mhurhangee/ep-ind-claims huggingface dataset:
A method of preparing cyclododecanone, the method comprising: applying heat while additionally injecting hydrogen peroxide to a mixture of cyclododecene and hydrogen peroxide under a catalyst system including a tungsten compound, a phosphoric acid compound, and an amine compound to prepare epoxidized cyclododecane, wherein in the mixture 1 to 10 parts by weight of the hydrogen peroxide is mixed, based on 100 parts by weight of the cyclododecene; and preparing cyclododecanone by a rearrangement reaction without separation of a reaction mixture including the epoxidized cyclododecane under an alkaline metal halide catalyst; wherein the hydrogen peroxide additionally injected is injected so that the following relation formula is satisfied: 50 ≤ In f ≤ 150 1.0 ≤ In m ≤ 3.0 wherein In f is an injection flow rate per minute (μl/min) of the hydrogen peroxide additionally injected, and In m is a mole ratio (B/A) between cyclododecene and hydrogen peroxide additionally injected. applying heat while additionally injecting hydrogen peroxide to a mixture of cyclododecene and hydrogen peroxide under a catalyst system including a tungsten compound, a phosphoric acid compound, and an amine compound to prepare epoxidized cyclododecane, wherein in the mixture 1 to 10 parts by weight of the hydrogen peroxide is mixed, based on 100 parts by weight of the cyclododecene; and preparing cyclododecanone by a rearrangement reaction without separation of a reaction mixture including the epoxidized cyclododecane under an alkaline metal halide catalyst; wherein the hydrogen peroxide additionally injected is injected so that the following relation formula is satisfied: 50 ≤ In f ≤ 150 1.0 ≤ In m ≤ 3.0 wherein In f is an injection flow rate per minute (μl/min) of the hydrogen peroxide additionally injected, and In m is a mole ratio (B/A) between cyclododecene and hydrogen peroxide additionally injected.
A liquid phase refrigeration or heat pump cycle process with a liquid system wherein the process comprises: 1) absorbing heat by mixing two or more liquid phases endothermically in a phase transition; and 2) releasing heat exothermically by transforming a liquid phase into two or more liquid phases in a phase transition; and 3) adjusting the phase transition temperature such that the phase transition temperature of step 1) is different than the phase transition temperature of step 2). 1) absorbing heat by mixing two or more liquid phases endothermically in a phase transition; and 2) releasing heat exothermically by transforming a liquid phase into two or more liquid phases in a phase transition; and 3) adjusting the phase transition temperature such that the phase transition temperature of step 1) is different than the phase transition temperature of step 2).
An absorbent article, comprising: a liquid-permeable top sheet comprising a white non-woven fabric, a liquid-impermeable back sheet provided at a location opposing the top sheet, and an absorbent (50A-50D) provided between the top sheet and the back sheet; wherein, a colored element (52A-52D, 53) is further provided on a non-skin contact surface of the top sheet, is visible through the top sheet, and is colored to a color other than white, characterised in that the top sheet has a plurality of protrusions protruding in the thickness direction of the absorbent article and a plurality of indentations indented in the thickness direction, formed by discharging a heated fluid, a basis weight of the protrusions is greater than a basis weight of the indentations, and a color difference between the Lab value of the color of the colored element, as viewed through the protrusions of the top sheet, and the Lab value of the color of the colored element, as viewed through the indentations of the top sheet, is 2.8 or more. a liquid-permeable top sheet comprising a white non-woven fabric, a liquid-impermeable back sheet provided at a location opposing the top sheet, and an absorbent (50A-50D) provided between the top sheet and the back sheet; wherein, a colored element (52A-52D, 53) is further provided on a non-skin contact surface of the top sheet, is visible through the top sheet, and is colored to a color other than white, characterised in that the top sheet has a plurality of protrusions protruding in the thickness direction of the absorbent article and a plurality of indentations indented in the thickness direction, formed by discharging a heated fluid, a basis weight of the protrusions is greater than a basis weight of the indentations, and a color difference between the Lab value of the color of the colored element, as viewed through the protrusions of the top sheet, and the Lab value of the color of the colored element, as viewed through the indentations of the top sheet, is 2.8 or more.
