mhurhangee/ep-ind-claims huggingface dataset:
A packet sending method, wherein the method is applied to a network scenario in which a first network device (500A, 500B, 500C) and a second network device perform internet protocol security, IPsec, communication, there is no IPsec security association, SA, on the first network device, and there is an IPsec SA on the second network device, and the method comprises: receiving, by the first network device (500A, 500B, 500C), an encrypted packet from the second network device; obtaining, by the first network device (500A, 500B, 500C), characteristic information when the first network device cannot decrypt the encrypted packet; generating, by the first network device (500A, 500B, 500C), an informational exchange packet when the first network device obtains, based on the characteristic information, an internet key exchange, IKE, SA corresponding to the characteristic information, wherein the informational exchange packet instructs the second network device to delete the IPsec SA on the second network device; and sending, by the first network device (500A, 500B, 500C), the informational exchange packet to the second network device. receiving, by the first network device (500A, 500B, 500C), an encrypted packet from the second network device; obtaining, by the first network device (500A, 500B, 500C), characteristic information when the first network device cannot decrypt the encrypted packet; generating, by the first network device (500A, 500B, 500C), an informational exchange packet when the first network device obtains, based on the characteristic information, an internet key exchange, IKE, SA corresponding to the characteristic information, wherein the informational exchange packet instructs the second network device to delete the IPsec SA on the second network device; and sending, by the first network device (500A, 500B, 500C), the informational exchange packet to the second network device.
A package having at least two pins (11, 12), the package comprising - a semiconductor structure having a first function, - an electrical circuit comprising at least one circuit element having a second function said circuit element having a diode property and being arranged anti-parallel to the semiconductor structure, wherein the structure and the circuit are electrically connected to the pins (11, 12), wherein the package is operable to perform the first and second function by time multiplexing a first operating signal with a positive polarity during a first time interval (T 1) to perform the first function and a second operating signal with a negative polarity during a second time interval (T 2) which is different from the first time interval (T 1) to perform the second function through the pins (11, 12), and wherein the first function is a lighting function and the second function is a sensing function. - a semiconductor structure having a first function, - an electrical circuit comprising at least one circuit element having a second function said circuit element having a diode property and being arranged anti-parallel to the semiconductor structure,
Cabinet roll-fronts for items of furniture consisting of extruded cabinet roll-front elements arranged one next to another, wherein adjacent cabinet roll-front elements are joined together in an articulated manner, characterised in that a cabinet roll-front element consists of a physically foamed plastic, - wherein the cabinet roll-front element has a smooth, at least substantially closed, free outer surface and wherein the foamed plastic comprises foam cells, which are filled with the blowing fluid that was employed, preferably N2 and/or CO 2, - wherein the foam cells have an average cell size of 10 to 60 μm and the physical foaming causes a reduction in the average density of the foamed plastic of 5 to 25% compared to non-foamed material. - wherein the cabinet roll-front element has a smooth, at least substantially closed, free outer surface and wherein the foamed plastic comprises foam cells, which are filled with the blowing fluid that was employed, preferably N2 and/or CO 2, - wherein the foam cells have an average cell size of 10 to 60 μm and the physical foaming causes a reduction in the average density of the foamed plastic of 5 to 25% compared to non-foamed material.
An air maintenance tire having a tire cavity defined by an inner liner, the inner liner being bounded by first and second sidewalls (16, 18) extending to a tire tread region; the first sidewall having an elongate sidewall air passageway, the air passageway being located to operatively to compress segment by segment from an expanded diameter to a substantially reduced diameter responsive to a bending strain introduced into the first sidewall from a rolling tire footprint to compress air along the sidewall air passageway; an outlet air passageway assembly connecting to the sidewall air passageway and directing compressed air from the sidewall air passageway into the tire cavity; and an inlet air passage screw assembly comprising an elongate screw body (42, 44, 46, 48, 62) extending through an axial span of the first sidewall and the screw body having an elongate internal air pathway operative to conduct air through the screw body; characterized in that the tire further comprises a regulator assembly positioned adjacent the tire inner liner operative to control pressurized air flow into the tire cavity; and a valve housing at an inward end of the screw body, the valve housing having a valve socket extending into a remote end of the valve housing in an air flow communication with the screw body internal air pathway, and the valve housing connecting at an inward end into the regulator assembly; wherein the air passage screw assembly further comprises a valve mechanism (50, 50) seated within the valve socket, the valve mechanism opening to conduct air from the internal air pathway of the screw body into the regulator assembly and closing to prevent a backflow of air from the regulator assembly into the internal air pathway of the screw body.
