mhurhangee/ep-ind-claims huggingface dataset:
An inkjet ink formulation comprising: (a) an aqueous vehicle; (b) 0.1 to 6% by weight of a colorant in the form of a dye or pigment; and (c) 0.0001 to 1% by weight of a water-soluble phthalocyanine dye with near- infrared absorption, wherein (i) the dye is selected from the group consisting of phthalocyanine dyes having water-soluble axial ligands having a general structure given by any of Formulae, or: where: X = single bond, O or NH; Y = COOZ, SO 3 Z, PO 3 Z,, (CH 2 CH 2 O) m CH 3, (CH 2 CH(CH 3)O) m CH 3, (CH 2 CH 2 S) m CH 3 or (CH 2 CH(CH 3)S) m CH 3 where m = 1 to 500; Z = H or monovalent metal ions; A = a divalent linking group; B = H, alkyl or substituted alkyl; X - Y is a ligand that is present at the axial position of the metal atom M, wherein the number of X-Y groups depends upon the valency of the metal atom M; and M = any metal from the Periodic Table with valency greater than 2. or (ii) the dye is selected from the group consisting of phthalocyanine dyes having extended conjugation and water- soluble axial ligands having a general structure given by any of Formulae or: where: X = single bond, O or NH; Y = COOZ, SO 3 Z, PO 3 Z,, (CH 2 CH 2 O) m CH 3, (CH 2 CH(CH 3)O),CH 3, (CH 2 CH 2 S) m CH 3 or (CH 2 CH(CH 3)S) m CH 3 where m = 1 to 500; Z = H or monovalent metal ions; A = a divalent linking group; B = C = H, alkyl or substituted alkyl; the number of X-Y groups depends upon the valency of the metal atom M; and M = any metal from the Periodic Table with valency greater than 2. (a) an aqueous vehicle; (b) 0.1 to 6% by weight of a colorant in the form of a dye or pigment; and (c) 0.0001 to 1% by weight of a water-soluble phthalocyanine dye with near- infrared absorption, X = single bond, O or NH; Y = COOZ, SO 3 Z, PO 3 Z,, (CH 2 CH 2 O) m CH 3, (CH 2 CH(CH 3)O) m CH 3, (CH 2 CH 2 S) m CH 3 or (CH 2 CH(CH 3)S) m CH 3 where m = 1 to 500; Z = H or monovalent metal ions; A = a divalent linking group; B = H, alkyl or substituted alkyl; X - Y is a ligand that is present at the axial position of the metal atom M, wherein the number of X-Y groups depends upon the valency of the metal atom M; and M = any metal from the Periodic Table with valency greater than 2. or X = single bond, O or NH; Y = COOZ, SO 3 Z, PO 3 Z,, (CH 2 CH 2 O) m CH 3, (CH 2 CH(CH 3)O),CH 3, (CH 2 CH 2 S) m CH 3 or (CH 2 CH(CH 3)S) m CH 3 where m = 1 to 500; Z = H or monovalent metal ions; A = a divalent linking group; B = C = H, alkyl or substituted alkyl; the number of X-Y groups depends upon the valency of the metal atom M; and M = any metal from the Periodic Table with valency greater than 2.
Household cooking appliance (1; 21; 31), having: - a cooking chamber, - a steam generator, which is located outside the cooking chamber and is connected to the cooking chamber by way of a steam feed line, and - a fresh air line, which leads to the cooking chamber and can be shut off by means of a shut off element, characterised in that - the steam feed line and the fresh air line have a common end portion, which opens into the cooking chamber, from which a first branch of the steam feed line branches to the steam generator and a second branch of the fresh air line branches to an opening fresh air supply opening. - a cooking chamber, - a steam generator, which is located outside the cooking chamber and is connected to the cooking chamber by way of a steam feed line, and - a fresh air line, which leads to the cooking chamber and can be shut off by means of a shut off element, - the steam feed line and the fresh air line have a common end portion, which opens into the cooking chamber, from which a first branch of the steam feed line branches to the steam generator and a second branch of the fresh air line branches to an opening fresh air supply opening.
Ointment comprising: White vaseline Vaseline oil Sodium chloride Enotera oil Mint BHT Chlorobutanol White vaseline Vaseline oil Sodium chloride Enotera oil Mint BHT Chlorobutanol
A pneumatic tire comprising, in a tread surface, a groove partitioned by at least three groove sides (4, 31, 33) in plan view, wherein the groove sides (4, 31, 33) extending in a longitudinal direction of the groove have groove walls extending toward a groove bottom, characterized by one or more of the groove walls being formed, at least in part thereof, as tapered surfaces (T1, T2, T3); and wherein the tapered surfaces (T1, T2, T3) each form an angle with a plane perpendicular to the tread surface, which varies in an extending direction of the groove side (4, 31, 33).
