mhurhangee/patent-ind-claim-en huggingface dataset:
An optical switch comprising: an optical launch arrangement; the optical launch arrangement comprising: a fiber assembly for securing an array of optical fibers ; and an asymmetric lenslet array (200; 510) having a first surface with a plurality of pairs (210 1 , 210 2 , 210 3 , 210 4 ) of coupling lenses (212; 540), each of the coupling lenses being in registration with an optical fiber in the array of optical fibers and a second surface with a plurality of collimating lenses (214; 550), each being in registration with one of the pairs of coupling lenses (212; 540); the optical switch further comprising: a MEMs mirror array , each of the MEMs mirrors in the array being positioned to receive an optical beam from one of the collimating lenses (214; 550). a fiber assembly for securing an array of optical fibers ; and an asymmetric lenslet array (200; 510) having a first surface with a plurality of pairs (210 1 , 210 2 , 210 3 , 210 4 ) of coupling lenses (212; 540), each of the coupling lenses being in registration with an optical fiber in the array of optical fibers and a second surface with a plurality of collimating lenses (214; 550), each being in registration with one of the pairs of coupling lenses (212; 540); the optical switch further comprising: a MEMs mirror array , each of the MEMs mirrors in the array being positioned to receive an optical beam from one of the collimating lenses (214; 550).
A method for making a catalyst, comprising: forming a mixture comprising a germanium source, an alkali metal source, an aluminum source, and a silica source, wherein the mixture has a pH; adjusting the pH of the mixture to a value of greater than or equal to 9.5; crystallizing and calcining the mixture to form a zeolite; depositing platinum on the zeolite; and calcining the zeolite to form the final catalyst; wherein the final catalyst has an aluminum content of less than or equal to 0.75 wt% based on the total weight of the final catalyst excluding any binder or extrusion aide, and a final Si:Al 2 mole ratio of 125 to 200 excluding any binder or extrusion aide, an Si:Ge mole ratio of 40 to 400, and an Na:Al mole ratio of 0.9 to 2.5 excluding any binder or extrusion aide, and wherein the zeolite is a ZSM-5 zeolite. forming a mixture comprising a germanium source, an alkali metal source, an aluminum source, and a silica source, wherein the mixture has a pH; adjusting the pH of the mixture to a value of greater than or equal to 9.5; crystallizing and calcining the mixture to form a zeolite; depositing platinum on the zeolite; and calcining the zeolite to form the final catalyst; wherein the final catalyst has an aluminum content of less than or equal to 0.75 wt% based on the total weight of the final catalyst excluding any binder or extrusion aide, and a final Si:Al 2 mole ratio of 125 to 200 excluding any binder or extrusion aide, an Si:Ge mole ratio of 40 to 400, and an Na:Al mole ratio of 0.9 to 2.5 excluding any binder or extrusion aide, and wherein the zeolite is a ZSM-5 zeolite.
A lighted apparel system comprising: an apparel item configured for a lower torso area of a wearer, the apparel item comprising at least a torso portion , a first leg portion , and a second leg portion , the first leg portion and the second leg portion having at least an anterior aspect , a posterior aspect , a medial aspect , and a lateral aspect ; a first light array affixed to the first leg portion , a second light array affixed to the second leg portion , a power supply unit and conductive traces ; characterized in that the first light array has a first end, a second end, and an intervening portion extending between the first end and the second end, the first light array being positioned on the first leg portion such that the first end is positioned on the posterior aspect , the second end is positioned on the anterior aspect , and the intervening portion extends over the lateral aspect of the first leg portion , wherein the second light array has a first end, a second end, and an intervening portion extending between the first end and the second end, the second light array being positioned on the second leg portion such that the first end is positioned on the posterior aspect , the second end is positioned on the anterior aspect , and the intervening portion extends over the lateral aspect of the second leg portion ; wherein the conductive traces extend from the power supply unit to the first ends of the first and second light arrays ; wherein the first light array , the second light array, the power supply unit and the conductive traces are positioned on a panel of material formed without seams, which is joined or affixed to one or more additional panels to form the apparel item . the first light array has a first end, a second end, and an intervening portion extending between the first end and the second end, the first light array being positioned on the first leg portion such that the first end is positioned on the posterior aspect , the second end is positioned on the anterior aspect , and the intervening portion extends over the lateral aspect of the first leg portion , wherein the second light array has a first end, a second end, and an intervening portion extending between the first end and the second end, the second light array being positioned on the second leg portion such that the first end is positioned on the posterior aspect , the second end is positioned on the anterior aspect , and the intervening portion extends over the lateral aspect of the second leg portion ; wherein the conductive traces extend from the power supply unit to the first ends of the first and second light arrays ; wherein the first light array , the second light array, the power supply unit and the conductive traces are positioned on a panel of material formed without seams, which is joined or affixed to one or more additional panels to form the apparel item .