A regenerative heat exchanger with a heat storage configured as a rotor which is mounted so as to be rotatable about a central rotational axis and transmits heat of at least one gas volume flow passing through the rotor onto at least one other gas volume flow passing through the rotor, and with a sealing system for the rotor, the sealing system comprising at least one seal (4, 5) which is fixed in relation to the rotor and is, on the one hand, pressed against the rotor and is, on the other hand, supported on the rotatable rotor by a plurality of rollers which are rotatably mounted by means of axles, the rollers rolling off on at least one corresponding rolling surface on the rotor, characterized in that the rollers are arranged in the seal (4, 5), and that at least one of the rolling surfaces, i.e., a rolling surface in the seal or said rolling surface on the rotor, is formed on an exchangeable wear plate (14, 19).
A packet transfer apparatus for performing transfer of a packet that is received via a communication network, comprising: a plurality of network interfaces; storage means configured to store at least a predetermined search pattern that is data for identifying an attack target apparatus; determination means configured to determine whether predetermined data in a packet, indicating a destination of the packet, received from a network interface matches the search pattern; output interface determination means configured to determine a network interface for outputting the packet based on the determination result by the determination means and the network interface from which the packet is received; and packet sending means configured to send the packet to the network interface determined by the output interface determination means; characterised in that the storage means is also configured to store an Ethernet address identifying a harmful packet removal apparatus and in that the packet transfer apparatus further comprises address replacement means configured to replace an Ethernet address identifying a destination apparatus of the packet with an Ethernet address identifying the harmful packet removal apparatus when outputting the packet from a network interface connected to the harmful packet removal apparatus, and means configured, when receiving the packet from the harmful packet removal apparatus, to output the packet from a network interface corresponding to a destination described in the packet without performing determination by the determination means. a plurality of network interfaces; storage means configured to store at least a predetermined search pattern that is data for identifying an attack target apparatus; determination means configured to determine whether predetermined data in a packet, indicating a destination of the packet, received from a network interface matches the search pattern; output interface determination means configured to determine a network interface for outputting the packet based on the determination result by the determination means and the network interface from which the packet is received; and packet sending means configured to send the packet to the network interface determined by the output interface determination means; characterised in that the storage means is also configured to store an Ethernet address identifying a harmful packet removal apparatus and in that the packet transfer apparatus further comprises address replacement means configured to replace an Ethernet address identifying a destination apparatus of the packet with an Ethernet address identifying the harmful packet removal apparatus when outputting the packet from a network interface connected to the harmful packet removal apparatus, and means configured, when receiving the packet from the harmful packet removal apparatus, to output the packet from a network interface corresponding to a destination described in the packet without performing determination by the determination means.
A resin cassette for an additive manufacturing apparatus, comprising: (a) a light-transmissive window; (b) a frame connected to and surrounding said window, the frame with said window defining a well; and (c) at least one dam connected to said frame, extending over said window, and continuously contacting said window, the at least one dam partitioning said well into a plurality of independent build regions, said independent build regions configured for receiving different light polymerizable resins from one another, characterised in that said at least one dam includes opposing sidewall portions and a bottom portion, said bottom portion having a resilient gasket connected thereto, said gasket configured for sealing said at least one dam to said window, and in that each sidewall portion has a plurality of recesses formed therein, said recesses configured to receive light polymerizable resin therein and facilitate the flow of resin onto said window therefrom, with the recesses of each sidewall portion interleaved with the recesses of the opposing sidewall portion. (a) a light-transmissive window; (b) a frame connected to and surrounding said window, the frame with said window defining a well; and (c) at least one dam connected to said frame, extending over said window, and continuously contacting said window, the at least one dam partitioning said well into a plurality of independent build regions, said independent build regions configured for receiving different light polymerizable resins from one another, said at least one dam includes opposing sidewall portions and a bottom portion, said bottom portion having a resilient gasket connected thereto, said gasket configured for sealing said at least one dam to said window, and in that each sidewall portion has a plurality of recesses formed therein, said recesses configured to receive light polymerizable resin therein and facilitate the flow of resin onto said window therefrom, with the recesses of each sidewall portion interleaved with the recesses of the opposing sidewall portion.
