mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a refrigeration system having a compressor, a condenser, an evaporator, and a variable speed condenser fan, the method comprising: determining if a change in an ambient temperature or a compressor suction pressure is greater than a predetermined threshold; determining a near-optimal condensing pressure/temperature if the change in the ambient temperature or the compressor suction pressure is above the predetermined threshold; setting a condensing pressure setpoint based on the determined near-optimal condensing pressure/temperature; and setting a speed of the variable speed condenser fan based on the condensing pressure setpoint; characterized in that the step of determining the near-optimal condensing pressure/temperature comprises: determining the ambient temperature; determining a saturation temperature leaving the evaporator; determining a compressor speed; and determining the near-optimal condensing pressure/temperature based on the determined ambient temperature, saturation temperature leaving the evaporator, and compressor speed. determining if a change in an ambient temperature or a compressor suction pressure is greater than a predetermined threshold; determining a near-optimal condensing pressure/temperature if the change in the ambient temperature or the compressor suction pressure is above the predetermined threshold; setting a condensing pressure setpoint based on the determined near-optimal condensing pressure/temperature; and setting a speed of the variable speed condenser fan based on the condensing pressure setpoint; characterized in that the step of determining the near-optimal condensing pressure/temperature comprises: determining the ambient temperature; determining a saturation temperature leaving the evaporator; determining a compressor speed; and determining the near-optimal condensing pressure/temperature based on the determined ambient temperature, saturation temperature leaving the evaporator, and compressor speed. determining the ambient temperature; determining a saturation temperature leaving the evaporator; determining a compressor speed; and determining the near-optimal condensing pressure/temperature based on the determined ambient temperature, saturation temperature leaving the evaporator, and compressor speed.
A method to obtain a product comprising ferrous phosphate and ammonium, potassium or sodium phosphates, which is useful as a fertilizer and in the correction of iron chlorosis in plants, from waste materials or by-products containing phosphoric acid and/or phosphates and industrial products containing Fe, comprising the steps of: a. providing waste materials or by-products containing phosphoric acid and/or phosphates and, where necessary, adjusting their P content with phosphoric acid to 0.01 - 23 % P (w/w); b. mixing the material from step a) with industrial by-products containing Fe with an Fe concentration in the range 0.5 to 27.5% Fe (w/w); c. adjusting the pH of the resulting solution or suspension to a value between 6.5 and 7.5 with a mixture comprising at least one of NH 4 OH, NaOH and KOH, thereby precipitating the product comprising ferrous phosphate and ammonium, potassium and sodium phosphates; and d. separating and drying the precipitate obtained. a. providing waste materials or by-products containing phosphoric acid and/or phosphates and, where necessary, adjusting their P content with phosphoric acid to 0.01 - 23 % P (w/w); b. mixing the material from step a) with industrial by-products containing Fe with an Fe concentration in the range 0.5 to 27.5% Fe (w/w); c. adjusting the pH of the resulting solution or suspension to a value between 6.5 and 7.5 with a mixture comprising at least one of NH 4 OH, NaOH and KOH, thereby precipitating the product comprising ferrous phosphate and ammonium, potassium and sodium phosphates; and d. separating and drying the precipitate obtained.
A method of operating a radio access network comprising a radio access network node and plural wireless terminals (30-r, 30-1), wherein a first wireless terminal is configured to use mixed carrier aggregation, the mixed carrier aggregation comprising licensed component carriers and unlicensed component carriers; the method comprising: the radio access network node sending a paging message to the plural wireless terminals (30-r, 30-1) to locate a candidate wireless terminal from the plural wireless terminals (30-r, 30-1) to serve as a relay node (30-r), wherein the paging message is a modified paging message comprising information about a position of the first wireless terminal; the radio access network node receiving a response from the candidate wireless terminal, the response indicating a willingness of the candidate wireless terminal to serve the first wireless terminal as the relay node; the radio access network node establishing a device to device link between the relay node (30-r) and the first wireless terminal; and the relay node (30-r) acting as a relay to transmit data over a wireless interface between the radio access network node and the first wireless terminal using an unlicensed component carrier. the radio access network node sending a paging message to the plural wireless terminals (30-r, 30-1) to locate a candidate wireless terminal from the plural wireless terminals (30-r, 30-1) to serve as a relay node (30-r), wherein the paging message is a modified paging message comprising information about a position of the first wireless terminal; the radio access network node receiving a response from the candidate wireless terminal, the response indicating a willingness of the candidate wireless terminal to serve the first wireless terminal as the relay node; the radio access network node establishing a device to device link between the relay node (30-r) and the first wireless terminal; and the relay node (30-r) acting as a relay to transmit data over a wireless interface between the radio access network node and the first wireless terminal using an unlicensed component carrier.
