mhurhangee/patent-ind-claim-en huggingface dataset:
A polymer for forming a hydrogel for use in the repair or restoration of bone, the polymer comprising: a first monomer selected from polyethylene glycol (PEG), oligo(ethylene glycol) (OEG), oligo (ethylene) glycol monomethyl ether methacrylate (OEGMA), polyethylene oxide (PEO), polyethylene oxide-co-propylene oxide (PPO), co-polyethylene oxide block or random copolymers thereof for binding water; a second monomer selected from hydroxyethyl methacrylate (HEMA), a hydroxyethyl methacrylate poly(lactic acid) copolymer (HEMA-PLA), poly(lactic acid), poly(caprolactone), poly(glycolide), poly(glycolide-co-lactide) or poly(glycolide-cocaprolactone) for imparting mechanical properties to said hydrogel; and a third monomer selected from N-hydroxysulfosuccinimide (SNHS), N-hydroxyethoxylated succinimido (ENHS), and N-acryloxysuccinimide (NAS) for binding to a natural or synthetic peptide or protein (NSPP). a first monomer selected from polyethylene glycol (PEG), oligo(ethylene glycol) (OEG), oligo (ethylene) glycol monomethyl ether methacrylate (OEGMA), polyethylene oxide (PEO), polyethylene oxide-co-propylene oxide (PPO), co-polyethylene oxide block or random copolymers thereof for binding water; a second monomer selected from hydroxyethyl methacrylate (HEMA), a hydroxyethyl methacrylate poly(lactic acid) copolymer (HEMA-PLA), poly(lactic acid), poly(caprolactone), poly(glycolide), poly(glycolide-co-lactide) or poly(glycolide-cocaprolactone) for imparting mechanical properties to said hydrogel; and a third monomer selected from N-hydroxysulfosuccinimide (SNHS), N-hydroxyethoxylated succinimido (ENHS), and N-acryloxysuccinimide (NAS) for binding to a natural or synthetic peptide or protein (NSPP).
Unmanned surface vessel for remotely operated underwater vehicle (ROV) operations, the unmanned surface vessel comprising: - a ROV, - a deployment and recovery device to deploy a ROV from the unmanned surface vessel to water and recover the ROV from the water to the unmanned surface vessel, and - a vessel control unit controlling the deployment and recovery of the ROV, the operation of the ROV, and movements of the unmanned surface vessel, a dynamic positioning control system controlling the position and determining when and where the unmanned vessel should be moved based on a plurality of input parameters, wherein the plurality of input parameters comprises parameters relating to the ROV during ROV operations, the parameters relating to the ROV comprising the working position of the ROV, characterized in that the plurality of input parameters also comprise surface traffic parameters, - wherein the dynamic positioning control system is configured to prioritize maintaining a working position of the ROV when controlling the position and determining when and where the unmanned vessel should be moved and - the dynamic positioning control system further comprises a database comprising navigational rules and evaluates the surface traffic parameters in view of the navigational rules when determining when and where the vessel should be moved. - a ROV, - a deployment and recovery device to deploy a ROV from the unmanned surface vessel to water and recover the ROV from the water to the unmanned surface vessel, and - a vessel control unit controlling the deployment and recovery of the ROV, the operation of the ROV, and movements of the unmanned surface vessel, a dynamic positioning control system controlling the position and determining when and where the unmanned vessel should be moved based on a plurality of input parameters, wherein the plurality of input parameters comprises parameters relating to the ROV during ROV operations, the parameters relating to the ROV comprising the working position of the ROV, characterized in that the plurality of input parameters also comprise surface traffic parameters, - wherein the dynamic positioning control system is configured to prioritize maintaining a working position of the ROV when controlling the position and determining when and where the unmanned vessel should be moved and - the dynamic positioning control system further comprises a database comprising navigational rules and evaluates the surface traffic parameters in view of the navigational rules when determining when and where the vessel should be moved.
An UV-moisture dual cure polyurethane reactive hotmelt comprising (i) at least one polyurethane which has an isocyanate group and has C-C double bonds on the side chain and (ii) at least one photoinitiator, wherein the isocyanate in the isocyanate component for synthesizing the polyurethane is diisocyanate and the isocyanate component comprises at least one diisocyanate having C-C double bonds on the side chain.