A spectral luminescence standard which has bismuth in a light-transmissive, in particular optically transparent, inorganic matrix material, wherein the luminescence standard emits light in the near infrared region upon irradiation with excitation light and bismuth acts as a luminescence emitter in the near infrared region, wherein the light emission of the luminescence standard in the near infrared region begins at wavelengths below 1000 nm ends in the region above 1500 nm.
Method for defending against attempts to manipulate a camera system, in which image data is generated by a camera and transmitted via a link to an apparatus that receives the image data, wherein the camera is mounted at an automated teller machine, wherein the apparatus is configured as a computer that is integrated in the automated teller machine, wherein the camera captures a recording region which covers a control panel of the automated teller machine that is to be monitored, and wherein any outside influence on the camera system is detected, characterized in that the outside influence on the camera system is detected by checking whether a technical change of state occurs within the camera system, wherein a check is carried out by the apparatus as to whether the camera is deactivated by an outside influence; and a check is carried out as to whether a device driver that is installed in the camera system as part of the apparatus and that drives the camera has no access to the camera because the camera is driven by a driver of a different computer; and/or a check is carried out as to whether image data is received by the apparatus even though the apparatus did not request the transmission of image data.
A method for cleaning equipment for processing liquids containing organic matter, comprising contacting the equipment with a solution of a periodate compound or a periodic acid, (a) wherein a solution of < 1.2 mmol/l periodate is used at a pH value of about < 6 followed by treatment at a pH > 6 with a further reagent such as peroxydisulphate, hydrogen peroxide, peracids, hypochlorous acid and sodium chlorite, or (b) wherein a solution of < 1.2 mmol/l periodate is used at a pH value of about 6 or above and further comprising an additional oxidizing agent, for example peroxydisulphate, hydrogen peroxide or a peracid. (a) wherein a solution of < 1.2 mmol/l periodate is used at a pH value of about < 6 followed by treatment at a pH > 6 with a further reagent such as peroxydisulphate, hydrogen peroxide, peracids, hypochlorous acid and sodium chlorite, or (b) wherein a solution of < 1.2 mmol/l periodate is used at a pH value of about 6 or above and further comprising an additional oxidizing agent, for example peroxydisulphate, hydrogen peroxide or a peracid.
A method for inspection of a target object, the method comprising: - irradiating a plurality of non-flat reference profiles of one or more reference surfaces with radiation; - for each reference profile, determining reference response data associated with the reference profile, based on detected radiation having interacted with the reference surface; - irradiating a target object with radiation, the target object comprising a target surface having a non-flat target profile corresponding to the reference profile; - determining inspection response data based on detected radiation having interacted with the target object; - determining the target profile of the target surface; - selecting the reference profile most comparable to the target profile; and - determining at least one parameter of the target object based on the reference response data and the inspection response data; wherein the determination of at least one parameter of the target object is made based on the reference response data associated with the selected reference profile and the inspection response data. - irradiating a plurality of non-flat reference profiles of one or more reference surfaces with radiation; - for each reference profile, determining reference response data associated with the reference profile, based on detected radiation having interacted with the reference surface; - irradiating a target object with radiation, the target object comprising a target surface having a non-flat target profile corresponding to the reference profile; - determining inspection response data based on detected radiation having interacted with the target object; - determining the target profile of the target surface; - selecting the reference profile most comparable to the target profile; and - determining at least one parameter of the target object based on the reference response data and the inspection response data; wherein the determination of at least one parameter of the target object is made based on the reference response data associated with the selected reference profile and the inspection response data.
A roller bracket for cooperation with a cylindrical paint roller, comprising a handle and a bracket rod, in which said roller bracket comprises an outer roller end piece arranged at the end of the bracket rod, and an inner roller end piece arranged at a distance from the outer roller end piece, said roller end pieces (10, 20) being arranged to removably carry the paint roller, said inner roller end piece comprising a wheel and a push-off element, whereby the wheel is rotatably mounted and axially movable between two positions, characterized in that the push-off element is rotatably mounted on the wheel and axially movable between two positions on the wheel, wherein said positions for the push-off element is defined by two stop elements (112, 115, 116) on the wheel.
