mhurhangee/ep-ind-claims huggingface dataset:
Method for safeguarding data traffic between a first terminal and a first network and a second terminal and a second network, with the first terminal being able to communicate with the aid of one or more first session keys, which are not available to the second terminal, in a first network and the second terminal being able to communicate with the aid of one or more second session keys in a second network, characterised by the following steps: - the first terminal is connected to the second terminal via a local interface; - the first session key(s) is/are determined in the first terminal and the second session key(s) is/are derived from the first session keys; - the second session key(s) is/are transmitted via the local interface by means of a security protocol to the second terminal; - the second terminal is authenticated to the second network by means of an authentication protocol with the aid of the second session key(s) and/or with the aid of keys derived from the second session key(s). - the first terminal is connected to the second terminal via a local interface; - the first session key(s) is/are determined in the first terminal and the second session key(s) is/are derived from the first session keys; - the second session key(s) is/are transmitted via the local interface by means of a security protocol to the second terminal; - the second terminal is authenticated to the second network by means of an authentication protocol with the aid of the second session key(s) and/or with the aid of keys derived from the second session key(s).
A recombinant arginase I for use in treating a bone condition in a subject, wherein the bone condition is selected from the group consisting of: osteoporosis; inflammation in the bone; Paget's disease; osteogenesis imperfecta; fibrous dysplasis; and osteomyelitis; optionally wherein the bone condition is osteoporosis associated with an osteoclast dysfunction.
An information processing method, performed by a BSF network element, the method comprising: receiving 5G session binding information sent by a PCF network element (S 110); mapping the 5G session binding information to 4G session binding information to generate the 4G session binding information; generating synchronization information that describes a mapping relationship between the 5G session binding information and the 4G session binding information; sending the synchronization information to a DRA network element by means of a synchronization interface, such that the DRA network element, in the case of receiving an access authorization request message belonging to a 5G network, forwards the access authorization request message belonging to the 5G network to the PCF network element according to the mapping relationship in the synchronization information. receiving 5G session binding information sent by a PCF network element (S 110); mapping the 5G session binding information to 4G session binding information to generate the 4G session binding information; generating synchronization information that describes a mapping relationship between the 5G session binding information and the 4G session binding information; sending the synchronization information to a DRA network element by means of a synchronization interface, such that the DRA network element, in the case of receiving an access authorization request message belonging to a 5G network, forwards the access authorization request message belonging to the 5G network to the PCF network element according to the mapping relationship in the synchronization information.
A method of graphically mapping liquid product applied to a field by an agricultural sprayer having a plurality of spray nozzles, the method comprising: monitoring geographic locations of each of the plurality of spray nozzles as the agricultural sprayer traverses the field; measuring the pressure at regular time intervals at each of the plurality of spray nozzles or in a line associated with a gang of nozzles as the agricultural sprayer traverses the field; deriving a droplet size of the liquid product sprayed by each of the plurality of spray nozzles or said gang of spray nozzles based on said measured pressure and predefined nozzle characteristics of each of said plurality of spray nozzles; generating an application map on an aerial image of the field, the application map including a droplet size map displaying said droplet sizes being sprayed by each of the plurality of spray nozzles or said gang of spray nozzles as the agricultural sprayer traverses the field. monitoring geographic locations of each of the plurality of spray nozzles as the agricultural sprayer traverses the field; measuring the pressure at regular time intervals at each of the plurality of spray nozzles or in a line associated with a gang of nozzles as the agricultural sprayer traverses the field; deriving a droplet size of the liquid product sprayed by each of the plurality of spray nozzles or said gang of spray nozzles based on said measured pressure and predefined nozzle characteristics of each of said plurality of spray nozzles; generating an application map on an aerial image of the field, the application map including a droplet size map displaying said droplet sizes being sprayed by each of the plurality of spray nozzles or said gang of spray nozzles as the agricultural sprayer traverses the field.
Device for freeze-drying products having a drying chamber, in which products can be arranged for a freeze-drying process, wherein a microwave module is provided, by means of which microwaves can be generated for supplying energy to the products arranged in the drying chamber during the freeze-drying process, characterized in that a microwave module based on semiconductor technology is provided as the microwave module, wherein the microwave module comprises at least one microwave control unit, at least one microwave generator and at least one microwave antenna based on semiconductor technology, wherein the at least one microwave antenna is arranged in the drying chamber and wherein the at least one microwave generator and the at least one microwave control unit are arranged outside the drying chamber.
