mhurhangee/ep-ind-claims huggingface dataset:
An adhesive member comprising: a base material having an uneven shape on at least one surface, wherein the uneven shape is constituted by plural protrusions and recesses between two adjacent protrusions of the plural protrusions, and a bottom surface is present between two adjacent protrusions of the plural protrusions; and a surface layer covering at least a portion of the surface having the uneven shape on the base material, wherein: the surface layer is a continuous layer arranged over tips of plural protrusions on the base material and covers said plural protrusions, the bottom surface and a surface of the surface layer that is on the side facing the bottom surface have a space therebetween, a thickness of the surface layer is from 0.1 μm to 50 μm, and a ratio of a height of each protrusion on the base material with respect to the thickness of the surface layer (height of each protrusion/thickness of surface layer) is from 0.2 to 1,000, characterized in that the surface layer and the base material have a storage elastic modulus at 25°C of from 5 MPa to 1 GPa, measured according to the section "[Measurement of Storage Elastic Modulus E']" of the description. a base material having an uneven shape on at least one surface, wherein the uneven shape is constituted by plural protrusions and recesses between two adjacent protrusions of the plural protrusions, and a bottom surface is present between two adjacent protrusions of the plural protrusions; and a surface layer covering at least a portion of the surface having the uneven shape on the base material, wherein: the surface layer is a continuous layer arranged over tips of plural protrusions on the base material and covers said plural protrusions, the bottom surface and a surface of the surface layer that is on the side facing the bottom surface have a space therebetween, a thickness of the surface layer is from 0.1 μm to 50 μm, and a ratio of a height of each protrusion on the base material with respect to the thickness of the surface layer (height of each protrusion/thickness of surface layer) is from 0.2 to 1,000, characterized in that the surface layer and the base material have a storage elastic modulus at 25°C of from 5 MPa to 1 GPa, measured according to the section "[Measurement of Storage Elastic Modulus E']" of the description. the surface layer is a continuous layer arranged over tips of plural protrusions on the base material and covers said plural protrusions, the bottom surface and a surface of the surface layer that is on the side facing the bottom surface have a space therebetween, a thickness of the surface layer is from 0.1 μm to 50 μm, and a ratio of a height of each protrusion on the base material with respect to the thickness of the surface layer (height of each protrusion/thickness of surface layer) is from 0.2 to 1,000, characterized in that the surface layer and the base material have a storage elastic modulus at 25°C of from 5 MPa to 1 GPa, measured according to the section "[Measurement of Storage Elastic Modulus E']" of the description.
A separator for a lithium ion secondary battery comprising a porous film including nonconductive particles and a binder laminated on an organic separator, said binder including a copolymer comprising (meth)acrylonitrile monomer units and (meth)acrylic ester monomer units; and characterized in that the ratio of (meth)acrylonitrile monomer units and (meth)acrylic ester monomer units (= (meth)acrylonitrile monomer units/(meth)acrylic ester monomer units) in the copolymer of the binder is within the range of 5/95 to 50/50 by mass ratio.
An information processing apparatus, wherein the information processing apparatus comprises: a generating unit, configured to generate privacy information and non-privacy information according to digest information of a file; an encrypting unit, configured to encrypt the file by using a shared key delivered by a trusted server, to obtain an encrypted file; an uploading unit, configured to upload the encrypted file and the non-privacy information to a cloud server; a receiving unit, configured to receive information, returned by the cloud server to the information processing apparatus, about an address at which the encrypted file is saved; and a transmitting unit, configured to transmit the address information of the encrypted file to the trusted server, so that the trusted server saves the address information. a generating unit, configured to generate privacy information and non-privacy information according to digest information of a file; an encrypting unit, configured to encrypt the file by using a shared key delivered by a trusted server, to obtain an encrypted file; an uploading unit, configured to upload the encrypted file and the non-privacy information to a cloud server; a receiving unit, configured to receive information, returned by the cloud server to the information processing apparatus, about an address at which the encrypted file is saved; and a transmitting unit, configured to transmit the address information of the encrypted file to the trusted server, so that the trusted server saves the address information.
