mhurhangee/ep-ind-claims huggingface dataset:
Channel system having at least one first channel which comprises a multi-core flat cable and a socket connected thereto and comprises a rear side, a bottom side and a front side which is provided with a front cover detachably fastened thereto, and having a detachably fastened upper cover, characterised in that the upper cover is removed in the region of the fastened socket, and in that the electrical contact between the flat cable and the socket is effected via an insulation displacement termination, the first part of which rests on the flat cable and the second part of which comprising the insulation displacement contacts is arranged on the socket, and in that the socket is detachably fastened.
Air compressor device for a compressed air system of a vehicle, in particular for a pneumatic brake system of a commercial vehicle, comprising a reciprocating piston air compressor (6, 2), having a reciprocating piston and an air compressor cylinder; and a compressed air cooler which is arranged downstream of the reciprocating piston air compressor (6, 2), which compressed air cooler has a cooler housing through which a coolant flows and in which a first air-conducting compressed air cooling section is arranged as a short compressed air cooling section, and a second air-conducting compressed air cooling section, longer than the first cooling section by a defined amount, is arranged as a long compressed air cooling section, which cooling sections (15, 16) are connected at their ends to form a common compressed air outlet, wherein a temperature-regulated compressed air distributor, which is configured so that it distributes the supplied compressed air to the inlet of the short compressed air cooling section and/or to the inlet of the long compressed air cooling section as a function of an actual temperature detected at the compressed air outlet in order to reach and maintain a reference temperature at the compressed air outlet, is associated with the compressed air inlet of the compressed air cooler; characterised in that the compressed air cooler is integrated in an air compressor head of the air compressor device.
A method of producing methanol from a source of methane, which comprises: reacting one equivalent of methane from a methane source with oxygen from the atmosphere (air) under conditions sufficient to result in complete combustion to produce a mixture of carbon dioxide and water in a molar ratio of about 1:2 and to generate heat for subsequent use in the method; combining the carbon dioxide and water produced from the combustion with a three equivalent amount of methane from the methane source to produce a mixture of methane: carbon dioxide: water having a molar ratio of 3:1:2; conducting a single-step bi-reforming reaction with the mixture of methane: carbon dioxide: water and with the heat generated from the complete combustion to form only carbon monoxide and hydrogen as follows: 3CH 4 + CO 2 + 2H 2 O → 4CO + 8H 2 to exclusively produce metgas having a mixture of hydrogen and carbon monoxide at a molar ratio of between 2:1 and 2.1:1; and converting the metgas under conditions sufficient to exclusively form methanol, as follows: 4CO + 8H 2 → 4CH 3 OH, wherein the sole reactants for the method are the methane from the methane source and the oxygen from the atmosphere (air). reacting one equivalent of methane from a methane source with oxygen from the atmosphere (air) under conditions sufficient to result in complete combustion to produce a mixture of carbon dioxide and water in a molar ratio of about 1:2 and to generate heat for subsequent use in the method; combining the carbon dioxide and water produced from the combustion with a three equivalent amount of methane from the methane source to produce a mixture of methane: carbon dioxide: water having a molar ratio of 3:1:2; conducting a single-step bi-reforming reaction with the mixture of methane: carbon dioxide: water and with the heat generated from the complete combustion to form only carbon monoxide and hydrogen as follows: 3CH 4 + CO 2 + 2H 2 O → 4CO + 8H 2 to exclusively produce metgas having a mixture of hydrogen and carbon monoxide at a molar ratio of between 2:1 and 2.1:1; and converting the metgas under conditions sufficient to exclusively form methanol, as follows: 4CO + 8H 2 → 4CH 3 OH, wherein the sole reactants for the method are the methane from the methane source and the oxygen from the atmosphere (air).
