mhurhangee/ep-ind-claims huggingface dataset:
A method of configuring a router which communicates with the Internet and additionally communicates with an intranet, and in the intranet at least one terminal is connected to the router, wherein information about an identity of the terminal is exchanged with a server in the Internet and the identity of the terminal is compared with identities of a first group of identities of devices which have been manipulated or infected with malware, and the router influences the data traffic of the connected terminal when the identity of the terminal belongs to the first group of identities, and wherein the terminal is uniquely identified by the use of IPv6, wherein the comparison of the identity of the terminal is performed on the server.
Method for producing a plastics material part painted at least in portions, in particular for a motor vehicle, which has a base body containing a plastics material and provided for a further shaping, in particular by stretch-bending, comprising the steps of: - extruding the plastics material to produce the base body; - painting the base body at least in portions; - packing the base body painted at least in portions for damage-free transport or dispatch and/or for temporary storage, the base body painted at least in portions being packed together with further base bodies painted at least in portions; - transporting or dispatching and/or temporarily storing the packed base body painted at least in portions; - unpacking the base body painted at least in portions; and - shaping the base body painted at least in portions, in particular by stretch-bending. - extruding the plastics material to produce the base body; - painting the base body at least in portions; - packing the base body painted at least in portions for damage-free transport or dispatch and/or for temporary storage, the base body painted at least in portions being packed together with further base bodies painted at least in portions; - transporting or dispatching and/or temporarily storing the packed base body painted at least in portions; - unpacking the base body painted at least in portions; and - shaping the base body painted at least in portions, in particular by stretch-bending.
Process for curing an unsaturated polyester resin or vinyl ester resin, the resin comprising a reactive diluent selected from the group consisting of acrylic acid, methacrylic acid, acrylates, methacrylates, acrylamides, methacrylamides, and combinations thereof, said process comprising the addition to said resin of (i) a ketone peroxide selected from the group consisting of methyl isopropyl ketone peroxide, methyl isobutyl ketone peroxide, cyclohexanone peroxide, and combinations thereof, and (ii) a compound of a transition metal selected from the group consisting of Mn, Fe, and Cu, and combinations thereof.
Polyphase, especially three-phase, metal-enclosed, gas-insulated high-voltage circuit breaker having in each case one circuit breaker pole,, per phase which are accommodated together in a common circuit breaker housing, and having at least two connection outputs per phase, wherein the circuit breaker housing has a number, corresponding to the number of poles,,, of chambers,, open at their front ends in which the poles,, are arranged, characterized in that the open front ends of the chambers,, are closed by means of in each case one dome-like lid, covering the front ends so that the gas link between the individual chambers,, is provided for via the connection spaces created by the lids,.
