mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining the possibility of a sensor contained in a satellite to access a target region, at least one position of the satellite being determined, characterized in that , if there is a direct line of sight between the satellite and the target region, an angle φ is determined between a satellite reference direction and a target direction that is directed towards a target reference point in the target region around a satellite position point that is dependent on the position of the satellite, a view radius R sensor (φ) of the satellite in the direction of the angle φ is determined starting from the satellite position point, an angle γ is determined between a reference direction and a direction directed towards the satellite position point around the target reference point, an extension RoT (γ) of the target region in the direction of the angle γ is determined starting from the target reference point, and it is determined that the possibility for access exists if a distance between the satellite position point and the target reference point is smaller than or equal to the sum of the view radius R sensor (φ) of the satellite and the extension RoT (γ) of the target region in the direction of the angle γ. at least one position of the satellite being determined, characterized in that , if there is a direct line of sight between the satellite and the target region, an angle φ is determined between a satellite reference direction and a target direction that is directed towards a target reference point in the target region around a satellite position point that is dependent on the position of the satellite, a view radius R sensor (φ) of the satellite in the direction of the angle φ is determined starting from the satellite position point, an angle γ is determined between a reference direction and a direction directed towards the satellite position point around the target reference point, an extension RoT (γ) of the target region in the direction of the angle γ is determined starting from the target reference point, and it is determined that the possibility for access exists if a distance between the satellite position point and the target reference point is smaller than or equal to the sum of the view radius R sensor (φ) of the satellite and the extension RoT (γ) of the target region in the direction of the angle γ.
A portable lock , comprising a lock body and at least one securing part , in particular a U hoop or a bolt, wherein the at least one securing part can be selectively locked to the lock body or released from the lock body , and wherein the lock body comprises: at least one introduction opening for introducing the at least one securing part into the lock body ; at least two sensors for detecting the securing part introduced into the lock body and for generating corresponding detection signals; an evaluation and control circuit for determining a current occupancy state of the lock body in dependence on the generated detection signals, wherein the evaluation and control circuit is configured to associate different combinations of generated detection signals with different occupancy states of the lock body ; and an electromechanical locking device which has at least one electrically drivable latch for locking the at least one securing part in the at least one introduction opening , wherein the evaluation and control circuit is configured to control the locking device . wherein the at least one securing part can be selectively locked to the lock body or released from the lock body , and wherein the lock body comprises: at least one introduction opening for introducing the at least one securing part into the lock body ; at least two sensors for detecting the securing part introduced into the lock body and for generating corresponding detection signals; an evaluation and control circuit for determining a current occupancy state of the lock body in dependence on the generated detection signals, wherein the evaluation and control circuit is configured to associate different combinations of generated detection signals with different occupancy states of the lock body ; and an electromechanical locking device which has at least one electrically drivable latch for locking the at least one securing part in the at least one introduction opening , wherein the evaluation and control circuit is configured to control the locking device . at least one introduction opening for introducing the at least one securing part into the lock body ; at least two sensors for detecting the securing part introduced into the lock body and for generating corresponding detection signals; an evaluation and control circuit for determining a current occupancy state of the lock body in dependence on the generated detection signals, wherein the evaluation and control circuit is configured to associate different combinations of generated detection signals with different occupancy states of the lock body ; and an electromechanical locking device which has at least one electrically drivable latch for locking the at least one securing part in the at least one introduction opening , wherein the evaluation and control circuit is configured to control the locking device .