A compound for use in a method of inhibiting p38 MAP kinase, which is type: or: or: or: or: or: or: where R 1 is a structural unit of natural or synthetic water-solvable polymers selected from chitosan or its derivatives, polyvinyltetrazole or its copolymers, carboxymethylcellulose salts, polyvinyl imidazole or its copolymers, polyethylenimine or its copolymers, polyvinylpyridines or their copolymers, polyvinyltriazoles or their copolymers, polyacrylic acid salts or its copolymers or polymethacrylic acid salts or its copolymers; An - - acid residual; x, y and z are whole numbers, besides x≠0 and y≠0.
Catalyst comprising a support, at least one noble metal M, tin, phosphorus and ytterbium, - the content of phosphorus element being between 0.25% and 0.35% by weight relative to the mass of the catalyst, - the content of ytterbium being between 0.01% and 0.5% by weight relative to the mass of the catalyst, - the content of tin being between 0.005% and 10% by weight relative to the mass of the catalyst, - and the content of noble metal M being between 0.02% and 2% by weight relative to the mass of the catalyst. - the content of phosphorus element being between 0.25% and 0.35% by weight relative to the mass of the catalyst, - the content of ytterbium being between 0.01% and 0.5% by weight relative to the mass of the catalyst, - the content of tin being between 0.005% and 10% by weight relative to the mass of the catalyst, - and the content of noble metal M being between 0.02% and 2% by weight relative to the mass of the catalyst.
Screw comprising - a shank, wherein at least one thread helix receiving groove that winds around the shank is provided in the shank, and - a thread helix, which is arranged in the thread helix receiving groove, - wherein the thread helix has at least one expandable helix section, and - wherein the shank has, at the thread helix receiving groove, a wedge flank for radially expanding the expandable helix section as the shank is moved relative to the expandable helix section, characterized in that - the expandable helix section comprises a helical back and a plurality of expansion fingers that project axially from the helical back towards the wedge flank, wherein the helical back interconnects the expansion fingers, and wherein the wedge flank of the thread helix receiving groove is configured for radially displacing the expansion fingers outwardly as the shank is moved relative to the expansion fingers. - a shank, wherein at least one thread helix receiving groove that winds around the shank is provided in the shank, and - a thread helix, which is arranged in the thread helix receiving groove, - wherein the thread helix has at least one expandable helix section, and - wherein the shank has, at the thread helix receiving groove, a wedge flank for radially expanding the expandable helix section as the shank is moved relative to the expandable helix section, - the expandable helix section comprises a helical back and a plurality of expansion fingers that project axially from the helical back towards the wedge flank, wherein the helical back interconnects the expansion fingers, and wherein the wedge flank of the thread helix receiving groove is configured for radially displacing the expansion fingers outwardly as the shank is moved relative to the expansion fingers.
A vacuum arrangement having at least two components (10, 12) which each have a flange (14, 16) and having at least one connection apparatus for establishing a vacuum-tight flange connection between the two components (10, 12), wherein the connection apparatus comprises a first coupling element for coupling to the one component and a second coupling element for coupling to the other component; wherein the first coupling element and the second coupling element are coupled to one another via a pivotable operating lever and the connection apparatus can be adjusted by pivoting the operating lever from a first position in which the coupling elements (18, 20) have a larger spacing (d 1) from one another into a second position in which the two coupling elements (18, 20) have a smaller spacing (d 2) from one another; and wherein a guide for the two coupling elements (18, 20) is provided with which the coupling elements (18, 20) are guided relative to one another along an at least approximately straight-line movement path, with the guide having a guide section which is arranged at least partly in a recess of one of the coupling elements (18, 20) extending along the movement path and which is fixedly connected to the other coupling element (18, 20) or is at least partly arranged in a recess of the other coupling element (18, 20). wherein the connection apparatus comprises a first coupling element for coupling to the one component and a second coupling element for coupling to the other component; wherein the first coupling element and the second coupling element are coupled to one another via a pivotable operating lever and the connection apparatus can be adjusted by pivoting the operating lever from a first position in which the coupling elements (18, 20) have a larger spacing (d 1) from one another into a second position in which the two coupling elements (18, 20) have a smaller spacing (d 2) from one another; and wherein a guide for the two coupling elements (18, 20) is provided with which the coupling elements (18, 20) are guided relative to one another along an at least approximately straight-line movement path, with the guide having a guide section which is arranged at least partly in a recess of one of the coupling elements (18, 20) extending along the movement path and which is fixedly connected to the other coupling element (18, 20) or is at least partly arranged in a recess of the other coupling element (18, 20).
