mhurhangee/ep-ind-claims huggingface dataset:
A region interconnect, RI, controller configured between a plurality of independent network partitions (2100, 2200) and a core switching network, the RI controller comprising: an RI router (110, 120) that, when creating a tenant, is configured to: assign a first identifier to the tenant for identifying traffic of the tenant; create a virtual routing and forwarding, VFR, instance for the tenant at all routers or switches of the core switching network and bind the first identifier and the virtual routing and forwarding instance at the core switching network; and activate a dynamic routing protocol at the all routers or switches of the core switching network and bind a dynamic routing protocol instance to the virtual routing and forwarding instance, wherein respective virtual routers corresponding to the tenant and distributed at the plurality of independent network partitions (2100, 2200) are associated with the RI router (110, 120), a route published by a network partition is synchronized to other network partitions, where virtual resources of the tenant are located; characterized in that, the RI router (110, 120) is further configured to: activate a timer to dynamically detect changes of virtual network resources of the associated virtual routers; and call an application programming interface of a software-defined networking, SDN, controller at a network partition where the virtual routers are located, so as to obtain an associated relationship of the virtual routers and virtual networks. assign a first identifier to the tenant for identifying traffic of the tenant; create a virtual routing and forwarding, VFR, instance for the tenant at all routers or switches of the core switching network and bind the first identifier and the virtual routing and forwarding instance at the core switching network; and activate a dynamic routing protocol at the all routers or switches of the core switching network and bind a dynamic routing protocol instance to the virtual routing and forwarding instance, wherein respective virtual routers corresponding to the tenant and distributed at the plurality of independent network partitions (2100, 2200) are associated with the RI router (110, 120), a route published by a network partition is synchronized to other network partitions, where virtual resources of the tenant are located; characterized in that, the RI router (110, 120) is further configured to: activate a timer to dynamically detect changes of virtual network resources of the associated virtual routers; and call an application programming interface of a software-defined networking, SDN, controller at a network partition where the virtual routers are located, so as to obtain an associated relationship of the virtual routers and virtual networks. activate a timer to dynamically detect changes of virtual network resources of the associated virtual routers; and call an application programming interface of a software-defined networking, SDN, controller at a network partition where the virtual routers are located, so as to obtain an associated relationship of the virtual routers and virtual networks.
A portable printer, comprising: a casing accommodating a printer module; a control board accommodated in the casing and electrically connected to the printer module; a female-side connector mounted on the control board and exposed to an outside of the casing through a connector opening formed in the casing for detachably mounting a male-side connector, characterised in that an elastic member interposed between an inner peripheral surface of the connector opening and an outer peripheral surface of the female-side connector along an entire circumference of the female-side connector. a casing accommodating a printer module; a control board accommodated in the casing and electrically connected to the printer module; a female-side connector mounted on the control board and exposed to an outside of the casing through a connector opening formed in the casing for detachably mounting a male-side connector, characterised in that an elastic member interposed between an inner peripheral surface of the connector opening and an outer peripheral surface of the female-side connector along an entire circumference of the female-side connector.
A method of making a clinker for use in cement production, the method comprising: providing raw meal including silica, aluminum oxide, alkali oxides, calcium oxide and sulfur oxide; wherein the weight fraction of silica in the raw meal is between 40% and 60%; wherein the weight fraction of the aluminum oxide in the raw meal is between 10% and 250; wherein the weight fraction of the alkali metal oxides in the raw meal is between 5% and 150; wherein the weight fraction of the calcium oxide in the raw meal is between 5% and 150; wherein the weight fraction of the sulfur oxide in the raw meal is between 0.5% and 20; wherein the weight fraction of carbon-containing chemical species in the raw meal is less than 1%; firing the raw meal to provide the clinker. providing raw meal including silica, aluminum oxide, alkali oxides, calcium oxide and sulfur oxide; wherein the weight fraction of silica in the raw meal is between 40% and 60%; wherein the weight fraction of the aluminum oxide in the raw meal is between 10% and 250; wherein the weight fraction of the alkali metal oxides in the raw meal is between 5% and 150; wherein the weight fraction of the calcium oxide in the raw meal is between 5% and 150; wherein the weight fraction of the sulfur oxide in the raw meal is between 0.5% and 20; wherein the weight fraction of carbon-containing chemical species in the raw meal is less than 1%; firing the raw meal to provide the clinker.
