mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: creating, in a computing network, a loop-free routing topology comprising a plurality of routing arcs for reaching a destination network node , each routing arc comprising a first network node as a first end of the routing arc, a second network node as a second end of the routing arc, and at least a third network node configured for routing any network traffic along the routing arc toward the destination network node via any one of the first or second ends of the routing arc, each end providing a non-congruent path to the destination network node that does not share a common data link for reaching the destination network node, wherein at least one of the first, second, or third network nodes is (i) a ring-based network having a prescribed ring topology, or (ii) a network device of a ring-based network having a prescribed ring topology; and establishing loop-free label switched paths for reaching the destination network node via the routing arcs of the loop-free routing topology, the label switched paths independent and distinct from any arc topology attribute of the prescribed ring topology for reaching the destination network node. creating, in a computing network, a loop-free routing topology comprising a plurality of routing arcs for reaching a destination network node , each routing arc comprising a first network node as a first end of the routing arc, a second network node as a second end of the routing arc, and at least a third network node configured for routing any network traffic along the routing arc toward the destination network node via any one of the first or second ends of the routing arc, each end providing a non-congruent path to the destination network node that does not share a common data link for reaching the destination network node, wherein at least one of the first, second, or third network nodes is (i) a ring-based network having a prescribed ring topology, or (ii) a network device of a ring-based network having a prescribed ring topology; and establishing loop-free label switched paths for reaching the destination network node via the routing arcs of the loop-free routing topology, the label switched paths independent and distinct from any arc topology attribute of the prescribed ring topology for reaching the destination network node.
A polymeric container comprising: a closure ; a base ; a body extending from the base ; and a finish defining an opening through which a product can pass into, and out of, an internal volume of the container defined at least in part by the body ; finish threads at an outer surface of the finish that are configured to cooperate with closure threads of a closure to secure the closure to the finish , the finish is devoid of a support flange; a tamper lip extending from the outer surface of the finish , the tamper lip configured to cooperate with a tamper tab of the closure ; wherein the tamper lip is configured for supporting a preform of the polymeric container during blow molding of the preform; wherein a gripper flange is arranged between the tamper lip and the finish threads ; and characterized in that each one of the finish threads extends only once around the finish ; in that the closure includes a main body , threads cooperating with the finish threads , a frangible tamper band being connected to the main body at perforated area/ring , and a tamper tab extending from the frangible tamper band inward into the closure , the tamper tab being sized and shaped to pass over the tamper lip of the finish when the closure is being secured to the finish , the tamper tab remaining under the tamper lip so that the main body will separate from the frangible tamper band at the perforated ring upon unscrewing the closure . a closure ; a base ; a body extending from the base ; and a finish defining an opening through which a product can pass into, and out of, an internal volume of the container defined at least in part by the body ; finish threads at an outer surface of the finish that are configured to cooperate with closure threads of a closure to secure the closure to the finish , the finish is devoid of a support flange; a tamper lip extending from the outer surface of the finish , the tamper lip configured to cooperate with a tamper tab of the closure ; wherein the tamper lip is configured for supporting a preform of the polymeric container during blow molding of the preform; wherein a gripper flange is arranged between the tamper lip and the finish threads ; and characterized in that each one of the finish threads extends only once around the finish ; in that the closure includes a main body , threads cooperating with the finish threads , a frangible tamper band being connected to the main body at perforated area/ring , and a tamper tab extending from the frangible tamper band inward into the closure , the tamper tab being sized and shaped to pass over the tamper lip of the finish when the closure is being secured to the finish , the tamper tab remaining under the tamper lip so that the main body will separate from the frangible tamper band at the perforated ring upon unscrewing the closure .
Foaming tool, suitable for the manufacture of a composite component with a foam layer, consisting of a support which can be used in the foaming tool and fixed inside it using a vacuum and a foam layer to be connected at least partially with the support , whereby there is a support groove geometry in the foaming tool , which has the vacuum cup and several vacuum fields , characterised in that the foaming tool is designed in such a way that the individual vacuum fields are activated based on one initial vacuum field , in a cascade and direction-oriented.