An article formed of a thermoplastic resin including at least one metal selected from three metals of Zn, Sn and Mn or one metal compound of any of the three metals, and a metal or a metal compound other than the three metals and capable of reacting with a corrosive gas or a volatile sulfur compound so as to give a color, the metal selected from the three metals or the metal compound functions as a scavenger for the corrosive gas or the volatile sulfur compound; wherein the metal other than the three metals is derived from Co and/or Fe; wherein the article has a multilayer structure including a layer that contains the metal selected from the three metals or the metal compound and another layer that contains the metal or the metal compound other than the three metals; wherein the multilayer structure includes at least an inner layer, an intermediate layer, an oxygen-absorbing layer and an outer layer; and wherein the metal selected from the three metals or the metal compound is contained in the intermediate layer, and the metal or the metal compound other than the three metals is contained in the oxygen-absorbing layer. wherein the metal other than the three metals is derived from Co and/or Fe; wherein the article has a multilayer structure including a layer that contains the metal selected from the three metals or the metal compound and another layer that contains the metal or the metal compound other than the three metals; wherein the multilayer structure includes at least an inner layer, an intermediate layer, an oxygen-absorbing layer and an outer layer; and wherein the metal selected from the three metals or the metal compound is contained in the intermediate layer, and the metal or the metal compound other than the three metals is contained in the oxygen-absorbing layer.
A control system for controlling manually-operated first and second control sticks, the control system comprising: a first circuit arrangement for receiving force signals representative of a force applied to each control stick resulting from a side to side movement of a control stick and arranged to detect if said force applied is in an inward direction towards the operator or an outward direction away from the operator and to apply a gain factor to each received force signal to produce factored force signals wherein the gain factor applied to a received force signal representative of a force applied in an outward direction is greater than the gain factor applied to a received force signal representative of a force applied in an inward direction; and a second circuit arranged to sum the factored force signals to produce a modified force signal for use in a force feedback control system associated with each control stick, characterised by the control system including first and second force feedback control systems associated, respectively, with the first and second control sticks and arranged to receive the modified force signal and wherein each of said first and second force feedback control systems is configured as a second order Mass Spring Damper system, i.e. a second order MSD system including, respectively, first and second gradient force gain circuits containing independent mappings of force-displacement characteristics.
Method for operating an electronic network , the network having a hardware layer comprising hardware components and requiring network functions, the method comprising: virtualizing networking functions to virtual machines; using an addressing overlay based on a location identity separation protocol, LISP, said addressing overlay using a distributed hash table mapping service, said mapping service being global to said electronic network and above a hardware layer of said network, said addressing overlay providing identities of said virtual machines, and global mapping of said identities to hardware locations at which a respective virtual machine currently resides; defining a tier of software defined flow mapping based on a LISP architecture of the addressing overlay, said defining comprising using a set of distributed nodes, placing at a top of each node a portion of the global mapping service provided by the addressing overlay, and subsequently retrieving key-values by hashing a key comprising an ID of the virtual machine to find one of said distributed nodes closest to, and in control of a given virtual machine that holds a portion of said global mapping service associated with the given virtual machine, moving respective ones of said virtual machines around different hardware components of said network, mapping of said identities being updated with said moving of said virtual machines; directing data flows around said network via said virtual machines using software defined flow switching, said flows being directed among said moving virtual machines using said identities. virtualizing networking functions to virtual machines; using an addressing overlay based on a location identity separation protocol, LISP, said addressing overlay using a distributed hash table mapping service, said mapping service being global to said electronic network and above a hardware layer of said network, said addressing overlay providing identities of said virtual machines, and global mapping of said identities to hardware locations at which a respective virtual machine currently resides; defining a tier of software defined flow mapping based on a LISP architecture of the addressing overlay, said defining comprising using a set of distributed nodes, placing at a top of each node a portion of the global mapping service provided by the addressing overlay, and subsequently retrieving key-values by hashing a key comprising an ID of the virtual machine to find one of said distributed nodes closest to, and in control of a given virtual machine that holds a portion of said global mapping service associated with the given virtual machine, moving respective ones of said virtual machines around different hardware components of said network, mapping of said identities being updated with said moving of said virtual machines; directing data flows around said network via said virtual machines using software defined flow switching, said flows being directed among said moving virtual machines using said identities.