A light conductor with an input coupler (24, 26) which is designed in such a way that divergent incident light is coupled into the inside of the light conductor in such a way that the coupled in light (12, 14) inside of the light conductor is distributed in layers that are parallel to a first layer and in second layers, wherein each second layer is spanned by a perpendicular of the first layer and by a straight line located in the first layer, and with a light emitting area, wherein the input coupler is designed so that light is coupled in such a way that it has a lower divergence in the second layers than in the first layers and that the light conductor comprises a first deflection area lying between the input coupler and the light emitting area, which redirects light emitted from the input coupler incident on the deflection area by an angle which is at least as big as the product of the value of the critical angle of the total internal reflection and the factor 2, characterised in that the first deflection area is designed such that light that is incident on the first deflection area is redirected into the direction of the perpendicular to the first layer, and wherein the light conductor comprises further deflection areas which are illuminated with light emitted from the first deflection area and which direct the incident light from the first deflection area into a preferred common direction (z) for the further deflection areas, wherein in the first deflection area and the second deflection areas are positioned and aligned in such a way that the light is there deflected by 90° respectively, whereby the alignment of the further deflection areas is determined in such a way that the incident ray, the perpendicular to the deflection area and the reflected ray have to be in the same layer and that the direction of the reflected ray is the preferred direction.
A proximal end (102, 402) of an implantable lead (100, 400), wherein the lead (100, 400) includes a first conductor and a second conductor, the proximal end (102, 402) comprising: a connector insulator (116, 416) having a center bore, a central body and a proximal extension (184, 484); a unitary connector pin (112, 412) fixedly disposed in the center bore of the connector insulator (116, 416), the unitary connector pin (112, 412) having a socket end configured for insertion into an electrical stimulation device and a conductor end electrically crimped to the first conductor; a proximal seal (114, 414) positioned on the proximal extension (184, 484) of the connector insulator (116, 416), wherein a distal end of the proximal seal abuts a proximal shoulder of the central body, which shoulder is defined by a transition between the central body and the proximal extension, the proximal seal (114, 414) being partially isolated from the connector pin (112, 412) by the proximal extension (184, 484) and partially engaged with the connector pin (112, 412); and a unitary ring connector having a band portion concentrically arranged around and insulated from the conductor end of the unitary connector pin (112, 412) and a crimp portion electrically crimped to the second conductor, wherein the proximal seal (114, 414) prevents liquid from contacting the connector pin (112, 412) and the connector pin is electrically insulated from the ring connector by the proximal seal and the connector insulator. a connector insulator (116, 416) having a center bore, a central body and a proximal extension (184, 484); a unitary connector pin (112, 412) fixedly disposed in the center bore of the connector insulator (116, 416), the unitary connector pin (112, 412) having a socket end configured for insertion into an electrical stimulation device and a conductor end electrically crimped to the first conductor; a proximal seal (114, 414) positioned on the proximal extension (184, 484) of the connector insulator (116, 416), wherein a distal end of the proximal seal abuts a proximal shoulder of the central body, which shoulder is defined by a transition between the central body and the proximal extension, the proximal seal (114, 414) being partially isolated from the connector pin (112, 412) by the proximal extension (184, 484) and partially engaged with the connector pin (112, 412); and a unitary ring connector having a band portion concentrically arranged around and insulated from the conductor end of the unitary connector pin (112, 412) and a crimp portion electrically crimped to the second conductor, wherein the proximal seal (114, 414) prevents liquid from contacting the connector pin (112, 412) and the connector pin is electrically insulated from the ring connector by the proximal seal and the connector insulator.
A method of manufacturing a collection of matter bound by a polymeric binder comprising the steps: (i) providing a collection of matter, (ii) providing a water-soluble pre-reacted binder composition in the form of an aqueous solution or dispersion, the aqueous solution or dispersion containing no more than 80 wt.-% of said pre-reacted binder composition, and the pre-reacted binder composition comprising the reaction product(s) of (a) at least one reducing sugar, and (b) hexamethylenediamine, wherein the pre-reacted binder composition comprises at least one pre-polymer having a molecular weight in the range of 1 to 500 kDa in an amount of 2 wt.-% or more, based on the total weight of the pre-reacted binder composition, (iii) applying the water-soluble pre-reacted binder composition in the form of an aqueous solution or dispersion to the collection of matter, and (iv) applying energy to the collection of matter containing said solution or dispersion to cure the binder composition. (i) providing a collection of matter, (ii) providing a water-soluble pre-reacted binder composition in the form of an aqueous solution or dispersion, the aqueous solution or dispersion containing no more than 80 wt.-% of said pre-reacted binder composition, and the pre-reacted binder composition comprising the reaction product(s) of (a) at least one reducing sugar, and (b) hexamethylenediamine, wherein the pre-reacted binder composition comprises at least one pre-polymer having a molecular weight in the range of 1 to 500 kDa in an amount of 2 wt.-% or more, based on the total weight of the pre-reacted binder composition, (a) at least one reducing sugar, and (b) hexamethylenediamine, (iii) applying the water-soluble pre-reacted binder composition in the form of an aqueous solution or dispersion to the collection of matter, and (iv) applying energy to the collection of matter containing said solution or dispersion to cure the binder composition.