A device for spinning fibres , with coating means, by means of which individual fibres are provided with a coating generating an electric and/or magnetic field, with a reaction chamber , in which the coated fibres are exposed to a field of electric and/or magnetic actuators which are controlled by a computer unit , fibres of different lengths generating different electric and/or magnetic fields by means of the coatings, by means of which a length-selective influencing of fibres is effected by means of the actuators, wherein the actuators are designed to feed a partial quantity of fibres present in the reaction chamber with a length distribution predetermined by the computer unit to a sieve unit and a compressor unit , in which fibres are drawn off from the sieve unit and compressed to form a roving , and wherein twisting of rovings to form yarns is effected by means of a twist generator, by means of spindles or by suitable air turbulence.
Method for cleaning off extrusion heads in the extrusion of thermoplastics which are ejected or extruded, in the form of a tubular parison , from an outlet nozzle , characterized in that the tubular parison is briefly deflected and compressed by means of at least two mechanical engagement means in the form of partially circular strip-like pressure-exerting elements, wherein the engagement means move in the radial direction close beneath the outlet nozzle without touching the outlet nozzle , or with no direct contact therewith, wherein the deposits adhering to the outside in the vicinity of the outlet gap of the annular outlet nozzle are wiped off and transported away by the tubular parison during ongoing operation with continuous melt delivery, and wherein the tubular parison itself acts as a cleaning element while it is being deflected.
LED converter comprising a clocked converter circuit (11; 90) having a potential barrier between an input side and an output side of the LED converter , wherein the clocked converter circuit (11; 90) comprises at least one primary-side controllable switching means (15; 91, 92) and a control device for clocked switching of the at least one primary-side controllable switching means (15; 91, 92), wherein, for clocked switching of the at least one primary-side controllable switching means (15; 91, 92), the control device is configured to set a constant switching frequency (31; 41; 51) over at least one first time interval in order to regulate a predetermined output current of the LED converter, characterized in that the control device is configured to modulate the switching frequency (31; 41; 51) in at least one second time interval as a function of information to be transmitted, wherein the switching frequency is varied in the respective at least one second time interval in a frequency ramp (32, 33; 42-45; 53-55) as a function of the information to be transmitted, and wherein the frequency ramp is respectively established such that a mean value of the output current, averaged over the respective at least one second time interval, corresponds to the predetermined output current of the LED converter; and the LED converter furthermore comprises, at the output side, a demodulator that is configured to detect the modulation of the switching frequency.
A motor-driving device for varying power supplied from an external power source and supplying the varied power to a motor, the device comprising: a lower base ; a middle base disposed above the lower base; a cooling fan disposed between the lower base and the middle base ; a connector disposed on the middle base , where the connector is electrically connected to the cooling fan; and a substrate disposed above the middle base , wherein the connector is disposed between the substrate and the middle base, wherein the connector is directly electrically connected to the substrate when the substrate is mounted on the middle base. a lower base ; a middle base disposed above the lower base; a cooling fan disposed between the lower base and the middle base ; a connector disposed on the middle base , where the connector is electrically connected to the cooling fan; and a substrate disposed above the middle base , wherein the connector is disposed between the substrate and the middle base, wherein the connector is directly electrically connected to the substrate when the substrate is mounted on the middle base.
A system for polishing a rotor having a blade comprising: a first shield comprising a first shield disk and a first spar ; a second shield comprising a second shield disk and a second spar , wherein the second shield is coupled to the first shield ; and characterised by a rotor comprising a blade , wherein the rotor is located between the first shield and the second shield , and by the diameters of the first and second shield disks being substantially equal to the diameter of the rotor disk . a first shield comprising a first shield disk and a first spar ; a second shield comprising a second shield disk and a second spar , wherein the second shield is coupled to the first shield ; and characterised by a rotor comprising a blade , wherein the rotor is located between the first shield and the second shield , and by the diameters of the first and second shield disks being substantially equal to the diameter of the rotor disk .
