mhurhangee/patent-ind-claim-en huggingface dataset:
A dissimilar metal joined material comprising: a clad material comprising: a high thermal expansion layer composed of an alloy containing Mn selected from a Fe-Ni-Mn based alloy containing 15% to 30% of Ni, 2% to 10% of Mn and the balance of Fe and unavoidable impurities, and a Cu-Mn-Ni based alloy containing 60% to 80% of Mn, 5% to 20% of Ni and the balance of Cu and unavoidable impurities, and a low thermal expansion layer composed of an alloy containing Ni selected from a Fe-Ni based alloy containing 30% to 60% of Ni and the balance of Fe and unavoidable impurities, Fe-29 Ni-17 Co, Fe-36 Ni-12 Cr, Fe-36 Ni-9 Cr, Fe-42 Ni-5.5 Cr-1 Ti, and Fe-43 Ni-5 Cr-3 Ti-1 Co, the low thermal expansion layer being joined directly to the high thermal expansion layer or joined via an intermediate layer; and a corrosion resistant plating layer provided on at least a surface of the high thermal expansion layer, wherein the corrosion resistant plating layer is a Ni plating layer, and characterized by that the corrosion resistant plating layer has a thickness of 10 nm to 120 nm. a clad material comprising: a high thermal expansion layer composed of an alloy containing Mn selected from a Fe-Ni-Mn based alloy containing 15% to 30% of Ni, 2% to 10% of Mn and the balance of Fe and unavoidable impurities, and a Cu-Mn-Ni based alloy containing 60% to 80% of Mn, 5% to 20% of Ni and the balance of Cu and unavoidable impurities, and a low thermal expansion layer composed of an alloy containing Ni selected from a Fe-Ni based alloy containing 30% to 60% of Ni and the balance of Fe and unavoidable impurities, Fe-29 Ni-17 Co, Fe-36 Ni-12 Cr, Fe-36 Ni-9 Cr, Fe-42 Ni-5.5 Cr-1 Ti, and Fe-43 Ni-5 Cr-3 Ti-1 Co, the low thermal expansion layer being joined directly to the high thermal expansion layer or joined via an intermediate layer; and a high thermal expansion layer composed of an alloy containing Mn selected from a Fe-Ni-Mn based alloy containing 15% to 30% of Ni, 2% to 10% of Mn and the balance of Fe and unavoidable impurities, and a Cu-Mn-Ni based alloy containing 60% to 80% of Mn, 5% to 20% of Ni and the balance of Cu and unavoidable impurities, and a low thermal expansion layer composed of an alloy containing Ni selected from a Fe-Ni based alloy containing 30% to 60% of Ni and the balance of Fe and unavoidable impurities, Fe-29 Ni-17 Co, Fe-36 Ni-12 Cr, Fe-36 Ni-9 Cr, Fe-42 Ni-5.5 Cr-1 Ti, and Fe-43 Ni-5 Cr-3 Ti-1 Co, the low thermal expansion layer being joined directly to the high thermal expansion layer or joined via an intermediate layer; and a corrosion resistant plating layer provided on at least a surface of the high thermal expansion layer, wherein the corrosion resistant plating layer is a Ni plating layer, and characterized by that the corrosion resistant plating layer has a thickness of 10 nm to 120 nm.
A cushioning element for an article of footwear, the cushioning element comprising: a first injection molded foam component having an exterior surface, the foam component comprising a foamed first thermoplastic composition comprising a first thermoplastic copolyester elastomer having a multicellular open cell foam structure; and a polymeric layer comprising a second thermoplastic composition comprising a second thermoplastic polyurethane elastomer, and the polymeric layer is disposed on at least a portion of the exterior surface of the first foam component; wherein the first thermoplastic composition is structurally different than the second thermoplastic composition. a first injection molded foam component having an exterior surface, the foam component comprising a foamed first thermoplastic composition comprising a first thermoplastic copolyester elastomer having a multicellular open cell foam structure; and a polymeric layer comprising a second thermoplastic composition comprising a second thermoplastic polyurethane elastomer, and the polymeric layer is disposed on at least a portion of the exterior surface of the first foam component; wherein the first thermoplastic composition is structurally different than the second thermoplastic composition.
