mhurhangee/patent-ind-claim-en huggingface dataset:
An injection-molded stepping motor, comprising an injection-molded stator assembly and a rotor assembly, wherein the injection-molded stator assembly comprises a stator iron core , a front framework , a rear framework , a stator winding , a front lining ring , a rear lining ring and a mounting bracket , wherein the stator winding is wound in grooves of the stator iron core into which the front framework and the rear framework have been inserted, the front lining ring is mounted at a front side of the stator iron core , and the rear lining ring is mounted at a rear side of the stator iron core , the stator iron core is fixed on the mounting bracket , characterized in that the front lining ring and the rear lining ring each adopts a structure which is formed by punching and laminating thin plates with different inner diameters, wherein the thin plates comprise a first thin plate and a second thin plate which have different inner diameters, and the first thin plate and the second thin plate are laminated for forming a retainer ring groove configured to place in said retainer ring groove a retainer ring for preventing said rotor assembly from being removed. wherein the stator winding is wound in grooves of the stator iron core into which the front framework and the rear framework have been inserted, the front lining ring is mounted at a front side of the stator iron core , and the rear lining ring is mounted at a rear side of the stator iron core , the stator iron core is fixed on the mounting bracket , characterized in that the front lining ring and the rear lining ring each adopts a structure which is formed by punching and laminating thin plates with different inner diameters, wherein the thin plates comprise a first thin plate and a second thin plate which have different inner diameters, and the first thin plate and the second thin plate are laminated for forming a retainer ring groove configured to place in said retainer ring groove a retainer ring for preventing said rotor assembly from being removed.
An apparatus for the treatment of air, wherein air having a first concentration of carbon monoxide enters the apparatus and breathable air having a second concentration of carbon monoxide exits the apparatus, said first concentration being higher than said second concentration, the apparatus comprising a gas treatment means, comprising: i) a catalyst for the oxidation of carbon monoxide comprising palladium and iron oxide and ii) a source of a volatile nitrogen-containing compound, the source of volatile nitrogen-containing compound comprising an absorbent material impregnated with an amine or ammonia. i) a catalyst for the oxidation of carbon monoxide comprising palladium and iron oxide and ii) a source of a volatile nitrogen-containing compound, the source of volatile nitrogen-containing compound comprising an absorbent material impregnated with an amine or ammonia.
A computer implemented method for scrolling through a database organised as a knowledge graph to update a knowledge state in a memory, the graph including a plurality of nodes and a plurality of relationships between nodes of the plurality of nodes, the method comprising the following steps: - A knowledge state (120.3) is a set of [node reference, value] pairs; - at least one node of the plurality of nodes includes an identifier and a browsing attribute , said browsing attribute being structured as a list of sets of references to nodes, the method being characterised in that : each set of the list being associated with a first coefficient, each referenced node being associated with a second coefficient, selecting a next node from a current node being carried out according to the following steps of: - Updating the knowledge state by adding a pair to the knowledge state, said pair comprising a reference of the current node and a value as a function of a relationship (R1, R2, R3) that led to the current node; - For each neighbouring node of the current node including a browsing attribute, calculating a node score based on at least one set score, each set score being based on each second coefficient associated with a referenced node and on each value in the knowledge state associated with said referenced node, each second coefficient and each value being considered when said referenced node is present in the knowledge state, each set score being weighted by the first coefficient of said set; - Selecting , from all the nodes referenced by the neighbouring node having the highest score, the node which is not referenced by the knowledge state and which has the second highest coefficient. - A knowledge state (120.3) is a set of [node reference, value] pairs; - at least one node of the plurality of nodes includes an identifier and a browsing attribute , said browsing attribute being structured as a list of sets of references to nodes, - Updating the knowledge state by adding a pair to the knowledge state, said pair comprising a reference of the current node and a value as a function of a relationship (R1, R2, R3) that led to the current node; - For each neighbouring node of the current node including a browsing attribute, calculating a node score based on at least one set score, each set score being based on each second coefficient associated with a referenced node and on each value in the knowledge state associated with said referenced node, each second coefficient and each value being considered when said referenced node is present in the knowledge state, each set score being weighted by the first coefficient of said set; - Selecting , from all the nodes referenced by the neighbouring node having the highest score, the node which is not referenced by the knowledge state and which has the second highest coefficient.