A method performed by a base station in a wireless communication system, the method comprising: receiving , from a first core network entity , information indicating that the first core network entity is unavailable; transmitting to a terminal , information indicating that the first core network entity is unavailable; receiving , from the terminal , a first message for requesting a registration, wherein the first message does not include information for identifying a core network entity; selecting a second core network entity as the first message does not include the information for identifying a core network entity; and transmitting , to the second core network entity, a second message including the first message. receiving , from a first core network entity , information indicating that the first core network entity is unavailable; transmitting to a terminal , information indicating that the first core network entity is unavailable; receiving , from the terminal , a first message for requesting a registration, wherein the first message does not include information for identifying a core network entity; selecting a second core network entity as the first message does not include the information for identifying a core network entity; and transmitting , to the second core network entity, a second message including the first message.
A sealant forming nozzle for sealing an object that has a sectional shape in a first plane (XZ) which is a stair shape including an upper surface of an upper step , an upper surface of a lower step and a corner section of the upper step , the sealant forming nozzle comprising: a shaping section configured to shape a sealant (SB); and a guide section disposed in a position where it neighbors the shaping section in a first direction (Y) orthogonal to the first plane (XZ), wherein the shaping section comprises: a first contact section which is configured to contact the upper surface of the upper step of the stair shape; a second contact section which is configured to contact the upper surface of the lower step of the stair shape; a shaping surface which is orthogonal to the first plane (XZ) and formed to connect the first contact section and the second contact section ; a sealant output hole disposed to supply the sealant (SB) to a space surrounded by the shaping surface and the object , and characterized in that the guide section comprises: a guide surface which is orthogonal to the first plane (XZ) and has a convex shape such that a line contact is formed with the corner section of the upper step while the shaping surface of the shaping section does not contact the corner section of the upper step . a shaping section configured to shape a sealant (SB); and a guide section disposed in a position where it neighbors the shaping section in a first direction (Y) orthogonal to the first plane (XZ), wherein the shaping section comprises: a first contact section which is configured to contact the upper surface of the upper step of the stair shape; a second contact section which is configured to contact the upper surface of the lower step of the stair shape; a shaping surface which is orthogonal to the first plane (XZ) and formed to connect the first contact section and the second contact section ; a sealant output hole disposed to supply the sealant (SB) to a space surrounded by the shaping surface and the object , and characterized in that the guide section comprises: a guide surface which is orthogonal to the first plane (XZ) and has a convex shape such that a line contact is formed with the corner section of the upper step while the shaping surface of the shaping section does not contact the corner section of the upper step . a first contact section which is configured to contact the upper surface of the upper step of the stair shape; a second contact section which is configured to contact the upper surface of the lower step of the stair shape; a shaping surface which is orthogonal to the first plane (XZ) and formed to connect the first contact section and the second contact section ; a sealant output hole disposed to supply the sealant (SB) to a space surrounded by the shaping surface and the object , and characterized in that the guide section comprises: a guide surface which is orthogonal to the first plane (XZ) and has a convex shape such that a line contact is formed with the corner section of the upper step while the shaping surface of the shaping section does not contact the corner section of the upper step .
A folding lock comprising a lock body which has a latching mechanism ; and a jointed bar hoop which has a plurality of jointed bars pivotably connected to one another and a closing bar , wherein a first end of the jointed bar hoop is permanently fastened to the lock body and the closing bar forms a free second end of the jointed bar hoop , wherein the closing bar is latchable to the lock body by means of the latching mechanism , wherein the lock body furthermore comprises an alarm device for outputting an alarm signal, wherein the alarm device has at least one of the following components: - an electrical energy source for the energy supply of further components of the alarm device ; - an accelerometer ; - an evaluation and control circuit ; - an acoustic and/or optical signal generator ; and/or - a radio transmission unit for the wireless transmission of an alarm signal, and wherein the closing bar is latchable to the lock body in a closing position, characterized in that the closing bar is selectively latchable to the lock body in a first closing position or in a second closing position, with the alarm device not being able to be activated when the closing bar adopts the first closing position, and with the alarm device being able to be activated or being activated when the closing bar adopts the second closing position; and in that the lock body has a housing having a storage chamber for the alarm device , with the storage chamber having an alarm device installation opening through which at least one component of the alarm device can be inserted into the storage chamber , and with the closing bar at least partly blocking the alarm device installation opening when the closing bar adopts the second closing position. - an electrical energy source for the energy supply of further components of the alarm device ; - an accelerometer ; - an evaluation and control circuit ; - an acoustic and/or optical signal generator ; and/or - a radio transmission unit for the wireless transmission of an alarm signal, and
A mobile robot comprising: a driver configured to move a main body; a memory configured to store an obstacle map of a cleaning area; a sensor configured to collect information about the cleaning area; a communication interface configured to communicate with another mobile robot ; and a controller configured to, when receiving an obstacle map comprising position information about a liquid region (A1) present in the cleaning area from the another mobile robot , control the main body to move to the liquid region (A1) and clean at least the liquid region (A1), characterized in that the controller specifies the liquid region (A1) based on coordinates of the liquid region (A1) on the obstacle map and a received signal strength indicator (RSSI) value between the communication interface and the another mobile robot . a driver configured to move a main body; a memory configured to store an obstacle map of a cleaning area; a sensor configured to collect information about the cleaning area; a communication interface configured to communicate with another mobile robot ; and a controller configured to, when receiving an obstacle map comprising position information about a liquid region (A1) present in the cleaning area from the another mobile robot , control the main body to move to the liquid region (A1) and clean at least the liquid region (A1), characterized in that the controller specifies the liquid region (A1) based on coordinates of the liquid region (A1) on the obstacle map and a received signal strength indicator (RSSI) value between the communication interface and the another mobile robot .
