mhurhangee/patent-ind-claim-en huggingface dataset:
A method for domain name system, DNS, response reordering comprising: Receiving , by a device, a DNS response to a DNS request of a client, the DNS response comprising a list of IP addresses corresponding to a plurality of sites associated with a domain to which the client is attempting to establish a connection; assigning , by the device via a priority policy, based on the domain or a classification of the connection to be established, a priority to the connection between the client and the domain; determining , by the device, for each link of a plurality of links between the device and the plurality of sites, a link quality of the link between the device and a respective site, the link corresponding to a respective IP address of the list of IP addresses; modifying , by a DNS response reorderer of the device, based on the link quality of at least one link of the plurality of links and the priority assigned to the connection to be established between the client and the domain, an order of the list of IP addresses; and transmitting , by the device, the modified order of the list of IP addresses to the client. Receiving , by a device, a DNS response to a DNS request of a client, the DNS response comprising a list of IP addresses corresponding to a plurality of sites associated with a domain to which the client is attempting to establish a connection; assigning , by the device via a priority policy, based on the domain or a classification of the connection to be established, a priority to the connection between the client and the domain; determining , by the device, for each link of a plurality of links between the device and the plurality of sites, a link quality of the link between the device and a respective site, the link corresponding to a respective IP address of the list of IP addresses; modifying , by a DNS response reorderer of the device, based on the link quality of at least one link of the plurality of links and the priority assigned to the connection to be established between the client and the domain, an order of the list of IP addresses; and transmitting , by the device, the modified order of the list of IP addresses to the client.
Use of a sterilization tray in a sterilization method of an endoscope, said sterilization tray comprising, a base component having a first bottom wall , and a first side wall ; at least two brackets disposed upon the first bottom wall , wherein the at least two brackets have an internal profile that conforms to an insertion tube and/or an umbilical tube of the endoscope such that the at least two brackets are configured to hold in place the insertion tube and/or the umbilical tube of the endoscope when positioned within the at least two brackets ; and a lid component having a second top wall , and a second side wall , wherein the lid component is configured to be disposed atop the base component such that it covers the base component to define an internal volume bound by the first bottom wall, the first side wall, the second top wall and the second side wall, and wherein the base component is shallower than the lid component, such that the lid component has a height that is between approximately 1.5 times and ten times longer than a height of the base component , the use comprising providing the endoscope within the tray and sterilizing the endoscope. a base component having a first bottom wall , and a first side wall ; at least two brackets disposed upon the first bottom wall , wherein the at least two brackets have an internal profile that conforms to an insertion tube and/or an umbilical tube of the endoscope such that the at least two brackets are configured to hold in place the insertion tube and/or the umbilical tube of the endoscope when positioned within the at least two brackets ; and a lid component having a second top wall , and a second side wall , wherein the lid component is configured to be disposed atop the base component such that it covers the base component to define an internal volume bound by the first bottom wall, the first side wall, the second top wall and the second side wall, and wherein the base component is shallower than the lid component, such that the lid component has a height that is between approximately 1.5 times and ten times longer than a height of the base component , the use comprising providing the endoscope within the tray and sterilizing the endoscope.
Method for detecting operating parameter data of a motor system having an electric motor, preferably for a fan, wherein during operation of the motor system states of operating parameters are detected, wherein the operating parameters include a basic parameter and at least one additional parameter, wherein, based on a state detection of the basic parameter, state change events of the basic parameter are established, wherein, when a state change event of the basic parameter is detected, a state of the additional parameters is detected, wherein the detected state of the additional parameter is stored in a state linked with the detected state change event, wherein the detected state change event and the detected state of the state parameter and where applicable the detected state of the additional state parameter or the detected states of the additional parameters are stored as a state combination, the method is characterised in that state combinations which are produced as a result of detected state change events are stored by means of a preferably nested matrix with matrix elements, wherein the state combinations are stored in the matrix in such a manner that a distribution of the detected state change events of the basic parameter can be obtained, and wherein the state combinations are stored in the matrix in such a manner that via indexes of the matrix, preferably column indexes and row indexes of the matrix, starting states and target states of the state change events are depicted, and wherein in the matrix elements of the matrix information items relating to the number of the state events are stored. wherein the operating parameters include a basic parameter and at least one additional parameter, wherein, based on a state detection of the basic parameter, state change events of the basic parameter are established, wherein, when a state change event of the basic parameter is detected, a state of the additional parameters is detected, wherein the detected state of the additional parameter is stored in a state linked with the detected state change event, wherein the detected state change event and the detected state of the state parameter and where applicable the detected state of the additional state parameter or the detected states of the additional parameters are stored as a state combination, the method is characterised in that state combinations which are produced as a result of detected state change events are stored by means of a preferably nested matrix with matrix elements, wherein the state combinations are stored in the matrix in such a manner that a distribution of the detected state change events of the basic parameter can be obtained, and wherein the state combinations are stored in the matrix in such a manner that via indexes of the matrix, preferably column indexes and row indexes of the matrix, starting states and target states of the state change events are depicted, and wherein in the matrix elements of the matrix information items relating to the number of the state events are stored.