A base for vehicle wheel alignment measurement, which is designed to accommodate a vehicle wheel and is equipped with at least one reference system , the reference system comprising at least one camera and at least one reference target attached to the reference system , said at least one camera and said at least one reference target being designed to determine the orientation of the base around at least one coordinate axis in relation to at least one further base comprising the features of claim 1.
A synchronization method for synchronizing measurements for current differential protection characterized in that it comprises: selecting a point (P) on a transmission line protected by the current differential protection; measuring a current (I M ; I N ) and a voltage (U M ; U N ) of each of the terminals (M; N) of said transmission line; calculating compensating voltages (U MP ; U NP ) at the selected point (P) respectively according to the measured current and the voltage of the each terminal (M; N); detecting and calculating a synchronization error (t error; θ Err ) between the terminals (M; N) by comparing the compensating voltages (U MP ; U NP ) of all terminals (M; N). selecting a point (P) on a transmission line protected by the current differential protection; measuring a current (I M ; I N ) and a voltage (U M ; U N ) of each of the terminals (M; N) of said transmission line; calculating compensating voltages (U MP ; U NP ) at the selected point (P) respectively according to the measured current and the voltage of the each terminal (M; N); detecting and calculating a synchronization error (t error; θ Err ) between the terminals (M; N) by comparing the compensating voltages (U MP ; U NP ) of all terminals (M; N).
A computer-implemented method for defining at least one boundary surface within a digital tooth data model of an artificial tooth element, comprising at least the following steps: defining a first boundary curve on the tooth surface of the artificial tooth element, determining, with respect to the first boundary curve, an incisally/ occlusally located tooth surface , and displacing surface areas of said tooth surface inwards towards the surface normal by different amounts in order to produce the at least one boundary surface , in particular the first boundary surface , wherein the different amounts of displacement are based on variable design parameters which describe a maximum first displacement of the tooth surface and a first length to define a transition surface extending in incisal direction, wherein the first length defines a transition area starting from the first boundary curve , characterized in that in the case of a first displacement there is no displacement yet for anterior and posterior teeth directly at the first boundary curve and preferably for posterior teeth additionally at the central fissure , and wherein the amount of the first displacement towards the surface normal in incisal/occlusal direction increases steadily from the first boundary curve until the maximum first displacement is reached, wherein the first length is set as the design parameter, and the first length is defined starting from zero up to the full first displacement. defining a first boundary curve on the tooth surface of the artificial tooth element, determining, with respect to the first boundary curve, an incisally/ occlusally located tooth surface , and displacing surface areas of said tooth surface inwards towards the surface normal by different amounts in order to produce the at least one boundary surface , in particular the first boundary surface , wherein the different amounts of displacement are based on variable design parameters which describe a maximum first displacement of the tooth surface and a first length to define a transition surface extending in incisal direction, wherein the first length defines a transition area starting from the first boundary curve , characterized in that in the case of a first displacement there is no displacement yet for anterior and posterior teeth directly at the first boundary curve and preferably for posterior teeth additionally at the central fissure , and wherein the amount of the first displacement towards the surface normal in incisal/occlusal direction increases steadily from the first boundary curve until the maximum first displacement is reached, wherein the first length is set as the design parameter, and the first length is defined starting from zero up to the full first displacement.
An Edge Computing, EC, management entity for managing a plurality of EC servers configured to provide compute resources to a User Equipment, UE, for an application service, the plurality of EC servers including a first EC server , which is physically movable, connected to a first communication node , and a second EC server connected to a second communication node ; wherein the EC management entity has a communication interface for obtaining server information including mobility information related to the first EC server , and wherein the EC management entity is configured to manage a connection of the UE to one of said EC servers based on said server information, characterized in that the management entity is configured to assign the UE to the first EC server responsive to determining that the first EC server and the UE, being in connection range of the first EC server, are moving in the same way based on comparing movement of the UE and of the first EC server, based on said mobility information. a first EC server , which is physically movable, connected to a first communication node , and a second EC server connected to a second communication node ; wherein the EC management entity has a communication interface for obtaining server information including mobility information related to the first EC server , and wherein the EC management entity is configured to manage a connection of the UE to one of said EC servers based on said server information, characterized in that the management entity is configured to assign the UE to the first EC server responsive to determining that the first EC server and the UE, being in connection range of the first EC server, are moving in the same way based on comparing movement of the UE and of the first EC server, based on said mobility information.