A spectral filter (7100; 7200; 7300; 7400; 2100; 2200; 2300; 9100) comprising: a first filter (1711; 1712; 1713; 2711; 2712; 2713; 3711; 3712; 3713; 4711; 4712; 4713; 1111; 1112; 1113; 1211; 1212; 1213; 1311; 1312; 1313) having a central wavelength in a first wavelength region; and a second filter (1721; 1722; 1723; 2721; 2722; 2723; 3721; 3722; 3723; 4721; 4722; 4723; 1121; 1122; 1123; 1221; 1222; 1223; 1321; 1322; 1323) having a central wavelength in a second wavelength region, wherein the first filter comprises: two first metal reflection layers (1131; 1132; 2131; 2132; 3131; 3132; 4131; 4132) vertically spaced apart from each other; and a first cavity (1141; 1142; 1143; 2141; 2142; 2143; 3141; 3142; 3143; 4141; 4142; 4143) provided between the two first metal reflection layers, and the second filter comprises: a second metal reflection layer (1151; 2151; 3151; 4152) and a Bragg reflection layer (1152; 2152; 3152; 4151) vertically spaced apart from each other; and a second cavity (1161; 1162; 1163; 2161; 2162; 2163; 3161; 3162; 3163; 4161; 4162; 4163) disposed between the second metal reflection layer and the Bragg reflection layer, in particular, wherein the second metal reflection layer and the Bragg reflection layer are of different materials. a first filter (1711; 1712; 1713; 2711; 2712; 2713; 3711; 3712; 3713; 4711; 4712; 4713; 1111; 1112; 1113; 1211; 1212; 1213; 1311; 1312; 1313) having a central wavelength in a first wavelength region; and a second filter (1721; 1722; 1723; 2721; 2722; 2723; 3721; 3722; 3723; 4721; 4722; 4723; 1121; 1122; 1123; 1221; 1222; 1223; 1321; 1322; 1323) having a central wavelength in a second wavelength region, wherein the first filter comprises: two first metal reflection layers (1131; 1132; 2131; 2132; 3131; 3132; 4131; 4132) vertically spaced apart from each other; and a first cavity (1141; 1142; 1143; 2141; 2142; 2143; 3141; 3142; 3143; 4141; 4142; 4143) provided between the two first metal reflection layers, and two first metal reflection layers (1131; 1132; 2131; 2132; 3131; 3132; 4131; 4132) vertically spaced apart from each other; and a first cavity (1141; 1142; 1143; 2141; 2142; 2143; 3141; 3142; 3143; 4141; 4142; 4143) provided between the two first metal reflection layers, and the second filter comprises: a second metal reflection layer (1151; 2151; 3151; 4152) and a Bragg reflection layer (1152; 2152; 3152; 4151) vertically spaced apart from each other; and a second cavity (1161; 1162; 1163; 2161; 2162; 2163; 3161; 3162; 3163; 4161; 4162; 4163) disposed between the second metal reflection layer and the Bragg reflection layer, a second metal reflection layer (1151; 2151; 3151; 4152) and a Bragg reflection layer (1152; 2152; 3152; 4151) vertically spaced apart from each other; and a second cavity (1161; 1162; 1163; 2161; 2162; 2163; 3161; 3162; 3163; 4161; 4162; 4163) disposed between the second metal reflection layer and the Bragg reflection layer, in particular, wherein the second metal reflection layer and the Bragg reflection layer are of different materials.
Vehicle with three or more tilting wheels, comprising a main frame provided with a suspension group for at least two wheels, wherein the suspension group is joined to the main frame through a hinge that allows the free rotation of said main frame with respect to said suspension group along the axis of said hinge, and wherein the suspension group comprises a pivoting arm for each wheel, wherein each pivoting arm is constrained to the suspension group through the interposition of a plurality of elastic elements consisting of elastomers, said elastic elements operating as suspension or damping means or with both of the associated functions, wherein each elastic element is compressed and works under pressure inside a cavity obtained between one or more pins having a closed polygonal section, operatively associated with said hinge, and one or more channels having a closed polygonal section, obtained in the suspension group, wherein the closed polygonal section of each channel has a compatible shape and has a larger surface with respect to the closed polygonal section of each pin that rotates inside said channel having a closed polygonal section, the vehicle being characterized in that each single pivoting arm acts on its own series of elastic elements that are separate and independent from the elastic elements acting on the opposite pivoting arm, so that the pivoting arms rotate independently from one another and independently from the rotation of the main frame about the suspension group by means of the hinge, said hinge comprising a single pin that, by means of friction reduction devices, allows the rotation of the main frame with respect to the suspension group.
