mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for web browsing on a mobile device, comprising: receiving a markup language document that includes a plurality of elements; assigning the plurality of elements a priority value based on a set of rules, wherein the set of rules includes at least two rules configured to assign two or more priority values to at least two subsets of elements, in the plurality of elements, wherein the subsets of elements comprise a parent element and its nested elements; determining an order of elements based on the priority value assigned to the plurality of elements; and displaying , in the order of elements, rendered content corresponding to each element in the plurality of elements, wherein the display of a next element in the order of elements is delayed for a predetermined delay time after displaying a previous element in the order of elements. receiving a markup language document that includes a plurality of elements; assigning the plurality of elements a priority value based on a set of rules, wherein the set of rules includes at least two rules configured to assign two or more priority values to at least two subsets of elements, in the plurality of elements, wherein the subsets of elements comprise a parent element and its nested elements; determining an order of elements based on the priority value assigned to the plurality of elements; and displaying , in the order of elements, rendered content corresponding to each element in the plurality of elements, wherein the display of a next element in the order of elements is delayed for a predetermined delay time after displaying a previous element in the order of elements.
A method for generating milk froth, in particular for the preparation of drinks that contain milk froth in a coffee machine or a similar device, whereby the media of water vapour and compressed air being supplied to the milk via a steam lance immersed in the milk, whereby the two media of steam and air are supplied to the milk by at least two supply lines (3, 4 or 21, 22) which are separated from one another up to the outlet from the lance, characterised in that by the one line (3 or 21) preferably only steam with the required vapour velocity being supplied, whereas a steam/air mixture for enriching the milk with the necessary air proportion is supplied by the other pipeline (4 or 22), which steam/air mixture is only mixed with the steam from the other pipeline (3 or 21) in the milk that is to be frothed.
A method of reducing the concentration of nitrogen oxides in tail gas which is obtained during the startup of a plant for preparation of nitric acid; wherein the tail gas contains NO x and wherein the tail gas is obtained during the startup of the plant and is heated from a starting temperature T 0 , passing through a threshold temperature T G and finally up to an operating temperature T B by measures for recovering the reaction energy arising during the oxidation of ammonia in the process for the production of the nitric acid, at which operating temperature T B steady-state operation of the plant is subsequently effected; wherein the method comprises the following steps: (a) passing the NO x -containing tail gas through a storage medium for NO x and storing at least a portion of the NO x in the storage medium for NO x while the temperature of the tail gas is lower than the threshold temperature T G ; (b) optionally releasing the NO x stored in step (a); (c) combining the NO x with a reducing agent for NO x in the presence of an SCR catalyst in dependence of a measured temperature of the tail gas after the temperature of the tail gas has exceeded the threshold temperature T G , which results in catalytic reduction of at least a portion of the NO x . wherein the tail gas contains NO x and wherein the tail gas is obtained during the startup of the plant and is heated from a starting temperature T 0 , passing through a threshold temperature T G and finally up to an operating temperature T B by measures for recovering the reaction energy arising during the oxidation of ammonia in the process for the production of the nitric acid, at which operating temperature T B steady-state operation of the plant is subsequently effected; wherein the method comprises the following steps: (a) passing the NO x -containing tail gas through a storage medium for NO x and storing at least a portion of the NO x in the storage medium for NO x while the temperature of the tail gas is lower than the threshold temperature T G ; (b) optionally releasing the NO x stored in step (a); (c) combining the NO x with a reducing agent for NO x in the presence of an SCR catalyst in dependence of a measured temperature of the tail gas after the temperature of the tail gas has exceeded the threshold temperature T G , which results in catalytic reduction of at least a portion of the NO x . (a) passing the NO x -containing tail gas through a storage medium for NO x and storing at least a portion of the NO x in the storage medium for NO x while the temperature of the tail gas is lower than the threshold temperature T G ; (b) optionally releasing the NO x stored in step (a); (c) combining the NO x with a reducing agent for NO x in the presence of an SCR catalyst in dependence of a measured temperature of the tail gas after the temperature of the tail gas has exceeded the threshold temperature T G , which results in catalytic reduction of at least a portion of the NO x .
A rubber product which is selected from the group consisting of a tire, a rubber crawler, a seismic isolation device and a hose, and is produced using a rubber composition comprising: a rubber component (a) containing a multicomponent copolymer (a1) that contains a conjugated diene unit, a non-conjugated olefin unit, and an aromatic vinyl unit; and a tackifier (b). a rubber component (a) containing a multicomponent copolymer (a1) that contains a conjugated diene unit, a non-conjugated olefin unit, and an aromatic vinyl unit; and a tackifier (b).