Method of on-line measurement of a trace element in a crude or heavy fuel stream for a refinery, comprising: a. providing at least one x-ray fluorescence ("XRF") analyzer (10; 30) at a point in the refinery having the stream running therethrough; b. analyzing the stream for the trace element chlorine using the analyzer; and c. providing results from the analyzer to refinery or other operators to improve operations, characterised in that the point in the refinery is the pre-desalter stream and/or the post-desalter stream to monitor chlorine content in the stream to optimize desalter operation. a. providing at least one x-ray fluorescence ("XRF") analyzer (10; 30) at a point in the refinery having the stream running therethrough; b. analyzing the stream for the trace element chlorine using the analyzer; and c. providing results from the analyzer to refinery or other operators to improve operations,
A method for transmitting a binary data signal to or from a satellite via an optical feeder link, wherein an optical transmitter interface performs the following steps: multiplexing binary physical layer frames, associated with a plurality of carriers and/or a plurality of beams in a satellite communication system, into a single bit stream, inserting a binary physical layer frame identification sequence in front of each physical layer frame, wherein the physical layer frame identification sequence comprises: a unique binary synchronization sequence, a binary beam index sequence, a binary carrier frequency index sequence, a binary baud rate index sequence, a binary roll-off factor index sequence, a binary modulation index sequence. multiplexing binary physical layer frames, associated with a plurality of carriers and/or a plurality of beams in a satellite communication system, into a single bit stream, inserting a binary physical layer frame identification sequence in front of each physical layer frame, wherein the physical layer frame identification sequence comprises: a unique binary synchronization sequence, a binary beam index sequence, a binary carrier frequency index sequence, a binary baud rate index sequence, a binary roll-off factor index sequence, a binary modulation index sequence. a unique binary synchronization sequence, a binary beam index sequence, a binary carrier frequency index sequence, a binary baud rate index sequence, a binary roll-off factor index sequence, a binary modulation index sequence.
A process for making a structuring premix comprising water and a non-polymeric, crystalline, hydroxyl-containing structuring agent in the form of threads, wherein at least 15% by number of the threads have a length greater than 14 microns, the process comprising the steps of: a) making an emulsion comprising a non-polymeric, crystalline, hydroxyl-containing structuring agent in water, at a first temperature of from 80 °C to 98 °C; b) cooling the emulsion to a second temperature of from 25 °C to 60 °C; c) maintaining the emulsion at the second temperature for at least 2 minutes; d) increasing the temperature of the emulsion to a third temperature of from 62 °C to 75 °C; and e) maintaining the emulsion at the third temperature for at least 2 minutes, to form the aqueous structuring premix. a) making an emulsion comprising a non-polymeric, crystalline, hydroxyl-containing structuring agent in water, at a first temperature of from 80 °C to 98 °C; b) cooling the emulsion to a second temperature of from 25 °C to 60 °C; c) maintaining the emulsion at the second temperature for at least 2 minutes; d) increasing the temperature of the emulsion to a third temperature of from 62 °C to 75 °C; and e) maintaining the emulsion at the third temperature for at least 2 minutes, to form the aqueous structuring premix.
