mhurhangee/patent-ind-claim-en huggingface dataset:
Method for updating process objects of an automation project stored in an engineering system , wherein an automation device can be designed and/or configured by means of the engineering system in order to control a technical process and wherein, furthermore, the technical process to be controlled can be operated and monitored by means of an operator system , wherein for the case where a change to at least one of the process objects is effected during the process control by means of the operator system , - an operating alarm is generated by means of the operator system and stored in a process image of the operator system , wherein this operating alarm comprises the change as well as user-, action- and/or process object-based values in order to protect against unauthorised changes at the at least one process object and an integrity feature in order to protect the operating alarm against manipulations, - the operating alarm is also fed to an archive server and stored, - the operating alarm is read from the archive server by means of the engineering system, - the integrity feature is verified by means of the engineering system and, furthermore, the user-, action- and/or process object-based values are compared with predefined values stored in the engineering system by means of the engineering system , - the change at the at least one process object is adopted in the automation project by means of the engineering system as a function of the results of the verification and the comparison, characterised in that , furthermore, the operating alarm is supplemented by a marker alarm by means of the operator system , which marker alarm signals a grouping of changes. - an operating alarm is generated by means of the operator system and stored in a process image of the operator system , wherein this operating alarm comprises the change as well as user-, action- and/or process object-based values in order to protect against unauthorised changes at the at least one process object and an integrity feature in order to protect the operating alarm against manipulations, - the operating alarm is also fed to an archive server and stored, - the operating alarm is read from the archive server by means of the engineering system, - the integrity feature is verified by means of the engineering system and, furthermore, the user-, action- and/or process object-based values are compared with predefined values stored in the engineering system by means of the engineering system , - the change at the at least one process object is adopted in the automation project by means of the engineering system as a function of the results of the verification and the comparison,
An apparatus for a new radio, NR, network, the apparatus comprising: processing circuitry; and memory, the processing circuitry to configure the apparatus to operate as a performance data streaming service, PDSS, producer , the processing circuitry configured to: establish a streaming connection between the PDSS producer and a PDSS consumer , the streaming connection containing at least one stream; after the streaming connection is established, support: a getStreamInfo operation to get information for one or more streams of the streaming connection from the PDSS consumer , an addStreamInfo operation to add information for one or more streams to the streaming connection to the PDSS consumer , or an updateStreamInfo operation to update information for one or more streams of the streaming connection to the PDSS consumer , or a deleteStreamInfo operation to delete information for one or more streams from the streaming connection to the PDSS consumer ; send a getStreamInfo request to support the get Stream Info operation, the get Stream Info request having a list of identifiers for which information for each of one or more streams to be returned; and receive a getStreamInfo response to the getStreamInfo request, the get Stream Info response indicating a status of failure of the getStreamInfo operation for one or more of the identifiers and an indication that the failure is because the one or more identifiers being unknown. establish a streaming connection between the PDSS producer and a PDSS consumer , the streaming connection containing at least one stream; after the streaming connection is established, support: a getStreamInfo operation to get information for one or more streams of the streaming connection from the PDSS consumer , an addStreamInfo operation to add information for one or more streams to the streaming connection to the PDSS consumer , or an updateStreamInfo operation to update information for one or more streams of the streaming connection to the PDSS consumer , or a deleteStreamInfo operation to delete information for one or more streams from the streaming connection to the PDSS consumer ; a getStreamInfo operation to get information for one or more streams of the streaming connection from the PDSS consumer , an addStreamInfo operation to add information for one or more streams to the streaming connection to the PDSS consumer , or an updateStreamInfo operation to update information for one or more streams of the streaming connection to the PDSS consumer , or a deleteStreamInfo operation to delete information for one or more streams from the streaming connection to the PDSS consumer ; send a getStreamInfo request to support the get Stream Info operation, the get Stream Info request having a list of identifiers for which information for each of one or more streams to be returned; and receive a getStreamInfo response to the getStreamInfo request, the get Stream Info response indicating a status of failure of the getStreamInfo operation for one or more of the identifiers and an indication that the failure is because the one or more identifiers being unknown.