A heating system, for heating rooms of house, said heating system comprising: - a main heating device, able to be installed in a first room of said house for producing hot air, and - an air distribution facility, for distributing said hot air produced by said main heating device to at least one second room of said house, said air distribution facility comprising: - an air duct network adapted to the transportation of said hot air, which is fitted with collection means, for collecting said hot air, and with outlet means, able to open to said at least one second room to release said hot air into said at least one second room, - propulsion means, for generating a circulation of air in said air duct network, from said collection means to said outlet means, and - first control means adapted to activate said propulsion means when said main heating device produces said hot air, said air distribution facility comprising an extra heating module that is arranged downstream from the collection means, said extra heating module including a housing in which are integrated the different components (6, 7, 8) thereof, said heating module comprising the following components: - secondary heating means, fitted on said air duct network and adapted to heat the air travelling in said air duct network, and - control means comprising (i) means for controlling said secondary heating means between an active state and an inactive state, and (ii) second control means adapted to activate said propulsion means when said secondary heating means are in active state, characterized in that the extra heating module is located downstream from the propulsion means. - a main heating device, able to be installed in a first room of said house for producing hot air, and - an air distribution facility, for distributing said hot air produced by said main heating device to at least one second room of said house, - an air duct network adapted to the transportation of said hot air, which is fitted with collection means, for collecting said hot air, and with outlet means, able to open to said at least one second room to release said hot air into said at least one second room, - propulsion means, for generating a circulation of air in said air duct network, from said collection means to said outlet means, and - first control means adapted to activate said propulsion means when said main heating device produces said hot air, - secondary heating means, fitted on said air duct network and adapted to heat the air travelling in said air duct network, and - control means comprising (i) means for controlling said secondary heating means between an active state and an inactive state, and (ii) second control means adapted to activate said propulsion means when said secondary heating means are in active state,
A latch for a motor vehicle door leaf comprising a main mechanism for controlling a bolt, said bolt being movable between an open position and a closed position in which the bolt is configured to cooperate with a striker, the latch comprising control means for controlling the main mechanism, the control means comprising: - a plurality of secondary mechanisms each connected to the main mechanism to control it, - a plurality of user interfaces (In, 11, 12, 13, 14) each being connected to one of the secondary mechanisms, configured to be actuated by a user and enabling the activation of the secondary mechanisms, the latch comprising an inhibition mechanism configured to inhibit all the control means of the main mechanism, from at least one activation and deactivation means (14, 14') forming a separate control of the inhibition mechanism, characterized in that the inhibition mechanism is configured so that a mechanical deactivation of the inhibition mechanism prevents the opening of the door leaf from outside the motor vehicle. - a plurality of secondary mechanisms each connected to the main mechanism to control it, - a plurality of user interfaces (In, 11, 12, 13, 14) each being connected to one of the secondary mechanisms, configured to be actuated by a user and enabling the activation of the secondary mechanisms,
Process for generating glucosamine from plants wherein fresh plants or plant extract are dried at a temperature between 80°C and 105°C, for a time between 5 and 50 h, wherein the plant material is at least one selected from root of Chicory ( Cichorium intybus), root of carrot ( Daucus carota), tuber of Jerusalem artichoke ( Helianthus tuberosum), root of beet ( Beta vulgaris).
A battery separator for a lithium battery comprising: a coextruded dry process polyolefin microporous separator sub-membrane comprising at least three dry process polymer porous microlayers or nanolayers, each microlayer having a thickness of less than 2 microns and each nanolayer having a thickness of less than 1 micron, and the coextruded dry process polyolefin microporous separator sub-membrane is laminated to another co-extruded dry process polyolefin microporous separator sub-membrane comprising a plurality of dry process polymer porous microlayers or nanolayers, each microlayer having a thickness of less than 2 microns and each nanolayer having a thickness of less than 1 micron. a coextruded dry process polyolefin microporous separator sub-membrane comprising at least three dry process polymer porous microlayers or nanolayers, each microlayer having a thickness of less than 2 microns and each nanolayer having a thickness of less than 1 micron, and the coextruded dry process polyolefin microporous separator sub-membrane is laminated to another co-extruded dry process polyolefin microporous separator sub-membrane comprising a plurality of dry process polymer porous microlayers or nanolayers, each microlayer having a thickness of less than 2 microns and each nanolayer having a thickness of less than 1 micron.