A polyamide resin composition comprising a polyamide composed of a diamine unit containing 70 % by mole or more of a paraxylylenediamine unit and a dicarboxylic acid unit containing 70 % by mole or more of a linear aliphatic dicarboxylic acid unit having from 6 to 18 carbon atoms; an aromatic secondary amine compound; and an organic sulfur based compound, the polyamide resin composition containing from 0.05 to 5 parts by mass of the aromatic secondary amine compound and from 0.05 to 5 parts by mass of the organic sulfur based compound based on 100 parts by mass of the polyamide, wherein the organic sulfur based compound is at least one selected from mercaptobenzoimidazole based compounds, dithiocarbamic acid based compounds, thiourea based compounds, and organic thio acid based compounds.
A distribution cable tray comprising at least one receiver device for receiving a clamping collar for clamping cables or conductors extending in the base of said cable tray, the receiver device comprising a pair of hooks (21, 22) projecting from a wall of said base, the hooks being open in opposite directions F1, F2, and together defining a reception housing for said clamping collar; in which cable tray the two hooks (21, 22) of said pair are positioned head-to-tail, side-by-side; being, firstly, offset longitudinally by a distance d relative to each other, such that the free end of a first hook of said pair extends in the direction F1 of the opening of the hook, beyond the back of the second hook of said pair; and the free end of said second hook extends, in the direction F2 of the opening of the hook, beyond the back of the first hook of said pair; and, secondly, offset laterally relative to each other by a distance d1 that is substantially equal to the width of said clamping collar, ignoring clearance.
A vehicle power delivery assembly comprising: a mast configured to couple with a vehicle such that the mast projects from the vehicle; and a collection arm configured to be coupled with the mast in a location apart from the vehicle to engage an off-board source of electric current that is off-board the vehicle while the vehicle moves along one or more routes, characterized in that the mast including an inductive support structure configured to be coupled with the vehicle such that the inductive support structure projects from the vehicle, the inductive support structure both mechanically supporting the collection arm above the vehicle and the inductive support structure including at least one inductive support member, each inductive support member functioning as an inductor along a conductive pathway of the electric current from the collection arm to a propulsion system of the vehicle, wherein the inductive support structure is a field replaceable unit configured to be removable from the vehicle, and wherein the inductive support structure is configured to filter one or more frequencies of the electric current as the electric current is conducted from the off-board source to the propulsion system of the vehicle without the electric current being conducted through another inductor that is outside of the inductive support structure. a mast configured to couple with a vehicle such that the mast projects from the vehicle; and a collection arm configured to be coupled with the mast in a location apart from the vehicle to engage an off-board source of electric current that is off-board the vehicle while the vehicle moves along one or more routes, characterized in that the mast including an inductive support structure configured to be coupled with the vehicle such that the inductive support structure projects from the vehicle, the inductive support structure both mechanically supporting the collection arm above the vehicle and the inductive support structure including at least one inductive support member, each inductive support member functioning as an inductor along a conductive pathway of the electric current from the collection arm to a propulsion system of the vehicle, wherein the inductive support structure is a field replaceable unit configured to be removable from the vehicle, and wherein the inductive support structure is configured to filter one or more frequencies of the electric current as the electric current is conducted from the off-board source to the propulsion system of the vehicle without the electric current being conducted through another inductor that is outside of the inductive support structure.
Guide vane for a turbomachine, the guide vane comprising a heat pipe wall through which a capillary system passes, characterized in that the heat pipe wall has a continuous material transition from a first surface which outwardly defines the guide vane to a second surface which is opposite the first surface and defines an evaporation cavity in the interior of the guide vane.
An electronic vapour provision device comprising a power cell, a heating element for vaporisation, and a computer, where the computer comprises a computer processor, a memory and an input-output means; wherein the device further comprises a temperature sensor configured in use to measure ambient temperature, wherein the computer is configured in use to obtain a temperature reading from the temperature sensor of ambient temperature and adjust the heating temperature of the heating element based on the temperature reading, and wherein the device further comprises a pressure sensor.
A toner cartridge configured to be detachably attached to an apparatus main body, the toner cartridge comprising: an upper case and a lower case; a convex portion configured to be inserted into a groove of the apparatus main body; a conveyance drive gear which is driven by a main body side gear, characterized in that the toner cartridge further comprises: a rotational shaft that is a part of a conveyance screw; a hole at a rear side of the convex portion, and a gear cover which is positioned with the lower case by supporting the rotational shaft with the hole. an upper case and a lower case; a convex portion configured to be inserted into a groove of the apparatus main body; a conveyance drive gear which is driven by a main body side gear, characterized in that the toner cartridge further comprises: a rotational shaft that is a part of a conveyance screw; a hole at a rear side of the convex portion, and a gear cover which is positioned with the lower case by supporting the rotational shaft with the hole. a rotational shaft that is a part of a conveyance screw; a hole at a rear side of the convex portion, and a gear cover which is positioned with the lower case by supporting the rotational shaft with the hole.