Method for the surface treatment of a part made from aluminum or aluminum alloy or from magnesium or magnesium alloy, said method comprising: - a step of oxidation treatment of said part selected from a step of anodization treatment and a step o micro-arc oxydation, said method being characterized in that it comprises after said step of oxidation treatment: - a step of applying, to the surface of said part, an aqueous composition free of chromium and containing: - fluorozirconate ions, - molybdate ions, - and at least one component selected from lithium ions and permanganate ions, said aqueous composition being substantially free, in addition to said fluorozirconate ions, of any substance capable of releasing fluoride ions into the composition. - a step of oxidation treatment of said part selected from a step of anodization treatment and a step o micro-arc oxydation, - a step of applying, to the surface of said part, an aqueous composition free of chromium and containing: - fluorozirconate ions, - molybdate ions, - and at least one component selected from lithium ions and permanganate ions, - fluorozirconate ions, - molybdate ions, - and at least one component selected from lithium ions and permanganate ions,
A process transmitter housing assembly comprising: a housing including external threads on an exterior of the housing; a cover assembly with a cover chassis including: a cover flange extending inward from a perimeter of the cover chassis at a first end of the cover chassis , and internal threads on an interior of the cover chassis at a second end of the cover chassis opposite the first end, the internal threads for threadedly engaging the external threads of the housing ; and a transparent cover piece ; wherein the transmitter housing assembly further comprises a display shroud for supporting display circuitry within the housing , the display circuitry providing a digital display viewable through the transparent cover piece ; characterised in that the transparent cover piece is mechanically clamped between the cover flange and a surface of the housing nearest the cover flange when the cover chassis is threadedly secured to the housing , and wherein the process transmitter housing assembly further includes a deformable ring between the transparent cover piece and the housing such that the deformable ring and the transparent cover piece are clamped together between the housing and the cover flange when the cover chassis is threadedly secured to the housing . a housing including external threads on an exterior of the housing; a cover assembly with a cover chassis including: a cover flange extending inward from a perimeter of the cover chassis at a first end of the cover chassis , and internal threads on an interior of the cover chassis at a second end of the cover chassis opposite the first end, the internal threads for threadedly engaging the external threads of the housing ; and a cover flange extending inward from a perimeter of the cover chassis at a first end of the cover chassis , and internal threads on an interior of the cover chassis at a second end of the cover chassis opposite the first end, the internal threads for threadedly engaging the external threads of the housing ; and a transparent cover piece ; wherein the transmitter housing assembly further comprises a display shroud for supporting display circuitry within the housing , the display circuitry providing a digital display viewable through the transparent cover piece ; characterised in that the transparent cover piece is mechanically clamped between the cover flange and a surface of the housing nearest the cover flange when the cover chassis is threadedly secured to the housing , and wherein the process transmitter housing assembly further includes a deformable ring between the transparent cover piece and the housing such that the deformable ring and the transparent cover piece are clamped together between the housing and the cover flange when the cover chassis is threadedly secured to the housing .
Connector assembly which has a first and a second switchgear cabinet rack which each have a rectangular, lateral profile frame composed of two vertical struts and two horizontal struts , wherein the profile frames are connected to one another via a line-up connector , wherein the switchgear cabinet racks adjoin one another via outer sealing edges of the profile frames , and the outer sealing edges are arranged at the respective free end of a sealing web of the profile frame , wherein in each case one fastening flange of the sealing webs is bent so as to be set back from the outer sealing edge , such that the fastening flanges which lie opposite one another delimit between them a receptacle for the line-up connector for the profile frames , which receptacle is furthermore delimited by the sealing webs which adjoin one another and a sealing element which is arranged between the sealing webs , wherein the line-up connector has two fastening sides which lie opposite one another and via which it is fixed in each case to one of the fastening flanges which lie opposite one another, wherein the line-up connector is arranged in the receptacle which is fixed to the fastening flanges which lie opposite one another, wherein at least one of the profile frames has, on an outer side which faces away from its sealing edge , a further profile side which is arranged at a distance from the fastening flange of the profile frame , characterized in that the fastening flange and the further profile side which is at a distance therefrom each have at least one passage for a fastening means , and wherein at least one of the passages of the fastening flange is aligned with at least one of the passages of the further profile side , wherein the fastening means extends from the outer side which faces away from the sealing edge through the aligned passages into the receptacle , and wherein the fastening means is fixed at its free end, via which the fastening means projects into the receptacle , in a fastening receptacle in a fastening side of the line-up connector , via which fastening side the line-up connector bears against one of the fastening flanges .
