mhurhangee/patent-ind-claim-en huggingface dataset:
A prismatic glass laminate comprising: (a) a substrate ; and (b) a plurality of prismatic glass elements mounted on said substrate , each said element being glass with machined surfaces which are optically flat and polished to generate a prismatic effect, comprising: (i) a mounting surface to which a first laminating interlayer is applied, said laminating interlayer providing adhesion of said element to the substrate ; and (ii) characterized by a lateral surface of a first prismatic glass element between adjacent prismatic glass elements to which a second laminating interlayer is applied, said second laminating interlayer providing adhesion of said first prismatic glass element to the lateral surface of an adjacent prismatic glass element , wherein the second laminating interlayer has a refractive index substantially the same as the refractive index of each of the plurality of prismatic glass elements . (a) a substrate ; and (b) a plurality of prismatic glass elements mounted on said substrate , each said element being glass with machined surfaces which are optically flat and polished to generate a prismatic effect, comprising: (i) a mounting surface to which a first laminating interlayer is applied, said laminating interlayer providing adhesion of said element to the substrate ; and (ii) characterized by a lateral surface of a first prismatic glass element between adjacent prismatic glass elements to which a second laminating interlayer is applied, said second laminating interlayer providing adhesion of said first prismatic glass element to the lateral surface of an adjacent prismatic glass element , wherein the second laminating interlayer has a refractive index substantially the same as the refractive index of each of the plurality of prismatic glass elements . (i) a mounting surface to which a first laminating interlayer is applied, said laminating interlayer providing adhesion of said element to the substrate ; and (ii) characterized by a lateral surface of a first prismatic glass element between adjacent prismatic glass elements to which a second laminating interlayer is applied, said second laminating interlayer providing adhesion of said first prismatic glass element to the lateral surface of an adjacent prismatic glass element , wherein the second laminating interlayer has a refractive index substantially the same as the refractive index of each of the plurality of prismatic glass elements .
A hybrid regulatory element comprising the polynucleotide of any one of SEQ ID NOs: 17, 39, and 40.
A method for transmitting encrypted packets from a first node to a second node of a communication network , said method comprising, at said first node : a) padding a plaintext packet (4") with a padding content, thereby providing a padded plaintext packet ; b) providing an encrypted packet by encrypting said padded plaintext packet ; and c) transmitting said encrypted packet from said first node to said second node , wherein said padding content has a padding size (PS) and wherein step a) comprises randomly selecting said padding size (PS) in a range comprised between a minimum padding size (PS min ) and a maximum padding size (PS max ), wherein, if the size (L) of said plaintext packet (4") is lower than a predefined minimum packet size (TS min ), said minimum padding size (PS min ) is equal to the difference between said predefined minimum packet size (TS min ) and the plaintext packet size (L). a) padding a plaintext packet (4") with a padding content, thereby providing a padded plaintext packet ; b) providing an encrypted packet by encrypting said padded plaintext packet ; and c) transmitting said encrypted packet from said first node to said second node ,
A method of machining a bearing ring of a wind turbine bearing , which method comprises the steps of - identifying a number of local hard zones (Z) on a surface of the bearing ring , a hard zone (Z) being a region in which significantly higher loading occurs compared to the adjacent areas; and - removing material from the surface such that a bearing ring thickness (h Z ) in a local hard zone (Z) is less than a bearing ring thickness (h N ) outside a local hard zone (Z). - identifying a number of local hard zones (Z) on a surface of the bearing ring , a hard zone (Z) being a region in which significantly higher loading occurs compared to the adjacent areas; and - removing material from the surface such that a bearing ring thickness (h Z ) in a local hard zone (Z) is less than a bearing ring thickness (h N ) outside a local hard zone (Z).
A seal for a gas turbine engine , the seal comprising: a shim base ; and a honeycomb structure with a plurality of cavities formed thereon, the honeycomb structure formed as a single unitary structure with the shim base , wherein the shim base provides a sealing surface, and wherein each of the plurality of cavities includes an outer wall forming a chamber therein, and wherein at least a portion of the plurality of cavities are closed off by respective at least one platforms opposite the shim base , and wherein a first platform of the respective at least one of the platforms is provided at an end of a chamber , characterised in that the respective at least one platforms of the at least a portion of the plurality of cavities being disposed at different heights within the plurality of cavities . a shim base ; and a honeycomb structure with a plurality of cavities formed thereon, the honeycomb structure formed as a single unitary structure with the shim base , wherein the shim base provides a sealing surface, and wherein each of the plurality of cavities includes an outer wall forming a chamber therein, and wherein at least a portion of the plurality of cavities are closed off by respective at least one platforms opposite the shim base , and wherein a first platform of the respective at least one of the platforms is provided at an end of a chamber , characterised in that the respective at least one platforms of the at least a portion of the plurality of cavities being disposed at different heights within the plurality of cavities .