Stack for moulding plastic parts, comprising a set of layers, each layer having a plastic material and at least one reinforcement element having at least one main slenderness direction, characterised in that the reinforcement elements of a layer have at least one main slenderness direction different from the reinforcement elements of at least one other layer, said different main slenderness direction being selected so as to define a deliberate anisotropy direction at the scale of the stack, and in that the at least one non-peripheral layer comprises reinforcement elements made of carbon fibre, and at least one peripheral layer comprises reinforcement elements made of glass fibre.
A compound of the formula: wherein: R 1 is hydrogen or optionally substituted alkyl or aryl; R 3 is OR 3A, NHC R 3A, NHSO 2 R 3A or hydrogen; R 6 is OR 6A or OC R 6A; R 7 is OR 7A or OC R 7A; R 8 is OR 8A or OC R 8A; R 9 is hydrogen, CH 2 OR 9A or CH 2 OC R 9A; and each of R 3A, R 6A, R 7A, R 8A and R 9A is independently hydrogen or lower alkyl wherein lower alkyl means alkyl moieties having from 1 to 4 carbons. R 1 is hydrogen or optionally substituted alkyl or aryl; R 3 is OR 3A, NHC R 3A, NHSO 2 R 3A or hydrogen; R 6 is OR 6A or OC R 6A; R 7 is OR 7A or OC R 7A; R 8 is OR 8A or OC R 8A; R 9 is hydrogen, CH 2 OR 9A or CH 2 OC R 9A; and each of R 3A, R 6A, R 7A, R 8A and R 9A is independently hydrogen or lower alkyl wherein lower alkyl means alkyl moieties having from 1 to 4 carbons.
Motor vehicle comprising a sliding door, wherein the sliding door comprises at least one sliding door wing which is displaceable laterally on the motor vehicle between a closed position and an open position, characterized in that the sliding door wing comprises a lower part of the sliding door wing, wherein, in the closed position of the sliding door, the lower part is detachable at its upper edge and, if required, at its side edges from the rest of the sliding door and is mounted pivotably at its lower edge, and therefore, in the closed position of the sliding door, the lower part can be pivoted into a ramp position in which the lower part forms a ramp.
A carrier body with pins secured on a pitch diameter against spontaneous release, where the pins are axially mounted on the carrier body replaceably and are situated on a common pitch circle, while the pins have on their perimeter a first perimeter groove, characterized by that the first perimeter groove of the pins fitts to holes in the carrier body for the secured pins, the first perimeter groove of the pins corresponds with a second perimeter groove in the carrier body, and in addition to the second perimeter groove in the carrier body and the first perimeter grooves in the pins a common safety ring suitable for fixing the pins in the holes in the carrier body is mounted.
A computer readable medium comprising instructions which, when executed by one or more hardware processors, cause performance of operations comprising: identifying a first virtual machine instruction to be processed using a first set of one or more parameters, wherein the first virtual machine instruction is within a set of compiled code generated during a code compilation process, wherein the first virtual machine instruction is executable by a runtime environment that includes a virtual machine; detecting, by the runtime environment, information that is stored external to, and immediately preceding or immediately following, the first virtual machine instruction, wherein the information references, for each parameter of the first set of one or more parameters, a memory location and/or a variable, or a method handle; and processing, by the runtime environment, the first virtual machine instruction based on the respective type of each of the first set of one or more parameters, wherein, for each parameter of the first set of one or more parameters, the respective type is determined by accessing the memory location and/or the variable referenced by the information, or by executing a method associated with the method handle referenced by the information. identifying a first virtual machine instruction to be processed using a first set of one or more parameters, wherein the first virtual machine instruction is within a set of compiled code generated during a code compilation process, wherein the first virtual machine instruction is executable by a runtime environment that includes a virtual machine; detecting, by the runtime environment, information that is stored external to, and immediately preceding or immediately following, the first virtual machine instruction, wherein the information references, for each parameter of the first set of one or more parameters, a memory location and/or a variable, or a method handle; and processing, by the runtime environment, the first virtual machine instruction based on the respective type of each of the first set of one or more parameters, wherein, for each parameter of the first set of one or more parameters, the respective type is determined by accessing the memory location and/or the variable referenced by the information, or by executing a method associated with the method handle referenced by the information.