mhurhangee/patent-ind-claim-en huggingface dataset:
A packet generation method, performed by a load balancer , based on a server cluster, wherein the method comprises: obtaining a client request packet, wherein the client request packet comprises a source IP address and a destination IP address; determining a destination server according to a preset load balancing policy; the method being characterized by , sending, according to an IP of the destination server, an Address Resolution Protocol, ARP, request packet, and intercept the sent ARP request packet to obtain the sent ARP request packet, so that the ARP packet is not actually sent to the network; obtaining an Address Resolution Protocol ARP response packet according to the ARP request packet, wherein the ARP response packet comprises an initial Media Access Control, MAC, address of the destination server generated by the load balancer , and the initial MAC address is different from an actual MAC address of the destination server; and updating the destination IP address according to the initial MAC address to obtain an updated client request packet, wherein the updated client request packet comprises the source IP address and an updated destination IP address. obtaining a client request packet, wherein the client request packet comprises a source IP address and a destination IP address; determining a destination server according to a preset load balancing policy; the method being characterized by , sending, according to an IP of the destination server, an Address Resolution Protocol, ARP, request packet, and intercept the sent ARP request packet to obtain the sent ARP request packet, so that the ARP packet is not actually sent to the network; obtaining an Address Resolution Protocol ARP response packet according to the ARP request packet, wherein the ARP response packet comprises an initial Media Access Control, MAC, address of the destination server generated by the load balancer , and the initial MAC address is different from an actual MAC address of the destination server; and updating the destination IP address according to the initial MAC address to obtain an updated client request packet, wherein the updated client request packet comprises the source IP address and an updated destination IP address.
A fixation apparatus for releasably securing a fixation structure to an airway tube of an artificial airway device , comprising a collet defining a bore , a collet nut , and one or more fixation strap , wherein the apparatus is adapted to allow captive axial movement thereof relative to an outer surface of the airway tube in a release position, and to substantially prevent axial movement thereof relative to the airway tube in a secured position, wherein the assembly includes compression means for application of compressive load to an area of the airway tube outer surface when the apparatus is in the secured position, there being radial load focussing means disposed to focus the compressive load onto the airway tube outer surface, wherein the collet and one or more fixation strap are captive on and freely slidable axially along the airway tube to any desired position when the fixation apparatus is not in the secured position, characterised by that the radial load focussing means comprises one or more set of a plurality of closely spaced ridges .
A method for the treatment of a substrate with millimetre and/or micrometre and/or nanometre structures , wherein at least one protective material is applied on the structures , wherein at least one protective material is soluble in a solvent, wherein the substrate comprises a first substrate surface (2o 1 ) and a second substrate surface (2o 2 ), wherein the millimetre and/or micrometre and/or nanometre structures are arranged on the first surface (2o 1 ), wherein the millimetre and/or micrometre and/or nanometre structures are produced by an imprint process, wherein the first substrate surface (2o 1 ) is fixed with the applied at least one protective material on a substrate holder , wherein the second substrate surface (2o 2 ) is treated, whilst the first substrate surface (2o 1 ) is fixed on the substrate holder .
A method of operating a memory system , the memory system having a memory controller coupled to, via a first integrated circuit buffer device, a first set of volatile memory devices (103a-103h) disposed on at least one first memory module using a first type of integrated circuit memory device defining a first memory hierarchy, the memory system including a second set of nonvolatile memory devices (104a-104h) disposed on at least one second memory module using a second type of integrated circuit memory device defining a second hierarchy coupled to, via a second integrated circuit buffer device, the at least one first memory module , the method comprising: transferring read data, via the second integrated circuit buffer device, from a portion of the second set of nonvolatile memory devices (104a-104h) along an upstream data path to the first set of volatile memory devices (103a-103h); storing the read data in a portion of the first set of volatile memory devices (103a-103h); accessing data stored in the portion of the first set of volatile memory devices (103a-103h), wherein the storing and the accessing operations occur concurrently. transferring read data, via the second integrated circuit buffer device, from a portion of the second set of nonvolatile memory devices (104a-104h) along an upstream data path to the first set of volatile memory devices (103a-103h); storing the read data in a portion of the first set of volatile memory devices (103a-103h); accessing data stored in the portion of the first set of volatile memory devices (103a-103h), wherein the storing and the accessing operations occur concurrently.
