mhurhangee/ep-ind-claims huggingface dataset:
A structure comprising: a base that is made of a metal, and has a flat portion and at least one of a bump and an edge portion on a surface; and a surface coat layer that is formed from an amorphous inorganic material and particles of a crystalline inorganic material, and covers the surface of the base, the surface coat layer including a first coat portion covering the flat portion and a second coat portion covering the at least one of a bump and an edge portion, the surface coat layer having a thickness ratio of the second coat portion to the first coat portion (second coat portion thickness/first coat portion thickness) of from 0.4 to less than 1.0, the particles of the crystalline inorganic material having an average particle size of from 0.1 to 50 μm, wherein the bump is formed by at least one of a weld bead and a weld spatter. a base that is made of a metal, and has a flat portion and at least one of a bump and an edge portion on a surface; and a surface coat layer that is formed from an amorphous inorganic material and particles of a crystalline inorganic material, and covers the surface of the base, the surface coat layer including a first coat portion covering the flat portion and a second coat portion covering the at least one of a bump and an edge portion, the surface coat layer having a thickness ratio of the second coat portion to the first coat portion (second coat portion thickness/first coat portion thickness) of from 0.4 to less than 1.0, the particles of the crystalline inorganic material having an average particle size of from 0.1 to 50 μm, wherein the bump is formed by at least one of a weld bead and a weld spatter.
Masterbatch comprising by weight: • from 1 to 50% of a blend of at least one fluoropolymer and at least one interfacial agent, said fluoropolymer being a polyvinylidene fluoride (PVDF) homopolymer or copolymer containing, by weight, at least 50% VDF; • from 99 to 50% of a polyolefin; • such that the two constituents and are intimately blended beforehand i.e. by a means chosen among compacting in a heated press, injecting into a heated mould, extruding or mixing, at a temperature selected such that the interfacial agent is in the melt state throughout its mass or on its surface and the fluoropolymer is in the solid state, in the form of a powder, and are then blended with the polyolefin, the blend of and being produced at between 20 and 100°C. • from 1 to 50% of a blend of at least one fluoropolymer and at least one interfacial agent, said fluoropolymer being a polyvinylidene fluoride (PVDF) homopolymer or copolymer containing, by weight, at least 50% VDF; • from 99 to 50% of a polyolefin; • such that the two constituents and are intimately blended beforehand i.e. by a means chosen among compacting in a heated press, injecting into a heated mould, extruding or mixing, at a temperature selected such that the interfacial agent is in the melt state throughout its mass or on its surface and the fluoropolymer is in the solid state, in the form of a powder, and are then blended with the polyolefin, the blend of and being produced at between 20 and 100°C.
A method, in a Domain Name System, DNS, in a first Public Land Mobile Network, PLMN, wherein the DNS is configured to have at least two DNS entries for each Network Function, NF, and wherein first DNS entries (401, 402) are configured for use in processing DNS requests that originate from outside of the first PLMN, and wherein second DNS entries (403, 404) are configured for use in processing DNS requests that originated from within the first PLMN, the method comprising: receiving an address request from a first NF for an Internet Protocol, IP, address associated with a domain name of a second NF; determining whether the second NF is within the first PLMN; and based on a determination and whether the first NF is within the first PLMN, and based on the determination of whether the second NF is within the first PLMN, generating an address response comprising an IP address associated with the second NF by: - responsive to the second NF and the first NF being within the first PLMN, generating the address response comprising the IP address of the second NF; - responsive to the second NF being within the first PLMN, and the first NF not being within the first PLMN, generating the address response comprising the IP address of a first edge security node of the first PLMN; - responsive to the first NF being within the first PLMN, and the second NF not being within the PLMN, generating the address response comprising the IP address of a first edge security node in the first PLMN; and - responsive to the neither first NF nor the second NF being within the first PLMN, generating the address response comprising the IP address of a second edge security node in a different PLMN to the first PLMN. receiving an address request from a first NF for an Internet Protocol, IP, address associated with a domain name of a second NF; determining whether the second NF is within the first PLMN; and - responsive to the second NF and the first NF being within the first PLMN, generating the address response comprising the IP address of the second NF; - responsive to the second NF being within the first PLMN, and the first NF not being within the first PLMN, generating the address response comprising the IP address of a first edge security node of the first PLMN; - responsive to the first NF being within the first PLMN, and the second NF not being within the PLMN, generating the address response comprising the IP address of a first edge security node in the first PLMN; and - responsive to the neither first NF nor the second NF being within the first PLMN, generating the address response comprising the IP address of a second edge security node in a different PLMN to the first PLMN.