Plug connector, - with a contact carrier which can be pushed onto a plug counterpart, such as a circuit board or contact blade, in the plug-in direction, - with a plug receptacle formed in front in the plug-in direction, which is formed by two contact carrier walls opposite each other, - with a plug-in gap inside of the plug receptacle, which has a width adapted to include a plug counterpart, - with a plug receptacle base which is arranged opposite a plug opening of the plug receptacle, - with plug contacts arranged next to each other which are held by the contact carrier and sit in the plug receptacle, - with at least one clamping means which forms a clamping gap, which has a width shorter than the width of the plug gap and which can interact frictionally with the plug counterpart and reduces the movement leeway of the plug connector transversely to the plug-in direction, wherein - the clamping means is formed by a pair of clamping arms (34, 35, 38, 40) consisting of two clamping arms (32, 33, 36, 37, 39, 41) lying opposite each other, which form the clamping gap between them, - the plug gap and the clamping gap have at least one common gap plane, characterised in that - the contact carrier carries, in addition to the contacts, at least the clamping means, - at least one clamping arm (36, 37, 39) is connected to the contact carrier near the plug opening and extends with its free end counter to the plug-in direction. - with a contact carrier which can be pushed onto a plug counterpart, such as a circuit board or contact blade, in the plug-in direction, - with a plug receptacle formed in front in the plug-in direction, which is formed by two contact carrier walls opposite each other, - with a plug-in gap inside of the plug receptacle, which has a width adapted to include a plug counterpart, - with a plug receptacle base which is arranged opposite a plug opening of the plug receptacle, - with plug contacts arranged next to each other which are held by the contact carrier and sit in the plug receptacle, - with at least one clamping means which forms a clamping gap, which has a width shorter than the width of the plug gap and which can interact frictionally with the plug counterpart and reduces the movement leeway of the plug connector transversely to the plug-in direction, - the clamping means is formed by a pair of clamping arms (34, 35, 38, 40) consisting of two clamping arms (32, 33, 36, 37, 39, 41) lying opposite each other, which form the clamping gap between them, - the plug gap and the clamping gap have at least one common gap plane, - the contact carrier carries, in addition to the contacts, at least the clamping means, - at least one clamping arm (36, 37, 39) is connected to the contact carrier near the plug opening and extends with its free end counter to the plug-in direction.
Apparatus for labelling individual products, in particular packs or goods, - having a feed device for transporting respective products along a transport path, - having a label application device with a blower head for applying a label to the surface of the product, wherein the blower head has holding means for fixing the label in a blowing-off position and blowing-off means for generating a compressed-air blast directed in a blowing-off direction from the blowing-off position to the feed device, and - having a label dispensing device for providing a label in a dispensing position, - wherein the label application device has a conveying unit for transporting the respective labels from the dispensing position to the blowing-off position, wherein the conveying unit has a transport element and a contact-pressure generating means, characterized - in that the label application device has a label adjusting means that is separated from the blower head and is rotatable about an axis of rotation (d) parallel to the blowing-off direction, said label adjusting means having one or more suction openings which are or are able to be fluidically connected to a negative-pressure generating unit, wherein the transport element passes the suction openings. - having a feed device for transporting respective products along a transport path, - having a label application device with a blower head for applying a label to the surface of the product, wherein the blower head has holding means for fixing the label in a blowing-off position and blowing-off means for generating a compressed-air blast directed in a blowing-off direction from the blowing-off position to the feed device, and - having a label dispensing device for providing a label in a dispensing position, - wherein the label application device has a conveying unit for transporting the respective labels from the dispensing position to the blowing-off position, wherein the conveying unit has a transport element and a contact-pressure generating means, characterized - in that the label application device has a label adjusting means that is separated from the blower head and is rotatable about an axis of rotation (d) parallel to the blowing-off direction, said label adjusting means having one or more suction openings which are or are able to be fluidically connected to a negative-pressure generating unit, wherein the transport element passes the suction openings.
A method for calibrating a machine for tightening rail fasteners of a railway track with lag screws or nuts, provided with a device for adjusting the tightening torque based on an input torque, characterized in that the calibration is done, on the worksite where the lag screws or nuts to be tightened are located, by adjusting the input tightening torque as a function of the actual tightening torque applied to the lag screws or nuts, and in that one measures, using a sensor mounted directly and removably between the tightening torque transmission drive shaft and the lag screw or the nut to be tightened, in a closed feedback loop, automatically.