An electronic device comprising: a memory ; a communication unit comprising communication circuitry; and a processor functionally connected to the communication unit , wherein the processor is configured to: receive first virtual biometric information transmitted from an external device ; store the first virtual biometric information in the memory ; and set a right to unlock or implement a specific function on the electronic device corresponding to the first virtual biometric information stored in the memory ; and the electronic device being characterized in that the processor is further configured to: transmit a request for second virtual biometric information to the external device ; receive the second virtual biometric information from the external device ; and perform authentication based on the first virtual biometric information and the second virtual biometric information. a memory ; a communication unit comprising communication circuitry; and a processor functionally connected to the communication unit , wherein the processor is configured to: receive first virtual biometric information transmitted from an external device ; store the first virtual biometric information in the memory ; and set a right to unlock or implement a specific function on the electronic device corresponding to the first virtual biometric information stored in the memory ; and the electronic device being characterized in that the processor is further configured to: transmit a request for second virtual biometric information to the external device ; receive the second virtual biometric information from the external device ; and perform authentication based on the first virtual biometric information and the second virtual biometric information. receive first virtual biometric information transmitted from an external device ; store the first virtual biometric information in the memory ; and set a right to unlock or implement a specific function on the electronic device corresponding to the first virtual biometric information stored in the memory ; and the electronic device being characterized in that the processor is further configured to: transmit a request for second virtual biometric information to the external device ; receive the second virtual biometric information from the external device ; and perform authentication based on the first virtual biometric information and the second virtual biometric information. transmit a request for second virtual biometric information to the external device ; receive the second virtual biometric information from the external device ; and perform authentication based on the first virtual biometric information and the second virtual biometric information.
Tempering furnace for tempering a glass object for providing a crushable, pressure tight barrier for a fluid in an oil and/or gas well, wherein the glass object comprises a circular surface and chamfered surfaces , comprising: - a housing , - a heating device for heating the glass object when the glass object is situated inside the housing , - a cooling device for cooling the glass object when the glass object is situated inside the housing , a turning device provided for rotating the glass object inside the housing ; wherein the turning device comprises a first rotatable roller and a second rotatable roller configured for rotating the glass object ; characterized in that the turning device is configured to counteract the effect of gravitational forces on the glass object when the glass object has been heated to its softening phase; wherein the chamfered surfaces of the glass object are provided in contact with the first and second rotating rollers , wherein the first and second rotating rollers have an hourglass shape for contact with the chamfered surfaces . - a housing , - a heating device for heating the glass object when the glass object is situated inside the housing , - a cooling device for cooling the glass object when the glass object is situated inside the housing , a turning device provided for rotating the glass object inside the housing ; wherein the turning device comprises a first rotatable roller and a second rotatable roller configured for rotating the glass object ; characterized in that the turning device is configured to counteract the effect of gravitational forces on the glass object when the glass object has been heated to its softening phase; wherein the chamfered surfaces of the glass object are provided in contact with the first and second rotating rollers , wherein the first and second rotating rollers have an hourglass shape for contact with the chamfered surfaces .
An information processing apparatus comprising: a wireless communication unit configured to perform data transmission with another information processing apparatus; and a controller configured to, while data transmission is being performed between said information processing apparatus and a first information processing apparatus which plays the role of a group owner of a network made up of at least said information processing apparatus and said first information processing apparatus, if said information processing apparatus is to newly perform data transmission with a second information processing apparatus , perform a control process to exchange information to change roles for carrying out each data transmission to said first information processing apparatus and said second information processing apparatus; characterised in that if said first information processing apparatus permits the role of said group owner to be changed, and when said information processing apparatus determines that said second information processing apparatus does not hold connection setting information about a situation where said information processing apparatus is a group owner and said first information processing apparatus is a client, said controller performs a control process to include information for acquiring said connection setting information in a message exchanged between said information processing apparatus and said first information processing apparatus before the role of said group owner is changed from said first information processing apparatus to said information processing apparatus. a wireless communication unit configured to perform data transmission with another information processing apparatus; and a controller configured to, while data transmission is being performed between said information processing apparatus and a first information processing apparatus which plays the role of a group owner of a network made up of at least said information processing apparatus and said first information processing apparatus, if said information processing apparatus is to newly perform data transmission with a second information processing apparatus , perform a control process to exchange information to change roles for carrying out each data transmission to said first information processing apparatus and said second information processing apparatus; characterised in that if said first information processing apparatus permits the role of said group owner to be changed, and when said information processing apparatus determines that said second information processing apparatus does not hold connection setting information about a situation where said information processing apparatus is a group owner and said first information processing apparatus is a client, said controller performs a control process to include information for acquiring said connection setting information in a message exchanged between said information processing apparatus and said first information processing apparatus before the role of said group owner is changed from said first information processing apparatus to said information processing apparatus.