A sea tunnel , comprising a body , wherein the body has a hollow cavity extending from one end to the other end, the cavity is divided into mutually independent first cavity and second cavity by a passage pavement , the first cavity is wholly or partly protruded out of the sea level , the second cavity is immersed in the seawater, water holes are formed in the second cavity , the second cavity is communicated with the seawater through the water holes , and the bottom end of the body is connected with the seabed through anchor rods , characterized in that the second cavity is symmetrically arranged by taking a vertical axis of the body as the axis of symmetry, and two side walls of the second cavity around the axis of symmetry are provided with the water holes ; in that an outer wall of a shell of the body has a bilayer solid structure, and the water holes simultaneously penetrate the bilayer solid structure and communicate the second cavity with the seawater; and in that the first cavity is formed by an outer wall and an inner wall , which are arranged at an interval, the inner wall has a multilayer structure, a plurality of stabilizing mechanisms in a passage direction of the body are respectively arranged between the outer wall and a layer of the inner wall and between adjacent two layers of the inner wall , each stabilizing mechanism comprises a guide rail arranged in a width direction of the body , a plurality of rollers are arranged in the guide rail , each roller is fixed in the guide rail by utilizing a rotating shaft, the rotating shaft is arranged in the passage direction of the body (101, and the roller is respectively butted against the outer wall , the layer of the inner wall and the adjacent two layers of the inner wall . the second cavity is symmetrically arranged by taking a vertical axis of the body as the axis of symmetry, and two side walls of the second cavity around the axis of symmetry are provided with the water holes ; in that an outer wall of a shell of the body has a bilayer solid structure, and the water holes simultaneously penetrate the bilayer solid structure and communicate the second cavity with the seawater; and in that the first cavity is formed by an outer wall and an inner wall , which are arranged at an interval, the inner wall has a multilayer structure, a plurality of stabilizing mechanisms in a passage direction of the body are respectively arranged between the outer wall and a layer of the inner wall and between adjacent two layers of the inner wall , each stabilizing mechanism comprises a guide rail arranged in a width direction of the body , a plurality of rollers are arranged in the guide rail , each roller is fixed in the guide rail by utilizing a rotating shaft, the rotating shaft is arranged in the passage direction of the body (101, and the roller is respectively butted against the outer wall , the layer of the inner wall and the adjacent two layers of the inner wall .
A fecal catheter made of an odor barrier material comprising: i) a thermoplastic elastomer selected from the group consisting of a styrenic block copolymer, a thermoplastic vulcanizate, or a polyolefin elastomer; ii) an odor barrier modifier selected from polyisobutene, polybutene, or an organoclay; and iii) an antiblocking agent of at least 0.1% selected from the group consisting of essentially inorganic fillers, including silica, talc, clay, and mica, wherein said fecal catheter has a Shore A hardness 60 or less and an arithmetic mean surface roughness Ra not less than 0.1 μm or preferably not less than 1 μm. i) a thermoplastic elastomer selected from the group consisting of a styrenic block copolymer, a thermoplastic vulcanizate, or a polyolefin elastomer; ii) an odor barrier modifier selected from polyisobutene, polybutene, or an organoclay; and iii) an antiblocking agent of at least 0.1% selected from the group consisting of essentially inorganic fillers, including silica, talc, clay, and mica,
An anti-fall safety structure for formwork with load-bearing panels for floor slabs, comprising: - a load-bearing panel , which comprises at least two lateral longitudinal supporting profiles , mutually connected by transverse elements , - at least two supporting posts for one or more anti-fall protection elements , - for each post , a post supporting bracket , provided with clamp means for reversible engagement either with an external transverse element or with a lateral longitudinal profile , - said clamp means having a closure system of the wedge type , said post supporting bracket comprising, with respect to a configuration for use, a load-bearing longitudinal element , the clamp means being fixed on the load-bearing longitudinal element , said clamp means comprising: - a lower resting plate , which is supported by a horizontal tubular segment that is fixed to the load-bearing longitudinal element , - and the wedge-type closure system , which is fixed in an upper region of said load-bearing longitudinal element , characterized in that said load-bearing panel is provided with lower reinforcement bars , which are arranged below and transversely with respect to the transverse elements , and said resting plate is provided in an upper region with two centering elements , which are adapted to arrange themselves at the sides of a reinforcement bar . - a load-bearing panel , which comprises at least two lateral longitudinal supporting profiles , mutually connected by transverse elements , - at least two supporting posts for one or more anti-fall protection elements , - for each post , a post supporting bracket , provided with clamp means for reversible engagement either with an external transverse element or with a lateral longitudinal profile , - said clamp means having a closure system of the wedge type , - a lower resting plate , which is supported by a horizontal tubular segment that is fixed to the load-bearing longitudinal element , - and the wedge-type closure system , which is fixed in an upper region of said load-bearing longitudinal element ,