Method for molecular adhesion of a second electronic element on a first electronic element , wherein the first electronic element and the second electronic element are wafers comprising components or wherein the second electronic element is an electronic component or a chip and the first electronic element is a host wafer or a monolithic wafer or a stacked structure, wherein the contact surface of the first electronic element contains a polymer , the method comprising the coating, with a bonding layer , of at least some of the surface of the polymer contained at the surface of the first electronic compound , with the molecular adhesion taking place between said bonding layer and said second electronic element , and wherein the first electronic element and the second electronic element able to have microelectronic, optoelectronic, optic, or hyper-frequency applications.
A method, comprising: determining, at a network element that provides an interface in a wireless network between base stations and a core network, a first tunnel endpoint identifier associated with a default bearer between a user equipment and a first access point name ; determining, at the network element , whether a tunnel discovery procedure should be performed to discover a second tunnel endpoint identifier associated with a dummy bearer, the dummy bearer associated with the user equipment and a second access point name , wherein the default and dummy bearers are different; performing, at the network element and in response to a determination the tunnel discovery procedure should be performed, the tunnel discovery procedure to discover the second tunnel endpoint identifier associated with the dummy bearer; setting up, at the network element , the dummy bearer between the network element and the user equipment ; routing, by the network element , data arriving at the network element from the core network and toward the user equipment over one of the default bearer, using the first tunnel endpoint identifier, or the dummy bearer, using the second tunnel endpoint identifier; and routing, by the network element , data arriving at the network element from the user equipment and toward the core network only over the default bearer. determining, at a network element that provides an interface in a wireless network between base stations and a core network, a first tunnel endpoint identifier associated with a default bearer between a user equipment and a first access point name ; determining, at the network element , whether a tunnel discovery procedure should be performed to discover a second tunnel endpoint identifier associated with a dummy bearer, the dummy bearer associated with the user equipment and a second access point name , wherein the default and dummy bearers are different; performing, at the network element and in response to a determination the tunnel discovery procedure should be performed, the tunnel discovery procedure to discover the second tunnel endpoint identifier associated with the dummy bearer; setting up, at the network element , the dummy bearer between the network element and the user equipment ; routing, by the network element , data arriving at the network element from the core network and toward the user equipment over one of the default bearer, using the first tunnel endpoint identifier, or the dummy bearer, using the second tunnel endpoint identifier; and routing, by the network element , data arriving at the network element from the user equipment and toward the core network only over the default bearer.
A method for manufacturing a dental prosthesis , for filling a zone of a first jaw , the first jaw being an identical reproduction of at least one part of a toothless jaw of an individual, the zone being able to receive at least one tooth , the first jaw integrating a projecting element , the method comprising: - a first step of depositing a first portion of a belonging to the polycaprolactone family onto the zone of the first jaw , such that the first portion deposited is able to be secured to the projecting element , said material being able to maintain its shape after deposition; - a second step of depositing a second portion of said material onto the first portion ; - a step of attaching the tooth to the second portion deposited. - a first step of depositing a first portion of a belonging to the polycaprolactone family onto the zone of the first jaw , such that the first portion deposited is able to be secured to the projecting element , said material being able to maintain its shape after deposition; - a second step of depositing a second portion of said material onto the first portion ; - a step of attaching the tooth to the second portion deposited.
Method for reducing a risk of tampering and/or spoofing of location data of an object over time, the method comprising the steps of: - providing a signals-in-space receiver to the object , the signals-in-space receiver comprising an antenna for receiving an encrypted navigation signal , an A/D converter for discretizing the encrypted navigation signal into encrypted navigation data , a memory unit for storing the encrypted navigation data and an interface for connecting a reader to the memory unit , wherein a decryption key for decrypting the encrypted navigation data is not provided in the signals-in-space receiver ; - receiving the encrypted navigation signal over time by the signals-in-space receiver through its antenna ; - discretizing the encrypted navigation signal over time by the A/D converter into encrypted navigation data ; - storing the encrypted navigation data over time in the memory unit ; - connecting the reader with the memory unit of the signals-in-space receiver ; - transferring the encrypted navigation data over time from the memory unit to the reader ; - decrypting in the reader the encrypted navigation data over time and retrieving the location data of the object over time, characterized by - checking from the retrieved location data over time where the object has been. - providing a signals-in-space receiver to the object , the signals-in-space receiver comprising an antenna for receiving an encrypted navigation signal , an A/D converter for discretizing the encrypted navigation signal into encrypted navigation data , a memory unit for storing the encrypted navigation data and an interface for connecting a reader to the memory unit , wherein a decryption key for decrypting the encrypted navigation data is not provided in the signals-in-space receiver ; - receiving the encrypted navigation signal over time by the signals-in-space receiver through its antenna ; - discretizing the encrypted navigation signal over time by the A/D converter into encrypted navigation data ; - storing the encrypted navigation data over time in the memory unit ; - connecting the reader with the memory unit of the signals-in-space receiver ; - transferring the encrypted navigation data over time from the memory unit to the reader ; - decrypting in the reader the encrypted navigation data over time and retrieving the location data of the object over time, - checking from the retrieved location data over time where the object has been.
