mhurhangee/patent-ind-claim-en huggingface dataset:
A device configured to monitor traffic of a network, the device comprising a memory configured to record, for each flow in the network, metadata and flow information to be used in measurement, and a traffic feature value calculation unit configured to forecast a future traffic state, wherein the traffic state is forecasted using a packet flowing in the network; wherein the memory comprises a recording area for the metadata and the flow information, which is configured to be set based on the forecasted traffic state, wherein the recording area is a hash table configured to store and update key-value pairs, wherein flow information is recorded and updated by using the hash table with a flow as a key and a counter as a value. a memory configured to record, for each flow in the network, metadata and flow information to be used in measurement, and a traffic feature value calculation unit configured to forecast a future traffic state, wherein the traffic state is forecasted using a packet flowing in the network; wherein the memory comprises a recording area for the metadata and the flow information, which is configured to be set based on the forecasted traffic state, wherein the recording area is a hash table configured to store and update key-value pairs, wherein flow information is recorded and updated by using the hash table with a flow as a key and a counter as a value.
A closing and latching mechanism for a closure including a claw for engaging a striker fixed to the closure, the claw being rotatable between an unlatched position (Fig. 3) and a latched position (Fig. 1) and biased by a spring towards the unlatched position (Fig. 3), a pawl mounted to pivot between a first position, in which it can engage the claw in the latched position (Fig. 1) and prevent movement of the claw into the unlatched position (Fig. 3), and a second position, in which the claw is free to move from the latched position (Fig. 1) to the unlatched position (Fig. 3), a rotatable input shaft carrying a second cam which is operatively coupled to the claw , whereby rotation of the input shaft in one direction results in rotation of the claw into the latched position (Fig. 1), the input shaft also carrying a release cam which cooperates with a release cam follower forming part of a release slider , the release slider being operatively coupled to the pawl , whereby further rotation of the input shaft in the said one direction results in engagement of the release cam with the release cam follower and movement of the release slider which moves the pawl into the second position and the claw then moves towards the unlatched position (Fig. 3) under the action of the biasing spring , wherein the second cam is operatively coupled to the claw by a second cam follower , which cooperates with the second cam and is provided on a linearly movable clinch slider , the clinch slider being operatively coupled to a fourth cam , which cooperates with a fourth cam follower forming part of a pivotally mounted clinch lever , a further part of the clinch lever constituting a fifth cam which cooperates with a fifth cam follower constituted by a portion of the claw .
A method in a server for handling a database query directed to a semantic database with stored information according to a preset ontology structure and annotated in a machine-readable format as element identifiers comprising triplets with a subject, a predicate, and an object, the method comprising: - collecting statistics derived from said information in the database, wherein collecting said statistics comprises determining a number N s P of distinct subjects S appearing in triplets with a predicate P and further determining a number N o P of distinct objects O appearing in triplets with the predicate P, and wherein said determining of N s P and N o P is performed for individual unique predicates P1, P2,... PM appearing in the database, - defining semantic rules relating to conclusions implied by the information in the database, -receiving the database query forming a first set of sub-queries, - rewriting the received database query as a second set of sub-queries in the triplet format based on at least the defined rules and the preset ontology structure, - calculating a Reduction Rate, RR, value for the sub-queries of the second set based on the collected statistics, said Reduction Rate, RR, value relating to the number of distinct subjects S and objects O appearing in triplets in the database with predicates provided in the sub-queries of the second set, and - providing the sub-queries of the second set as a modified query in an order according to decreasing Reduction Rate, RR, values of said sub-queries, for execution in that order when searching the database. - collecting statistics derived from said information in the database, wherein collecting said statistics comprises determining a number N s P of distinct subjects S appearing in triplets with a predicate P and further determining a number N o P of distinct objects O appearing in triplets with the predicate P, and wherein said determining of N s P and N o P is performed for individual unique predicates P1, P2,... PM appearing in the database, - defining semantic rules relating to conclusions implied by the information in the database, -receiving the database query forming a first set of sub-queries, - rewriting the received database query as a second set of sub-queries in the triplet format based on at least the defined rules and the preset ontology structure, - calculating a Reduction Rate, RR, value for the sub-queries of the second set based on the collected statistics, said Reduction Rate, RR, value relating to the number of distinct subjects S and objects O appearing in triplets in the database with predicates provided in the sub-queries of the second set, and - providing the sub-queries of the second set as a modified query in an order according to decreasing Reduction Rate, RR, values of said sub-queries, for execution in that order when searching the database.