Child car seat, comprising at least one seat portion and means for guiding and/or retaining a strap of a safety belt of a motor vehicle, and means of lighting, mounted on at least one side of said seat and oriented towards the exterior of the latter, able to illuminate a locking space of said safety belt, in such a way as to allow a child installed in said seat to locate a female locking element that is to receive a corresponding male element mounted on said safety belt, characterised in that it comprises means for detecting the presence of said child cooperating with means for activating said means of lighting, in such a way as to activate said means of lighting when a child sits in said seat.
A mechanism for the adjustment of an angle between a pump and a motor, the pump having a piston rotatable about a rotation axis and linearly translatable along the rotation axis, the mechanism comprising: a base including a motor flange for mounting a motor, a pump flange opposite said motor flange for mounting a pump, a hinge disposed between said motor flange and said pump flange and a pair of spaced apertures (19, 19') disposed opposite said hinge; and a fixed link having a first pin portion received in said first aperture of said base and a second pin portion received in said second aperture of said base, whereby the fixed link connects the apertures (19, 19') of the base, characterized by a first eccentric bushing having a body portion received in a first of said apertures of said base, said first eccentric bushing having an inner bore with an axial center line offset from an axial center line of said body portion by a first distance; a second eccentric bushing having a body portion received in one of a second of said apertures of said base or said inner bore of said first eccentric bushing, said second eccentric bushing having an inner bore with an axial center line offset from an axial center line of said body portion by a second distance, said second distance being different from said first distance, wherein rotation of said eccentric bushings (50, 51) changes the distance between said apertures (19, 19') of said base, thereby changing an angle between said motor flange and said pump flange about said hinge. a base including a motor flange for mounting a motor, a pump flange opposite said motor flange for mounting a pump, a hinge disposed between said motor flange and said pump flange and a pair of spaced apertures (19, 19') disposed opposite said hinge; and a fixed link having a first pin portion received in said first aperture of said base and a second pin portion received in said second aperture of said base, whereby the fixed link connects the apertures (19, 19') of the base, characterized by a first eccentric bushing having a body portion received in a first of said apertures of said base, said first eccentric bushing having an inner bore with an axial center line offset from an axial center line of said body portion by a first distance; a second eccentric bushing having a body portion received in one of a second of said apertures of said base or said inner bore of said first eccentric bushing, said second eccentric bushing having an inner bore with an axial center line offset from an axial center line of said body portion by a second distance, said second distance being different from said first distance, wherein rotation of said eccentric bushings (50, 51) changes the distance between said apertures (19, 19') of said base, thereby changing an angle between said motor flange and said pump flange about said hinge.
Roofing tile composed of a concrete material comprising a binder, a rock particle fraction, a lightweight aggregate composed of coated and/or hydrophobised expanded clay, hydrophobised pumice and/or hollow glass spheres and/or mixtures thereof and added water, said roofing tile having at least one watercourse (8, 9) and a lateral interlocking joint consisting of a covering fold and a water fold, characterised in that the ratio of water to binder is less than 0.3, the lightweight aggregate consists of a material which is hydrophobic and/or non-hygroscopic, the roofing tile, after curing, has a density in the range from 1.6 g/cm 3 to 1.9 g/cm 3, wherein the roofing tile has a thickness of 5 mm to 9 mm, preferably 7 mm to 8 mm, in highly loaded regions located between the covering fold and the water fold, wherein the roofing tile has a total porosity above 25% and an open porosity of less than 10%, which are determined according to the measurement method for total porosity and open porosity as indicated in the description.
A post comprising a first tube and a second tube, with the first tube fixed to a structure, the tubes (T1, T2) being connected by a shock absorption device, the shock absorption device comprising an elastic return member with a first part and a second part, characterized in that the first part and second part are inserted respectively into the first tube and the second tube, and secured by fastening means providing radial support inside the first tube and the second tube, the fastening means comprising elastomer parts and two plates positioned on either side of each elastomer part and connected by a screw-nut system, which when tightened, draws the two plates together to compress the elastomer parts and expand them radially, with the second part including at least one opening leading to the fastening means of the first part.