An ink-jet ink, comprising: an ink vehicle; a wax emulsion; and a latex particulate, comprising multiple intermingled discrete polymer strands, including: a low Tg polymer strand having a Tg below 50°C, and a high Tg polymer strand having a Tg at 50°C or above; wherein the Tg of the high Tg polymer strand is at least 50°C greater than the Tg of the low Tg polymer strand; wherein the monomers of the low Tg polymer strand and the monomers of the high Tg polymer strand are selected from the group of acrylates, methacrylates, vinyls, styrenes, ethylene, vinyl chloride, vinylidene chloride, maleate esters, fumarate esters, itaconate esters and mixtures thereof. an ink vehicle; a wax emulsion; and a latex particulate, comprising multiple intermingled discrete polymer strands, including: a low Tg polymer strand having a Tg below 50°C, and a high Tg polymer strand having a Tg at 50°C or above; a low Tg polymer strand having a Tg below 50°C, and a high Tg polymer strand having a Tg at 50°C or above; wherein the Tg of the high Tg polymer strand is at least 50°C greater than the Tg of the low Tg polymer strand; wherein the monomers of the low Tg polymer strand and the monomers of the high Tg polymer strand are selected from the group of acrylates, methacrylates, vinyls, styrenes, ethylene, vinyl chloride, vinylidene chloride, maleate esters, fumarate esters, itaconate esters and mixtures thereof.
A treated surfactant composition containing a water-soluble ethoxylated mono alkyl phosphate surfactant and exhibiting improved taste, said composition comprising: a) from 10% to 94%, by weight of the composition, of a water-soluble surfactant selected from alkyl phosphate surfactants, alkyl phosphate ethoxylated surfactants, betaine surfactants, betaine ethoxylated surfactants, amine oxide surfactants, and mixtures thereof; and b) from 3% to 90%, by weight of the composition, of water; c) wherein the composition further comprises from 10% to 94%, by weight of the composition, of the ethoxylated mono alkyl phosphate surfactant and mixtures thereof; and i) less than 4%, by weight of the water-soluble surfactant, of total non-polar materials selected from residual alcohols, alcohol ethoxylates, aldehydes, ethers, ketones, alkylamines, amides, amines and esters; ii) less than 2.5%, by weight of the water-soluble surfactant, of alcohols having a carbon chain length of greater than 4; iii) less than 1%, by weight of the water-soluble surfactant, of amine and amide materials; and iv) less than 1%, by weight of the water-soluble surfactant, non-polar materials selected from aldehydes, esters, ketones, and organic acids. a) from 10% to 94%, by weight of the composition, of a water-soluble surfactant selected from alkyl phosphate surfactants, alkyl phosphate ethoxylated surfactants, betaine surfactants, betaine ethoxylated surfactants, amine oxide surfactants, and mixtures thereof; and b) from 3% to 90%, by weight of the composition, of water; c) wherein the composition further comprises from 10% to 94%, by weight of the composition, of the ethoxylated mono alkyl phosphate surfactant and mixtures thereof; and i) less than 4%, by weight of the water-soluble surfactant, of total non-polar materials selected from residual alcohols, alcohol ethoxylates, aldehydes, ethers, ketones, alkylamines, amides, amines and esters; ii) less than 2.5%, by weight of the water-soluble surfactant, of alcohols having a carbon chain length of greater than 4; iii) less than 1%, by weight of the water-soluble surfactant, of amine and amide materials; and iv) less than 1%, by weight of the water-soluble surfactant, non-polar materials selected from aldehydes, esters, ketones, and organic acids. i) less than 4%, by weight of the water-soluble surfactant, of total non-polar materials selected from residual alcohols, alcohol ethoxylates, aldehydes, ethers, ketones, alkylamines, amides, amines and esters; ii) less than 2.5%, by weight of the water-soluble surfactant, of alcohols having a carbon chain length of greater than 4; iii) less than 1%, by weight of the water-soluble surfactant, of amine and amide materials; and iv) less than 1%, by weight of the water-soluble surfactant, non-polar materials selected from aldehydes, esters, ketones, and organic acids.