A method of separating linear alpha olefins, comprising: passing a feed stream comprising C4-C20 linear alpha olefins through a first column; distributing a C8- fraction to a top portion of the first column; distributing a C9+ fraction to a bottom portion of the first column; passing the C8- fraction directly to a top portion of a second column; passing the C9+ fraction directly to a bottom portion of a second column; distributing a C11+ fraction to the bottom portion of the second column; withdrawing a C10 fraction as a side draw from the second column; and passing a liquid stream and a vapor stream from the second column to the first column; wherein a pressure within the first column ranges from 0 kPa to 1000 kPa, and a temperature within the first column ranges from -100°C to 300°C; and wherein a pressure within the second column ranges from 0 kPa to 1000 kPa and a temperature within the second column ranges from -100°C to 300°C. passing a feed stream comprising C4-C20 linear alpha olefins through a first column; distributing a C8- fraction to a top portion of the first column; distributing a C9+ fraction to a bottom portion of the first column; passing the C8- fraction directly to a top portion of a second column; passing the C9+ fraction directly to a bottom portion of a second column; distributing a C11+ fraction to the bottom portion of the second column; withdrawing a C10 fraction as a side draw from the second column; and passing a liquid stream and a vapor stream from the second column to the first column; wherein a pressure within the first column ranges from 0 kPa to 1000 kPa, and a temperature within the first column ranges from -100°C to 300°C; and wherein a pressure within the second column ranges from 0 kPa to 1000 kPa and a temperature within the second column ranges from -100°C to 300°C.
Sliding gate comprising - a first gate part (A) and a second gate part (B), at least one of said gate parts (A,B) being slidably movable with respect to the other one between an open position and a closed position, and - a locking device (20-26) for maintaining each movable gate part (A,B) in the closed position, whereby the locking device (20-26) comprises - more than one first locking body integral with, or attached to, the first gate part (A), each first locking body defining a first passage , - more than one second locking body (23-25) integral with, or attached to, the second gate part (B), each second locking body defining a second passage and - a securing element , such that, when the gate parts (A), (B) are in the closed position, said first (20-22) and second locking bodies (23-25) are placed in a position in which their first and second passages are positioned one above the other, allowing the securing element to be placed in a locking position in which it extends through said passages . - a first gate part (A) and a second gate part (B), at least one of said gate parts (A,B) being slidably movable with respect to the other one between an open position and a closed position, and - a locking device (20-26) for maintaining each movable gate part (A,B) in the closed position, whereby the locking device (20-26) comprises - more than one first locking body integral with, or attached to, the first gate part (A), each first locking body defining a first passage , - more than one second locking body (23-25) integral with, or attached to, the second gate part (B), each second locking body defining a second passage and - a securing element , such that, when the gate parts (A), (B) are in the closed position, said first (20-22) and second locking bodies (23-25) are placed in a position in which their first and second passages are positioned one above the other, allowing the securing element to be placed in a locking position in which it extends through said passages .
An open source power quad flat no-lead (PQFN) leadframe comprising: U-phase, V-phase, and W-phase power switches (204b; 206b; 208b) situated on said PQFN leadframe ; a drain of said U-phase power switch being connected to a U-phase output strip of said open source PQFN leadframe ; a source of said U-phase power switch being connected to a U-phase current sense terminal ; said V-phase, and said W-phase power switches (206b; 208b) are respectively connected to a V-phase output strip , and a W-phase output pad of said open source PQFN leadframe ; said V-phase output strip , and said W-phase output pad are respectively connected to drains of said V-phase, and said W-phase power switches (206b; 208b); sources (238b; 238a) of said V-phase, and said W-phase power switches (206b; 208b) being respectively connected to V-phase, and W-phase current sense terminals (212u; 212v). U-phase, V-phase, and W-phase power switches (204b; 206b; 208b) situated on said PQFN leadframe ; a drain of said U-phase power switch being connected to a U-phase output strip of said open source PQFN leadframe ; a source of said U-phase power switch being connected to a U-phase current sense terminal ; said V-phase, and said W-phase power switches (206b; 208b) are respectively connected to a V-phase output strip , and a W-phase output pad of said open source PQFN leadframe ; said V-phase output strip , and said W-phase output pad are respectively connected to drains of said V-phase, and said W-phase power switches (206b; 208b); sources (238b; 238a) of said V-phase, and said W-phase power switches (206b; 208b) being respectively connected to V-phase, and W-phase current sense terminals (212u; 212v).