An electric power tool comprising: a brushless motor; a control unit configured to control power supply to the brushless motor; a rotary tool configured to be rotated by the brushless motor; a rotation speed detecting unit configured to detect a rotation speed of the brushless motor; and a main switch configured to transmit, to the control unit, an ON/OFF signal for switching between driving and stopping of the brushless motor, wherein in a state where constant-speed control is performed on the brushless motor with a duty ratio smaller than 100%, when a load equal to or larger than a first predetermined value is detected, the control unit is configured to perform switching from the constant-speed control to predetermined duty ratio control which is independent from the rotation speed of the brushless motor, wherein detection of the load equal to or larger than the first predetermined value is performed based on predetermined one or combination of a current, a voltage, and a duty ratio, and wherein the predetermined duty ratio control is control for gradually increasing the duty ratio to a predetermined duty ratio, wherein this predetermined duty ratio control increases the rotation speed of the brushless motor, and then driving the brushless motor with the predetermined duty ratio. a brushless motor; a control unit configured to control power supply to the brushless motor; a rotary tool configured to be rotated by the brushless motor; a rotation speed detecting unit configured to detect a rotation speed of the brushless motor; and a main switch configured to transmit, to the control unit, an ON/OFF signal for switching between driving and stopping of the brushless motor, wherein in a state where constant-speed control is performed on the brushless motor with a duty ratio smaller than 100%, when a load equal to or larger than a first predetermined value is detected, the control unit is configured to perform switching from the constant-speed control to predetermined duty ratio control which is independent from the rotation speed of the brushless motor, wherein detection of the load equal to or larger than the first predetermined value is performed based on predetermined one or combination of a current, a voltage, and a duty ratio, and wherein the predetermined duty ratio control is control for gradually increasing the duty ratio to a predetermined duty ratio, wherein this predetermined duty ratio control increases the rotation speed of the brushless motor, and then driving the brushless motor with the predetermined duty ratio.
A method of producing a carboxylate compound represented by the following general formula: wherein R is an alkyl group having two to four carbon atoms, which comprises reacting 2,2-dimethyl-3-methylene bicyclo[2,2,1]heptane represented by the following formula: with carbon monoxide to produce a solution of carbonylation reaction in the presence of hydrogen fluoride and subsequently reacting said solution of carbonylation reaction containing the hydrogen fluoride with an alcohol having two to four carbon atoms to produce said carboxylate compound.
A method of producing an inducible animal model of stress comprising genetically modifying a fish to express one or more protein(s) that can be activated by light in (a) corticotroph cell(s), wherein the protein(s) that can be activated by light are capable of inducing the release of adrenocorticotropic hormone (ACTH) from corticotroph cells in the anterior pituitary; and wherein the protein(s) that can be activated by light is/are selected from the group consisting of light-activated adenylate cyclase, channelrhodopsin 1 and channelrhodopsin 2.
A data prefetching method for a distributed hash table DHT storage system comprising a first storage node and a second storage node, the data prefetching method comprising: receiving, by a first storage node, a read request for reading a data block sent by a client that has found the first storage node using a DHT algorithm; determining, by the first storage node, a to-be-prefetched data block according to a read data block read according to the read request and a set to-be-prefetched data block threshold; determining, by the first storage node, a second storage node where the to-be-prefetched data block resides according to the to-be-prefetched data block; sending, by the first storage node, a prefetching request to the second storage node, wherein the prefetching request comprises identification information of the to-be-prefetched data block, and the identification information is used to uniquely identify the to-be-prefetched data block; and reading, by the second storage node, the to-be-prefetched data block from a disk according to the prefetching request, and storing, by the second storage node, the to-be-prefetched data block in a local buffer of the second storage node, so that the client reads the to-be-prefetched data block from the local buffer of the second storage node. receiving, by a first storage node, a read request for reading a data block sent by a client that has found the first storage node using a DHT algorithm; determining, by the first storage node, a to-be-prefetched data block according to a read data block read according to the read request and a set to-be-prefetched data block threshold; determining, by the first storage node, a second storage node where the to-be-prefetched data block resides according to the to-be-prefetched data block; sending, by the first storage node, a prefetching request to the second storage node, wherein the prefetching request comprises identification information of the to-be-prefetched data block, and the identification information is used to uniquely identify the to-be-prefetched data block; and reading, by the second storage node, the to-be-prefetched data block from a disk according to the prefetching request, and storing, by the second storage node, the to-be-prefetched data block in a local buffer of the second storage node, so that the client reads the to-be-prefetched data block from the local buffer of the second storage node.