An automatic method for determining at least one parameter (k) for modelling a system for spreading a soil or crop treatment product, this system comprising a spraying ramp equipped with nozzles, means (12, 14) for supplying the nozzles with treatment product and an electronic unit provided to control the supplying means as a function of a set point (P C) of the pressure of supplying the nozzles with treatment product, this method comprising steps of a) setting a reference pressure (P R) of supplying the nozzles; b) spraying a product, using the reference pressure as the set point pressure of supplying the nozzles and measuring (S 24) the pressure (P T) of supplying the nozzles; c) measuring (1003, S 26), using a flow rate meter, the flow rate (d T) of treatment product supplying the ramp; d) calculating the modelling parameter (k) as a function of the measured value (d T) of the flow rate and the measured value of the pressure (P T) of supplying the nozzles or the reference pressure (P R); characterised in that the product sprayed during step b) is water and the value of the parameter (k) calculated in step d) is corrected, during a subsequent step e), by taking the specific gravity of the treatment product into account. a) setting a reference pressure (P R) of supplying the nozzles; b) spraying a product, using the reference pressure as the set point pressure of supplying the nozzles and measuring (S 24) the pressure (P T) of supplying the nozzles; c) measuring (1003, S 26), using a flow rate meter, the flow rate (d T) of treatment product supplying the ramp; d) calculating the modelling parameter (k) as a function of the measured value (d T) of the flow rate and the measured value of the pressure (P T) of supplying the nozzles or the reference pressure (P R);
A method of forming a medical device (100, 500) comprising the steps of: providing composite member including an outer member and a core member disposed within a lumen of the outer member; shaping the composite member into a pattern; forming openings through the outer member; and after the step of shaping the composite member into the pattern, processing the composite member such that the core member is removed from the outer member without adversely affecting the outer member. providing composite member including an outer member and a core member disposed within a lumen of the outer member; shaping the composite member into a pattern; forming openings through the outer member; and after the step of shaping the composite member into the pattern, processing the composite member such that the core member is removed from the outer member without adversely affecting the outer member.
A method for transferring, by an emitter, a flow of samples to a receiver through a wireless interface using Single-Carrier Frequency Division Multiple Access, wherein the method comprises the steps, executed by the emitter, of: - selecting consecutive blocks of M samples of the flow of samples, - modulating each selected block by executing a Discrete Fourier Transform of size M, by adding N-M null subcarriers and by executing an inverse Discrete Fourier Transform of size N, - selecting, for each modulated block, half of the modulated block located in the center of the modulated block in order to form a flow of ordered half modulated blocks, - selecting, with a M/2 sample shift, consecutive blocks of M samples of the flow of samples, - modulating each selected block with the shift by executing a Discrete Fourier Transform of size M, by adding N-M a null subcarriers and by executing an inverse Discrete Fourier Transform of size N, - selecting, for each modulated block with the shift, half of the modulated block with the shift located in the center of the modulated block with the shift in order to form an ordered flow of half modulated blocks with the shift, - forming a stream of samples to be transferred, the formed stream being composed of one in two half ordered modulated blocks and, between two half ordered modulated blocks, one half ordered modulated block with the shift, - transferring the formed stream of samples to the receiver, characterized in that the flow of samples is composed of data samples and pilot samples and the formed stream of samples is composed of half ordered modulated blocks of data, half ordered modulated blocks of data with the shift, half ordered modulated blocks of pilots and half ordered modulated blocks of pilots and data with the shift. - selecting consecutive blocks of M samples of the flow of samples, - modulating each selected block by executing a Discrete Fourier Transform of size M, by adding N-M null subcarriers and by executing an inverse Discrete Fourier Transform of size N, - selecting, for each modulated block, half of the modulated block located in the center of the modulated block in order to form a flow of ordered half modulated blocks, - selecting, with a M/2 sample shift, consecutive blocks of M samples of the flow of samples, - modulating each selected block with the shift by executing a Discrete Fourier Transform of size M, by adding N-M a null subcarriers and by executing an inverse Discrete Fourier Transform of size N, - selecting, for each modulated block with the shift, half of the modulated block with the shift located in the center of the modulated block with the shift in order to form an ordered flow of half modulated blocks with the shift, - forming a stream of samples to be transferred, the formed stream being composed of one in two half ordered modulated blocks and, between two half ordered modulated blocks, one half ordered modulated block with the shift, - transferring the formed stream of samples to the receiver,