A steel strip for an electric-resistance-welded steel pipe or tube, the steel strip having a chemical composition containing, in mass%: C: 0.02% to 0.06%; Si: 0.1% to 0.3%; Mn: 0.8% to 1.3%; P: 0.01% or less; S: 0.001% or less; V: 0.04% to 0.07%; Nb: 0.04% to 0.07%; Ti: 0.01% to 0.04%; Cu: 0.2% to 0.3%; Ni: 0.1% to 0.3%; Ca: 0.001% to 0.005%; Al: 0.01% to 0.07%; N: 0.007% or less; optionally Sn: 0.05% or less; and optionally Cr, Mo, and B as incidental impurities in an amount of Cr: 0.05% or less; Mo: 0.03% or less; and B: 0.0005% or less, with a balance being Fe and incidental impurities, contents of C, Nb, V, and Ti satisfying a condition in the following Expression C − 12 Nb / 92.9 + V / 50.9 + Ti / 47.9 ≤ 0.03 ⁢ % where is content of element M in mass%, wherein a ferrite area ratio is 90% or more. C: 0.02% to 0.06%; Si: 0.1% to 0.3%; Mn: 0.8% to 1.3%; P: 0.01% or less; S: 0.001% or less; V: 0.04% to 0.07%; Nb: 0.04% to 0.07%; Ti: 0.01% to 0.04%; Cu: 0.2% to 0.3%; Ni: 0.1% to 0.3%; Ca: 0.001% to 0.005%; Al: 0.01% to 0.07%; N: 0.007% or less; optionally Sn: 0.05% or less; and optionally Cr, Mo, and B as incidental impurities in an amount of Cr: 0.05% or less; Mo: 0.03% or less; and B: 0.0005% or less, where is content of element M in mass%, wherein a ferrite area ratio is 90% or more.
An apparatus comprising: an address translation cache (12, 16) comprising a plurality of cache entries, each cache entry to store address translation data dependent on one or more page table entries of one or more page tables stored in a memory system; and control circuitry responsive to an invalidation request specifying address information corresponding to at least one target page table entry, to perform an invalidation lookup operation to identify at least one target cache entry of the address translation cache for which the address translation data is dependent on said at least one target page table entry, and to trigger invalidation of the address translation data stored in said at least one target cache entry; characterised in that: the control circuitry is configured to select which of a plurality of invalidation lookup modes to use for the invalidation lookup operation in dependence on page size information indicative of a page size of said at least one target page table entry, the plurality of invalidation lookup modes corresponding to different ways of identifying said at least one target cache entry in dependence on the address information. an address translation cache (12, 16) comprising a plurality of cache entries, each cache entry to store address translation data dependent on one or more page table entries of one or more page tables stored in a memory system; and control circuitry responsive to an invalidation request specifying address information corresponding to at least one target page table entry, to perform an invalidation lookup operation to identify at least one target cache entry of the address translation cache for which the address translation data is dependent on said at least one target page table entry, and to trigger invalidation of the address translation data stored in said at least one target cache entry; characterised in that: the control circuitry is configured to select which of a plurality of invalidation lookup modes to use for the invalidation lookup operation in dependence on page size information indicative of a page size of said at least one target page table entry, the plurality of invalidation lookup modes corresponding to different ways of identifying said at least one target cache entry in dependence on the address information.
A composition comprising Trabectedin for use in the treatment of cancer in an individual, wherein the treatment comprises the following steps: (a) administering to the individual an effective amount of a composition comprising Trabectedin, and (b) subsequently administering to the individual an effective amount of a composition comprising a tTF-NGR protein. (a) administering to the individual an effective amount of a composition comprising Trabectedin, and (b) subsequently administering to the individual an effective amount of a composition comprising a tTF-NGR protein.
A method of recovering a heavy metal from a sample which contains a thiol-containing compound, the method comprising the steps of: forming a complex between a heavy metal in the sample and a chelating agent capable of chelating with the heavy metal in a mixture prepared by mixing the sample and the chelating agent; and recovering the heavy metal in the sample by recovering the complex, wherein in the step of forming the complex, the complex is formed in the mixture in the presence of a masking agent for a thiol group. forming a complex between a heavy metal in the sample and a chelating agent capable of chelating with the heavy metal in a mixture prepared by mixing the sample and the chelating agent; and recovering the heavy metal in the sample by recovering the complex, wherein in the step of forming the complex, the complex is formed in the mixture in the presence of a masking agent for a thiol group.
A method for fast passing through services in a synchronous digital hierarchy device, the method comprising: Searching, by a protection switching module, first pass-through time slots between adjacent protection ports, compressing, by the protection switching module, the first pass-through time slots to second pass-through time slots; wherein the first pass-through time slots refer to a plurality of continuous pass-through time slots between adjacent protection ports, and the number of the second pass-through time slots is less than the number of the first pass-through time slots; when an action of pass-through is triggered, sending, by the protection switching module, the second pass-through time slots to a time slot configuration module to parse, and sending, by the time slot configuration module, a parsing result to a time slot register to perform a process of a time slot pass-through.
