mhurhangee/patent-ind-claim-en huggingface dataset:
A method for synchronizing contact information to be synchronized between a local terminal and a server, comprising: acquiring (S101) a request for synchronizing the contact information; acquiring (S102), in response to the request, head portrait information in the contact information and feature identification data of the head portrait information; determining whether the head portrait information is NULL in the local terminal to obtain a first determination result; retrieving a uniform resource locator in the feature identification data from the server; determining whether the uniform resource locator in the feature identification data is NULL in the server to obtain a second determination result; and determining (S103) the first determination result and the second determination result as a portrait status of the head portrait information; and performing (S104) a synchronizing operation on the head portrait information based on the portrait status of the head portrait information, the synchronizing operation comprising one of an uploading operation, a download operation, and a deleting operation. acquiring (S101) a request for synchronizing the contact information; acquiring (S102), in response to the request, head portrait information in the contact information and feature identification data of the head portrait information; determining whether the head portrait information is NULL in the local terminal to obtain a first determination result; retrieving a uniform resource locator in the feature identification data from the server; determining whether the uniform resource locator in the feature identification data is NULL in the server to obtain a second determination result; and determining (S103) the first determination result and the second determination result as a portrait status of the head portrait information; and performing (S104) a synchronizing operation on the head portrait information based on the portrait status of the head portrait information, the synchronizing operation comprising one of an uploading operation, a download operation, and a deleting operation.
A caulking tool , comprising: a protrusion portion which is formed in a columnar shape; a main body portion which is disposed on a base end side of the protrusion portion and is formed in a columnar shape having a larger diameter than that of the protrusion portion; and a connection portion which connects a base end of the protrusion portion and the main body portion to each other, an outer surface of the connection portion is a radiused surface which is annular about an axis of the protrusion portion and is formed in a recessed shape, and wherein a surface of the main body portion facing the protrusion portion side is an inclined surface which is smoothly continued to the radiused surface and is inclined to a side separated from the protrusion portion toward the outside in a radial direction of the protrusion portion; characterized in that a tip portion of the protrusion portion has a conical shape about the axis . a protrusion portion which is formed in a columnar shape; a main body portion which is disposed on a base end side of the protrusion portion and is formed in a columnar shape having a larger diameter than that of the protrusion portion; and a connection portion which connects a base end of the protrusion portion and the main body portion to each other, an outer surface of the connection portion is a radiused surface which is annular about an axis of the protrusion portion and is formed in a recessed shape, and wherein a surface of the main body portion facing the protrusion portion side is an inclined surface which is smoothly continued to the radiused surface and is inclined to a side separated from the protrusion portion toward the outside in a radial direction of the protrusion portion; characterized in that
A method for remotely configuring a Precision Time Protocol, PTP, service of an Optical Network Unit, ONU, characterized by comprising: after an ONU performs an initialization, the ONU creating a PTP management entity; the ONU receiving a PTP management entity attribute sent by an OLT and set by the OLT; wherein the PTP management entity attribute comprises PTP management entity identification, administrative state representing whether a port PTP service is enabled, PTP state representing a port PTP state being master, slave or passive, transport type representing a PTP service package type, far-end MAC, near-end MAC, near-end IP, far-end IP, transit mode being unicast or multicast, TCI representing PTP service tag information, synchronization step, PTP priority and clock class whose value range is 0-255; and the ONU parsing the PTP management entity attribute sent by the OLT and setting a corresponding PTP service according to the PTP management entity attribute. after an ONU performs an initialization, the ONU creating a PTP management entity; the ONU receiving a PTP management entity attribute sent by an OLT and set by the OLT; wherein the PTP management entity attribute comprises PTP management entity identification, administrative state representing whether a port PTP service is enabled, PTP state representing a port PTP state being master, slave or passive, transport type representing a PTP service package type, far-end MAC, near-end MAC, near-end IP, far-end IP, transit mode being unicast or multicast, TCI representing PTP service tag information, synchronization step, PTP priority and clock class whose value range is 0-255; and the ONU parsing the PTP management entity attribute sent by the OLT and setting a corresponding PTP service according to the PTP management entity attribute.