A process for treating heavy ash or slag in general, characterised by mixing, in the interior of a rotating body, the heavy ash and/or slag and a water quantity in a weight ratio between 0.8 and 2, while simultaneously passing into the rotating body a flow of gaseous CO 2 in a concentration between 90 and 100% v/v for a period not exceeding 2 hours, on termination of the mixing stage the material being passed through at least one screen by which it is separated into ash of diameter greater than 5 mm and a mixture of water and ash with the ash of diameter less than 1 mm, said ash greater than 5 mm being subjected to deferrization treatment, to be then fed to a temporary store, the mixture of water and ash less than 1 mm being subjected to filtration treatment, the filtrate from which consists of a fine fraction of washed and carbonated slag, the water, containing salts washed from the slag and certain heavy metals, being fed to a water purification plant.
A Multi-Access Edge Computing, MEC, system, comprising: a user equipment, UE; an MEC device, comprising a relay User Plane Function, UPF, module, a first UPF module, and a second UPF module; and a core network, configured to perform a UPF path management corresponding to the UE based on a notification from the MEC device, wherein when the UE attaches to a network, the MEC device is configured to establish an idle session between the UE and the relay UPF module, wherein when the MEC device determines that a service for the UE needs to be switched from the first UPF module to the second UPF module and the second UPF module has not been activated, the MEC device is configured to notify the core network to switch the service for the UE from the first UPF module to the relay UPF module first. a user equipment, UE; an MEC device, comprising a relay User Plane Function, UPF, module, a first UPF module, and a second UPF module; and a core network, configured to perform a UPF path management corresponding to the UE based on a notification from the MEC device, wherein when the UE attaches to a network, the MEC device is configured to establish an idle session between the UE and the relay UPF module, wherein when the MEC device determines that a service for the UE needs to be switched from the first UPF module to the second UPF module and the second UPF module has not been activated, the MEC device is configured to notify the core network to switch the service for the UE from the first UPF module to the relay UPF module first.
An inspection apparatus for a sheet (W, Wa) subjected to a process to impart a translucent property, wherein the inspection apparatus comprises: a light source (41a, 41b) configured to irradiate the sheet (W, Wa) with light containing infrared rays; and imaging means for imaging the sheet (W, Wa); characterized in that the inspection apparatus further comprises: a support member in which a surface facing the sheet (W, Wa) is blackened; an infrared filter configured to eliminate visible light in the light emitted from the light source (41a, 41b) and reflected off the sheet (W, Wa) and the support member, and to make only the infrared rays incident on the imaging means; and a control device configured to determine appropriateness of the process to impart a translucent property performed on the sheet (W, Wa) on the basis of the infrared rays emitted from the light source (41a, 41b), reflected off the sheet (W, Wa) and the support member, and made incident on the imaging means. a light source (41a, 41b) configured to irradiate the sheet (W, Wa) with light containing infrared rays; and imaging means for imaging the sheet (W, Wa); a support member in which a surface facing the sheet (W, Wa) is blackened; an infrared filter configured to eliminate visible light in the light emitted from the light source (41a, 41b) and reflected off the sheet (W, Wa) and the support member, and to make only the infrared rays incident on the imaging means; and a control device configured to determine appropriateness of the process to impart a translucent property performed on the sheet (W, Wa) on the basis of the infrared rays emitted from the light source (41a, 41b), reflected off the sheet (W, Wa) and the support member, and made incident on the imaging means.