Device for cutting bread into slices with a) an insertion area into which a loaf of bread can be inserted, b) a cutting device comprising a swing arm rotatable about a first axis of rotation and a circular knife which is borne on the swing arm in a rotating manner about as second axis of rotation , wherein the second axis of rotation moves within a cutting cross-section, c) an advancing device with which the loaf of bread situated in the insertion area can be advanced towards the cutting device so that at the front end of the load of bread successive slices can be cut from this by way of the cutting device , d) a removal area in which the cut slices can be picked up, e) a transmission device arranged in an interior space of the swing arm housing for driving the circular blade , wherein at an end facing away from the first axis of rotation the swing arm housing terminates in a wedge-shaped manner in a longitudinal section orientated perpendicularly to a plane of the circular knife . characterised in that f) in a thickened area , in which the swing arm housing and the circular knife overlap, a thickness of the swing arm housing measured perpendicularly to the plane of the circular knife is greater than 20 mm and g) in a longitudinal section , the contour of which initially has a wedge-shaped section , then in the thickened area has a section with a maximum constant thickness and then a section with reduced thickness . a) an insertion area into which a loaf of bread can be inserted, b) a cutting device comprising a swing arm rotatable about a first axis of rotation and a circular knife which is borne on the swing arm in a rotating manner about as second axis of rotation , wherein the second axis of rotation moves within a cutting cross-section, c) an advancing device with which the loaf of bread situated in the insertion area can be advanced towards the cutting device so that at the front end of the load of bread successive slices can be cut from this by way of the cutting device , d) a removal area in which the cut slices can be picked up, e) a transmission device arranged in an interior space of the swing arm housing for driving the circular blade , wherein at an end facing away from the first axis of rotation the swing arm housing terminates in a wedge-shaped manner in a longitudinal section orientated perpendicularly to a plane of the circular knife . characterised in that f) in a thickened area , in which the swing arm housing and the circular knife overlap, a thickness of the swing arm housing measured perpendicularly to the plane of the circular knife is greater than 20 mm and g) in a longitudinal section , the contour of which initially has a wedge-shaped section , then in the thickened area has a section with a maximum constant thickness and then a section with reduced thickness .
A tire wear amount estimation system comprising: a strain signal acquisition unit that acquires a strain signal output from a strain sensor provided on an inner surface or inside of a tire ; and a wear estimation unit that estimates a wear state of a tread portion by comparing the strain signal output (Bo(w)) at a timing of kicking out from a road surface (R) of the ground contact area (Ac) of the tread portion corresponding to the strain sensor with a reference value of the strain signal, wherein the wear estimation unit uses, as the reference value, the strain signal output (Bi(n), Bi(w)) at a timing of stepping on the road surface of the ground contact area. a strain signal acquisition unit that acquires a strain signal output from a strain sensor provided on an inner surface or inside of a tire ; and a wear estimation unit that estimates a wear state of a tread portion by comparing the strain signal output (Bo(w)) at a timing of kicking out from a road surface (R) of the ground contact area (Ac) of the tread portion corresponding to the strain sensor with a reference value of the strain signal, wherein the wear estimation unit uses, as the reference value, the strain signal output (Bi(n), Bi(w)) at a timing of stepping on the road surface of the ground contact area.