A handle for a wet razor comprising an elongated handle section as well as comprising a coupling section connected thereto for detachably attaching a cutting unit to the handle, wherein the coupling section comprises: - a housing section comprising a housing cavity , which has a longitudinal axis, an insertion opening at the end directed towards the cutting unit as well as an actuating opening on another housing section side; - a connector comprising fastening elements , which engage with the housing section , and comprising a pin , which protrudes beyond the plane of the insertion opening and which can be inserted into a pin hole of the cutting unit formed in a complementary manner; - an ejector , which is inserted into the housing cavity in an axially displaceable manner at least in sections, comprising a spring element , which pushes the ejector axially into the hosing cavity , and comprising a ram , which protrudes beyond the plane of the insertion opening in response to axial displacement of the ejector in the direction towards the cutting unit, in order to run against the cutting unit and to displace the latter axially on the pin away from the housing section , wherein the ejector is formed in one piece with the spring element and the ram ; - an actuating button , which engages through the actuating opening and acts on the ejector in order to provide for the axial shifting thereof. - a housing section comprising a housing cavity , which has a longitudinal axis, an insertion opening at the end directed towards the cutting unit as well as an actuating opening on another housing section side; - a connector comprising fastening elements , which engage with the housing section , and comprising a pin , which protrudes beyond the plane of the insertion opening and which can be inserted into a pin hole of the cutting unit formed in a complementary manner; - an ejector , which is inserted into the housing cavity in an axially displaceable manner at least in sections, comprising a spring element , which pushes the ejector axially into the hosing cavity , and comprising a ram , which protrudes beyond the plane of the insertion opening in response to axial displacement of the ejector in the direction towards the cutting unit, in order to run against the cutting unit and to displace the latter axially on the pin away from the housing section , wherein the ejector is formed in one piece with the spring element and the ram ; - an actuating button , which engages through the actuating opening and acts on the ejector in order to provide for the axial shifting thereof.
Ballistic-resistant panel comprising - an inorganic strike face with a thickness of at least 1 mm, the strike face comprising one or more of a metal sheet and a sheet of a ceramic material, - a ballistic-resistant moulded article below the strike face, the moulded article comprising a HDPE-based layer comprising a compressed stack of sheets comprising reinforcing tapes having a tensile strength of at least 1.0 GPa, a tensile modulus of at least 40 GPa, and a tensile energy-to-break of at least 15 J/g, the direction of the tapes within the compressed stack being not unidirectional, and a high-density polyethylene (HDPE) as matrix material. - an inorganic strike face with a thickness of at least 1 mm, the strike face comprising one or more of a metal sheet and a sheet of a ceramic material, - a ballistic-resistant moulded article below the strike face, the moulded article comprising a HDPE-based layer comprising a compressed stack of sheets comprising reinforcing tapes having a tensile strength of at least 1.0 GPa, a tensile modulus of at least 40 GPa, and a tensile energy-to-break of at least 15 J/g, the direction of the tapes within the compressed stack being not unidirectional, and a high-density polyethylene (HDPE) as matrix material.
Turnout for use with a first and a second transport section (61; 62), at least the first transport section comprising two endlessly revolving traction means spaced apart in parallel, all traction means defining a common transport level, the turnout comprising a turnout arm that is supported so as to be swivelable with respect to a first axis of rotation , being guided in a linear movable manner in the direction of the first axis of rotation , being movable back and forth between a first and a second end position, the first axis of rotation being perpendicular to the transport level, being able to be located between the two traction means of the first conveying section, the turnout arm having a concavely curved deflection surface that is embodied in such a manner that, when the turnout arm is in the first end position, a transported item can be transferred from the first to the second transport section or vice versa by means of the deflection surface , the turnout arm being located entirely beneath the transport level in the second end position, such that the transported item can be moved, along the first transport section , beyond the turnout , characterized in that the turnout arm is connected in respect of drive, via a transmission , to a single electric motor in such a manner that it can be moved back and forth between the first and the second end position solely by being driven by the electric motor in two degrees of freedom coupled via the transmission .