A method of manufacturing a PIN photodiode, comprising the successive steps of: a) forming, by implantation of hydrogen ions, a hydrogenated buried layer in an intrinsic monocrystalline germanium substrate under a portion of the substrate forming an intrinsic monocrystalline germanium layer ; b) covering the substrate with a first support ; c) removing the buried layer and the portion of the substrate located on the side of the buried layer opposite to the first support , while leaving in place, covering the first support, said intrinsic monocrystalline germanium layer ; d) forming doped germanium on said intrinsic monocrystalline germanium layer ; e) covering said doped germanium with a second support ; and f) removing the first support , the method further comprising, after step a) and before step b), or after step c) and before step d), an epitaxy of intrinsic germanium on said intrinsic monocrystalline germanium layer . a) forming, by implantation of hydrogen ions, a hydrogenated buried layer in an intrinsic monocrystalline germanium substrate under a portion of the substrate forming an intrinsic monocrystalline germanium layer ; b) covering the substrate with a first support ; c) removing the buried layer and the portion of the substrate located on the side of the buried layer opposite to the first support , while leaving in place, covering the first support, said intrinsic monocrystalline germanium layer ; d) forming doped germanium on said intrinsic monocrystalline germanium layer ; e) covering said doped germanium with a second support ; and f) removing the first support ,
A front lock mechanism for transport vehicles for transportation with 45 ft tunnel container and 40 ft tunnel container at roads and ports and comprising; • a front lock middle profile assembly in connection with a front lock left profile assembly and a front lock right profile assembly , • the front lock left profile assembly able to enter/exit the said front lock middle profile assembly , • the front lock right profile assembly able to enter/exit the said front lock middle profile assembly , • a portable left lock assembly in contact with the said front lock left profile assembly and allowing transportation of 40 ft non-tunnel containers, • a portable right lock assembly in contact with the said front lock right profile assembly and allowing transportation of 40 ft non-tunnel containers, • a bearing assembly in contact with a moving pin assembly and allowing the containers to be secured during loading and unloading, characterized in that it further comprises: • a stop bump allowing the said front lock left profile assembly and said front lock right profile assembly to be secured in the front lock middle profile , • the moving pin assembly in contact with the said stop bump , • A stop bump pin in contact with the said stop bump . • a front lock middle profile assembly in connection with a front lock left profile assembly and a front lock right profile assembly , • the front lock left profile assembly able to enter/exit the said front lock middle profile assembly , • the front lock right profile assembly able to enter/exit the said front lock middle profile assembly , • a portable left lock assembly in contact with the said front lock left profile assembly and allowing transportation of 40 ft non-tunnel containers, • a portable right lock assembly in contact with the said front lock right profile assembly and allowing transportation of 40 ft non-tunnel containers, • a bearing assembly in contact with a moving pin assembly and allowing the containers to be secured during loading and unloading, • a stop bump allowing the said front lock left profile assembly and said front lock right profile assembly to be secured in the front lock middle profile , • the moving pin assembly in contact with the said stop bump , • A stop bump pin in contact with the said stop bump .
An electric assist bicycle comprising: a driving system including an electric motor for assisting a pedal force applied to a pedal and a motor controller configured to control the electric motor ; a battery unit attainable to and detachable from a bicycle body, the battery unit including a battery configured to accumulate electronic power to be supplied to the electric motor , a controller configured to control the battery , and an indicator ; the electric assist bicycle further comprises: a diagnostic unit configured to detect abnormality of the driving system ; and an information transmission path (L1) configured to transmit information indicating the abnormality of the driving system from the driving system to the battery unit , wherein the indicator of the battery unit is configured to indicate the abnormality of the driving system , characterized in that the indicator of the battery unit is configured to indicate a remaining power of the battery and the abnormality of the driving system , and the controller of the battery unit is configured to set a predetermined limit on the indication of the indicator when the battery unit is removed from a bicycle body, and the controller of the battery unit is configured to ease the predetermined limit when the battery unit is mounted on the bicycle body. a driving system including an electric motor for assisting a pedal force applied to a pedal and a motor controller configured to control the electric motor ; a battery unit attainable to and detachable from a bicycle body, the battery unit including a battery configured to accumulate electronic power to be supplied to the electric motor , a controller configured to control the battery , and an indicator ; the electric assist bicycle further comprises: a diagnostic unit configured to detect abnormality of the driving system ; and an information transmission path (L1) configured to transmit information indicating the abnormality of the driving system from the driving system to the battery unit , wherein the indicator of the battery unit is configured to indicate the abnormality of the driving system , characterized in that the indicator of the battery unit is configured to indicate a remaining power of the battery and the abnormality of the driving system , and a diagnostic unit configured to detect abnormality of the driving system ; and an information transmission path (L1) configured to transmit information indicating the abnormality of the driving system from the driving system to the battery unit , wherein the indicator of the battery unit is configured to indicate the abnormality of the driving system , characterized in that the indicator of the battery unit is configured to indicate a remaining power of the battery and the abnormality of the driving system , and the controller of the battery unit is configured to set a predetermined limit on the indication of the indicator when the battery unit is removed from a bicycle body, and the controller of the battery unit is configured to ease the predetermined limit when the battery unit is mounted on the bicycle body.