A method of manufacturing surface-mounted device, SMD, diodes, comprising the following steps: : soldering multiple diode chips and corresponding copper pins thereon simultaneously, the copper pins comprising a positive pin and a negative pin connected respectively with the upper and lower surfaces of the chip , wherein each copper pin in step is a sheet copper pin bent twice at an angle of 90°; : placing the multiple soldered diode chips and the corresponding copper pins thereon side by side into an elongated runner groove of an injection mold, and then injecting a plastic-packaging material into the elongated runner groove, and curing and packaging the multiple diode chips and the corresponding copper pins thereon simultaneously, thus obtaining a plastic-packaged body comprising the multiple diode chips and the copper pins thereon extending out of the bottom of the plastic-packaged body in two opposite directions; : taking out the plastic-packaged body with the multiple diode chips and the copper pins thereon, and dipping the part of the copper pins extending out of the plastic-packaged body into liquid tin, wherein after the tin dipping is finished, a tin-dipped layer having a cambered surface is formed on the part of the copper pin extending out of the plastic-packaged body due to the surface tension of the tin liquid; : cutting the plastic-packaged body with the multiple diode chips and the copper pins thereon in turn into multiple single-chip SMD diodes; and : testing and packaging the single-chip SMD diodes in turn. : soldering multiple diode chips and corresponding copper pins thereon simultaneously, the copper pins comprising a positive pin and a negative pin connected respectively with the upper and lower surfaces of the chip , wherein each copper pin in step is a sheet copper pin bent twice at an angle of 90°; : placing the multiple soldered diode chips and the corresponding copper pins thereon side by side into an elongated runner groove of an injection mold, and then injecting a plastic-packaging material into the elongated runner groove, and curing and packaging the multiple diode chips and the corresponding copper pins thereon simultaneously, thus obtaining a plastic-packaged body comprising the multiple diode chips and the copper pins thereon extending out of the bottom of the plastic-packaged body in two opposite directions; : taking out the plastic-packaged body with the multiple diode chips and the copper pins thereon, and dipping the part of the copper pins extending out of the plastic-packaged body into liquid tin, wherein after the tin dipping is finished, a tin-dipped layer having a cambered surface is formed on the part of the copper pin extending out of the plastic-packaged body due to the surface tension of the tin liquid; : cutting the plastic-packaged body with the multiple diode chips and the copper pins thereon in turn into multiple single-chip SMD diodes; and : testing and packaging the single-chip SMD diodes in turn.
A method for incubating chemical assay components, the method comprising: introducing a sample comprising a sample component into a sample collector; connecting the sample collector to a sample inlet port of an article, wherein the article comprises first and second sides, wherein the first side comprises an incubation channel , and wherein the first side and/or second side comprises a detection channel in fluid communication with the incubation channel, and wherein the sample inlet port is in fluid communication with the incubation channel; flowing, at a first flow rate, at least a portion of the sample from the sample collector to the incubation channel; reducing the flow rate of the sample to a second flow rate, wherein the second flow rate is less than the first flow rate and/or is zero to allow incubation of the sample in the incubation channel; modulating the flow rate of the sample to a third flow rate which is greater than or less than the second flow rate; and flowing the sample through the detection channel, the method being characterised in that prior to the step of reducing the flow rate of the sample, at least a portion of the sample is flowed into the detection channel. introducing a sample comprising a sample component into a sample collector; connecting the sample collector to a sample inlet port of an article, wherein the article comprises first and second sides, wherein the first side comprises an incubation channel , and wherein the first side and/or second side comprises a detection channel in fluid communication with the incubation channel, and wherein the sample inlet port is in fluid communication with the incubation channel; flowing, at a first flow rate, at least a portion of the sample from the sample collector to the incubation channel; reducing the flow rate of the sample to a second flow rate, wherein the second flow rate is less than the first flow rate and/or is zero to allow incubation of the sample in the incubation channel; modulating the flow rate of the sample to a third flow rate which is greater than or less than the second flow rate; and flowing the sample through the detection channel, the method being characterised in that prior to the step of reducing the flow rate of the sample, at least a portion of the sample is flowed into the detection channel.