Temperature sensor comprising: a first oscillator (LO1') and a second oscillator (LO2'); a counter (COUNTER) configured to count a number (P) of periods of the second oscillator (LO2') over a duration determined by a period of the first oscillator (LO1'); and a calculation circuit configured to determine a temperature value based on said counted number (P), the sensor being characterized in that : one (LO1'; LO2') of the first and second oscillators (LO1', LO2') is configured so that its frequency linearly depends on temperature or on the inverse of temperature according to a coefficient multiple of the inverse of a resistance value of a resistive component (R) of said one (LO1'; LO2') of the first and second oscillators; said resistive component (R) is implemented by a switched capacitive element; and a control frequency of the switched capacitive element (R) is determined by the frequency of the other one (LO2'; LO1') of the first and second oscillators. a first oscillator (LO1') and a second oscillator (LO2'); a counter (COUNTER) configured to count a number (P) of periods of the second oscillator (LO2') over a duration determined by a period of the first oscillator (LO1'); and a calculation circuit configured to determine a temperature value based on said counted number (P), the sensor being characterized in that : one (LO1'; LO2') of the first and second oscillators (LO1', LO2') is configured so that its frequency linearly depends on temperature or on the inverse of temperature according to a coefficient multiple of the inverse of a resistance value of a resistive component (R) of said one (LO1'; LO2') of the first and second oscillators; said resistive component (R) is implemented by a switched capacitive element; and a control frequency of the switched capacitive element (R) is determined by the frequency of the other one (LO2'; LO1') of the first and second oscillators. one (LO1'; LO2') of the first and second oscillators (LO1', LO2') is configured so that its frequency linearly depends on temperature or on the inverse of temperature according to a coefficient multiple of the inverse of a resistance value of a resistive component (R) of said one (LO1'; LO2') of the first and second oscillators; said resistive component (R) is implemented by a switched capacitive element; and a control frequency of the switched capacitive element (R) is determined by the frequency of the other one (LO2'; LO1') of the first and second oscillators.
Mixture-formation unit having a main body in which an intake-channel portion is formed, wherein the intake-channel portion extends from a first end face of the main body to a second end face of the main body , wherein the mixture-formation unit has at least one channel which opens out into the intake-channel portion , and wherein, in the channel , a component of the mixture-formation unit is arranged, which component has a check valve , wherein the mixture-formation unit has at least one fuel opening which opens out into the intake-channel portion and which is formed on a fuel nozzle, wherein the fuel nozzle forms the component arranged in the channel , wherein the fuel opening is a main fuel opening and the fuel nozzle is a main fuel nozzle , and wherein the main fuel opening opens out into the intake-channel portion in the region of a venturi portion , characterized in that the channel extends straight, and in that the channel opens out at the first end face of the main body .
A carrier for a labelling machine with a fixed support body , to the contact surface of which an elastic surface element can be attached, wherein the contact surface is facing the container to be palletised and is exerting a force for transferring the label over the same, the carrier is formed in such a manner that the elastic surface element can be exchanged, wherein the support body includes a first connecting means having a first surface contour, and the surface element includes a second connecting means having a second surface contour, wherein the surface contours are formed in such a way that, when pressed together, they engage with each other, whereby the surface element is fixed to the support body, and wherein the first connecting means includes a plurality of projections , and the second connecting means includes a plurality of corresponding openings , wherein, in the connected state, the projections are located within the openings . the contact surface is facing the container to be palletised and is exerting a force for transferring the label over the same, the carrier is formed in such a manner that the elastic surface element can be exchanged, wherein the support body includes a first connecting means having a first surface contour, and the surface element includes a second connecting means having a second surface contour, wherein the surface contours are formed in such a way that, when pressed together, they engage with each other, whereby the surface element is fixed to the support body, and wherein the first connecting means includes a plurality of projections , and the second connecting means includes a plurality of corresponding openings , wherein, in the connected state, the projections are located within the openings .
Appliance for drying laundry, having an appliance housing , at least one open drying air duct arranged inside the appliance housing for drawing in ambient air during a drying process and at least one heat pump which is arranged inside the appliance housing and is thermally coupled to the drying air duct , wherein the drying air duct has at least one air intake opening , which is arranged inside the appliance housing and is arranged at a section of the drying air duct which is upstream of a condenser of the heat pump as regards the given air mass flow through the air drying duct during the drying process, characterised in that the heat pump has in addition to an evaporator an additional heat exchanger , which is downstream of the evaporator as regards the air mass flow through the drying air duct and is directly upstream of an expansion unit of the coolant circuit or indirectly via the condenser as regards a coolant flow through a coolant circuit of the heat pump .