Elastically deformable coupling part for a plug-in connection for connecting a first component (A) and a second component (B), which has the following features: a. an inner connection portion, in which a head of a pin-like element of the second component (B) is receivable by means of a detent connection, and an outer fastening portion, which is connectable with a keyhole of the first component (A) by means of a bayonet closure, wherein b. the fastening portion comprises at least one radial contact surface , from which at least one first radial projection is arranged at an axial distance, the first radial projection forming a bayonet gap for a rotational accommodation of the first component (A), and characterized in that c. at an axial distance from the radial contact surface , at least a second radial projection is arranged, which forms a locking gap for the first component (A) between the second projection and the at least one radial contact surface by means of a movability directed radially inward, wherein d. the bayonet gap is blocked after a certain length in coordination with the arrangement of the second radial projection so that the first component (A) in the area of the keyhole is not removable from the locking gap during a rotation of the coupling part about its longitudinal axis (L). a. an inner connection portion, in which a head of a pin-like element of the second component (B) is receivable by means of a detent connection, and an outer fastening portion, which is connectable with a keyhole of the first component (A) by means of a bayonet closure, wherein b. the fastening portion comprises at least one radial contact surface , from which at least one first radial projection is arranged at an axial distance, the first radial projection forming a bayonet gap for a rotational accommodation of the first component (A), and characterized in that c. at an axial distance from the radial contact surface , at least a second radial projection is arranged, which forms a locking gap for the first component (A) between the second projection and the at least one radial contact surface by means of a movability directed radially inward, wherein d. the bayonet gap is blocked after a certain length in coordination with the arrangement of the second radial projection so that the first component (A) in the area of the keyhole is not removable from the locking gap during a rotation of the coupling part about its longitudinal axis (L).
A method for providing radio resource management in a wireless communication system, the method comprising: monitoring , by one or more network elements associated with a first cell, for transmission of at least one discovery signal from network elements associated with a second cell; analyzing a discovery signal detected during the monitoring to identify information including discovery signal identity information that includes system information particular to a base station of the second cell or timing offset information for the discovery signal that is utilizable to schedule transmissions on a shared frequency to avoid interference; determining one or more protected resources when the discovery signal is detected; and provisioning the one or more protected resources to avoid an instance of dominant interference by at least one network element associated with the first cell with respect to wireless communications in the second cell based at least in part upon the information associated with the discovery signal detected. monitoring , by one or more network elements associated with a first cell, for transmission of at least one discovery signal from network elements associated with a second cell; analyzing a discovery signal detected during the monitoring to identify information including discovery signal identity information that includes system information particular to a base station of the second cell or timing offset information for the discovery signal that is utilizable to schedule transmissions on a shared frequency to avoid interference; determining one or more protected resources when the discovery signal is detected; and provisioning the one or more protected resources to avoid an instance of dominant interference by at least one network element associated with the first cell with respect to wireless communications in the second cell based at least in part upon the information associated with the discovery signal detected.
A purging apparatus for purging containers at a location between overhead transfer vehicles and at least a container transfer place to or from which the containers are transferred, comprising: at least a local vehicle configured to travel, local vehicle provided with a hoist for raising and lowering the containers ; at least a travelling rail for the local vehicle , provided below a travelling rail for the overhead transfer vehicles and above the container transfer place ; a purging table configured to support the containers , provided below the travelling rail for the local vehicle so as not to block a portion over the container transfer place ; and a purging gas feeding device configured to feed a purging gas into the containers supported on the purging table , characterized in that said purging table is provided with at least a slide shelf configured to slide between the portion over the container transfer place and a position different from the portion over the container transfer place . at least a local vehicle configured to travel, local vehicle provided with a hoist for raising and lowering the containers ; at least a travelling rail for the local vehicle , provided below a travelling rail for the overhead transfer vehicles and above the container transfer place ; a purging table configured to support the containers , provided below the travelling rail for the local vehicle so as not to block a portion over the container transfer place ; and a purging gas feeding device configured to feed a purging gas into the containers supported on the purging table , characterized in that said purging table is provided with at least a slide shelf configured to slide between the portion over the container transfer place and a position different from the portion over the container transfer place .