A bag for portioning, protecting, storing and/or transporting at least one packaged product, having at least one packaging means made of packing material, which serves to enclose and/or to hold together the packaged product, wherein the packaging means is at least single-layered and has a tube piece region with a longitudinal extent , and the packaging means has an inner wall (11.2) and an outer wall (11.1), wherein the inner wall (11.2) is directed towards the packaged product, and the outer wall (11.1) is directed away from the packaged product, and having a first end (12.1) on the tube piece region , which is formed as the bottom region of the bag , and having a second end (12.2) on the tube piece region , which is arranged on the tube piece region opposite the first end (12.1) and is configured in the form of a head region, wherein at least one layer of the packaging means has at least partially nonwoven material , characterized in that at least two or more transverse folds or transverse rolls are provided at an end (12.1, 12.2) on the tube piece region , wherein at least one reinforcement slip of paper is used, which at the end (12.1, 12.2) is fastened with the transverse folds or transverse rolls on the tube piece region and achieves a stabilization, wherein the reinforcement slip of paper is designed to be permeable to air.
A catheter comprising a catheter shaft that has at least one lumen , at least one ring-shaped electrode (201 to 210) that is mounted at an outer peripheral surface of a distal end portion of the catheter shaft , and a lead wire (301 to 310) that is made up of a metal core wire covered with a resin and that is connected to the ring-shaped electrode (201 to 210), wherein the catheter shaft is a braided tube that is made up of a braid that is embedded in a tube wall over an entire length of the catheter shaft , the braid being formed from a metal element wire or a metal element-wire bundle , wherein a side hole that extends from the outer peripheral surface to the lumen is formed in the tube wall at the distal end portion of the catheter shaft in correspondence with a mounting position of the ring-shaped electrode (201 to 210) without cutting the metal element wire or the metal element-wire bundle , wherein the lead wire (301 to 310) is connected to the ring-shaped electrode (201 to 210) by joining a distal end portion of the lead wire (301 to 310) to an inner peripheral surface of the ring-shaped electrode (201 to 210), and the lead wire (301 to 310) is inserted into the side hole and thus passes through a mesh of the braid , enters the lumen of the catheter shaft , and extends in the lumen , wherein the side hole in which the lead wire (301 to 310) is inserted is filled with a resin material , and wherein, when a diameter of the lead wire (301 to 310) is d and a diagonal length of the mesh of the braid in an axial direction of the catheter shaft is G, a G/d value is 1.2 or greater. wherein the catheter shaft is a braided tube that is made up of a braid that is embedded in a tube wall over an entire length of the catheter shaft , the braid being formed from a metal element wire or a metal element-wire bundle , wherein a side hole that extends from the outer peripheral surface to the lumen is formed in the tube wall at the distal end portion of the catheter shaft in correspondence with a mounting position of the ring-shaped electrode (201 to 210) without cutting the metal element wire or the metal element-wire bundle , wherein the lead wire (301 to 310) is connected to the ring-shaped electrode (201 to 210) by joining a distal end portion of the lead wire (301 to 310) to an inner peripheral surface of the ring-shaped electrode (201 to 210), and the lead wire (301 to 310) is inserted into the side hole and thus passes through a mesh of the braid , enters the lumen of the catheter shaft , and extends in the lumen , wherein the side hole in which the lead wire (301 to 310) is inserted is filled with a resin material , and wherein, when a diameter of the lead wire (301 to 310) is d and a diagonal length of the mesh of the braid in an axial direction of the catheter shaft is G, a G/d value is 1.2 or greater.