A bicistronic expression vector for silencing a gene in astrocytes and neurons comprising two expression cassettes, wherein a first cassette comprises: "astrocyte specific promoter - posttranscriptional regulatory element - a first SOD1 silencer sequence comprising a sequence having at least 80% sequence identity to the sequence set forth in SEQ ID NO: 1 - polyA tail"; and wherein a second cassette comprises: "neuron specific promoter - posttranscriptional regulatory element - a second SOD1 silencer sequence comprising a sequence having at least 80% sequence identity to the sequence set forth in SEQ ID NO: 1 - polyA tail", wherein the first and second SOD1 silencer sequences are miRNA sequences. wherein a first cassette comprises: "astrocyte specific promoter - posttranscriptional regulatory element - a first SOD1 silencer sequence comprising a sequence having at least 80% sequence identity to the sequence set forth in SEQ ID NO: 1 - polyA tail"; and wherein a second cassette comprises: "neuron specific promoter - posttranscriptional regulatory element - a second SOD1 silencer sequence comprising a sequence having at least 80% sequence identity to the sequence set forth in SEQ ID NO: 1 - polyA tail", wherein the first and second SOD1 silencer sequences are miRNA sequences.
A composition of matter, derived by in vitro stimulating a core cell population (CCP) derived from blood of at least 5 million cells that have a density of less than 1.072 g/ml, and at least 1.5% of which are CD34+CD45-/dim, with growth factors to differentiate into a neural progenitor/precursor cell population (NPCP) wherein the composition of matter comprises the NPCP, wherein the NPCP comprises cells expressing one or more markers selected from the group consisting of: Neu-N, nestin, and beta-tubulin and cells expressing one or more of CD34 and CD117.
A modular vehicle frame for a material handling vehicle, the modular vehicle frame comprising: a battery compartment ; a handle configured to control a speed and direction of a traction wheel ; and a mounting assembly configured to selectively quick-connect to a material handling attachment , the mounting assembly including a mounting plate having a first side and a second side ; the modular vehicle frame characterised in that the mounting assembly further includes: at least one pivot block extending from the first side of the mounting plate and configured to provide a pivotal interface with the material handling attachment ; and at least one locking latch attached to the second side of the mounting plate and configured to provide a selective locking interface with the material handling attachment . a battery compartment ; a handle configured to control a speed and direction of a traction wheel ; and a mounting assembly configured to selectively quick-connect to a material handling attachment , the mounting assembly including a mounting plate having a first side and a second side ; the modular vehicle frame characterised in that the mounting assembly further includes: at least one pivot block extending from the first side of the mounting plate and configured to provide a pivotal interface with the material handling attachment ; and at least one locking latch attached to the second side of the mounting plate and configured to provide a selective locking interface with the material handling attachment .
A steerable catheter comprising a flexible tube having a distal end configured to be inserted into a body and a proximal end configured to be disposed outside the body, wherein the tube includes a sheath body section having a property hardly to change a flexibility even upon receiving compression force in an axial direction and a deflection section disposed so as to be continuous with a distal end of the sheath body section , and the catheter includes operation means for releasably exerting a deflection force deflecting the deflection section , wherein the deflection section is constituted by a porous tube obtained by making polytetrafluoroethylene (PTFE) porous, the porous tube becoming hard upon being compressed according to the degree of the compression force acting in the axial direction and returning to being soft when the compression force is released, and the operation means includes at least two wires (W1-W7) each connected to the deflection section and capable of acting tensile force on the deflection portion by pulling the wires (W1-W7) to proximal end side. the tube includes a sheath body section having a property hardly to change a flexibility even upon receiving compression force in an axial direction and a deflection section disposed so as to be continuous with a distal end of the sheath body section , and the catheter includes operation means for releasably exerting a deflection force deflecting the deflection section , wherein the deflection section is constituted by a porous tube obtained by making polytetrafluoroethylene (PTFE) porous, the porous tube becoming hard upon being compressed according to the degree of the compression force acting in the axial direction and returning to being soft when the compression force is released, and the operation means includes at least two wires (W1-W7) each connected to the deflection section and capable of acting tensile force on the deflection portion by pulling the wires (W1-W7) to proximal end side.