A composition comprising at least one monochlorotrifluoropropene selected from the group consisting of transCHF 2 CF=CClH , cisCHF 2 CF=CClH , and combinations of these, optionally further comprising one or more of transCF 3 CH=CClH , cisCF 3 CH=CClH , transCHF 2 CH=CClF , cisCHF 2 CH=CClF , transCHF 2 CCl=CHF , cisCHF 2 CCl=CHF CH 2 FCCl=CF 2 , transCHFCICF=CFH , cisCHFCICF=CFH , CH2C1CF=CF2 , CF2C1CF=CH2 , and combinations of two or more of these; wherein the monochlorotrifluoropropene selected from the group consisting of transCHF 2 CF=CClH , cisCHF 2 CF=CClH , and combinations of these is present in the amount from 5% by weight to 99% by weight. optionally further comprising one or more of transCF 3 CH=CClH , cisCF 3 CH=CClH , transCHF 2 CH=CClF , cisCHF 2 CH=CClF , transCHF 2 CCl=CHF , cisCHF 2 CCl=CHF CH 2 FCCl=CF 2 , transCHFCICF=CFH , cisCHFCICF=CFH , CH2C1CF=CF2 , CF2C1CF=CH2 , and combinations of two or more of these; wherein the monochlorotrifluoropropene selected from the group consisting of transCHF 2 CF=CClH , cisCHF 2 CF=CClH , and combinations of these is present in the amount from 5% by weight to 99% by weight.
An end-of-arm-tool (EOAT) mechanical interface for operatively coupling a gripper actuator 2. to a part-gripping device, the EOAT mechanical interface comprising: first and second EOAT-to-gripper interface bodies moveable relative to each other along a gripping axis, each of the first and second EOAT-to-gripper interface bodies being mountable to, respectively, first and second portions of the gripper actuator that is configured to actuate the first and second EOAT-to-gripper interface bodies along the gripping axis; a lateral restraint dovetail joint surface configured to contact and slide relative to a confronting lateral restraint dovetail joint surface of the part-gripping device in response to actuation of the first and second EOAT-to-gripper interface bodies , thereby pulling the part-gripping device inward toward the EOAT mechanical interface; and a matable alignment structure configured to limit a gripping axis distance that the gripper actuator opens when engaging the EOAT mechanical interface with the part-gripping device such that the lateral restraint dovetail joint surface becomes aligned for engagement with the confronting lateral restraint dovetail joint surface. first and second EOAT-to-gripper interface bodies moveable relative to each other along a gripping axis, each of the first and second EOAT-to-gripper interface bodies being mountable to, respectively, first and second portions of the gripper actuator that is configured to actuate the first and second EOAT-to-gripper interface bodies along the gripping axis; a lateral restraint dovetail joint surface configured to contact and slide relative to a confronting lateral restraint dovetail joint surface of the part-gripping device in response to actuation of the first and second EOAT-to-gripper interface bodies , thereby pulling the part-gripping device inward toward the EOAT mechanical interface; and a matable alignment structure configured to limit a gripping axis distance that the gripper actuator opens when engaging the EOAT mechanical interface with the part-gripping device such that the lateral restraint dovetail joint surface becomes aligned for engagement with the confronting lateral restraint dovetail joint surface.
A method for transmitting a narrow band orthogonal frequency division multiplexing signal, the method comprising: determining a spectrum resource of a narrow band orthogonal frequency division multiplexing system in a LTE system bandwidth according to a resource selection strategy, wherein the LTE system and the narrow band orthogonal division multiplexing system share bandwidth; and transmitting a narrow band orthogonal frequency division multiplexing signal on the determined spectrum resource of the narrow band orthogonal frequency division multiplexing system, characterized in that the LTE system bandwidth includes N BW available subcarriers, the bandwidth of the narrow band orthogonal frequency division multiplexing system includes M BW subcarriers, and an index of a physical resource block (PRB), which corresponds to a center subcarrier of the M BW subcarriers of the narrow band orthogonal frequency division multiplexing system, in the LTE system bandwidth is I PRB ; and wherein the resource selection strategy comprises: N BW mod 24 = 12 and satisfies: I PRB mod 5 = 2. determining a spectrum resource of a narrow band orthogonal frequency division multiplexing system in a LTE system bandwidth according to a resource selection strategy, wherein the LTE system and the narrow band orthogonal division multiplexing system share bandwidth; and transmitting a narrow band orthogonal frequency division multiplexing signal on the determined spectrum resource of the narrow band orthogonal frequency division multiplexing system, characterized in that the LTE system bandwidth includes N BW available subcarriers, the bandwidth of the narrow band orthogonal frequency division multiplexing system includes M BW subcarriers, and an index of a physical resource block (PRB), which corresponds to a center subcarrier of the M BW subcarriers of the narrow band orthogonal frequency division multiplexing system, in the LTE system bandwidth is I PRB ; and wherein the resource selection strategy comprises: N BW mod 24 = 12 and satisfies: I PRB mod 5 = 2.