A percutaneous vascular surgical system comprising: a sheath having a proximal end and a distal end and defining a main lumen extending between the proximal and distal ends; at least one auxiliary lumen defined by the sheath; a reversibly inflatable first balloon located about the sheath adjacent the distal end and in fluid communication with the auxiliary lumen , the main lumen being accessible via an opening at the distal end located distally of the first balloon such as to allow fluid flow into the main lumen via the opening in the distal end when the first balloon is inflated; a negative pressure generator selectively connectable to the main lumen ; and a vascular closure device (52; 152; 252) operable through the main lumen to seal an opening (O) in a wall of a blood vessel (V) through which vascular access of the sheath is achieved. a sheath having a proximal end and a distal end and defining a main lumen extending between the proximal and distal ends; at least one auxiliary lumen defined by the sheath; a reversibly inflatable first balloon located about the sheath adjacent the distal end and in fluid communication with the auxiliary lumen , the main lumen being accessible via an opening at the distal end located distally of the first balloon such as to allow fluid flow into the main lumen via the opening in the distal end when the first balloon is inflated; a negative pressure generator selectively connectable to the main lumen ; and a vascular closure device (52; 152; 252) operable through the main lumen to seal an opening (O) in a wall of a blood vessel (V) through which vascular access of the sheath is achieved.
Bicycle comprising a frame structure , including a) a swingarm structure comprising a first substantially U-shaped sheet-metal part for holding a wheel , and b) a frame bridge comprising a second substantially U-shaped sheet-metal part , wherein c) the first U-shaped sheet-metal part is bent to form a first U-shape substantially in a first bending plane (P), and d) the second U-shaped sheet-metal part is bent to form substantially a second U-shape in a second bending plane (Q), wherein e) the first bending plane (P) is arranged substantially perpendicularly to the second bending plane (Q). a) a swingarm structure comprising a first substantially U-shaped sheet-metal part for holding a wheel , and b) a frame bridge comprising a second substantially U-shaped sheet-metal part , wherein c) the first U-shaped sheet-metal part is bent to form a first U-shape substantially in a first bending plane (P), and d) the second U-shaped sheet-metal part is bent to form substantially a second U-shape in a second bending plane (Q), wherein e) the first bending plane (P) is arranged substantially perpendicularly to the second bending plane (Q).
Method of preparation of a ferrite heavy liquid suspension filler, comprising comminution and mechanical classification of fractions, characterized in that it comprises steps of a) classifying a comminuted ferrite fraction of a waste material in a mechanical 0,2 - 2 mm classifier, to form a fine screened fraction and a coarse fraction, b) separating the fine screened fraction from step (a) in an electromagnetic separator with migrating magnetic field, where after separating a non-magnetic fraction, a ferrite fraction, which constitutes a filler for a heavy liquid suspension, is obtained, c1) comminuting the coarse fraction from the 0,2 - 2 mm classifier obtained in step (a) in a crusher, preferably a roll crusher, c2) classifying the comminuted fraction from step (c1) in a two-deck 2 - 5 mm and 0,2 - 2 mm classifier to form three fractions: finest screened ferrite fraction directed to the electromagnetic separator with migrating magnetic field along with the fine screened fraction from step (a), a coarser ferrite fraction, and coarsest fraction comprising a metallic fraction, c) comminuting the coarser fraction from step (c2), preferably in a fine grinding mill, d) recycling the fraction obtained in step (c) to the two-deck 2 - 5 mm and 0,2 - 2 mm classifier in step (c1), and e) removing the coarsest metallic fraction from the two-deck 2 - 5 mm and 0,2 - 2 mm classifier. a) classifying a comminuted ferrite fraction of a waste material in a mechanical 0,2 - 2 mm classifier, to form a fine screened fraction and a coarse fraction, b) separating the fine screened fraction from step (a) in an electromagnetic separator with migrating magnetic field, where after separating a non-magnetic fraction, a ferrite fraction, which constitutes a filler for a heavy liquid suspension, is obtained, c1) comminuting the coarse fraction from the 0,2 - 2 mm classifier obtained in step (a) in a crusher, preferably a roll crusher, c2) classifying the comminuted fraction from step (c1) in a two-deck 2 - 5 mm and 0,2 - 2 mm classifier to form three fractions: finest screened ferrite fraction directed to the electromagnetic separator with migrating magnetic field along with the fine screened fraction from step (a), a coarser ferrite fraction, and coarsest fraction comprising a metallic fraction, c1) comminuting the coarse fraction from the 0,2 - 2 mm classifier obtained in step (a) in a crusher, preferably a roll crusher, c2) classifying the comminuted fraction from step (c1) in a two-deck 2 - 5 mm and 0,2 - 2 mm classifier to form three fractions: finest screened ferrite fraction directed to the electromagnetic separator with migrating magnetic field along with the fine screened fraction from step (a), a coarser ferrite fraction, and coarsest fraction comprising a metallic fraction, c) comminuting the coarser fraction from step (c2), preferably in a fine grinding mill, d) recycling the fraction obtained in step (c) to the two-deck 2 - 5 mm and 0,2 - 2 mm classifier in step (c1), and e) removing the coarsest metallic fraction from the two-deck 2 - 5 mm and 0,2 - 2 mm classifier.