A vertical air-conditioner comprising a vertical air-conditioner air supply apparatus provided with an airflow distribution assembly, wherein the air supply apparatus comprises at least two annular air guiding bodies (11, 12, 13) that are hollow and have front and rear openings; each of the annular air guiding bodies (11, 12, 13) is a single component; the at least two annular air guiding bodies (11, 12, 13) are sequentially arranged from front to rear, and a through-duct which runs from front to end is formed in the middle; the air-conditioner air supply apparatus comprises at least one annular heat-exchanged air duct (14, 15), formed between two adjacent annular air guiding bodies (11, 12, 13); an air inlet of a rear-end annular air guiding body located at the rear end is a non-heat-exchanged air inlet; an air outlet of a front-end annular air guiding body located at the front end is a mixed air outlet; and the airflow distribution assembly for distributing heat-exchanged air that enters the at least one heat-exchanged air duct (14, 15) from a heat exchanger of the air-conditioner is disposed in the at least one annular heat-exchanged air duct (14, 15), wherein the heat exchanger is positioned below the airflow distribution assembly and the airflow distribution assembly at least comprises a pair of primary airflow distribution plates (161, 162) dividing the heat-exchanged a i r into left, middle and right parts, and the primary airflow distribution plates (161, 162) are disposed at a lower part of the annular heat-exchanged air duct and, with regard to an air supply direction of the heat-exchanged air, bilaterally symmetrically disposed, wherein the pair of primary airflow distribution plates (161, 162) divides the at least one annular heat-exchanged air duct (14, 15) into a lower part and an upper part, whose circumferential lengths are at a ratio of 1:2 to 1:4, characterized in that the airflow distribution assembly further comprises several pairs of auxiliary airflow distribution plates, and the several pairs of auxiliary airflow distribution plates are, with regard to the air supply direction of the heat-exchanged air, bilaterally symmetrically and sequentially disposed above the primary airflow distribution plates (161, 162), at a gradually decreasing spacing from bottom to top.
A method for rules-based overload control for 5G services, the method comprising: configuring, at an intermediate node or a producer network function, NF overload message handing rules, wherein at least some of the rules include destination network name, DNN, or a network slice, subscription or location identifying parameter as rule selection criteria; the method comprises: associating, at the intermediate node or the producer NF, a guaranteed processing bandwidth of the intermediate or the producer NF, with at least some of the overload message handling rules; receiving a first message at the intermediate node or the producer NF; determining, by the intermediate or the producer NF, that an overload condition exists; identifying, by the intermediate node or the producer NF, that the first message includes parameters that match the rule selection criteria for one of the overload message handling rules; determining, by the intermediate node or the producer NF, that a portion of the guaranteed processing bandwidth of the intermediate node or the producer NF for the matching overload message handling rule is available to process the first message; and processing, by the intermediate node or the producer NF and using a portion of the guaranteed processing bandwidth of the intermediate node or the producer NF for the matching overload message handling rule, the first message and updating a message count for the overload message handling rule. associating, at the intermediate node or the producer NF, a guaranteed processing bandwidth of the intermediate or the producer NF, with at least some of the overload message handling rules; receiving a first message at the intermediate node or the producer NF; determining, by the intermediate or the producer NF, that an overload condition exists; identifying, by the intermediate node or the producer NF, that the first message includes parameters that match the rule selection criteria for one of the overload message handling rules; determining, by the intermediate node or the producer NF, that a portion of the guaranteed processing bandwidth of the intermediate node or the producer NF for the matching overload message handling rule is available to process the first message; and processing, by the intermediate node or the producer NF and using a portion of the guaranteed processing bandwidth of the intermediate node or the producer NF for the matching overload message handling rule, the first message and updating a message count for the overload message handling rule.
An electro-optic medium for electro-optic displays comprising a continuous phase comprising a binder and a discontinuous phase comprising electro-optic material, the electro-optic medium being characterized in that the binder comprises an elastomer having a Young's modulus less than 25 MPa.
Sputtering head having a mounting for a sputtering target and having one or more magnetic-field sources for generating a stray magnetic field having field lines which emerge from the surface of the sputtering target and re-enter the same, the north pole and south pole of at least one magnetic-field source, between which the stray field forms, being at a distance from one another of 10 mm or less, and preferably of 5 mm or less and, as a very special preference, of approximately 1 mm, characterised in that the target mounting is surrounded by a shield to spatially restrict the erosion of material to the sputtering target and in that an insulator in the form of a solid is arranged between the target mounting and the shield.