A method for path reselection at a control plane function comprising: receiving a request from an application system, AS, for user plane, UP, path reselection for a packet data unit, PDU, session, the request including a list of AS locations to be taken into account during the UP path reselection; generating, in accordance with the received request, rules associated with the PDU session and transmitting, to the AS, an acknowledgement of the received request; and establishing an end-to-end path for the PDU session, wherein the established end-to-end path goes through a first user plane function (60, 64, 67) which is selected according to the request and configured (2e, 2f) to direct a traffic associated with the PDU session to an AS location in the list of AS locations according to the rules; characterised in that the request further includes location information indicating a location of a user equipment, UE, where the path reselection should be applied. receiving a request from an application system, AS, for user plane, UP, path reselection for a packet data unit, PDU, session, the request including a list of AS locations to be taken into account during the UP path reselection; generating, in accordance with the received request, rules associated with the PDU session and transmitting, to the AS, an acknowledgement of the received request; and establishing an end-to-end path for the PDU session, wherein the established end-to-end path goes through a first user plane function (60, 64, 67) which is selected according to the request and configured (2e, 2f) to direct a traffic associated with the PDU session to an AS location in the list of AS locations according to the rules; characterised in that the request further includes location information indicating a location of a user equipment, UE, where the path reselection should be applied.
Compositions comprising: a) bisulphite adducts of anthocyanosides derived from Vaccinium myrtillus extracts or of anthocyanosides contained in extracts of Vaccinium myrtillus, b) lipophilic extract of Echinacea angustifolia or purpurea, and optionally c) visnadine and/or esculoside. a) bisulphite adducts of anthocyanosides derived from Vaccinium myrtillus extracts or of anthocyanosides contained in extracts of Vaccinium myrtillus, b) lipophilic extract of Echinacea angustifolia or purpurea, and optionally c) visnadine and/or esculoside.
Agitator unit intended for a flask, wherein the agitator unit comprises the following parts: - an agitator rod; - a sealing cap arranged to seal a top of the flask, said sealing cap being arranged with a through hole into which the agitator rod may be passed through, and an agitator rod tube intended to hold the agitator rod inside of the flask; - a motor and motor holder unit to which a connecting side or piece of the agitator rod is connectable; and - a locking unit arranged to lock the sealing cap onto the top of the flask; wherein the motor and motor holder unit is connectable to the locking unit, wherein the agitator rod tube has a closed sealing end so that the agitator rod is sealed from the inside of the flask, characterized in that: the sealing cap comprises one or more in/out ports; the locking unit is arranged to lock the sealing cap onto the seal on the top of the flask by screwing the locking unit onto the top of the flask; and the agitator unit is connected to a control system enabling regulation of speed, rotation direction, time interval between clockwise and counter-clockwise movement of the agitator rod, and on/off control. - an agitator rod; - a sealing cap arranged to seal a top of the flask, said sealing cap being arranged with a through hole into which the agitator rod may be passed through, and an agitator rod tube intended to hold the agitator rod inside of the flask; - a motor and motor holder unit to which a connecting side or piece of the agitator rod is connectable; and - a locking unit arranged to lock the sealing cap onto the top of the flask; the sealing cap comprises one or more in/out ports; the locking unit is arranged to lock the sealing cap onto the seal on the top of the flask by screwing the locking unit onto the top of the flask; and the agitator unit is connected to a control system enabling regulation of speed, rotation direction, time interval between clockwise and counter-clockwise movement of the agitator rod, and on/off control.
A method for preparing coated lithiated graphite powder, characterized in that the lithiation of the powdered graphite occurs with lithium intercalation by a non-electrochemical process starting from metallic lithium, wherein, in a first process step, a powdered graphite is mixed with lithium metal powder and reacted by stirring, grinding and/or pressing to form Li graphite intercalates, and, depending on the desired final stoichiometry, the two mentioned raw materials are used at the molar ratio Li:C of 1: minimum 3 to 1: maximum 600, and a stabilizing coating layer is applied outside of an electrochemical cell by a non-electrochemical process, in which the coating agent is selected from: N 2, CO 2, CO, O 2, N 2 O, NO, NO 2, HF, F 2, PF 3, PF 5, POF 3, carbonic acid esters, lithium chelatoborate solutions, sulfur organic compounds, nitrogen-containing organic compounds, phosphoric acid or organic phosphorus-containing compounds, fluorine-containing organic and inorganic compounds and/or silicon-containing compounds.
A delayed coking drum consisting of a top ellipsoidal or hemispherical head, a bottom conical head with an outlet for coke product, and a vertical cylindrical section, with a vapor outlet at the top and a feed inlet at/near the bottom, with a shock-resistant and erosion-resistant internal lining applied to the inner surface of the drum, wherein the internal lining is a refractory lining and wherein the refractory lining is a monolithic lining comprising a rammed refractory secured by means of anchors attached to the inner surface of the drum.