A method for wireless communications, comprising: alternately mapping quadrature amplitude modulated, QAM, symbols of a code block to frequency resources within a scheduling unit of time spanning 2K OFDM symbols, wherein K>1, wherein the mapping comprises a frequency-first mapping where symbols of the code block are alternately mapped to a first subset of the frequency resources in a first set of orthogonal frequency division multiplexed, OFDM, symbols, then to a second subset of the frequency resources in a second set of OFDM symbols, each of the first set of OFDM symbols and the second set of OFDM symbols comprising K OFDM symbols; wherein the first subset of the frequency resources and the second subset of the frequency resources are non-overlapping in frequency and wherein the first set of OFDM symbols and second set of OFDM symbols are non-overlapping in time; and after the first subset of the frequency resources are filled up in a first OFDM symbol located in the first set of OFDM symbols, the mapping continues to fill up the second subset of the frequency resources in a K+1st OFDM symbol located in the second set of OFDM symbols; and after the second subset of the frequency resources are filled up in the K+1st OFDM symbol located in the second set of OFDM symbols, the mapping continues to fill up the first subset of the frequency resources in a second OFDM symbol located in the first set of OFDM symbols; and transmitting the code block based on the mapping. alternately mapping quadrature amplitude modulated, QAM, symbols of a code block to frequency resources within a scheduling unit of time spanning 2K OFDM symbols, wherein K>1, wherein the mapping comprises a frequency-first mapping where symbols of the code block are alternately mapped to a first subset of the frequency resources in a first set of orthogonal frequency division multiplexed, OFDM, symbols, then to a second subset of the frequency resources in a second set of OFDM symbols, each of the first set of OFDM symbols and the second set of OFDM symbols comprising K OFDM symbols; wherein the first subset of the frequency resources and the second subset of the frequency resources are non-overlapping in frequency and wherein the first set of OFDM symbols and second set of OFDM symbols are non-overlapping in time; and after the first subset of the frequency resources are filled up in a first OFDM symbol located in the first set of OFDM symbols, the mapping continues to fill up the second subset of the frequency resources in a K+1st OFDM symbol located in the second set of OFDM symbols; and after the second subset of the frequency resources are filled up in the K+1st OFDM symbol located in the second set of OFDM symbols, the mapping continues to fill up the first subset of the frequency resources in a second OFDM symbol located in the first set of OFDM symbols; and transmitting the code block based on the mapping.
A corrosion inhibitor composition comprising: an anodic corrosion inhibitor comprising a permanganate, a tungstate and/or a vanadate; and a trivalent cerium citrate containing less than 0.1 weight percent of a negative ion other than citrate, being a hydrate and having greater than or equal to 10 weight percent water of hydration. an anodic corrosion inhibitor comprising a permanganate, a tungstate and/or a vanadate; and a trivalent cerium citrate containing less than 0.1 weight percent of a negative ion other than citrate, being a hydrate and having greater than or equal to 10 weight percent water of hydration.
A method of operating a switching device arranged between an AC voltage source and a transformer in an electrical three-phase system, the method comprising: between the switching device and the voltage source, monitoring a voltage in one of the phases; operating the system at each of a plurality of system configurations; for each of the system configurations and a predetermined same opening angle relative to a reference angle of the monitored voltage, determining a suitable closing angle relative to the reference angle and storing information about said determined suitable closing angle in association with the system configuration in a database; determining a system configuration in the system; at the predetermined same opening angle, opening the switching device; from the database, obtaining a closing angle of said determined suitable closing angles, wherein the system configuration with which the obtained closing angle is associated in the database corresponds to the determined system configuration; and at the obtained closing angle, closing the switching device. between the switching device and the voltage source, monitoring a voltage in one of the phases; operating the system at each of a plurality of system configurations; for each of the system configurations and a predetermined same opening angle relative to a reference angle of the monitored voltage, determining a suitable closing angle relative to the reference angle and storing information about said determined suitable closing angle in association with the system configuration in a database; determining a system configuration in the system; at the predetermined same opening angle, opening the switching device; from the database, obtaining a closing angle of said determined suitable closing angles, wherein the system configuration with which the obtained closing angle is associated in the database corresponds to the determined system configuration; and at the obtained closing angle, closing the switching device.