A method for detecting a domain name family of a botnet, comprising: obtaining (S101) suspicious domain names; building (S102) a domain name space-time correlation graph based on correlations between the suspicious domain names in different dimensions, wherein in the domain name space-time correlation graph, each suspicious domain name is taken as a node, an edge is formed between two domain names having at least one correlation, and the correlation between the two domain names is taken as an attribute value of the edge, wherein the correlations in different dimensions comprises any combination of the following characteristics: similarity in grammatical features of the domain names, similarity in correlations between the domain names and a virus, similarity in IP addresses resolved from the domain names, and similarity in access traffics of the domain names; and determining (S103) domain names that are closely correlated in the domain name space-time correlation graph according to a determination index of a compactness of each node in graph computing, and taking a set of the corresponding domain names as the domain name family of the botnet. obtaining (S101) suspicious domain names; building (S102) a domain name space-time correlation graph based on correlations between the suspicious domain names in different dimensions, wherein in the domain name space-time correlation graph, each suspicious domain name is taken as a node, an edge is formed between two domain names having at least one correlation, and the correlation between the two domain names is taken as an attribute value of the edge, wherein the correlations in different dimensions comprises any combination of the following characteristics: similarity in grammatical features of the domain names, similarity in correlations between the domain names and a virus, similarity in IP addresses resolved from the domain names, and similarity in access traffics of the domain names; and determining (S103) domain names that are closely correlated in the domain name space-time correlation graph according to a determination index of a compactness of each node in graph computing, and taking a set of the corresponding domain names as the domain name family of the botnet.
A memory apparatus comprising: a three-dimensional, 3D, Flash memory array comprising a plurality of strings (308a-308d) of memory cells including a first string of memory cells; and a plurality of wordlines coupled with the plurality of strings, wherein individual wordlines are coupled to respective memory cells of the first string, and wherein the plurality of wordlines include: a first set of wordlines that correspond to a first set of memory cells in the first string; a second set of wordlines that correspond to a second set of memory cells in the first string, wherein a block erase operation is to use the second set of wordlines to block erase the second set of memory cells without erasing the first set of memory cells; and a plurality of separator wordlines (306a-d) disposed between the first and second sets of wordlines; characterised in that the apparatus further comprises control circuitry coupled to the 3D Flash memory array, the control circuitry to provide different bias voltages to different separator wordlines of the plurality of separator wordlines during the block erase operation, wherein the different bias voltages increase from a first separator wordline adjacent the second set of wordlines to a second separator wordline adjacent the first set of wordlines. a three-dimensional, 3D, Flash memory array comprising a plurality of strings (308a-308d) of memory cells including a first string of memory cells; and a plurality of wordlines coupled with the plurality of strings, wherein individual wordlines are coupled to respective memory cells of the first string, and wherein the plurality of wordlines include: a first set of wordlines that correspond to a first set of memory cells in the first string; a second set of wordlines that correspond to a second set of memory cells in the first string, wherein a block erase operation is to use the second set of wordlines to block erase the second set of memory cells without erasing the first set of memory cells; and a plurality of separator wordlines (306a-d) disposed between the first and second sets of wordlines; a first set of wordlines that correspond to a first set of memory cells in the first string; a second set of wordlines that correspond to a second set of memory cells in the first string, wherein a block erase operation is to use the second set of wordlines to block erase the second set of memory cells without erasing the first set of memory cells; and a plurality of separator wordlines (306a-d) disposed between the first and second sets of wordlines; characterised in that the apparatus further comprises control circuitry coupled to the 3D Flash memory array, the control circuitry to provide different bias voltages to different separator wordlines of the plurality of separator wordlines during the block erase operation, wherein the different bias voltages increase from a first separator wordline adjacent the second set of wordlines to a second separator wordline adjacent the first set of wordlines.