A processor implemented method for detecting Parkinson's disease progression of a subject, the method comprising: determining, by one or more hardware processors, a stride information for each of a plurality of pressure sensors attached to an insole from corresponding Vertical Ground Reaction Force, VGRF, data, received by the one or more hardware processors from each of the plurality of pressure sensors, wherein the plurality of pressure sensors correspond to a plurality of pressure points in a foot of the subject, characterized in that , each pressure point corresponds to a node in a graph; calculating, by the one or more hardware processors, a mediolateral stability index from the calculated stride information associated with each node in the graph based on a betweenness centrality associated with each node; detecting, by the one or more hardware processors, an intensity of the Parkinson's disease of the subject by comparing the mediolateral stability index with a predetermined value. determining, by one or more hardware processors, a stride information for each of a plurality of pressure sensors attached to an insole from corresponding Vertical Ground Reaction Force, VGRF, data, received by the one or more hardware processors from each of the plurality of pressure sensors, wherein the plurality of pressure sensors correspond to a plurality of pressure points in a foot of the subject, characterized in that , each pressure point corresponds to a node in a graph; calculating, by the one or more hardware processors, a mediolateral stability index from the calculated stride information associated with each node in the graph based on a betweenness centrality associated with each node; detecting, by the one or more hardware processors, an intensity of the Parkinson's disease of the subject by comparing the mediolateral stability index with a predetermined value.
A method for identifying a bitter taste modulator comprising: a) contacting a 16HBE cell or a derivative thereof, the derivative thereof endogenously expressing a bitter taste receptor selected from T2R46 or T2R38, with a bitter tastant and a test compound; and b) measuring bitter taste receptor activity, wherein a change in bitter taste receptor activity by the bitter tastant indicates modulation of the bitter taste receptor by the test compound, thus identifying a bitter taste modulator. a) contacting a 16HBE cell or a derivative thereof, the derivative thereof endogenously expressing a bitter taste receptor selected from T2R46 or T2R38, with a bitter tastant and a test compound; and b) measuring bitter taste receptor activity, wherein a change in bitter taste receptor activity by the bitter tastant indicates modulation of the bitter taste receptor by the test compound, thus identifying a bitter taste modulator.
An electrode assembly for an electromagnetic flow meter, the electrode assembly comprising: a housing having a passage between first and second ends (124 1 , 124 2 ); an electrode (125; 225; 325; 425; 1225; 1325) comprising a plug of porous material at least partially disposed within the passage proximate the first end; and characterised by an electrically-conductive polymer connector (127; 227; 1127; 1226; 1326) at least partially disposed within the passage and in direct contact with the electrode. a housing having a passage between first and second ends (124 1 , 124 2 ); an electrode (125; 225; 325; 425; 1225; 1325) comprising a plug of porous material at least partially disposed within the passage proximate the first end; and characterised by an electrically-conductive polymer connector (127; 227; 1127; 1226; 1326) at least partially disposed within the passage and in direct contact with the electrode.