Fastening device (100, 100A, 100B) intended for assembling a structure with interposition of a layer of a viscous or liquid composition, comprising: - a stem (107, 107A, 107B) that extends along an axis (104, 104A, 104B) and comprises a head (108, 108A, 108B) and a shank (109, 109A, 109B); - a bushing (111, 111A, 111B) that extends along the axis of the stem, comprising a head (112, 112A, 112B) intended to accommodate the head of the stem, and comprising a body (113, 113A, 113B) intended to accommodate the shank of the stem, the body of the bushing having an inside diameter less than a diameter of the shank of the stem, so as to form a negative clearance between the bushing and the shank; - a ring (116, 116A, 116B) made of solid and compressible material; characterized in that the ring (116, 116A, 116B) is secured to an outer surface (115, 115A, 115B) of the body of the bushing and close to the head of the bushing, said outer surface being intended to come into contact with a wall (106, 106A, 106B) of a drilled hole made in a structural element, and in that said ring is able to be compressed between said outer surface (115, 115A, 115B) and said wall (106, 106A, 106B), preventing the viscous or liquid composition from flowing from the head of the bushing between said outer surface and said wall. - a stem (107, 107A, 107B) that extends along an axis (104, 104A, 104B) and comprises a head (108, 108A, 108B) and a shank (109, 109A, 109B); - a bushing (111, 111A, 111B) that extends along the axis of the stem, comprising a head (112, 112A, 112B) intended to accommodate the head of the stem, and comprising a body (113, 113A, 113B) intended to accommodate the shank of the stem, the body of the bushing having an inside diameter less than a diameter of the shank of the stem, so as to form a negative clearance between the bushing and the shank; - a ring (116, 116A, 116B) made of solid and compressible material;
A method comprising: assigning, by a first dispatch system in a first network, at least one network resource (114a-114c) in the first network to an incident that occurred in a first jurisdiction; requesting, by the first dispatch system, at least one mutual aid resource from at least one second dispatch system in at least one second network subsequent to identifying a resource gap in the first network; obtaining, by the first dispatch system, a transfer of the at least one mutual aid resource from the at least one second dispatch system; receiving (530, 540, 550), by a first policy component (206, 306c) associated with the first network from one or more of a first prioritization service in the first network, and the at least one second network, incident information and mutual aid information; correlating, by the first policy component (206, 306c), the at least one mutual aid resource with obtained incident information; the first policy component (206, 306c) assigning a priority to the at least one network resource and the at least one mutual aid resource based on the incident information. assigning, by a first dispatch system in a first network, at least one network resource (114a-114c) in the first network to an incident that occurred in a first jurisdiction; requesting, by the first dispatch system, at least one mutual aid resource from at least one second dispatch system in at least one second network subsequent to identifying a resource gap in the first network; obtaining, by the first dispatch system, a transfer of the at least one mutual aid resource from the at least one second dispatch system; receiving (530, 540, 550), by a first policy component (206, 306c) associated with the first network from one or more of a first prioritization service in the first network, and the at least one second network, incident information and mutual aid information; correlating, by the first policy component (206, 306c), the at least one mutual aid resource with obtained incident information; the first policy component (206, 306c) assigning a priority to the at least one network resource and the at least one mutual aid resource based on the incident information.
Process for preparing methanol by utilization of carbon dioxide from exhaust gas from fossil fuel-fired power stations, combined heat and power stations, and emitters selected from among cement works of the cement industry, chemical plants, steel works, plants of industry, biogas and/or biomass plants, where carbon dioxide from the exhaust gas is mixed with hydrogen for a methanol synthesis and converted into methanol using catalysts, characterized in that a technological unit for carbon dioxide utilization and hydrogen-methanol storage (CV WMS) is provided and the technological unit for CO 2 utilization and hydrogen-methanol storage (CV WMS) consisting of - electrolysis of water to give H 2 and O 2, - CO 2 adsorption or absorption to recover CO 2 and - synthesis of methanol with MeOH storage, is provided containerized at the site of a carbon dioxide source. - electrolysis of water to give H 2 and O 2, - CO 2 adsorption or absorption to recover CO 2 and - synthesis of methanol with MeOH storage, is provided containerized at the site of a carbon dioxide source.