A method comprising: receiving an input signal representing audio captured by a sensor (302;402) disposed in an active noise reduction, ANR, device ; determining , by one or more processing devices, that the ANR device is operating in a first operational mode; responsive to determining that the ANR device is operating in the first operational mode, applying a first gain to the input signal to generate a first amplified input signal, and providing the first amplified input signal to a first processor (308A;408C) corresponding to the first operational mode; determining , by the one or more processing devices, that the ANR device is operating in a second operational mode different from the first operational mode; responsive to determining that the ANR device is operating in the second operational mode, applying a second gain to the input signal to generate a second amplified input signal, wherein the second gain is different from the first gain, and providing the second amplified input signal to a second processor (308B;410), separate from the first processor, corresponding to the second operational mode; processing the first or second amplified input signal to generate an output signal; and generating, by an acoustic transducer, an audio output based on the output signal. receiving an input signal representing audio captured by a sensor (302;402) disposed in an active noise reduction, ANR, device ; determining , by one or more processing devices, that the ANR device is operating in a first operational mode; responsive to determining that the ANR device is operating in the first operational mode, applying a first gain to the input signal to generate a first amplified input signal, and providing the first amplified input signal to a first processor (308A;408C) corresponding to the first operational mode; determining , by the one or more processing devices, that the ANR device is operating in a second operational mode different from the first operational mode; responsive to determining that the ANR device is operating in the second operational mode, applying a second gain to the input signal to generate a second amplified input signal, wherein the second gain is different from the first gain, and providing the second amplified input signal to a second processor (308B;410), separate from the first processor, corresponding to the second operational mode; processing the first or second amplified input signal to generate an output signal; and generating, by an acoustic transducer, an audio output based on the output signal.
A method of manufacturing a water-absorbent resin, comprising performing reverse phase suspension polymerization of two steps or more on a water-soluble ethylenically unsaturated monomer in a hydrocarbon dispersion medium wherein at least an azo compound, a peroxide and an internal-crosslinking agent are each present in each step; wherein 0.015 to 0.150 mmol of the internal-crosslinking agent is used at the time of the polymerization of a first step for 1 mole of the water-soluble ethylenically unsaturated monomer such that a BET specific surface area of secondary particles formed by agglomeration of primary particles is controlled to be less than 0.03 m 2 /g, wherein the secondary particles are classified into 300 to 400 μm, and wherein the BET specific surface area is determined as detailed at page 21, line 28 to page 22, line 2 of the description.
An apparatus comprising: an interface module for coupling a cable to a network device , the cable delivering combined power, data, and cooling to the network device , the interface module comprising: an electrical interface for receiving power for powering the network device ; an optical transceiver for receiving optical communications signals; a fluid interface for receiving coolant; and sensors for monitoring said power and cooling, including monitoring temperature, pressure, and flow rate of the coolant, and providing power and cooling information based on the monitoring to a central network device delivering said combined power, data, and cooling. an electrical interface for receiving power for powering the network device ; an optical transceiver for receiving optical communications signals; a fluid interface for receiving coolant; and sensors for monitoring said power and cooling, including monitoring temperature, pressure, and flow rate of the coolant, and providing power and cooling information based on the monitoring to a central network device delivering said combined power, data, and cooling.
Switching device , in particular residual-current circuit breaker , wherein the switching device has at least one stationary contact that is arranged on a stationary contact support , and a movable contact that is arranged on a movable contact arm , wherein the movable contact is provided to come into contact with the stationary contact , and wherein the switching device has an arc-extinguishing device , wherein the arc-extinguishing device comprises extensions that are arranged laterally on the stationary contact support and at least in some areas flank an opening path of the movable contact arm , wherein the contact arm has an end region which extends beyond the movable contact , characterised in that only the opening path of the end region of the contact arm is flanked in some areas by the extensions of the stationary contact support .