A hybrid guidewire device , comprising: a core comprising: a proximal section ; a distal section ; and a joint between the proximal and distal sections, wherein the joint comprises a distal end of the proximal section mechanically interlocked with a proximal end of the distal section; and a tube structure surrounding the joint, wherein the distal end of the proximal section comprises serrations , and wherein the proximal end of the distal section comprises complementary serrations configured to engage and interlock with the serrations of the distal end of the proximal section to form the joint , wherein the joint is tapered, and wherein the serrations and the complementary serrations are tapered to form the tapered joint . a core comprising: a proximal section ; a distal section ; and a joint between the proximal and distal sections, wherein the joint comprises a distal end of the proximal section mechanically interlocked with a proximal end of the distal section; and a proximal section ; a distal section ; and a joint between the proximal and distal sections, wherein the joint comprises a distal end of the proximal section mechanically interlocked with a proximal end of the distal section; and a tube structure surrounding the joint, wherein the distal end of the proximal section comprises serrations , and wherein the proximal end of the distal section comprises complementary serrations configured to engage and interlock with the serrations of the distal end of the proximal section to form the joint , wherein the joint is tapered, and wherein the serrations and the complementary serrations are tapered to form the tapered joint .
Cutting apparatus of the tobacco industry comprising: a bearing frame; a rotary cutting head provided with cutting knives situated on the circumference of the rotary cutting head , with the cutting knives being situated principally parallel to the axis of rotation (X) of the rotary cutting head ; a feeding conveyor adapted to feed a material to be cut to the rotary cutting head ; and a bed knife unit situated between the conveyor and the rotary cutting head ; characterised in that the cutting apparatus further has a cutting apparatus mechanical vibration monitoring system comprising at least one vibration sensor , the monitoring system being built and adapted in such a way that it is possible to detect vibration induced by the contact between the cutting knife of the rotary cutting head and a foreign body being in the material to be cut, whereas the monitoring system also comprises a signal analyzer and is connected with a cutting apparatus control system. a bearing frame; a rotary cutting head provided with cutting knives situated on the circumference of the rotary cutting head , with the cutting knives being situated principally parallel to the axis of rotation (X) of the rotary cutting head ; a feeding conveyor adapted to feed a material to be cut to the rotary cutting head ; and a bed knife unit situated between the conveyor and the rotary cutting head ;
Evaporation system comprising a process vessel and a device for detecting foam development with a detector for detecting an electromagnetic and/or acoustic signal and an evaluation unit for evaluating the signal detected by the detector , characterised in that the device can be arranged or is arranged in the process vessel.
A method of manufacturing an object using additive manufacturing techniques, the method comprising: providing a base plate comprising a body portion and at least one insert , the insert comprising a torque application portion ; using additive manufacturing techniques to build a support for the object , the support being configured to at least partially support the object during additive manufacturing of the object, wherein the support is configured to couple at a first end with a first portion of the object and to couple at a second end with the at least one insert, the support being built on top of the insert, contacting only the top surface of the insert; building the object using additive manufacturing techniques; applying a rotational force to the torque application portion to break at least a portion of the support from the object or to break the insert from the support. providing a base plate comprising a body portion and at least one insert , the insert comprising a torque application portion ; using additive manufacturing techniques to build a support for the object , the support being configured to at least partially support the object during additive manufacturing of the object, wherein the support is configured to couple at a first end with a first portion of the object and to couple at a second end with the at least one insert, the support being built on top of the insert, contacting only the top surface of the insert; building the object using additive manufacturing techniques; applying a rotational force to the torque application portion to break at least a portion of the support from the object or to break the insert from the support.
An electronic cigarette comprising: a housing , having an air inlet passage and an accommodation chamber formed therein; and a plurality of buttons , characterized in that each button has an air conductive passage ; wherein, when one of the buttons is pressed down, the air conductive passage corresponding to the button communicates the air inlet passage and the accommodation chamber , to allow exterior air to flow along the air inlet passage and the air conductive passage consecutively to the accommodation chamber . a housing , having an air inlet passage and an accommodation chamber formed therein; and a plurality of buttons , characterized in that each button has an air conductive passage ; wherein, when one of the buttons is pressed down, the air conductive passage corresponding to the button communicates the air inlet passage and the accommodation chamber , to allow exterior air to flow along the air inlet passage and the air conductive passage consecutively to the accommodation chamber .