An article of footwear , comprising: a sole structure having a first side and a second side , the sole structure having a cleat receiving portion , the cleat receiving portion including a first cavity that extends through the sole structure ; a removable cleat member configured to engage the cleat receiving portion on the second side of the sole structure , the removable cleat member including a second cavity that does not extend through the cleat member ; a fastener inserted through the first cavity from the first side to the second side of the sole structure and into the second cavity , thereby releasably securing the removable cleat member to the sole structure ; a radial locking system, comprising: a first plurality of radial locking elements disposed on a first engaging surface of the cleat receiving portion ; a second plurality of radial locking elements disposed on a second engaging surface of the removable cleat member ; wherein the first plurality of radial locking elements engages the second plurality of radial locking elements when the second engaging surface of the removable cleat member is disposed against the first engaging surface of the cleat receiving portion ; and wherein the radial locking system prevents rotation of the cleat about a central axis of the removable cleat member , while the removable cleat member is fastened to the sole member. a sole structure having a first side and a second side , the sole structure having a cleat receiving portion , the cleat receiving portion including a first cavity that extends through the sole structure ; a removable cleat member configured to engage the cleat receiving portion on the second side of the sole structure , the removable cleat member including a second cavity that does not extend through the cleat member ; a fastener inserted through the first cavity from the first side to the second side of the sole structure and into the second cavity , thereby releasably securing the removable cleat member to the sole structure ; a radial locking system, comprising: a first plurality of radial locking elements disposed on a first engaging surface of the cleat receiving portion ; a second plurality of radial locking elements disposed on a second engaging surface of the removable cleat member ; a first plurality of radial locking elements disposed on a first engaging surface of the cleat receiving portion ; a second plurality of radial locking elements disposed on a second engaging surface of the removable cleat member ; wherein the first plurality of radial locking elements engages the second plurality of radial locking elements when the second engaging surface of the removable cleat member is disposed against the first engaging surface of the cleat receiving portion ; and wherein the radial locking system prevents rotation of the cleat about a central axis of the removable cleat member , while the removable cleat member is fastened to the sole member.
A method for onboarding one or more Multi-AP devices using a device provisioning protocol, DPP, and a Multi-AP communication protocol, comprising: determining , by a first Multi-AP device during an onboarding process, DPP configuration information derived using the DPP; and establishing a Multi-AP network configuration between the first Multi-AP device and a second Multi-AP device using the Multi-AP communication protocol based on the DPP configuration information, wherein the Multi-AP communication protocol includes an IEEE 1905.1 protocol, and establishing the Multi-AP network configuration between the first Multi-AP device and the second Multi-AP device using the Multi-AP communication protocol based on the DPP configuration information includes exchanging IEEE 1905.1 messages that include one or more connectors derived using the DPP to establish an IEEE 1905.1 configuration. determining , by a first Multi-AP device during an onboarding process, DPP configuration information derived using the DPP; and establishing a Multi-AP network configuration between the first Multi-AP device and a second Multi-AP device using the Multi-AP communication protocol based on the DPP configuration information, wherein the Multi-AP communication protocol includes an IEEE 1905.1 protocol, and establishing the Multi-AP network configuration between the first Multi-AP device and the second Multi-AP device using the Multi-AP communication protocol based on the DPP configuration information includes exchanging IEEE 1905.1 messages that include one or more connectors derived using the DPP to establish an IEEE 1905.1 configuration.
Method for detecting an electrical discharge in an electrical apparatus , the method comprising: sensing an acoustic wave and an electromagnetic wave using a first sensing device and generating a first combined signal (Sc, Sci), characterized in that the first combined signal (Sc, Sci) is a single signal including a component corresponding to the acoustic wave and a component corresponding to the electromagnetic wave ; and processing the first combined signal (Sc, Sci) to determine the occurrence and/or properties of an electrical discharge . sensing an acoustic wave and an electromagnetic wave using a first sensing device and generating a first combined signal (Sc, Sci), characterized in that the first combined signal (Sc, Sci) is a single signal including a component corresponding to the acoustic wave and a component corresponding to the electromagnetic wave ; and processing the first combined signal (Sc, Sci) to determine the occurrence and/or properties of an electrical discharge .