Apparatus for processing data, comprising: processing circuitry to perform processing operations under control of program instructions; and a decoder to decode program instructions to generate control signals to control said processing circuitry to perform said processing operations; wherein said decoder is responsive to a given program instruction and a rounding position input operand to generate control signals to control said processing circuitry to process a floating point input operand having a significand value to generate an output result dependent upon a value from rounding said floating point input operand using a variable rounding point within said significand of said floating point input operand specified by said rounding position input operand. processing circuitry to perform processing operations under control of program instructions; and a decoder to decode program instructions to generate control signals to control said processing circuitry to perform said processing operations; wherein said decoder is responsive to a given program instruction and a rounding position input operand to generate control signals to control said processing circuitry to process a floating point input operand having a significand value to generate an output result dependent upon a value from rounding said floating point input operand using a variable rounding point within said significand of said floating point input operand specified by said rounding position input operand.
A system configured to be used in a Multiprotocol Label Switching, MPLS, network, said system is characterized in that the system comprises a routing element configured to share one or more circuits among multiple Intermediate System to Intermediate System, IS-IS, routing protocol instances, wherein each of the multi routing protocol instances is associated with its own unique database, and wherein said routing element comprises a managing entity configured to: manage a plurality of traffic engineering software agents wherein each of said traffic engineering software agents is associated with a respective database from among said unique databases, and allocate available resources to respective routing protocol instances for conveying traffic therethrough; update databases associated with respective routing protocol instances; and for traffic that is about to be conveyed via a specific routing protocol instance, determine, on an ad hoc basis, one or more databases from among the plurality of databases associated with said multi routing protocol instances, wherein said determined one or more databases will be used in determining a path along which said traffic will be conveyed. manage a plurality of traffic engineering software agents wherein each of said traffic engineering software agents is associated with a respective database from among said unique databases, and allocate available resources to respective routing protocol instances for conveying traffic therethrough; update databases associated with respective routing protocol instances; and for traffic that is about to be conveyed via a specific routing protocol instance, determine, on an ad hoc basis, one or more databases from among the plurality of databases associated with said multi routing protocol instances, wherein said determined one or more databases will be used in determining a path along which said traffic will be conveyed.
Device for conveying a fluid, in particular an operating/auxiliary substance in an exhaust-gas aftertreatment system, having a dosing module which has a nozzle for dosing the fluid into an exhaust-gas flow, and the dosing module comprises a pump chamber which can be acted on by a pump piston and which is delimited by a closing element, designed as a spherical or hemispherical body, in the flow path of the fluid, which closing element is actuatable from outside the pump chamber; wherein the pump chamber is delimited by a valve body, by the closing element which interacts with a valve seat, and by a guide sleeve which surrounds the pump piston; wherein the valve body is acted on by at least one spring element which is supported on a spring holder; wherein a pressure bolt is acted on by a further spring element which is supported on the spring holder; and wherein the closing element is forced, via the pressure bolt, into the valve seat, which is formed on that end side of the pump piston which points towards the closing element.
A fuel vapor control valve comprising a housing (26E, 236, 238), the housing comprising inlet and outlet ports in flow communication via first and second valve controlled passages; the first valve controlled passage being configured to admit fuel vapor flow in a direction from the inlet port to the outlet port only when pressure at the inlet port exceeds a predetermined threshold; the second valve controlled passage being configured to admit vapor flow in a direction from the outlet port to the inlet port only when pressure at the inlet port drops below pressure at the outlet port; the fuel vapor control valve further comprising a sealing arrangement, characterised in that the sealing arrangement is disposed at an external portion of the housing between the inlet and outlet ports, wherein the sealing arrangement is configured for sealing engagement between the fuel vapor control valve and a component external thereto, via direct contact with the component.
A container refrigeration apparatus which includes an inside air control system configured to supply an interior of a container with a mixed gas, wherein an inlet taking air into an air pump provided to an interior of a unit case of the inside air control system is formed in an air inlet unit independent of the unit case, the air pump and the air inlet unit being connected together by an air tube, and the air inlet unit is provided with an air-permeable, waterproof membrane filter, and is disposed above the unit case of the inside air control system.
Decorative paper, suitable for inkjet printing comprising a base paper, on which is present a top-coating to form a coated base paper, wherein said decorative paper contains one or more pigments, wherein substantially all the pigments are present in said top-coating, wherein the amount of the one or more pigments in the top-coating is > 90 wt. % based on the weight of the top-coating, and wherein the porosity of said decorative paper is from 100-500 ml/min, as defined by ISO standard 5636-3.