A method comprising: computing, by a computing device, for a segment routing policy that specifies a bandwidth constraint for the segment routing policy, first shortest paths through a network of network nodes, wherein each shortest path of the first shortest paths represents a different sequence of links connecting pairs of the network nodes from a source to a destination; in response to determining, by the computing device based on the bandwidth constraint for the segment routing policy, a link of one of the first shortest paths has insufficient bandwidth to meet a required bandwidth for the link, increasing a metric of the link; computing, by the computing device, for the segment routing policy that specifies the bandwidth constraint for the segment routing policy, based on the increased metric of the link, second shortest paths through the network of network nodes; and provisioning the second shortest paths in the network of nodes. computing, by a computing device, for a segment routing policy that specifies a bandwidth constraint for the segment routing policy, first shortest paths through a network of network nodes, wherein each shortest path of the first shortest paths represents a different sequence of links connecting pairs of the network nodes from a source to a destination; in response to determining, by the computing device based on the bandwidth constraint for the segment routing policy, a link of one of the first shortest paths has insufficient bandwidth to meet a required bandwidth for the link, increasing a metric of the link; computing, by the computing device, for the segment routing policy that specifies the bandwidth constraint for the segment routing policy, based on the increased metric of the link, second shortest paths through the network of network nodes; and provisioning the second shortest paths in the network of nodes.
A method of providing authentication to control access to a computer system comprising the steps of:- receiving at least one first input, in the form of first data, from at least one data capture device formed as part of a mobile computing and/or communication device , said first data relating to at least one object located adjacent said device; and testing said first data against at least one first standard comprising a previously measured and recorded input to determine a first match; converting said first data into at least one first image and displaying said at least one first image on a display device ; recording second data relating to a user interaction with said first image; testing said second data against at least one second standard to determine a second match; and allowing or denying access to a computer system on the basis of said first and second matches. receiving at least one first input, in the form of first data, from at least one data capture device formed as part of a mobile computing and/or communication device , said first data relating to at least one object located adjacent said device; and testing said first data against at least one first standard comprising a previously measured and recorded input to determine a first match; converting said first data into at least one first image and displaying said at least one first image on a display device ; recording second data relating to a user interaction with said first image; testing said second data against at least one second standard to determine a second match; and allowing or denying access to a computer system on the basis of said first and second matches.
A router based honeypot system, comprising: a) a network router ; b) a behavioral network device honeypot in data communication with said router which is operable to obtain updated router configuration data, to obtain monitored router behavior, and to obtain data indicative of a comparison between expected router behavior in response to said obtained updated router configuration data and said monitored router behavior, characterized in that , said router based honeypot system further comprises: c) an injection channel through which said behavioral network device honeypot is configured to transmit virtual data, simulated thereby, to said router ; and d) means for actively probing said router using said virtual data so as to be specific low-volume and self-generated data traffic, such that each simulated data item in said virtual data is identifiable, and that an expected router reaction in response to the simulated data item and in response to said obtained updated router configuration is compared with the monitored router behavior to determine an occurrence of an anomaly event. a) a network router ; b) a behavioral network device honeypot in data communication with said router which is operable to obtain updated router configuration data, to obtain monitored router behavior, and to obtain data indicative of a comparison between expected router behavior in response to said obtained updated router configuration data and said monitored router behavior, c) an injection channel through which said behavioral network device honeypot is configured to transmit virtual data, simulated thereby, to said router ; and d) means for actively probing said router using said virtual data so as to be specific low-volume and self-generated data traffic, such that each simulated data item in said virtual data is identifiable, and that an expected router reaction in response to the simulated data item and in response to said obtained updated router configuration is compared with the monitored router behavior to determine an occurrence of an anomaly event.