An inkjet head comprising: a head chip including a pressure chamber configured to contain ink ejected from a nozzle, a piezoelectric element that is provided corresponding to the pressure chamber and includes a first electrode unit on an upper surface and a second electrode unit on a lower surface, and a lead-out unit electrically drawn from the second electrode unit to the outside of the piezoelectric element; and a wiring substrate arranged above the head chip and including a first connecting member formed with a stud bump electrically connected with the first electrode unit of the head chip, and a second connecting member formed with a stud bump electrically connected with the second electrode unit via the lead-out unit, wherein the lead-out unit includes an adjustment member that includes an upper surface arranged at a height substantially equal to the height of the first electrode unit and in which at least the upper surface has electrical continuity with the lead-out unit, and the first connecting member of the wiring substrate is electrically connected with the first electrode unit by coming into contact with an upper surface of the first electrode unit, and the second connecting member is electrically connected with the second electrode unit via the adjustment member and the lead-out unit by coming into contact with the upper surface of the adjustment member. a head chip including a pressure chamber configured to contain ink ejected from a nozzle, a piezoelectric element that is provided corresponding to the pressure chamber and includes a first electrode unit on an upper surface and a second electrode unit on a lower surface, and a lead-out unit electrically drawn from the second electrode unit to the outside of the piezoelectric element; and a wiring substrate arranged above the head chip and including a first connecting member formed with a stud bump electrically connected with the first electrode unit of the head chip, and a second connecting member formed with a stud bump electrically connected with the second electrode unit via the lead-out unit, wherein the lead-out unit includes an adjustment member that includes an upper surface arranged at a height substantially equal to the height of the first electrode unit and in which at least the upper surface has electrical continuity with the lead-out unit, and the first connecting member of the wiring substrate is electrically connected with the first electrode unit by coming into contact with an upper surface of the first electrode unit, and the second connecting member is electrically connected with the second electrode unit via the adjustment member and the lead-out unit by coming into contact with the upper surface of the adjustment member.
A method comprising: testing, at a host (Host 20, Host 22, Host 24), for at least one predetermined path between the host (Host 20, Host 22, Host 24) and a predetermined network node, if an alternative predetermined path between the host (Host 20, Host 22, Host 24) and the predetermined network node exists, determining, at the host (Host 20, Host 22, Host 24), information regarding reliability of the availability of the host (Host 20, Host 22, Host 24) based on the result of the test, characterized in the method further comprising determining at least one combination of network nodes in the at least one predetermined path and in the alternative path, determining at least one group of network nodes depending on the information about the at least one combination of network nodes, determining at least one failure scenario for the host (Host 20, Host 22, Host 24) depending on the at least group of network nodes, and determining the information regarding reliability of the availability of the host (Host 20, Host 22, Host 24) depending on the at least one failure scenario. testing, at a host (Host 20, Host 22, Host 24), for at least one predetermined path between the host (Host 20, Host 22, Host 24) and a predetermined network node, if an alternative predetermined path between the host (Host 20, Host 22, Host 24) and the predetermined network node exists, determining, at the host (Host 20, Host 22, Host 24), information regarding reliability of the availability of the host (Host 20, Host 22, Host 24) based on the result of the test, characterized in the method further comprising determining at least one combination of network nodes in the at least one predetermined path and in the alternative path, determining at least one group of network nodes depending on the information about the at least one combination of network nodes, determining at least one failure scenario for the host (Host 20, Host 22, Host 24) depending on the at least group of network nodes, and determining the information regarding reliability of the availability of the host (Host 20, Host 22, Host 24) depending on the at least one failure scenario.
A client device comprising: a key generating unit to generate a key corresponding to a print job when the print job is requested by the client device; a thumbnail generating unit to generate a first thumbnail of a page of the print job, wherein the page is selected based on the key; an image generating unit to generate a first secure image by embedding the key into the first thumbnail; and a communication interface to: provide the key and the print job to a printing device for printing; and share the first secure image with the printing device, wherein the printing device is to verify the first secure image using the provided key and release the print job corresponding to the first secure image upon successful verification. a key generating unit to generate a key corresponding to a print job when the print job is requested by the client device; a thumbnail generating unit to generate a first thumbnail of a page of the print job, wherein the page is selected based on the key; an image generating unit to generate a first secure image by embedding the key into the first thumbnail; and a communication interface to: provide the key and the print job to a printing device for printing; and share the first secure image with the printing device, wherein the printing device is to verify the first secure image using the provided key and release the print job corresponding to the first secure image upon successful verification. provide the key and the print job to a printing device for printing; and share the first secure image with the printing device, wherein the printing device is to verify the first secure image using the provided key and release the print job corresponding to the first secure image upon successful verification.
A composition comprising monoamine oxidase inhibitory compounds, which composition is prepared by removing ethanol from a distilled alcoholic beverage derived from agave, said removal of ethanol occurring by a process that retains volatile compounds other than ethanol, which process is reverse osmosis or spinning cone columns.