A method for producing absorbent sanitary articles , comprising: - forming absorbent bodies elongated along a longitudinal axis (A), and having respective longitudinal sides , - forming elastic bands , - coupling the elastic bands and the absorbent bodies to each other parallel to said longitudinal axis (A) at the longitudinal sides of the absorbent bodies , and - fixing the elastic bands and the absorbent bodies together along two front and two rear inclined joint lines , wherein the method comprises the step of forming transverse loops on said absorbent bodies and/or on said elastic bands before fixing the elastic bands and the absorbent bodies together, so as to form absorbent sanitary articles provided with elastic bands having a length in an extended condition that is different from the length in an extended condition of the respective absorbent bodies . - forming absorbent bodies elongated along a longitudinal axis (A), and having respective longitudinal sides , - forming elastic bands , - coupling the elastic bands and the absorbent bodies to each other parallel to said longitudinal axis (A) at the longitudinal sides of the absorbent bodies , and - fixing the elastic bands and the absorbent bodies together along two front and two rear inclined joint lines ,
A position detection device comprising: a lighting fixture ; a control device ; a position correction unit being a suction conveying unit; a conveyor for conveying a sheet member , the sheet member being cut out from a sheet material (D) wound up in a roll shape, and composing a battery element; a pressing unit that presses the sheet member against a flat reference surface on the conveyor ; a position detection unit being a imaging camera , for imaging the sheet member under light, which is irradiated by the lighting fixture , to detect a position of the sheet member in a state where the sheet member is pressed against the reference surface by the pressing unit and for transmitting a signal that is based on an image of the sheet member imaged in the event where the sheet member is conveyed to a predetermined position and stopped there; wherein the control device receives the signal, calculates position information and controls the movement of a drive device of the position correction unit based on a result of the calculated position information; and wherein the position of the sheet member , the position being detected by the position detection unit , is used as position information of the sheet member in a subsequent step in which the position correction unit corrects the position of the sheet member by using the position of the sheet member being detected by the position detection unit as the position information of the sheet member , wherein the position correction unit appropriately corrects the position and attitude of the sheet member and conveys the sheet member . a lighting fixture ; a control device ; a position correction unit being a suction conveying unit; a conveyor for conveying a sheet member , the sheet member being cut out from a sheet material (D) wound up in a roll shape, and composing a battery element; a pressing unit that presses the sheet member against a flat reference surface on the conveyor ; a position detection unit being a imaging camera , for imaging the sheet member under light, which is irradiated by the lighting fixture , to detect a position of the sheet member in a state where the sheet member is pressed against the reference surface by the pressing unit and for transmitting a signal that is based on an image of the sheet member imaged in the event where the sheet member is conveyed to a predetermined position and stopped there; wherein the control device receives the signal, calculates position information and controls the movement of a drive device of the position correction unit based on a result of the calculated position information; and wherein the position of the sheet member , the position being detected by the position detection unit , is used as position information of the sheet member in a subsequent step in which the position correction unit corrects the position of the sheet member by using the position of the sheet member being detected by the position detection unit as the position information of the sheet member , wherein the position correction unit appropriately corrects the position and attitude of the sheet member and conveys the sheet member .
A metering valve for a fluid dispenser, the metering valve comprising a valve body that defines a metering chamber in which a valve member slides between a rest position and an actuated position, the metering valve being characterized in that said valve body and/or said valve member is/are made by injection-molding a material comprising a PBT matrix and glass microspheres dispersed in said PBT matrix.