A control device for control and detection of the flame of a burner , comprising an ionisation electrode configured to be arranged at a region in which a flame of the burner is present; said ionisation electrode being configured to generate an ionisation current (Ion) as a function of a status of the flame; wherein it comprises: - an electric circuit for generating a triangular voltage signal (Vtr) having a triangle wave form and connected to the ionisation electrode in such a way that on varying the ionisation current (Ion) the average value of the triangular voltage signal (Vtr) also varies; - a first output circuit connected to the circuit for generating the triangular voltage signal (Vtr) and comprising a low-pass filter for filtering said triangular voltage signal (Vtr) so as to obtain in output an analog signal representing the average value of the triangular voltage signal (Vtr); - a second output circuit connected to the circuit for generating the triangular voltage signal (Vtr) and comprising an electronic group for generating a duty-cycle as a function of the triangular voltage signal (Vtr); said electronic group for generating the duty-cycle being configured to generate a signal having a square wave output signal representing said duty-cycle. - an electric circuit for generating a triangular voltage signal (Vtr) having a triangle wave form and connected to the ionisation electrode in such a way that on varying the ionisation current (Ion) the average value of the triangular voltage signal (Vtr) also varies; - a first output circuit connected to the circuit for generating the triangular voltage signal (Vtr) and comprising a low-pass filter for filtering said triangular voltage signal (Vtr) so as to obtain in output an analog signal representing the average value of the triangular voltage signal (Vtr); - a second output circuit connected to the circuit for generating the triangular voltage signal (Vtr) and comprising an electronic group for generating a duty-cycle as a function of the triangular voltage signal (Vtr); said electronic group for generating the duty-cycle being configured to generate a signal having a square wave output signal representing said duty-cycle.
An electronic device comprising: a near field communication (NFC) antenna comprising a first coil, a second coil, and a third coil that are separated from each other; a mobile device comprising the first coil, wherein the second coil and the third coil are arranged on an outside of the mobile device, and an accessory that is removably attachable to the mobile device, the accessory including the second coil and the third coil, wherein the mobile device further comprises an NFC transceiver configured to transmit and receive NFC signals via the first coil, the second coil, and the third coil, wherein when the accessory is attached to the mobile device, a distance between the first coil and the second coil is from 0 mm to 10 mm, and inductive coupling is generated between the first coil, the second coil, and the third coil, and wherein the second coil and the third coil are overlapped with each other in an area of the accessory, at least one of the second coil and the third coil is arranged in a plurality of layers through a via, and insulating materials are arranged among the plurality of layers. a near field communication (NFC) antenna comprising a first coil, a second coil, and a third coil that are separated from each other; a mobile device comprising the first coil, wherein the second coil and the third coil are arranged on an outside of the mobile device, and an accessory that is removably attachable to the mobile device, the accessory including the second coil and the third coil, wherein the mobile device further comprises an NFC transceiver configured to transmit and receive NFC signals via the first coil, the second coil, and the third coil, wherein when the accessory is attached to the mobile device, a distance between the first coil and the second coil is from 0 mm to 10 mm, and inductive coupling is generated between the first coil, the second coil, and the third coil, and wherein the second coil and the third coil are overlapped with each other in an area of the accessory, at least one of the second coil and the third coil is arranged in a plurality of layers through a via, and insulating materials are arranged among the plurality of layers.
An antibody that specifically targets one or more of the second, third, fourth, or fifth subdomains (EC2, EC3, EC4 and EC5, respectively) of soluble E-cadherin (sEcad) but not the first subdomain (EC1) of sEcad for use in a method for the treatment of cancer.