A method of preparing a sustained-release anesthetic composition, comprising: creating a highly entrapped lipid structure (HELS) comprising: at least one amide-type anesthetic, and a lipid mixture including at least one phospholipid, and hydrating the HELS with an aqueous buffer solution at a pH of 5.5 to 8.0; wherein hydrating the HELS forms multilamellar vesicles (MLVs) with entrapped amide-type anesthetic; the median diameter of the MLVs with entrapped amide-type anesthetic is at least 1 μm; and the molar ratio of the amide-type anesthetic to phospholipid in the MLVs with entrapped local anesthetic is at least 0.5:1. creating a highly entrapped lipid structure (HELS) comprising: at least one amide-type anesthetic, and a lipid mixture including at least one phospholipid, and at least one amide-type anesthetic, and a lipid mixture including at least one phospholipid, and hydrating the HELS with an aqueous buffer solution at a pH of 5.5 to 8.0; wherein hydrating the HELS forms multilamellar vesicles (MLVs) with entrapped amide-type anesthetic; the median diameter of the MLVs with entrapped amide-type anesthetic is at least 1 μm; and the molar ratio of the amide-type anesthetic to phospholipid in the MLVs with entrapped local anesthetic is at least 0.5:1.
A solar cell module in which a plurality of solar cells (13a-13d) are sealed by a sealing member between a transparent front surface protective member and a back surface protective member, wherein the sealing member includes at least a first sealing member and a second sealing member, the material of the second sealing member is different from the material of the first sealing member, a softening point of the material of the second sealing member is lower than the softening point of the material of the first sealing member; the sealing member exposed to a side surface of the solar cell module is the first sealing member; an interface between the first sealing member and the second sealing member is not exposed to the side surface of the solar cell module; the first sealing member is in direct contact with the back surfaces of the plurality of solar cells (13a-13d) and the back surface protective member; the second sealing member is in direct contact with the front surfaces of the plurality of solar cells (13a-13d) and the transparent front surface protective member; and the first sealing member and the second sealing member are in direct contact with each other between the side surface of the solar cell module and a solar cell of the plurality of solar cells (13a-13d) that is located nearest to the side surface of the solar cell module, and between adjacent solar cells of the plurality of solar cells (13a-13d).
A method for reducing packet loss in a service protection scheme, comprising: communicating, by a first network device, with a user access device by using a first pseudo wire, PW, through a first Layer 2 virtual Ethernet, L2VE, interface, wherein the first network device communicates with a target network device by using a first route through a first Layer 3 virtual Ethernet, L3VE, interface, and the first L2VE interface and the first L3VE interface belong to a first virtual Ethernet interface group, VE Group; communicating, by a second network device, with the user access device by using a second PW through a second L2VE interface, wherein the second network device communicates with the target network device by using a second route through a second L3VE interface, and the second L2VE interface and the second L3VE interface belong to a second VE Group; when the first PW is primary, the second PW changes to be secondary, setting, by the first network device, a cost value of the first route to a preset first value, and setting, by the second network device, a cost value of the second route to a preset second value, wherein the first value and the second value are both non-negative values, and the first value is smaller than the second value; and when the first PW is secondary, the second PW changes to be primary, setting, by the first network device, the cost value of the first route to the second value, and setting, by the second network device, the cost value of the second route to the first value. communicating, by a first network device, with a user access device by using a first pseudo wire, PW, through a first Layer 2 virtual Ethernet, L2VE, interface, wherein the first network device communicates with a target network device by using a first route through a first Layer 3 virtual Ethernet, L3VE, interface, and the first L2VE interface and the first L3VE interface belong to a first virtual Ethernet interface group, VE Group; communicating, by a second network device, with the user access device by using a second PW through a second L2VE interface, wherein the second network device communicates with the target network device by using a second route through a second L3VE interface, and the second L2VE interface and the second L3VE interface belong to a second VE Group; when the first PW is primary, the second PW changes to be secondary, setting, by the first network device, a cost value of the first route to a preset first value, and setting, by the second network device, a cost value of the second route to a preset second value, wherein the first value and the second value are both non-negative values, and the first value is smaller than the second value; and when the first PW is secondary, the second PW changes to be primary, setting, by the first network device, the cost value of the first route to the second value, and setting, by the second network device, the cost value of the second route to the first value.
Feedback actuator for a steering device of a motor vehicle, comprising a steering shaft which is mounted rotatably about a longitudinal axis extending in the longitudinal direction and which is coupled rotatably drivably to the motor shaft of an electric motor via a belt drive (8, 9), which has at least one pair of belt pulleys with two belt pulleys (81, 82, 91, 92) around which a belt (83, 93) is wound, one of which is operatively connected to the motor shaft and one of which is operatively connected to the steering shaft, characterised in that the two pulleys (81, 82, 91, 92, 182, 191) of the pair of pulleys are arranged coaxially to one another or at an angle to one another.