A surgical cassette arrangement comprising: a flow selector valve configured to operate with a handpiece to selectively irrigate and aspirate fluid with respect to an ocular region, the flow selector valve comprising a first port fluidly connectable to the handpiece ; a reservoir fluidly connected to a second port of the selector valve via a first flow segment and configured to receive fluid from the selector valve ; and a collector configured to receive fluid; characterised by : the flow selector valve having a third port, wherein the collector is fluidly connected to the third port of the flow selector valve via a second flow segment ; and the collector is configured to receive fluid from the flow selector valve and from the reservoir ; wherein the flow selector valve selectively controls irrigation and aspiration flow to and from the handpiece and ocular region. a flow selector valve configured to operate with a handpiece to selectively irrigate and aspirate fluid with respect to an ocular region, the flow selector valve comprising a first port fluidly connectable to the handpiece ; a reservoir fluidly connected to a second port of the selector valve via a first flow segment and configured to receive fluid from the selector valve ; and a collector configured to receive fluid; characterised by : the flow selector valve having a third port, wherein the collector is fluidly connected to the third port of the flow selector valve via a second flow segment ; and the collector is configured to receive fluid from the flow selector valve and from the reservoir ; wherein the flow selector valve selectively controls irrigation and aspiration flow to and from the handpiece and ocular region. the flow selector valve having a third port, wherein the collector is fluidly connected to the third port of the flow selector valve via a second flow segment ; and the collector is configured to receive fluid from the flow selector valve and from the reservoir ; wherein the flow selector valve selectively controls irrigation and aspiration flow to and from the handpiece and ocular region.
A ground surface access assembly frame , for use with a lifting key (K), said frame surrounding and defining an aperture, with sidewalls that extend downwardly to connect to an outwardly extending flange portion : said frame comprising at least one key-engaging member that extends upwardly from said flange portion , and further comprises a pair of spaced-apart members , located in a raised position relative to the general level of said flange portion ; and a recess located on the underside of each spaced-apart member , characterised: in that the spaced-apart members are configured to allow engagement of a lifting key (K) having a shaft (Ks), and attached blade (Kb); by firstly sideways movement of the shaft (Ks) near to and in front of an entry gap (G) located between the spaced-apart members , followed by upward movement of said key (K) towards said underside recesses so that the two upper side faces of the key blade (Kb) engage the recesses that extend downwardly from the underside face of the spaced-apart members .
A composition of microgranule preparation for oral administration, consisting of (i) a microgranule consisting of an inert core and a drug layer, wherein the inert core is coated with the drug layer, and wherein the drug layer consists of an effective ingredient and coating base; and (ii) sugar or sugar alcohol, which is mixed with the microgranule, wherein the effective ingredient is selected from the group consisting of Sildenafil, Tadalafil, Udenafil, Donepezil, Glymepide, Dexibuprofen, Pranlukast, Desmopressin, Acetaminophen, Pitavastatin, Rebamipide, Azithromycin, Pseudoephedrine HCl, Ranitidine HCl, and Levocetirizine HCl. (i) a microgranule consisting of an inert core and a drug layer, wherein the inert core is coated with the drug layer, and wherein the drug layer consists of an effective ingredient and coating base; and (ii) sugar or sugar alcohol, which is mixed with the microgranule,
An assessment device adapted to assess an effect of an operation performed using liquefied gas during a ballast voyage of a liquefied gas carrying vessel , the liquefied gas carrying vessel including a tank adapted to store liquefied gas, and a spray mechanism adapted to suck a part of the liquefied gas in the tank and performs spraying inside the tank , characterized in that the assessment device comprises: a spray limit index calculation unit adapted to calculate a spray limit index (SLI) based on a change in liquid temperature of the liquefied gas at a bottom of the tank , the change resulting from a spray operation performed by the spray mechanism ; and an assessment unit adapted to assess an effect of cooling of the tank by the spray operation based on whether or not the spray limit index (SLI) falls outside a prescribed range, wherein the spray limit index calculation unit calculates, as the spray limit index (SLI), a difference between an amount of change in liquid temperature per unit time of the liquefied gas before the spray operation of the liquefied gas and an amount of change in liquid temperature per unit time of the liquefied gas after the spray operation of the liquefied gas. a spray limit index calculation unit adapted to calculate a spray limit index (SLI) based on a change in liquid temperature of the liquefied gas at a bottom of the tank , the change resulting from a spray operation performed by the spray mechanism ; and an assessment unit adapted to assess an effect of cooling of the tank by the spray operation based on whether or not the spray limit index (SLI) falls outside a prescribed range, wherein the spray limit index calculation unit calculates, as the spray limit index (SLI), a difference between an amount of change in liquid temperature per unit time of the liquefied gas before the spray operation of the liquefied gas and an amount of change in liquid temperature per unit time of the liquefied gas after the spray operation of the liquefied gas.