A control apparatus to control a system having an image forming apparatus to form an image onto a sheet based on an image forming job, and a sheet discharge apparatus to discharge the sheet to a sheet stacking tray, the control apparatus comprising: a processor; and a memory storing a program which, when executed by the processor, causes the control apparatus to: receive configuration information of the system and generate a system configuration image based on the configuration information, receive stacking state information including a stacking amount of sheets stacked on the sheet stacking tray and generate a sheet bundle image representing the sheets stacked on a sheet stacking tray based on the stacking state information, display, on a display, a screen in which the system configuration image and the sheet bundle image are combined, receive job identification information of an image forming job of sheets to be picked up, and display, based on receiving the job identification information, a thumbnail image of a last processed sheet corresponding to the image forming job, wherein executing the program causes the control apparatus to display the thumbnail image at a corresponding sheet part of the sheet bundle in the system configuration image. a processor; and a memory storing a program which, when executed by the processor, causes the control apparatus to: receive configuration information of the system and generate a system configuration image based on the configuration information, receive stacking state information including a stacking amount of sheets stacked on the sheet stacking tray and generate a sheet bundle image representing the sheets stacked on a sheet stacking tray based on the stacking state information, display, on a display, a screen in which the system configuration image and the sheet bundle image are combined, receive job identification information of an image forming job of sheets to be picked up, and display, based on receiving the job identification information, a thumbnail image of a last processed sheet corresponding to the image forming job, wherein executing the program causes the control apparatus to display the thumbnail image at a corresponding sheet part of the sheet bundle in the system configuration image. receive configuration information of the system and generate a system configuration image based on the configuration information, receive stacking state information including a stacking amount of sheets stacked on the sheet stacking tray and generate a sheet bundle image representing the sheets stacked on a sheet stacking tray based on the stacking state information, display, on a display, a screen in which the system configuration image and the sheet bundle image are combined, receive job identification information of an image forming job of sheets to be picked up, and display, based on receiving the job identification information, a thumbnail image of a last processed sheet corresponding to the image forming job, wherein executing the program causes the control apparatus to display the thumbnail image at a corresponding sheet part of the sheet bundle in the system configuration image.
Method for horizontal movement of groups or layers of articles from a vertically movable first support level of a first conveyor module onto a vertically movable second support level of a second conveyor module located immediately downstream of the first conveyor module in the direction of transport or transfer, by the at least one frame-like transfer device (22, 40), wherein the support levels (28, 38) of the first and second conveyor modules (16, 34) form a common transfer surface at approximately the same height or moving vertically in the same direction at least during the transfer movement, characterized in that the transfer device (22, 40) is lowered over the groups or layers of articles to be moved and encompasses the groups or layers of articles on all sides, and which transfer device (22, 40) moves from the first conveyor module to the second conveyor module during the transfer movement of a group or layer of articles in the direction of transport or transfer.
A transportation refrigeration system comprising: a refrigeration circuit including a compressor, a condenser, a first expansion device upstream of a first heat exchanger, and a second expansion device upstream of a second heat exchanger, wherein the first heat exchanger includes a first cooling capacity that is different from a second cooling capacity of the second heat exchanger, wherein the cooling capacities of the first and second heat exchangers (32A, 32B) are those determined at a common set point temperature to eliminate capacity variation resulting from different air input temperatures; wherein an outlet valve is configured to control a pressure and state of refrigerant entering the compressor, the outlet valve being arranged such that refrigerant passes through the outlet valve prior to entering the compressor; wherein the first and second heat exchangers (32A, 32B) are arranged in parallel; and characterised in that the transport refrigeration system further comprises a first compartment passageway having a first compartment passageway inlet located upstream of the first heat exchanger and a first fan located downstream of the first heat exchanger, including a first nozzle downstream of the first fan having a first compartment outlet. a refrigeration circuit including a compressor, a condenser, a first expansion device upstream of a first heat exchanger, and a second expansion device upstream of a second heat exchanger, wherein the first heat exchanger includes a first cooling capacity that is different from a second cooling capacity of the second heat exchanger, wherein the cooling capacities of the first and second heat exchangers (32A, 32B) are those determined at a common set point temperature to eliminate capacity variation resulting from different air input temperatures; wherein an outlet valve is configured to control a pressure and state of refrigerant entering the compressor, the outlet valve being arranged such that refrigerant passes through the outlet valve prior to entering the compressor; wherein the first and second heat exchangers (32A, 32B) are arranged in parallel; and characterised in that the transport refrigeration system further comprises a first compartment passageway having a first compartment passageway inlet located upstream of the first heat exchanger and a first fan located downstream of the first heat exchanger, including a first nozzle downstream of the first fan having a first compartment outlet.