A key injection method for a plurality of computing devices , each computing device having a secure execution environment and a less secure execution environment , wherein program code or data associated with the secure execution environment is isolated from access by program code executed in the less secure execution environment; the method comprising: providing to each of the plurality of computing devices a software decryption key for decryption of software to be run on the computing device, wherein the software decryption key is a class key shared between the plurality of computing devices; using a key injection software component executed within the secure execution environment of each of the plurality of computing devices, controlling storage of the software decryption key in a protected state in a key storage location accessible to the respective computing device, wherein the protected state comprises a state in which the software decryption key is encrypted in each computing device of the plurality of computing devices based on a device key which is private to the specific computing device and is inaccessible to the program code executed in the less secure execution environment; the protected state comprising a state in which the software decryption key is unreadable in the clear from the key storage location by an external device or by program code executed in the less secure execution environment of the respective computing device. providing to each of the plurality of computing devices a software decryption key for decryption of software to be run on the computing device, wherein the software decryption key is a class key shared between the plurality of computing devices; using a key injection software component executed within the secure execution environment of each of the plurality of computing devices, controlling storage of the software decryption key in a protected state in a key storage location accessible to the respective computing device, wherein the protected state comprises a state in which the software decryption key is encrypted in each computing device of the plurality of computing devices based on a device key which is private to the specific computing device and is inaccessible to the program code executed in the less secure execution environment; the protected state comprising a state in which the software decryption key is unreadable in the clear from the key storage location by an external device or by program code executed in the less secure execution environment of the respective computing device.
A method for irradiating a target volume which does not belong to a human or animal body, using an ion beam ; wherein the irradiation of the target volume is subdivided in time into at least one radiography phase and at least one deposition phase ; wherein the energy of the ion beam is altered over time between the at least one radiography phase and the at least one deposition phase such that i) in the at least one radiography phase , the range of the ion beam is distal with respect to the target volume , so that the ion beam passes through the target volume , and wherein the ion beam is used to capture an ion radiograph of the target volume by detecting the ion beam using an ion radiography detector that is disposed distal with respect to the target volume; and ii) in the at least one deposition phase , the range of the ion beam is within the target volume , so that the ion beam is stopped in the target volume to deposit a predetermined dose in the target volume ; wherein in the at least one or the plurality of radiography phases , a laterally two-dimensionally spatially resolved ion radiograph is acquired by having the ion beam passing through a multitude of grid points of the target volume and the range of after passing it through a multitude of grid points of the target volume and determining the range of the ion beam after it has passed through the target volume for each of the grid points in the ion radiograph; and creating an at least two-dimensional map of the range of the ion beam. i) in the at least one radiography phase , the range of the ion beam is distal with respect to the target volume , so that the ion beam passes through the target volume , and wherein the ion beam is used to capture an ion radiograph of the target volume by detecting the ion beam using an ion radiography detector that is disposed distal with respect to the target volume; and ii) in the at least one deposition phase , the range of the ion beam is within the target volume , so that the ion beam is stopped in the target volume to deposit a predetermined dose in the target volume ; wherein in the at least one or the plurality of radiography phases , a laterally two-dimensionally spatially resolved ion radiograph is acquired by having the ion beam passing through a multitude of grid points of the target volume and the range of after passing it through a multitude of grid points of the target volume and determining the range of the ion beam after it has passed through the target volume for each of the grid points in the ion radiograph; and creating an at least two-dimensional map of the range of the ion beam.
A catheter assembly comprising: a package defining a cavity; a medical device including a hydrophilic coating located within the cavity, the hydrophilic coating including a hydrophilic polymer and low molecular weight diacrylate and wherein the hydrophilic coating has been formed directly on an untreated surface of the medical device; and a wetting fluid comprising one or more non-polymeric polyols located within the cavity and in contact with the hydrophilic coating. a package defining a cavity; a medical device including a hydrophilic coating located within the cavity, the hydrophilic coating including a hydrophilic polymer and low molecular weight diacrylate and wherein the hydrophilic coating has been formed directly on an untreated surface of the medical device; and a wetting fluid comprising one or more non-polymeric polyols located within the cavity and in contact with the hydrophilic coating.
An equipment for providing rectangular floor panels having machined joint portions with a mechanical locking system which locks the floor panels horizontally (D2) and vertically (D1) on at least two opposite sides, said locking system consisting of at least one flexible tongue for vertical connection and a locking strip for horizontal connection, wherein the flexible tongue and the locking strip are located on the same edge of the floor panel, wherein the flexible tongues are made of a polymer material and formed into tongue blanks consisting of at least two flexible tongues , the equipment comprising: a separation unit configured to separate the flexible tongues from the blank , an upper and a lower guiding device for guiding the separated flexible tongues between said upper and a lower guiding device and over the locking strip , a pusher adapted to push the separated flexible tongues between said upper and lower guiding devices into said displacement groove by displacing the separated flexible tongues essentially parallel with its width (W) into the displacement groove , wherein said pusher is configured to fix the flexible tongues with a friction force into the displacement grooves in which the flexible tongues are displaceable during locking of the floor panels. a separation unit configured to separate the flexible tongues from the blank , an upper and a lower guiding device for guiding the separated flexible tongues between said upper and a lower guiding device and over the locking strip , a pusher adapted to push the separated flexible tongues between said upper and lower guiding devices into said displacement groove by displacing the separated flexible tongues essentially parallel with its width (W) into the displacement groove , wherein said pusher is configured to fix the flexible tongues with a friction force into the displacement grooves in which the flexible tongues are displaceable during locking of the floor panels.