An optical processing head comprising: a first optical element that is a planoconvex lens having a convex surface on a downstream side and converts light emitted by a light source into first parallel light ; a second optical element that is a planoconcave lens having a concave surface on a downstream side, arranged downstream of said first optical element and converts the first parallel light into first divergent light , and movable along an optical axis; a third optical element that is a planoconvex lens having a convex surface on a downstream side and is arranged downstream of said second optical element and converts the first divergent light into second parallel light ; and a fourth optical element that is a planoconvex lens having a convex surface on an upstream side, is arranged downstream of said third optical element and converts the second parallel light into convergent light which is condensed toward a processing surface characterized in that letting f1 be a focal length of said first optical element , f3 be a focal length of said third optical element , f4 be a focal length of said fourth optical element , and m be an enlargement magnification of the optical processing head , f 3 ≤ 3 f 4 2 m 2 f 1 + f 4 is satisfied. a first optical element that is a planoconvex lens having a convex surface on a downstream side and converts light emitted by a light source into first parallel light ; a second optical element that is a planoconcave lens having a concave surface on a downstream side, arranged downstream of said first optical element and converts the first parallel light into first divergent light , and movable along an optical axis; a third optical element that is a planoconvex lens having a convex surface on a downstream side and is arranged downstream of said second optical element and converts the first divergent light into second parallel light ; and a fourth optical element that is a planoconvex lens having a convex surface on an upstream side, is arranged downstream of said third optical element and converts the second parallel light into convergent light which is condensed toward a processing surface characterized in that letting f1 be a focal length of said first optical element , f3 be a focal length of said third optical element , f4 be a focal length of said fourth optical element , and m be an enlargement magnification of the optical processing head ,
A solar energy panel mounting structure configured to attach a solar energy panel to a mounting surface, said mounting structure comprising a solar energy panel, a mounting base configured to couple the solar panel to a mounting surface, the mounting base having at least one aperture ; a sacrificial material sheet configured to couple to the mounting base and having at least one mounting pin that is mechanically affixed to the sacrificial material sheet , the at least one mounting pin having a flanged end ; and wherein the at least one mounting pin is adapted to protrude through the at least one aperture such that, when the sacrificial material sheet is attached to the mounting base, the mounting base is free to move about the sacrificial material sheet and the at least one mounting pin as limited by the at least one aperture and the flanged end , and wherein the flanged end can only fit through the aperture in specific predetermined orientations.
Method for producing an electrically conductive connection between a first conductive element and a second conductive element on a textile carrier material , whereas the first and second conductive elements are arranged on the carrier material , an electrically conductive thermal transfer adhesive is arranged in the region of the first and second conductive element and the thermal transfer adhesive is melted until it is flowable, such that the flowable thermal transfer adhesive at least partially surrounds the first and second conductive element and connects to the carrier material , and the first conductive element and the second conductive element are electrically connected to one another via the thermal transfer adhesive after the thermal transfer adhesive has hardened, characterized in that a patch comprising an electrically conductive thermal transfer adhesive applied to a side facing the carrier material or a patch and an adhesive patch made of electrically conductive thermal transfer adhesive between the patch and carrier material is used, whereas the patch is placed on the end of the first conductive element and the end of the second conductive element and on the carrier material before the thermal transfer adhesive is melted under pressure in order to produce the electrical connection or a patch comprising an electrically conductive thermal transfer adhesive applied to a side facing the carrier material or a patch and an adhesive patch made of electrically conductive thermal transfer adhesive between the patch and the carrier material is used as the second conductive element , whereas the patch is electrically conductive on a side facing the carrier material and the patch is placed on the end of the first conductive element and on the carrier material before the thermal transfer adhesive is melted under pressure in order to produce the electrical connection.
A translucent cosmetic composition in the form of an oil-in-water emulsion comprising: a dispersed fatty phase comprising at least one oil selected from silicone oils and fatty acid esters; a continuous aqueous phase comprising at least one hydrophilic thickening polymer; and hydrophobic silica aerogel particles; the ratio of the amount by weight of silica aerogel particles to the amount by weight of oil(s) defined in being greater than 0.06; the composition being free of surfactant(s). a dispersed fatty phase comprising at least one oil selected from silicone oils and fatty acid esters; a continuous aqueous phase comprising at least one hydrophilic thickening polymer; and hydrophobic silica aerogel particles; the ratio of the amount by weight of silica aerogel particles to the amount by weight of oil(s) defined in being greater than 0.06; the composition being free of surfactant(s).