An outdoor unit for an air-conditioning-apparatus comprising: a lower heat exchanger including first heat-transfer tubes arranged in rows; an upper heat exchanger provided above the lower heat exchanger, the upper heat exchanger including a first heat-exchanger core and a second heat-exchanger core provided in a column direction described by the first heat-exchanger core, the upper heat exchanger having a second heat-transfer tube; and a reinforcing member supporting the upper heat exchanger, characterised by the reinforcing member including: a first supporting tab supporting the bottom side of the second heat-exchanger core; a second supporting tab supporting a lower side surface of the second heat-exchanger core, the second supporting tab formed integrally with the first supporting tab; a third supporting tab securing a gap between the first heat-exchanger core and the second heat-exchanger core, the third supporting tab formed integrally with the first supporting tab; a first engaging tab holding the first heat-transfer tube, the first engaging tab formed integrally with the third supporting tab; and a second engaging tab holding the second heat-transfer tube, the second engaging tab formed integrally with the third supporting tab. a lower heat exchanger including first heat-transfer tubes arranged in rows; an upper heat exchanger provided above the lower heat exchanger, the upper heat exchanger including a first heat-exchanger core and a second heat-exchanger core provided in a column direction described by the first heat-exchanger core, the upper heat exchanger having a second heat-transfer tube; and a reinforcing member supporting the upper heat exchanger, characterised by the reinforcing member including: a first supporting tab supporting the bottom side of the second heat-exchanger core; a second supporting tab supporting a lower side surface of the second heat-exchanger core, the second supporting tab formed integrally with the first supporting tab; a third supporting tab securing a gap between the first heat-exchanger core and the second heat-exchanger core, the third supporting tab formed integrally with the first supporting tab; a first engaging tab holding the first heat-transfer tube, the first engaging tab formed integrally with the third supporting tab; and a second engaging tab holding the second heat-transfer tube, the second engaging tab formed integrally with the third supporting tab. a first supporting tab supporting the bottom side of the second heat-exchanger core; a second supporting tab supporting a lower side surface of the second heat-exchanger core, the second supporting tab formed integrally with the first supporting tab; a third supporting tab securing a gap between the first heat-exchanger core and the second heat-exchanger core, the third supporting tab formed integrally with the first supporting tab; a first engaging tab holding the first heat-transfer tube, the first engaging tab formed integrally with the third supporting tab; and a second engaging tab holding the second heat-transfer tube, the second engaging tab formed integrally with the third supporting tab.
A method of calculating a blade deflection profile of a wind turbine blade having a blade deflection monitoring system, the method comprising the steps of: providing a wind turbine blade having a known modal profile; measuring a distance between at least one root location towards a root end of the wind turbine blade and at least one tip location towards a tip end of the wind turbine blade; characterised by calculating a blade deflection profile based on the measured distance between said root and tip locations and said known modal profile. providing a wind turbine blade having a known modal profile; measuring a distance between at least one root location towards a root end of the wind turbine blade and at least one tip location towards a tip end of the wind turbine blade; characterised by calculating a blade deflection profile based on the measured distance between said root and tip locations and said known modal profile.
A pipe or tubular moulded part having a sleeve disposed on an end section (1.1) for the fluid-tight connection of the pipe or tubular moulded part to a component, said sleeve comprising a bead (2.1) on the internal surface (1.3) of the wall (1.2) for receiving a sealing element, wherein the bead (2.1) is in the shape of a groove and is delimited by a first bead flank (2.2), which is assigned to the end (1.5) of the pipe or tubular moulded part, a bead base (2.3) and a second bead flank (2.4), which is remote from the end (1.5) of the pipe or tubular moulded part, which are formed by the internal surface (1.3) of the wall (1.2) of the pipe or tubular moulded part, and wherein the bead base (2.3) has a wall thickness which is greater in the region of the second bead flank (2.4) than in the region of the first bead flank (2.2), characterised in that the external surface (1.4) of the wall (1.2) in the region of the bead base (2.3) is in the form of a conical surface section.
A superconducting magnet comprising: a superconducting coil; a persistent current switch; and an alternating-current power supply, wherein the alternating-current power supply is connected to a loop circuit of the superconducting coil and the persistent current switch such that the alternating-current power supply is in parallel with the persistent current switch, the persistent current switch includes a superconducting wire, characterised in that the superconducting wire has arranged on an inner periphery thereof a normal conducting portion and a superconducting filament, and has arranged on an outer periphery thereof a sheath, and provided that the frequency of the alternating current supplied to the persistent current switch by the alternating-current power supply is f, the thickness of the sheath is t, the electric resistivity of the material of the sheath is ρ, and the permeability of the sheath is μ, t/2 < √(ρ/πfμ). a superconducting coil; a persistent current switch; and an alternating-current power supply, wherein the alternating-current power supply is connected to a loop circuit of the superconducting coil and the persistent current switch such that the alternating-current power supply is in parallel with the persistent current switch, the persistent current switch includes a superconducting wire, characterised in that the superconducting wire has arranged on an inner periphery thereof a normal conducting portion and a superconducting filament, and has arranged on an outer periphery thereof a sheath, and provided that the frequency of the alternating current supplied to the persistent current switch by the alternating-current power supply is f, the thickness of the sheath is t, the electric resistivity of the material of the sheath is ρ, and the permeability of the sheath is μ, t/2 < √(ρ/πfμ).