An apparatus comprising: at least one processing device and a memory connected to: a first interface configured to communicate with a first process control device over a first industrial process control network using a first protocol through a first communication link ; a second interface configured to communicate with a second process control device over a second industrial process control network using a second protocol through a second communication link ; and a third interface configured to communicate with at least one supervisory device over a third network ; the at least one processing device configured to provide concurrent access for the at least one supervisory device to the first and second process control devices coupled to the first and second industrial process control networks during a migration of first process control devices that use the first protocol to second process control devices that use the second protocol, wherein the second interface is configured to emulate the first protocol used by the first process control device over the second industrial process control network. at least one processing device and a memory connected to: a first interface configured to communicate with a first process control device over a first industrial process control network using a first protocol through a first communication link ; a second interface configured to communicate with a second process control device over a second industrial process control network using a second protocol through a second communication link ; and a third interface configured to communicate with at least one supervisory device over a third network ; a first interface configured to communicate with a first process control device over a first industrial process control network using a first protocol through a first communication link ; a second interface configured to communicate with a second process control device over a second industrial process control network using a second protocol through a second communication link ; and a third interface configured to communicate with at least one supervisory device over a third network ; the at least one processing device configured to provide concurrent access for the at least one supervisory device to the first and second process control devices coupled to the first and second industrial process control networks during a migration of first process control devices that use the first protocol to second process control devices that use the second protocol, wherein the second interface is configured to emulate the first protocol used by the first process control device over the second industrial process control network.
A cooling capacity distribution unit, comprising: a cabinet, a liquid-cooled circulating pump disposed in the cabinet, and a frequency converter that supplies power to the liquid-cooled circulating pump, wherein the frequency converter comprises an AC-DC module and a DC-AC module, the AC-DC module is connected to mains, and the DC-AC module is connected to the liquid-cooled circulating pump; and the cooling capacity distribution unit further comprises a power supply unit , the power supply unit comprises a backup battery disposed in the cabinet, and a DC-DC module connected to the backup battery, wherein the DC-DC module is connected to the DC-AC module and is configured to supply power to the liquid-cooled circulating pump.
An organic light-emitting diode device comprising - a bendable substrate, - an organic light-emitting diode layer arrangement, which comprises an organic emitter layer, which is formed on the bendable substrate and which comprises a first lighting area , and - a control device for controlling the first lighting area for lighting, wherein - the substrate comprises a first bending area , in which the substrate is bent, characterized in that - the first bending area is not controllable for lighting by the control device, - the organic emitter layer is not formed at least in a part of the first bending area , but comprises an anode layer and/or a cathode layer and/or a charge carrier conductor layer, and - the substrate is bent by a torsion in the first bending area , or - a bending radius changes along a bending line within the first bending area. - a bendable substrate, - an organic light-emitting diode layer arrangement, which comprises an organic emitter layer, which is formed on the bendable substrate and which comprises a first lighting area , and - a control device for controlling the first lighting area for lighting, wherein - the substrate comprises a first bending area , in which the substrate is bent, - the first bending area is not controllable for lighting by the control device, - the organic emitter layer is not formed at least in a part of the first bending area , but comprises an anode layer and/or a cathode layer and/or a charge carrier conductor layer, and - the substrate is bent by a torsion in the first bending area , or - a bending radius changes along a bending line within the first bending area.
A protective mat comprising a first outer layer, a second outer layer, and an interlayer which is disposed between the first outer layer and the second outer layer and is composed of a heat-resistant material that withstands a temperature of 1000°C in a sustained manner, wherein the first outer layer and the second outer layer are manufactured from an electrically conductive material and are connected to one another via electrically conductive connecting elements, wherein the connecting elements are yarns or filaments, and the securing of the connecting elements to the outer layers is formed by a thread or multiple threads, and wherein "electrically conductive" means that the surface resistance measured according to the description is not more than 10 4 Ω (ohms).