One or more computer-readable storage media having program instructions stored thereon to facilitate offline access control for an application associated with an industrial automation environment, wherein the program instructions, when executed by a computing system (101; 300; 500), direct the computing system to at least: display a user login prompt for the application on a display system of the computing system, wherein the user login prompt provides an offline access option comprising a plurality of time periods for selection by a user to request offline access to the application for a selected period of time; receive user login credentials and a selection of one of the plurality of time periods to request the offline access to the application for the selected period of time; transfer the user login credentials and the selection for delivery to an authentication server, wherein the authentication server authorizes the user for the offline access to the application for the selected period of time based on the user login credentials; and receive an authentication response transmitted from the authentication server, wherein the authentication response instructs the application to authorize the user to operate the application for the selected period of time without requiring authorization from the authentication server. display a user login prompt for the application on a display system of the computing system, wherein the user login prompt provides an offline access option comprising a plurality of time periods for selection by a user to request offline access to the application for a selected period of time; receive user login credentials and a selection of one of the plurality of time periods to request the offline access to the application for the selected period of time; transfer the user login credentials and the selection for delivery to an authentication server, wherein the authentication server authorizes the user for the offline access to the application for the selected period of time based on the user login credentials; and receive an authentication response transmitted from the authentication server, wherein the authentication response instructs the application to authorize the user to operate the application for the selected period of time without requiring authorization from the authentication server.
A dispenser device for dispensing a service liquid in a water stream discharged from a flushing tank for sanitary appliances, the device extending substantially along an axis and comprising a mixing chamber, containing in use an amount of service liquid, a connection conduit that connects the chamber with a branch opening communicating in use with a drain hole of the tank, and a siphon system that connects the chamber with the conduit; the device being characterized in that the chamber is substantially cup-shaped and has a top free end edge, set adjacent to a channel that connects the siphon system to the conduit and defines a first level reached by the service liquid in the chamber; and a bottom free end edge, that is axially spaced apart from a bottom wall of the chamber and defines a second level reached by residual liquid in the chamber after emptying of the chamber.
A continuous method for producing a hollow quartz-glass ingot, comprising the following process steps: a. providing a softened quartz-glass mass in a crucible or refractory tank; b. vertically drawing off the softened quartz-glass mass through a die in which is mounted a mandrel, to provide a hollow quartz-glass ingot; and c. on-line cutting of the hollow quartz-glass ingot to a specific length, wherein, the internal surface of the hollow quartz-glass ingot is cooled by active means after vertically drawing off the softened quartz-glass mass in step b. and before on-line cutting in process step c, characterized in that the mandrel is supported from below on a mandrel support column, wherein means are provided to hold the mandrel in place temporarily while the mandrel support column is detached from a bottom carriage and each cut ingot section is removed, and said column is subsequently reattached to the bottom carriage. a. providing a softened quartz-glass mass in a crucible or refractory tank; b. vertically drawing off the softened quartz-glass mass through a die in which is mounted a mandrel, to provide a hollow quartz-glass ingot; and c. on-line cutting of the hollow quartz-glass ingot to a specific length, the internal surface of the hollow quartz-glass ingot is cooled by active means after vertically drawing off the softened quartz-glass mass in step b. and before on-line cutting in process step c, characterized in that the mandrel is supported from below on a mandrel support column, wherein means are provided to hold the mandrel in place temporarily while the mandrel support column is detached from a bottom carriage and each cut ingot section is removed, and said column is subsequently reattached to the bottom carriage.
A dental milling machine comprising a tool which is clamped in a chuck and guided at a spindle, wherein the chuck is mounted particularly rotatably, but fixed to the machine apart from that, comprising a workpiece arm which is mounted to be movable relative to the tool at least in the direction of the spindle axis, and comprising a control device which is used to move the latter, in particular by means of a drive motor of the workpiece arm, relative to the workpiece, characterized in that the workpiece arm comprises a contact element, in particular spaced apart from the workpiece axis, wherein the control device is used to move the tool and the contact element towards each other until they contact each other, and that the control device is used to detect contact of the contact element with the tool, in particular with its tip, in particular via deceleration of the (relative) movement of tool and contact element towards each other upon contact of tool and contact element, and that this position can be signaled and in particular stored as a reference position.
A lock comprising a housing, a spring-loaded latch, a bar movable by an operable push rod, and a trigger element cooperating with a striking plate, which in the starting position protrudes with a projection into the movement path of the push rod and blocking this in the unlocked position, wherein the trigger element is pivotably supported using a rotation axis arranged orthogonally to the face-plate, retained in the face-plate, and wherein an inner end portion of the trigger element inside the housing includes the projection which blocks and triggers the push rod, respectively, characterized in that an outer end portion protruding beyond the face-plate is formed as a two-armed lever which lever arms (12, 13) are formed point-symmetrically around the rotation axis, and in the starting position of the trigger element are inclined substantially away from the rotation axis in the direction of respective lateral edges (21, 22) of the face-plate, and in the end position in which one of the furthest laterally protruding portions of the lever arms (12, 13) is cooperating with a respective cut-out in the striking plate is substantially pivoted in the direction of the face-plate centre sufficiently so that the projection at the inner end portion is disengaged from the push rod.