A locking system including: - a plurality of compartments , each compartment having first and second side walls and an opening between the first and second side walls ; - a closure for each opening; - a plurality of fasteners including a fastener for each closure and adapted to hold the closure in a closed position relative to the opening and adapted to allow the closure to assume an open position relative to the opening upon receipt of a suitable signal; and - a rail located alongside or in front of the first side walls ; wherein the plurality of fasteners is located along the rail ; and characterized in that the rail is removably attached to the first side walls providing a manual option for accessing the compartments in case of software or electronics failure. - a plurality of compartments , each compartment having first and second side walls and an opening between the first and second side walls ; - a closure for each opening; - a plurality of fasteners including a fastener for each closure and adapted to hold the closure in a closed position relative to the opening and adapted to allow the closure to assume an open position relative to the opening upon receipt of a suitable signal; and - a rail located alongside or in front of the first side walls ; wherein the plurality of fasteners is located along the rail ; and characterized in that the rail is removably attached to the first side walls providing a manual option for accessing the compartments in case of software or electronics failure.
A catheter, comprising: an elongate shaft body extending from a proximal end to a distal end and defining an inner lumen, the shaft body including a liner , a braid or coil surrounding the liner , and a polymer cover surrounding the braid or coil ; a distal outer surface portion of the polymer cover of the shaft body including one or more helical threads configured to urge movement of the shaft body within vasculature via rotation applied to the shaft body's proximal end; and a tip member disposed at the distal end of the shaft body, characterised in that an outer wrapper is covering the distal outer surface portion of the polymer cover and the one or more helical threads. an elongate shaft body extending from a proximal end to a distal end and defining an inner lumen, the shaft body including a liner , a braid or coil surrounding the liner , and a polymer cover surrounding the braid or coil ; a distal outer surface portion of the polymer cover of the shaft body including one or more helical threads configured to urge movement of the shaft body within vasculature via rotation applied to the shaft body's proximal end; and a tip member disposed at the distal end of the shaft body, characterised in that an outer wrapper is covering the distal outer surface portion of the polymer cover and the one or more helical threads.
An oxide ore smelting method comprising: mixing an oxide ore and a carbonaceous reducing agent; molding the resulting mixture into a solid pellet; heating the pellet in a rotary hearth furnace; and subjecting the pellet to a reduction treatment to obtain a metal of a reduction product and slag, wherein the oxide ore is nickel oxide ore, the carbonaceous reducing agent is coal and/or coke, an amount of the carbonaceous reducing agent present inside the mixture together with the nickel oxide ore is set to a proportion of 5% by mass or more and 40.0% by mass or less when an amount of the carbonaceous reducing agent required for reducing nickel oxide and iron oxide contained in the mixture without excess or deficiency is taken as 100% by mass, and the reducing treatment is performed at a reducing temperature of 1200 °C or more and 1450 °C or less in a state in which the carbonaceous reducing agent is deposited on the surface of the molded mixture so that an amount of the carbonaceous reducing agent as the surface deposit is a proportion of 0.1% by mass or more and 20.0% by mass or less when a total amount of the carbonaceous reducing agent required for reducing nickel oxide and iron oxide contained in the mixture without excess or deficiency is taken as 100% by mass. the oxide ore is nickel oxide ore, the carbonaceous reducing agent is coal and/or coke, an amount of the carbonaceous reducing agent present inside the mixture together with the nickel oxide ore is set to a proportion of 5% by mass or more and 40.0% by mass or less when an amount of the carbonaceous reducing agent required for reducing nickel oxide and iron oxide contained in the mixture without excess or deficiency is taken as 100% by mass, and the reducing treatment is performed at a reducing temperature of 1200 °C or more and 1450 °C or less in a state in which the carbonaceous reducing agent is deposited on the surface of the molded mixture so that an amount of the carbonaceous reducing agent as the surface deposit is a proportion of 0.1% by mass or more and 20.0% by mass or less when a total amount of the carbonaceous reducing agent required for reducing nickel oxide and iron oxide contained in the mixture without excess or deficiency is taken as 100% by mass.
A self-propelled combine harvester , comprising a threshing device , a separating device which respectively separate a flow of harvested material which arrives at a grain pan , as well as a cleaning device with at least one sieve stage which lies downstream of the grain pan and below the grain pan , wherein a fan assembly is associated with the cleaning device , wherein the grain pan is divided into a plurality of sections (20, 21, 22; 30, 31, 32) which are disposed in a vertically offset configuration, characterized in that a vertical drop step is formed between two successive sections (20, 21, 22; 30, 31, 32) of the grain pan through which drop step a respective upwardly directed stream of air flows which is generated by a fan assembly which is configured as a suction fan assembly which is disposed downstream of the cleaning device .