A transdermal patch comprising a pharmaceutical formulation, said formulation comprising: (i) ropivacaine; (ii) a pharmaceutically-acceptable adhesive; and additionally a penetration enhancer selected from sugar fatty acid esters and ethers, C8-C18 fatty alcohol, azone, oleic ethers, terpenes and ethoxy ethanols; and additionally a hydrophilic material; and additionally a carrier oil selected from sorbitan monooleate, sorbitan trioleate, triglycerides of carprylic/capric acid, propylene glycol dicaprylate/dicaprate, ethoxy diglycol, propylene glycol monocaprylate, glycerol monooleate, lanolin, acetylated lanolin, polyethylene glycol lanolin, glycerol monocaprylate/caprate, propylene glycol laurate, and/or mono- or diglycerides of capric acid; wherein the patch further comprises a backing membrane. (i) ropivacaine; (ii) a pharmaceutically-acceptable adhesive;
A method for separating or extracting or reducing a hydrocarbon content from a hydrocarbon contaminated matrix , comprising the steps of: controlling a water content of a feed material comprising the hydrocarbon contaminated matrix ; continuously conveying the feed material into a treatment cavity ; exposing the feed material in a treatment area of the treatment cavity to electromagnetic radiation arranged to cause rapid heating of at least a portion of the water content to form steam, wherein the rapid steam formation results in thermal desorption of at least a portion of the hydrocarbon content from the matrix ; and continuously removing the treated matrix from the treatment cavity ; wherein the electromagnetic radiation has a frequency in the range 10MHz to 10GHz; characterised in that the water content of the feed material is controlled by blending a material of known water content, comprising treated matrix, with the hydrocarbon contaminated matrix . controlling a water content of a feed material comprising the hydrocarbon contaminated matrix ; continuously conveying the feed material into a treatment cavity ; exposing the feed material in a treatment area of the treatment cavity to electromagnetic radiation arranged to cause rapid heating of at least a portion of the water content to form steam, wherein the rapid steam formation results in thermal desorption of at least a portion of the hydrocarbon content from the matrix ; and continuously removing the treated matrix from the treatment cavity ; wherein the electromagnetic radiation has a frequency in the range 10MHz to 10GHz; characterised in that the water content of the feed material is controlled by blending a material of known water content, comprising treated matrix, with the hydrocarbon contaminated matrix .
A solvent-containing color paste, in particular pigment paste, for tinting coating compositions, including or consisting of a) at least one organic solvent b) at least one pigment and/or at least one dye, in particular at least one pigment, c) at least one oxidatively drying organic binding agent, selected from the group consisting of at least one oxidatively drying middle oil and/or long oil alkyd resin, in particular at least one oxidatively drying long oil alkyd resin, d) at least one additive, in particular at least one wetting and/or dispersion agent, and e) at least one antiskinning agent, comprising or consisting of at least one pentanone oxime, wherein the amount of the at least one antiskinning agent, in particular of the pentanone oxime, is smaller than or equal to 1.0 percent by weight, in particular smaller than or equal to 0.8 percent by weight, relative to the total weight of the color paste, in particular pigment paste, as well as f) optionally at least one filler and/or g) optionally at least one pigment synergist. a) at least one organic solvent b) at least one pigment and/or at least one dye, in particular at least one pigment, c) at least one oxidatively drying organic binding agent, selected from the group consisting of at least one oxidatively drying middle oil and/or long oil alkyd resin, in particular at least one oxidatively drying long oil alkyd resin, d) at least one additive, in particular at least one wetting and/or dispersion agent, and e) at least one antiskinning agent, comprising or consisting of at least one pentanone oxime, wherein the amount of the at least one antiskinning agent, in particular of the pentanone oxime, is smaller than or equal to 1.0 percent by weight, in particular smaller than or equal to 0.8 percent by weight, relative to the total weight of the color paste, in particular pigment paste, as well as f) optionally at least one filler and/or g) optionally at least one pigment synergist.
A link fault detection method, comprising: sending , by a first network device, data traffic to a second network device by using a plurality of first label switched paths, LSPs, wherein the data traffic transmitted by using the plurality of first LSPs belongs to a same service flow; determining , by the first network device by using each of the plurality of first LSPs within a preset period, whether a first link detection packet from the second network device is received on said each of the plurality of first LSPs; setting , by the first network device, each of the plurality of first LSPs for which the first link detection packet is not received as a first faulty LSP; calculating , by the first network device, a first unavailability of the plurality of first LSPs based on the first faulty LSP, wherein the first unavailability is used to indicate a degradation degree of the plurality of first LSPs for transmitting the data traffic; and when the first network device determines that the first unavailability is greater than a preset threshold, triggering , by the first network device, the plurality of first LSPs to stop transmitting the data traffic. sending , by a first network device, data traffic to a second network device by using a plurality of first label switched paths, LSPs, wherein the data traffic transmitted by using the plurality of first LSPs belongs to a same service flow; determining , by the first network device by using each of the plurality of first LSPs within a preset period, whether a first link detection packet from the second network device is received on said each of the plurality of first LSPs; setting , by the first network device, each of the plurality of first LSPs for which the first link detection packet is not received as a first faulty LSP; calculating , by the first network device, a first unavailability of the plurality of first LSPs based on the first faulty LSP, wherein the first unavailability is used to indicate a degradation degree of the plurality of first LSPs for transmitting the data traffic; and when the first network device determines that the first unavailability is greater than a preset threshold, triggering , by the first network device, the plurality of first LSPs to stop transmitting the data traffic.