A switch device, comprising: a base body on which multiple switch units are installed; an operation panel pivotally connected with the base body via a support rod such that the operation panel can be operated to slant in several different directions relative to the base body to respectively press each of said multiple switch units; and a reset mechanism configured to drive the operation panel to restore from any slant state relative to the base body to a balanced state, the operation panel not pressing any one of the multiple switch units in this balanced state; characterized in that a surface of the operation panel which faces the base body contacts a respective switch unit when the operation panel is slanted. a base body on which multiple switch units are installed; an operation panel pivotally connected with the base body via a support rod such that the operation panel can be operated to slant in several different directions relative to the base body to respectively press each of said multiple switch units; and a reset mechanism configured to drive the operation panel to restore from any slant state relative to the base body to a balanced state, the operation panel not pressing any one of the multiple switch units in this balanced state; characterized in that a surface of the operation panel which faces the base body contacts a respective switch unit when the operation panel is slanted.
Device designed to be conveyed by a drivable agricultural machine to support the erection and dismantling of fences; wherein the device has a reel around which lengthways material can be wound and unwound, and which can be rotated by a drive motor; wherein a drive train between the drive motor and reel is fitted with a slip clutch, which limits the torque between transferable between the drive motor and reel; wherein a reel shaft, which is arranged coaxially to the reel and is connected non-rotatably to prevent relative rotation around the entire axle, has a shaft end the front and lateral surface of which are freely accessible; wherein the reel shaft protrudes through a drive housing on which it is pivoted; wherein the slip clutch is located in the drive housing, and the drive housing is arranged between the reel and that shaft end, the front and lateral surface of which are freely accessible.
A group supervisory control apparatus for elevators, for supervising a travel of an elevator group including a plurality of cars (1A-ID) to allocate, in response to a request to register a landing call from a landing-call registration device (11A - 11E), one of the plurality of cars (1A - 1D) to a boarding floor and a traveling direction as an allocated car, the boarding floor and the traveling direction being related with the landing call, and then to register the landing call, characterized by the group supervisory control apparatus for elevators comprising: - an allocation candidate selection index calculating section for calculating, upon generation of a new request to register the landing call, if the landing call for the same boarding floor and the same traveling direction as a boarding floor and a traveling direction related with the new landing call has already been registered, a difference in time between the prediction boarding time of a user who is a last boarding-predicted user among a plurality of users who have performed the registered landing call and the prediction boarding time of a user who has performed the new landing call as a first index; and - an allocation candidate selecting section for selecting an allocation candidate corresponding to a candidate for the allocated car to be allocated to the new landing call from the plurality of cars, and for excluding the allocated car allocated to the registered landing call from selection of the allocation candidate when the first index calculated by the allocation candidate selection index calculating section is larger than a first allowable value stored in advance. - an allocation candidate selection index calculating section for calculating, upon generation of a new request to register the landing call, if the landing call for the same boarding floor and the same traveling direction as a boarding floor and a traveling direction related with the new landing call has already been registered, a difference in time between the prediction boarding time of a user who is a last boarding-predicted user among a plurality of users who have performed the registered landing call and the prediction boarding time of a user who has performed the new landing call as a first index; and - an allocation candidate selecting section for selecting an allocation candidate corresponding to a candidate for the allocated car to be allocated to the new landing call from the plurality of cars, and for excluding the allocated car allocated to the registered landing call from selection of the allocation candidate when the first index calculated by the allocation candidate selection index calculating section is larger than a first allowable value stored in advance.
A method of thermal energy storage or heat pump using a reversible condensation reaction of phosphoric acid and water towards higher concentrations of said phosphoric acid or by the formation of poly phosphoric acids, comprising one or more catalysts selected from the group consisting of a first family of acidic catalysts; a second family of metallic organic Frameworks as catalysts; or combinations thereof; the method further being characterized by the removal of water from the reaction solution using an azeotropic mixture wherein the components of said azeotropic mixture have a boiling point between 25 and 150°C when exposed to reaction pressures between 0 and 10 bar.
A method of determining whether a subject has an increased risk of having an adverse cardiovascular disease or disorder in a subject comprising the steps of determining in a sample isolated from said subject the presence of polymorphisms at positions 27 within the nucleic acid sequences of SEQ ID NO:1, 3, 4, 6, 7, 8, 9, 10 and 12, wherein the presence at position 27 of a C in SEQ ID NO:1, C in SEQ ID NO:3, T in SEQ ID NO:4, A in SEQ ID NO:6, T in SEQ ID NO:7, C in SEQ ID NO:8, C in SEQ ID NO:9, T in SEQ ID NO:10 and C in SEQ ID NO:12 is indicative of an increased risk of having an adverse cardiovascular disease or disorder.