A method for hydrolytic cleavage of zearalenone and/or at least one zearalenone derivative by means of a hydrolytically cleaving polypeptide, characterized in that the zearalenone and/or at least one zearalenone derivative is hydrolysed by the polypeptide, which is a hydrolase having an amino acid sequence of sequence ID No. 13 or a functional variant thereof, wherein a sequence identity of at least 70 % exists between the functional variant and the amino acid sequence.
A method for producing an on-machine development-type lithographic printing plate comprising: a step of image-exposing an on-machine development-type lithographic printing plate precursor comprising: an image-recording layer containing a curable composition for a lithographic printing plate on a support, the curable composition comprising: a salt compound having a) an organic anion in which, in Hansen solubility parameter, δd is 16 or more, δp is 16 or more and 32 or less, and δH is 60% or less of δp; and b) a counter cation; and a step of removing a non-exposed portion of the image-recording layer on a printer using printing ink and dampening water. a step of image-exposing an on-machine development-type lithographic printing plate precursor comprising: an image-recording layer containing a curable composition for a lithographic printing plate on a support, the curable composition comprising: a salt compound having a) an organic anion in which, in Hansen solubility parameter, δd is 16 or more, δp is 16 or more and 32 or less, and δH is 60% or less of δp; and b) a counter cation; and a) an organic anion in which, in Hansen solubility parameter, δd is 16 or more, δp is 16 or more and 32 or less, and δH is 60% or less of δp; and b) a counter cation; and a step of removing a non-exposed portion of the image-recording layer on a printer using printing ink and dampening water.
A method of wireless communication, comprising: identifying, by a user equipment, UE, at least one carrier utilizing a contention based radio frequency spectrum; characterized by detecting a transmission signal indicative of clear channel assessment, CCA, result information for the at least one carrier, wherein the transmission signal includes channel state information reference signals, CSI-RS; determining whether a reference signal for channel state information measurement is present in a subframe based on the detected transmission signal; and transmitting, by the UE, a measurement report, wherein the measurement report is based at least in part on the determining the reference signal is present. identifying, by a user equipment, UE, at least one carrier utilizing a contention based radio frequency spectrum; characterized by detecting a transmission signal indicative of clear channel assessment, CCA, result information for the at least one carrier, wherein the transmission signal includes channel state information reference signals, CSI-RS; determining whether a reference signal for channel state information measurement is present in a subframe based on the detected transmission signal; and transmitting, by the UE, a measurement report, wherein the measurement report is based at least in part on the determining the reference signal is present.
A saddle-type vehicle in which a head pipe and one main frame disposed along a vehicle body center line extending from the head pipe in a front-and-rear direction of a vehicle body at the center in a vehicle width direction are disposed, a fuel tank is secured to an upper portion of the main frame, an engine is disposed below the main frame and a bracket extends upwards from the rear end of the main frame, wherein the saddle-type vehicle has a seat frame for supporting a seat, a portion of the seat frame is secured to an upper portion of the bracket, a front end portion of the seat frame extends to a rear end portion of the fuel tank, and a space is formed in front of the seat frame and below the fuel tank by the main frame, the bracket and the fuel tank, characterised in that the portion of the seat frame which is secured to the upper portion of the bracket is a front portion, the front end portion of the seat frame has an extension portion extending to a front side of the upper portion of the bracket, and the rear end portion of the fuel tank is supported by the extension portion, in that a fuel pump is contained in the fuel tank, and a fuel filter is disposed in the space between the main frame and the fuel tank, and in that a fuel tank supporting bracket that extends upwards and supports the fuel tank is provided to a front end of the main frame.