Portable infrared ray header for environmental heating, comprising: a hollow body delimiting a central chamber , having a base provided with a main inlet , a top wall and a side wall at least partially gas-permeable and extended from said base to said top wall , wherein said header is without its own burner, said header being apt to be coupled with a burner for the combustion of a gas and the respective emission of combustion gases into said central chamber , said burner being outside of said central chamber , said header being characterized in that said side wall comprises radiating means for infrared radiation comprising a layer of amorphous silica fiber with silica content equal or higher than 99%; and in that it comprises bearing means for supporting said hollow body on a stovetop comprising said burner, at a predetermined limited distance therefrom, wherein said bearing means are associated with said base and are essentially arranged around said main inlet , and wherein said bearing means are provided with a plurality of through holes . a hollow body delimiting a central chamber , having a base provided with a main inlet , a top wall and a side wall at least partially gas-permeable and extended from said base to said top wall , wherein said header is without its own burner, said header being apt to be coupled with a burner for the combustion of a gas and the respective emission of combustion gases into said central chamber , said burner being outside of said central chamber , said header being characterized in that said side wall comprises radiating means for infrared radiation comprising a layer of amorphous silica fiber with silica content equal or higher than 99%; and in that it comprises bearing means for supporting said hollow body on a stovetop comprising said burner, at a predetermined limited distance therefrom, wherein said bearing means are associated with said base and are essentially arranged around said main inlet , and wherein said bearing means are provided with a plurality of through holes .
Electrosurgical power generator , particularly for creation of a radio frequency voltage (U HF ) for treatment of biological tissue, having a resonant circuit that comprises at least one capacitor and at least one inductor that are connected in parallel to each other in order to form a parallel resonant circuit, having a first cascode circuit that comprises a first input transistor and a first output transistor , having a second cascode circuit that comprises a second input transistor and a second output transistor , wherein the two output transistors are connected to the resonant circuit and the two input transistors are connected to one another. having a resonant circuit that comprises at least one capacitor and at least one inductor that are connected in parallel to each other in order to form a parallel resonant circuit, having a first cascode circuit that comprises a first input transistor and a first output transistor , having a second cascode circuit that comprises a second input transistor and a second output transistor , wherein the two output transistors are connected to the resonant circuit and the two input transistors are connected to one another.
A weaving machine system for pulling binding warp yarns out of a shed into a gap (T0) between an upper outer fabric (T1) and a lower outer fabric (T2) of a distance fabric during formation of loops of binding yarns by means of a manipulating bar , characterized in that the manipulating bar is coupleable to at least two electromagnets arranged reversibly displaceably above the upper outer fabric (T1) in the direction of the take-up motion of the distance fabric (T) and back, in that the manipulating bar is provided with permanent magnets at the points at which it is coupleable to the electromagnets , the permanent magnets being arranged in Halbach arrays , whereby the electromagnets are in the lower part provided with a sliding part made of non-magnetic material in which the pole pieces (53 a 54) of the respective electromagnet are terminated.
A fuel-resistant liquid asphalt binder comprising: a liquid asphalt binder base having a concentration in the range of 89.3 wt% to 95.6 wt%; styrene-butadiene-styrene having a concentration in the range of 2 wt% to 5 wt%; high acetate content ethylene vinyl acetate having a concentration in the range of 2 wt% to 5 wt%; and a composition of fatty amine derivatives having a concentration in the range of 0.4 wt% to 0.7 wt%. a liquid asphalt binder base having a concentration in the range of 89.3 wt% to 95.6 wt%; styrene-butadiene-styrene having a concentration in the range of 2 wt% to 5 wt%; high acetate content ethylene vinyl acetate having a concentration in the range of 2 wt% to 5 wt%; and a composition of fatty amine derivatives having a concentration in the range of 0.4 wt% to 0.7 wt%.