Metrology system for measuring an excitation laser beam in an EUV plasma source, wherein the excitation laser beam is guided in the EUV plasma source from an excitation laser via a beam control unit and a focusing optical unit to a target material situated in a plasma ignition position and wherein, in addition to the excitation laser beam, a preconditioning laser beam is guided to the target material before the plasma ignition position is reached, comprising • a first beam analysis system for analysing at least one first measurement beam that was coupled from the excitation laser beam before a reflection on the target material; and • a second beam analysis system for analysing at least one second measurement beam that was coupled from the excitation laser beam after a reflection on the target material; • wherein both the first beam analysis system and the second beam analysis system each have at least one wavefront sensor system; • wherein the first beam analysis system and the second beam analysis system are further designed to analyse the preconditioning laser beam, wherein the wavefront sensor system of the first beam analysis system and the wavefront sensor system of the second beam analysis system each have a beam replication unit with wavelength filters disposed downstream thereof for separating the excitation laser beam and the preconditioning laser beam from one another. • a first beam analysis system for analysing at least one first measurement beam that was coupled from the excitation laser beam before a reflection on the target material; and • a second beam analysis system for analysing at least one second measurement beam that was coupled from the excitation laser beam after a reflection on the target material; • wherein both the first beam analysis system and the second beam analysis system each have at least one wavefront sensor system; • wherein the first beam analysis system and the second beam analysis system are further designed to analyse the preconditioning laser beam, wherein the wavefront sensor system of the first beam analysis system and the wavefront sensor system of the second beam analysis system each have a beam replication unit with wavelength filters disposed downstream thereof for separating the excitation laser beam and the preconditioning laser beam from one another.
A connector comprising: a contact to be electrically connected to an object to be connected (P); a first insulator that holds the contact ; a first shield member that covers the first insulator ; a second shield member that comes into contact with an outer face of the first shield member and has a tubular portion having an opening into which the object to be connected (P) is to be inserted; and a second insulator arranged on an outer side of the second shield member , characterized in that a first communicating portion that is in communication with an outside is formed in a lower wall of the tubular portion of the second shield member , the lower wall facing the second insulator , a second communicating portion that is in communication with the outside and the first communicating portion is formed in the second insulator , and in that the first shield member has a facing wall that faces the first communicating portion , and a bent wall that is bent toward the second insulator side from an end portion of the facing wall on an opposite side to the opening . a contact to be electrically connected to an object to be connected (P); a first insulator that holds the contact ; a first shield member that covers the first insulator ; a second shield member that comes into contact with an outer face of the first shield member and has a tubular portion having an opening into which the object to be connected (P) is to be inserted; and a second insulator arranged on an outer side of the second shield member , characterized in that a first communicating portion that is in communication with an outside is formed in a lower wall of the tubular portion of the second shield member , the lower wall facing the second insulator , a second communicating portion that is in communication with the outside and the first communicating portion is formed in the second insulator , and in that the first shield member has a facing wall that faces the first communicating portion , and a bent wall that is bent toward the second insulator side from an end portion of the facing wall on an opposite side to the opening .
A method of treating a water system to inhibit corrosion or white rust formation on metal components in the water system, the method comprising adding to the water system having a volume of water: an amino-acid based polymer or its water soluble salt; a first phosphonic acid or its water soluble salt; and a second phosphonic acid or its water soluble salt; and wherein the first phosphonic acid is hydroxyphosphonoacetic acid or its water soluble salt; wherein the adding step provides an active concentration in the volume of water of 3 ppm - 50 ppm of the amino-acid based polymer or its water soluble salt, 3 ppm - 50 ppm ppm of the hydroxyphosphonoacetic acid or its water soluble salt, and 2 ppm - 20 ppm of the second phosphonic acid or its water soluble salt; and wherein no zinc, chromate, molybdate, or tin are added to the water in the water system. an amino-acid based polymer or its water soluble salt; a first phosphonic acid or its water soluble salt; and a second phosphonic acid or its water soluble salt; and wherein the first phosphonic acid is hydroxyphosphonoacetic acid or its water soluble salt; wherein the adding step provides an active concentration in the volume of water of 3 ppm - 50 ppm of the amino-acid based polymer or its water soluble salt, 3 ppm - 50 ppm ppm of the hydroxyphosphonoacetic acid or its water soluble salt, and 2 ppm - 20 ppm of the second phosphonic acid or its water soluble salt; and wherein no zinc, chromate, molybdate, or tin are added to the water in the water system.
A composition comprising a mixture of silyl hydride, a silanol and/or silyl ether, a Lewis acid catalyst and an amine having the following formula: R 1 R 2 R 3 N; where the nitrogen is not a member of an N=C-N linkage and where each of R 1 , R 2 , and R 3 is independently selected from a group consisting of hydrogen, alkyl, substituted alkyl, and conjugated moieties; and wherein at least one of R 1 , R 2 and R 3 is a conjugated moiety connected to the nitrogen by a conjugated carbon.