A method for managing a mobile client communications device data link to a voice service accessible via a cellular data network and a wireless local area network, the mobile client communications device having a cellular network interface and a wireless local area network interface, the mobile client communications device being operable to establish and maintain a communications session to the voice service, the mobile client communications device being connected to the voice service via a first wireless local area network access point, the method executed by the mobile client communications device and comprising: upon detecting that the wireless local area network interface sends at least one probe message to attempt to join a second access point; sending a request to join the cellular data network, the request including an indication that the request is for a provisional link to the voice service accessible via the cellular data network; monitoring for the establishment of a data link to the voice service via the second access point; after expiry of a predetermined period of time, determining whether the data link has been established; and if the data link cannot be established, sending a further instruction to the cellular data network to complete the connection to the voice service via the cellular network; and connecting to the voice service via the cellular network. upon detecting that the wireless local area network interface sends at least one probe message to attempt to join a second access point; sending a request to join the cellular data network, the request including an indication that the request is for a provisional link to the voice service accessible via the cellular data network; monitoring for the establishment of a data link to the voice service via the second access point; after expiry of a predetermined period of time, determining whether the data link has been established; and if the data link cannot be established, sending a further instruction to the cellular data network to complete the connection to the voice service via the cellular network; and connecting to the voice service via the cellular network.
A method for decision support of a first combat aircraft in a combat situation comprising the steps of: a) detecting a plurality of second combat aircrafts, wherein the plurality of second combat aircrafts is different from the first combat aircraft, b) analyzing the plurality of second combat aircrafts to determine their type, their sensor capacity and their total weapons capacity, and c) recording the sensor capacity and the total weapons capacity of the plurality of second combat aircrafts and determining for each one of the plurality of second combat aircraft a respective first geographic zone adapted for defining the detection limit of the respective second combat aircrafts and a respective second geographic zone adapted for defining a shoot-down limit of the respective second combat aircrafts, wherein the first and the second geographic zones are adapted for decision support of the first combat aircraft in the combat situation with the plurality of second combat aircrafts, said method being characterized in that the respective first geographic zones are integrated as a single geographic zone by summing the respective first geographical zones to thereby form an integrated detection area, and in that the respective second geographic zones are integrated as a single geographic zone by summing the respective second geographical zones to thereby form an integrated shoot-down area. a) detecting a plurality of second combat aircrafts, wherein the plurality of second combat aircrafts is different from the first combat aircraft, b) analyzing the plurality of second combat aircrafts to determine their type, their sensor capacity and their total weapons capacity, and c) recording the sensor capacity and the total weapons capacity of the plurality of second combat aircrafts and determining for each one of the plurality of second combat aircraft a respective first geographic zone adapted for defining the detection limit of the respective second combat aircrafts and a respective second geographic zone adapted for defining a shoot-down limit of the respective second combat aircrafts, wherein the first and the second geographic zones are adapted for decision support of the first combat aircraft in the combat situation with the plurality of second combat aircrafts,
A method for estimating an angular deviation ( α) between a reference axis (A ref) of a magnetic object and a magnetic axis colinear to a magnetic moment (m) of said magnetic object, including the following steps: a) positioning (90; 110) said magnetic object with respect to at least one magnetometer (M i) capable of measuring a magnetic field in the presence of the magnetic object; b) rotating said magnetic object around said reference axis (A ref); c) measuring, during the rotation, the magnetic field (B i (t j)), for different instants (t j) of a measurement duration, by said magnetometer (M i); d) estimating (130; 230) the angular deviation ( α) from the measurements (B i (t j)) of the magnetic field (B i). a) positioning (90; 110) said magnetic object with respect to at least one magnetometer (M i) capable of measuring a magnetic field in the presence of the magnetic object; b) rotating said magnetic object around said reference axis (A ref); c) measuring, during the rotation, the magnetic field (B i (t j)), for different instants (t j) of a measurement duration, by said magnetometer (M i); d) estimating (130; 230) the angular deviation ( α) from the measurements (B i (t j)) of the magnetic field (B i).