A wireless communication apparatus configured to perform bi-directional communication with an initiator , wherein a part of a period during which said initiator has a right to access a medium is allocated from said initiator, comprising: a reception device configured to receive a physical frame including a plurality of data frames from said initiator , wherein the part of the period allocated from the initiator is specified in the first data frame of said plurality of data frames included in the physical frame; a generation device configured to generate a first physical frame comprising an acknowledgement frame which gives acknowledgements to the plurality of data frames by using a bitmap and a second physical frame including a plurality of transmission data frames (312-315, 3312-3315, 4312-4315, 7312-7314) addressed to said initiator ; and a transmission device configured to transmit the first physical frame at a first transmission rate and transmit the second physical frame at a second transmission rate, during the part of the period allocated from said initiator. a reception device configured to receive a physical frame including a plurality of data frames from said initiator , wherein the part of the period allocated from the initiator is specified in the first data frame of said plurality of data frames included in the physical frame; a generation device configured to generate a first physical frame comprising an acknowledgement frame which gives acknowledgements to the plurality of data frames by using a bitmap and a second physical frame including a plurality of transmission data frames (312-315, 3312-3315, 4312-4315, 7312-7314) addressed to said initiator ; and a transmission device configured to transmit the first physical frame at a first transmission rate and transmit the second physical frame at a second transmission rate, during the part of the period allocated from said initiator.
A method for controlling a home automation installation , the installation including pieces of home automation equipment and a central control member , the method including a step for: - providing a desired operation of the installation , - providing a first operation of each piece of home automation equipment , - optimizing the operation of the installation by modifying the first operation of at least one piece of home automation equipment , to obtain a second operation of said at least one piece of home automation equipment , and an operation of the installation according to the desired operation, characterized in that the method includes a step for installing a virtual machine in said at least one piece of home automation equipment , the virtual machine being able to impose the second operation on said at least one piece of home automation equipment . - providing a desired operation of the installation , - providing a first operation of each piece of home automation equipment , - optimizing the operation of the installation by modifying the first operation of at least one piece of home automation equipment , to obtain a second operation of said at least one piece of home automation equipment , and an operation of the installation according to the desired operation,
An agricultural operational system with an agricultural working machine which can be fitted to at least one mounted implement via at least one implement interface , wherein a working machine configuration is associated with the working machine , wherein a mounted implement configuration is associated with the mounted implement , wherein a drive unit is provided which acts via a drive train on ground engaging elements, in particular on running wheels , and wherein a system control and a control and display unit associated with the working machine are provided, wherein the system control is configured to determine the mounted implement configuration , characterized in that the system control is configured to calculate the implement interface load (L) transmitted via the implement interface based on the determined mounted implement configuration and to evaluate and/or optimize the working machine configuration based on the calculated implement interface load (L), and in that a working machine model is present in the system control which maps the relationship between the implement interface load (L) and the prevailing distribution of forces and moments on the working machine , and in that the system control evaluates the working machine configuration in accordance with at least one evaluation criterion and/or optimizes the working machine configuration in accordance with at least one optimization criterion based on the working machine model and the calculated implement interface load (L). the system control is configured to calculate the implement interface load (L) transmitted via the implement interface based on the determined mounted implement configuration and to evaluate and/or optimize the working machine configuration based on the calculated implement interface load (L), and in that a working machine model is present in the system control which maps the relationship between the implement interface load (L) and the prevailing distribution of forces and moments on the working machine , and in that the system control evaluates the working machine configuration in accordance with at least one evaluation criterion and/or optimizes the working machine configuration in accordance with at least one optimization criterion based on the working machine model and the calculated implement interface load (L).
A base station apparatus comprising: a transmitter configured to and/or programmed to transmit an enhanced physical downlink control channel, a value of M, which is the number of first elements that are used to transmit the enhanced physical downlink control channel, being included in a value set in which possible values of M are defined, each of the first elements consisting of a plurality of second elements, the plurality of second elements being included in one resource block pair, each of the plurality of second elements being constituted by a plurality of resource elements in a resource block pair, the base station apparatus further comprising processing circuitry configured to and/or programmed to determine the value set from a plurality of value sets, the transmitter transmitting, to a terminal apparatus , information related to determination of the value set, each of the first elements being an enhanced control channel element, ECCE. a transmitter configured to and/or programmed to transmit an enhanced physical downlink control channel, a value of M, which is the number of first elements that are used to transmit the enhanced physical downlink control channel, being included in a value set in which possible values of M are defined, each of the first elements consisting of a plurality of second elements, the plurality of second elements being included in one resource block pair, each of the plurality of second elements being constituted by a plurality of resource elements in a resource block pair, the base station apparatus further comprising processing circuitry configured to and/or programmed to determine the value set from a plurality of value sets, the transmitter transmitting, to a terminal apparatus , information related to determination of the value set, each of the first elements being an enhanced control channel element, ECCE.