A method of customizing a software implemented business process, comprising: providing an agent (602, 606, 610) that instantiates and calls a service, based on a service identifier in response to a request to perform an operation; wherein the service identifier is stored in a metadata structure associated with the service, and wherein the business process includes a service factory (604, 608, 612) invoked by the agent, wherein the service factory is configured to access the metadata structure and call the service identified by the service identifier; and changing the service identifier, used by the agent, to identify a changed service by storing a delta value indicative of the changed service identifier in a customization store, and when the agent is subsequently invoked, changing the service identifier with the delta value prior to the service factory accessing the metadata structure. providing an agent (602, 606, 610) that instantiates and calls a service, based on a service identifier in response to a request to perform an operation; wherein the service identifier is stored in a metadata structure associated with the service, and wherein the business process includes a service factory (604, 608, 612) invoked by the agent, wherein the service factory is configured to access the metadata structure and call the service identified by the service identifier; and changing the service identifier, used by the agent, to identify a changed service by storing a delta value indicative of the changed service identifier in a customization store, and when the agent is subsequently invoked, changing the service identifier with the delta value prior to the service factory accessing the metadata structure.
A suture device, comprising: a longitudinal member extended along a longitudinal axis; a first grasping member and a second grasping member provided at a distal portion of the longitudinal member and configured to enable opening-closing movement; an opening-closing mechanism configured to open and close the first grasping member and the second grasping member; a delivery mechanism configured to deliver a distal member to which a suture thread is fixed between the first grasping member and the second grasping member; an engage portion supported by the second grasping member so as to protrude from a distal end of the second grasping member and having an engaging-surface capable of engaging the suture thread, wherein the engaging-surface is provided at a proximal side of the engage portion directed to a proximal side of the second grasping member, a receiving portion is formed in the second grasping member, wherein the receiving portion is configured to detachably mount the distal member, characterized in that the engage portion is provided to be movable between a distal side position and a proximal side position with respect to the receiving portion. a longitudinal member extended along a longitudinal axis; a first grasping member and a second grasping member provided at a distal portion of the longitudinal member and configured to enable opening-closing movement; an opening-closing mechanism configured to open and close the first grasping member and the second grasping member; a delivery mechanism configured to deliver a distal member to which a suture thread is fixed between the first grasping member and the second grasping member; an engage portion supported by the second grasping member so as to protrude from a distal end of the second grasping member and having an engaging-surface capable of engaging the suture thread, wherein the engaging-surface is provided at a proximal side of the engage portion directed to a proximal side of the second grasping member, a receiving portion is formed in the second grasping member, wherein the receiving portion is configured to detachably mount the distal member, characterized in that the engage portion is provided to be movable between a distal side position and a proximal side position with respect to the receiving portion.
A polynucleotide in which an N-terminal region of a transcriptional intermediary factor 1 gamma (TIF1γ) gene is codon-optimized, wherein the polynucleotide comprises a nucleic acid sequence of SEQ ID NO: 2.
Method for anonymously transmitting data from a vehicle to a computer unit coupled by data links to said vehicle, the vehicle authenticating itself in order to transmit the data, wherein - the vehicle authenticates itself as a client (A, B), by means of one or more authentication methods, with a token server, - the authentication and authorization (A/A) of the client (A, B) is checked by means of the token server, - if the token server determines that the client (A, B) is not blocked, a currently valid fleet token (FT1 to FT3), which is identical for all clients (A, B) within a predetermined period of time, is sent to the vehicle as a client (A, B), - the vehicle waits for a random period of time within a configurable time interval before the vehicle uses the fleet token (FT1 to FT3) to transmit the data to the computer unit, so that a correlation between the vehicle and the transmitted data via a time measurement is prevented, wherein clients (A, B) are all vehicles of a vehicle fleet that are authorized to transmit data to the computer unit. - the vehicle authenticates itself as a client (A, B), by means of one or more authentication methods, with a token server, - the authentication and authorization (A/A) of the client (A, B) is checked by means of the token server, - if the token server determines that the client (A, B) is not blocked, a currently valid fleet token (FT1 to FT3), which is identical for all clients (A, B) within a predetermined period of time, is sent to the vehicle as a client (A, B), - the vehicle waits for a random period of time within a configurable time interval before the vehicle uses the fleet token (FT1 to FT3) to transmit the data to the computer unit, so that a correlation between the vehicle and the transmitted data via a time measurement is prevented, wherein clients (A, B) are all vehicles of a vehicle fleet that are authorized to transmit data to the computer unit.