Actuator device for axially displacing a ship equipment part which is guided in a guide device out of a first position into a second position, the actuator device having an actuating spindle and an actuating nut which is seated thereon, and in which actuator device the actuating spindle and the actuating nut are coupled axially to one another via anti-friction planets, with the result that the actuating spindle and the actuating nut can be axially displaced reversibly with respect to one another by way of a relative rotation between the actuating spindle and the actuating nut being caused, in which actuator device that relative rotation is caused by means of an electric motor which is incorporated into the actuator device and is arranged coaxially with respect to the actuating nut, the electric motor being configured as a brushless electric motor, characterized in that the ship equipment part is a periscope tube, a mast tube or a gas exchange snorkel of a submarine, in that the electric motor is arranged coaxially and radially above the actuating nut, and in that the rotor of the electric motor is an integral constituent part of the actuating nut.
A container for holding a carbonated beverage product, the container comprising: a drawn and ironed can body including a base, a sidewall, and a neck; a can end including: a chuck wall extending radially inwardly from a curl structure, the chuck wall is adapted for contact with a chuck during the seaming process; and a panel radially inwardly from the chuck wall; and a terminal portion of the can body and a terminal portion of the can end being joined together by a double seam having a seam height that is less than 2.2 mm; characterized in that the panel of the can end is inwardly domed and in that a thickness of a terminal portion of the can end is no more than a thickness of the terminal portion of the can body. a drawn and ironed can body including a base, a sidewall, and a neck; a can end including: a chuck wall extending radially inwardly from a curl structure, the chuck wall is adapted for contact with a chuck during the seaming process; and a panel radially inwardly from the chuck wall; and a chuck wall extending radially inwardly from a curl structure, the chuck wall is adapted for contact with a chuck during the seaming process; and a panel radially inwardly from the chuck wall; and a terminal portion of the can body and a terminal portion of the can end being joined together by a double seam having a seam height that is less than 2.2 mm; characterized in that the panel of the can end is inwardly domed and in that a thickness of a terminal portion of the can end is no more than a thickness of the terminal portion of the can body.
Surface-mountable optoelectronic component having a carrier body which has a housing body, which has a housing base area and at least a first housing side area and a second housing side area, the first housing side area and the second housing side area lying opposite one another and the housing base area extending from the first housing side area in the direction toward the second housing side area, comprising a first connection location, which is arranged at the housing base area and is adjacent to the first housing side area, and a second connection location, which is arranged at the housing base area and is adjacent to the second housing side area, the component on the connection locations (7, 8) being connected to the carrier body by means of a solder, wherein the housing body has a first cutout adjoining the first connection location and a second cutout adjoining the second connection location, which extend from the housing base area into the housing body, in each case an outer solder fillet being formed at the housing side areas (15, 16) and an inner solder fillet being formed at the side areas (13, 14) of the cutouts (11, 12) that adjoin the connection locations (7, 8) by the solder, and the inner solder fillet and the outer solder fillet being symmetrical to one another, the cutouts (11, 12) in each case having a metalized side area (13, 14) adjoining the connection location (7, 8) and a nonmetalized side area (21, 22), and the inner solder fillets being formed at the metalized side area (13, 14).
Method for the cyclic operation of cycle-based systems having a hot-side reservoir (1, 11, 21) and a cold-side reservoir (2, 12, 22) for a fluid and at least one heat exchanger unit having mechanocaloric material, wherein the mechanocaloric material of the heat exchanger unit is arranged in operative connection with the fluid, so that a transfer of heat takes place between mechanocaloric material and fluid, and a change in the volume and/or shape of the mechanocaloric material is generated by mechanical stress in the mechanocaloric material or by transfer of heat between the mechanocaloric material and the fluid, characterised in that the transfer of heat between mechanocaloric material and fluid takes place substantially by means of latent heat transfer in the form of heat of vaporisation and heat of condensation of the fluid.