A cutting device for cutting a food product that is conveyed by a conveyor means (110; 1100; 2110), the cutting device comprising: • a first cutting blade (101; 1010; 2101), which is a rotatable cutting blade, • a motor for operating the rotatable cutting blade, and • a control unit, wherein the cutting device further comprises • a moving mechanism attached to said first cutting blade (101; 1010; 2101) for moving the first cutting blade sideways in either direction across the conveyor means (110; 1100; 2110), characterized in that said first cutting blade (101; 1010; 2101) is adapted to cut at least one incision in the product from one side of the product, wherein said control unit is adapted to control said first cutting blade (101; 1010; 2101) and said moving mechanism based on image data of said food product, including utilizing said image data in instructing said moving mechanism to adjust the position of said first cutting blade (101; 1010; 2101) across said conveyor means (110; 1100; 2110). • a first cutting blade (101; 1010; 2101), which is a rotatable cutting blade, • a motor for operating the rotatable cutting blade, and • a control unit, wherein the cutting device further comprises • a moving mechanism attached to said first cutting blade (101; 1010; 2101) for moving the first cutting blade sideways in either direction across the conveyor means (110; 1100; 2110), • a moving mechanism attached to said first cutting blade (101; 1010; 2101) for moving the first cutting blade sideways in either direction across the conveyor means (110; 1100; 2110), characterized in that said first cutting blade (101; 1010; 2101) is adapted to cut at least one incision in the product from one side of the product, wherein said control unit is adapted to control said first cutting blade (101; 1010; 2101) and said moving mechanism based on image data of said food product, including utilizing said image data in instructing said moving mechanism to adjust the position of said first cutting blade (101; 1010; 2101) across said conveyor means (110; 1100; 2110).
A high-efficiency photovoltaic panel, comprising a base made of ceramic material for supporting a plurality of photovoltaic cells, wherein the base comprises internally a plurality of interspaces adapted for the passage of a fluid cooling medium which are not mutually connected and wherein said interspaces extend so as to be mutually substantially parallel along said direction and have corresponding ends which are open at two mutually opposite sides (2a and 2b) of said base; and two end elements which are associated with said base at said mutually opposite sides (2a and 2b) for the connection of said interspaces, characterized in that each one of said end elements has a single cavity that faces the corresponding side (2a or 2b) of said base for the interconnection of all said interspaces, and one connecting element of the hydraulic type for the inflow/outflow of said fluid cooling medium.
A method of enforcing a policy for a cluster-deployed distributed workload, comprising: receiving, at a component (312, 314, 316, 318) in a network, a packet that is to be routed to one of a plurality of software containers (320, 322, 324) in a containerized cluster deployment of different applications (302, 304, 306) spanning multiple compute nodes (308, 310), the applications running in the software containers; extracting, at the network layer, container identification data from an IPv6 extension header or an IPv4 option field of the packet, the container identification data identifying the one software container on the network; and applying a policy to the packet at the component based on the container identification data, wherein the policy is a workload-based policy and is applied to a workload associated with the packet. receiving, at a component (312, 314, 316, 318) in a network, a packet that is to be routed to one of a plurality of software containers (320, 322, 324) in a containerized cluster deployment of different applications (302, 304, 306) spanning multiple compute nodes (308, 310), the applications running in the software containers; extracting, at the network layer, container identification data from an IPv6 extension header or an IPv4 option field of the packet, the container identification data identifying the one software container on the network; and applying a policy to the packet at the component based on the container identification data, wherein the policy is a workload-based policy and is applied to a workload associated with the packet.
Rotating joint, to allow pressurized air to be fed, through a hub, from a rotation pin with respect to an axis on bearings to a tire on a rim, comprising a distribution box to prevent the passage of pressurized air through the bearings, said distribution box comprising at least one valve (7, 8), against a respective disc with a first shoulder, or a disc with a second shoulder, characterized in that said rotating joint comprises at least one guiding device consisting of at least one protruding tooth (11, 12) able to slide relative to a grooved support (13, 14) to prevent rotation of the valve (7, 8) with respect to the rotation pin, the valve (7, 8) sliding freely along a direction parallel to said axis.