame-around rods , so that the frame-around connecting rod pushes the frame-around rods up to a second preset position, wherein the connecting rod assembly comprises a first connecting rod , a second connecting rod and a third connecting rod , the first connecting rod is mounted on one upright rod and is rotatably connected to the one upright rod , the first connecting rod has one end hinged to the second connecting rod and the other end hinged to the third connecting rod , the second connecting rod is hinged to the bottom frame rod , and the third connecting rod is hinged to the sliding member , and each of the upright rods comprises a rod body and a foot stand , the foot stand is fixedly mounted to a bottom of the rod body and is hinged to the first connecting rod and the bottom frame rod , respectively, characterized in that each of the brackets further comprises a balancing rod , the balancing rod is disposed in parallel with the bottom frame rod and is spaced apart from the bottom frame rod , and the balancing rod has one end hinged to the base and the other end hinged to the foot stand .
A vibration attenuator for an aircraft having a rotor rotating about a mast axis , the attenuator comprising: first and second coaxial spinners configured for rotation about the mast axis and relative to the rotor , each spinner having an upper weight and a lower weight , the weights of each spinner being spaced radially from the mast axis and positioned 180 degrees from each other about the mast axis , the weights of each spinner being spaced from each other a distance parallel to the mast axis , such that each weight rotates about the mast axis in a plane different from each of the other weights ; wherein the spinners are configured to be rotated together relative to the rotor at a selected angular rate; and wherein the spinners are selectively rotatable relative to each other between a minimum-moment configuration, in which the upper weight of each spinner is angularly aligned about the mast axis with the lower weight of the other spinner , and a maximum-moment configuration, in which the upper weights are angularly aligned about the mast axis and the lower weights are angularly aligned about the mast axis , thereby producing a whirling moment about the mast axis as the spinners rotate about the mast axis , the attenuator further comprising: a first motor for causing rotation of the first spinner ; and a second motor for causing rotation of the second spinner . first and second coaxial spinners configured for rotation about the mast axis and relative to the rotor , each spinner having an upper weight and a lower weight , the weights of each spinner being spaced radially from the mast axis and positioned 180 degrees from each other about the mast axis , the weights of each spinner being spaced from each other a distance parallel to the mast axis , such that each weight rotates about the mast axis in a plane different from each of the other weights ; wherein the spinners are configured to be rotated together relative to the rotor at a selected angular rate; and wherein the spinners are selectively rotatable relative to each other between a minimum-moment configuration, in which the upper weight of each spinner is angularly aligned about the mast axis with the lower weight of the other spinner , and a maximum-moment configuration, in which the upper weights are angularly aligned about the mast axis and the lower weights are angularly aligned about the mast axis , thereby producing a whirling moment about the mast axis as the spinners rotate about the mast axis , the attenuator further comprising: a first motor for causing rotation of the first spinner ; and a second motor for causing rotation of the second spinner . a first motor for causing rotation of the first spinner ; and a second motor for causing rotation of the second spinner .
A prosthesis for placement at an ostium opening from a branch body lumen to a main body lumen, the prosthesis comprising: a radially expansible support configured to be deployed in at least a portion of the branch body lumen; a plurality of fronds extending from an end of the support , the fronds having a first end with a transition portion attached to the support and each frond comprising a section consisting of a single undulating filament extending between the transition portion and the proximal end of the fronds , the fronds being configured to be positioned across the ostium opening and into the main body lumen, when deployed the fronds being configured to be positioned between a vessel wall and a main lumen stent and substantially to surround at least a portion of the circumference of the main lumen stent as well as to make contact with a portion of the inner wall (Wm) of the main body lumen opposing the ostium opening; a plurality of elongate side wall spaces in between adjacent fronds , the spaces being configured to receive a stent deployment device therethough; and a circumferential undulating, expandable structure connected to the fronds , the circumferential structure being spaced apart from the support by the fronds , the circumferential undulating, expandable structure comprising a first portion located adjacent to the proximal end of the fronds , and a second portion located on a proximal side of the first portion , the second portion being configured to surround a space that can be occupied by at least a portion of an expansion device. a radially expansible support configured to be deployed in at least a portion of the branch body lumen; a plurality of fronds extending from an end of the support , the fronds having a first end with a transition portion attached to the support and each frond comprising a section consisting of a single undulating filament extending between the transition portion and the proximal end of the fronds , the fronds being configured to be positioned across the ostium opening and into the main body lumen, when deployed the fronds being configured to be positioned between a vessel wall and a main lumen stent and substantially to surround at least a portion of the circumference of the main lumen stent as well as to make contact with a portion of the inner wall (Wm) of the main body lumen opposing the ostium opening; a plurality of elongate side wall spaces in between adjacent fronds , the spaces being configured to receive a stent deployment device therethough; and a circumferential undulating, expandable structure connected to the fronds , the circumferential structure being spaced apart from the support by the fronds , the circumferential undulating, expandable structure comprising a first portion located adjacent to the proximal end of the fronds , and a second portion located on a proximal side of the first portion , the second portion being configured to surround a space that can be occupied by at least a portion of an expansion device.