A device for spraying particulate solids (K) onto a wood-based panel, a decorative paper or a veneer , having - a feed line made of hoses or tubes , at the first end of which means (D) for generating a gas pressure are arranged and the second end of which has a free opening , having - a nozzle which is inserted into the feed line , and which generates a vacuum in an intake line in an operative state, having - at least one spraying nozzle which is set onto the free opening of the feed line , and having - a reservoir for particulate solids (K), wherein - the reservoir and the nozzle are inserted into the feed line such that in an operative state particulate solids (K) are transferred and swirled from the reservoir through the intake line into the feed line by the vacuum generated by the nozzle , and are transported to the free opening of the feed line , onto which the at least one spraying nozzle is set, from which the particulate solids (K) then exit, characterized in that - a wet and/or adhesive synthetic resin layer is applied to the wood-based panel, the decorative paper or the veneer , and - the nozzle and the spraying nozzle are designed to spray particulate solids (K) having a specific weight of more than 2 g/cm 3 in such a way that the particulate solids (K) are extensively or completely covered with the wet and/or adhesive synthetic resin layer following the spraying, and wherein - means for applying a further synthetic resin layer are provided. - a feed line made of hoses or tubes , at the first end of which means (D) for generating a gas pressure are arranged and the second end of which has a free opening , having - a nozzle which is inserted into the feed line , and which generates a vacuum in an intake line in an operative state, having - at least one spraying nozzle which is set onto the free opening of the feed line , and having - a reservoir for particulate solids (K), wherein - the reservoir and the nozzle are inserted into the feed line such that in an operative state particulate solids (K) are transferred and swirled from the reservoir through the intake line into the feed line by the vacuum generated by the nozzle , and are transported to the free opening of the feed line , onto which the at least one spraying nozzle is set, from which the particulate solids (K) then exit, characterized in that - a wet and/or adhesive synthetic resin layer is applied to the wood-based panel, the decorative paper or the veneer , and - the nozzle and the spraying nozzle are designed to spray particulate solids (K) having a specific weight of more than 2 g/cm 3 in such a way that the particulate solids (K) are extensively or completely covered with the wet and/or adhesive synthetic resin layer following the spraying, and wherein - means for applying a further synthetic resin layer are provided.
A multilayer polymeric reflector comprising: a) a plurality of first optical layers, each first optical layer comprising a polyester having terephthalate comonomer units and ethylene glycol comonomer units, said polyester having a glass transition temperature, wherein each first optical layer is oriented, and b) a plurality of second optical layers disposed in a repeating sequence with the plurality of first optical layers, each second optical layer comprising a blend of polymethyl methacrylate (PMMA) and polyvinylidene fluoride (PVDF), wherein said blend has a glass transition temperature less than the glass transition temperature of the polyester comprising the first optical layers, and wherein the amount of PVDF in the PMMA/PVDF blend is greater than and not equal to 40% by weight and not more than 65% by weight; wherein the multilayer polymeric reflector is annealed at an annealing temperature of between 80 and 95 degrees centigrade for at least 20 seconds, and wherein the multilayer polymeric reflector has a reflectivity of greater than 97.8% in a visible wavelength region between 400 and 750 nm and a transmission haze value of less than 50% in a visible wavelength region between 400 and 750 nm. a) a plurality of first optical layers, each first optical layer comprising a polyester having terephthalate comonomer units and ethylene glycol comonomer units, said polyester having a glass transition temperature, wherein each first optical layer is oriented, and b) a plurality of second optical layers disposed in a repeating sequence with the plurality of first optical layers, each second optical layer comprising a blend of polymethyl methacrylate (PMMA) and polyvinylidene fluoride (PVDF), wherein said blend has a glass transition temperature less than the glass transition temperature of the polyester comprising the first optical layers, and wherein the amount of PVDF in the PMMA/PVDF blend is greater than and not equal to 40% by weight and not more than 65% by weight;
A light emitter , comprising: a solid state light source positioned on a substantially planar supporting surface; and an encapsulant positioned on said substantially planar supporting surface over said light source, said encapsulant comprising a concave, convex, mushroom, spherical or dome shape over said light source, wherein said encapsulant is narrower at said substantially planar supporting surface than at a point above said supporting surface, characterized in that said encapsulant is constrained by said substantially planar supporting surface only. a solid state light source positioned on a substantially planar supporting surface; and an encapsulant positioned on said substantially planar supporting surface over said light source, said encapsulant comprising a concave, convex, mushroom, spherical or dome shape over said light source, wherein said encapsulant is narrower at said substantially planar supporting surface than at a point above said supporting surface, characterized in that said encapsulant is constrained by said substantially planar supporting surface only.