Semi-recumbent tandem comprising - a front wheel and a back wheel , - a front seat formed as a reclining seat, - a back seat arranged in an elevated manner compared with the front seat, - a handlebar , which is arranged between the front seat and the back seat and is connected to the steerable front wheel of the semi-recumbent tandem by means of a steering linkage , - a rear crank , which is assigned to the back seat , operated by a pedal and drivingly connected to the driven back wheel of the semi-recumbent tandem by means of a chain drive, - and a front crank , which is assigned to the front seat , operated by a pedal and connected to the driven back wheel of the semi-recumbent tandem by means of one or more chain drives, - the back seat , the back wheel , the handlebar and the rear crank being arranged in a rear region on a load-bearing tandem frame , - and the front seat , the front wheel and the front crank being arranged in a front region on the load-bearing tandem frame , - the front wheel being arranged between the front seat and the front crank , characterised in that - the load-bearing tandem frame has a first telescoping device between the front seat and the front wheel . - a front wheel and a back wheel , - a front seat formed as a reclining seat, - a back seat arranged in an elevated manner compared with the front seat, - a handlebar , which is arranged between the front seat and the back seat and is connected to the steerable front wheel of the semi-recumbent tandem by means of a steering linkage , - a rear crank , which is assigned to the back seat , operated by a pedal and drivingly connected to the driven back wheel of the semi-recumbent tandem by means of a chain drive, - and a front crank , which is assigned to the front seat , operated by a pedal and connected to the driven back wheel of the semi-recumbent tandem by means of one or more chain drives, - the back seat , the back wheel , the handlebar and the rear crank being arranged in a rear region on a load-bearing tandem frame , - and the front seat , the front wheel and the front crank being arranged in a front region on the load-bearing tandem frame , - the front wheel being arranged between the front seat and the front crank , - the load-bearing tandem frame has a first telescoping device between the front seat and the front wheel .
Electrical discharge aerosol charger comprising: - a body (2, 2', 2"); - an ion source comprising two electrodes (31, 32, 32', 32"); - the body (2, 2', 2") and at least a first electrode (32, 32', 32") of the ion source being aligned on a same longitudinal axis of symmetry (AA') of the charger, the body (2, 2', 2") surrounding the first electrode (32, 32', 32") so as to define an aerosol flow area as a space defined between the body (2, 2', 2") and the first electrode (32, 32', 32"); - the first electrode (32, 32', 32") comprising a hole (321, 321', 231") in communication with the aerosol (Ae) flow area , the hole (321, 321', 231") being designed to let ions formed at the ion source pass so that they mix with an aerosol (Ae) flowing in the aerosol (Ae) flow area ; the charger being characterized in that the aerosol flow area is symmetrical with respect to the ion source . - a body (2, 2', 2"); - an ion source comprising two electrodes (31, 32, 32', 32"); - the body (2, 2', 2") and at least a first electrode (32, 32', 32") of the ion source being aligned on a same longitudinal axis of symmetry (AA') of the charger, the body (2, 2', 2") surrounding the first electrode (32, 32', 32") so as to define an aerosol flow area as a space defined between the body (2, 2', 2") and the first electrode (32, 32', 32"); - the first electrode (32, 32', 32") comprising a hole (321, 321', 231") in communication with the aerosol (Ae) flow area , the hole (321, 321', 231") being designed to let ions formed at the ion source pass so that they mix with an aerosol (Ae) flowing in the aerosol (Ae) flow area ;