A portable motion platform apparatus, comprising: a base ; a seat frame configured to support a seat ; six actuators arranged in a Stewart platform configuration , the actuators to move the seat frame relative to the base with six degrees of freedom, each one of the actuators having a corresponding first end coupled to the base and a corresponding second end coupled to the seat frame; characterized in that the portable motion platform comprises stabilizers pivotably coupled to the base , each one of the stabilizers being rotatable between a stowed position within a first periphery of the base and a deployed position extending beyond the first periphery of the base in a manner to provide additional lateral support and to prevent the portable motion platform as a whole from rocking or tipping relative to an underlying surface supporting the base . a base ; a seat frame configured to support a seat ; six actuators arranged in a Stewart platform configuration , the actuators to move the seat frame relative to the base with six degrees of freedom, each one of the actuators having a corresponding first end coupled to the base and a corresponding second end coupled to the seat frame; characterized in that the portable motion platform comprises stabilizers pivotably coupled to the base , each one of the stabilizers being rotatable between a stowed position within a first periphery of the base and a deployed position extending beyond the first periphery of the base in a manner to provide additional lateral support and to prevent the portable motion platform as a whole from rocking or tipping relative to an underlying surface supporting the base .
An X-ray analyzer comprising: an X-ray detector configured to detect an X-ray emitted from a specimen and output a signal a step of which has a height corresponding to energy of the X-ray; a pulse generation unit configured to convert the signal output from the X-ray detector into a first pulse signal; a pulse-width setting unit configured to set a pulse width; a pulse-width conversion unit configured to convert a pulse width of the first pulse signal into the pulse width set by the pulse-width setting unit to form a second pulse signal; a pulse-height discriminator configured to discriminate the second pulse signal according to a pulse height of the second pulse signal; a counting unit configured to calculate a counting rate of the discriminated second pulse signal; and a correction processing unit configured to correct the counting rate calculated by the counting unit , the correction processing unit being configured to correct the counting rate based on the pulse width set by the pulse-width setting unit , characterized in that the X-ray analyzer further comprises: a plurality of spectroscopic elements configured to disperse the X-ray, wherein the pulse-width setting unit is configured to set the pulse width according to each of types of the spectroscopic elements . an X-ray detector configured to detect an X-ray emitted from a specimen and output a signal a step of which has a height corresponding to energy of the X-ray; a pulse generation unit configured to convert the signal output from the X-ray detector into a first pulse signal; a pulse-width setting unit configured to set a pulse width; a pulse-width conversion unit configured to convert a pulse width of the first pulse signal into the pulse width set by the pulse-width setting unit to form a second pulse signal; a pulse-height discriminator configured to discriminate the second pulse signal according to a pulse height of the second pulse signal; a counting unit configured to calculate a counting rate of the discriminated second pulse signal; and a correction processing unit configured to correct the counting rate calculated by the counting unit , the correction processing unit being configured to correct the counting rate based on the pulse width set by the pulse-width setting unit , characterized in that the X-ray analyzer further comprises: a plurality of spectroscopic elements configured to disperse the X-ray, wherein the pulse-width setting unit is configured to set the pulse width according to each of types of the spectroscopic elements .
An object comprising: a carrier tape extending in a specified direction (X); and a plurality of air permeable filters held with adhesive strength on the carrier tape so as to be arranged in the specified direction (X), characterized in that an end portion of each of the air permeable filters on one side of the specified direction (+X) is sharpened toward the one side of the specified direction (+X) at an angle of 90 degrees or more. a carrier tape extending in a specified direction (X); and a plurality of air permeable filters held with adhesive strength on the carrier tape so as to be arranged in the specified direction (X), characterized in that an end portion of each of the air permeable filters on one side of the specified direction (+X) is sharpened toward the one side of the specified direction (+X) at an angle of 90 degrees or more.
An electrode member of a secondary battery, comprising an insulating substrate , a first conducting layer and an active material layer ; the first conducting layer being provided on a surface of the insulating substrate , the active material layer being provided at a side of the first conducting layer away from the insulating substrate ; the first conducting layer being provided with a stripe-shape groove (G) extending in a height direction (Z) of the electrode member ; characterized in that the electrode member further comprises a second conducting layer , the second conducting layer has a first portion and a second portion ; the first portion is provided in the stripe-shape groove (G); the second portion is provided on a surface of the first conducting layer away from the insulating substrate and connected with the first portion , the active material layer is provided on a surface of the second portion away from the first conducting layer .
A medical apparatus system comprising a mobile component of a medical apparatus comprising an integrated accumulator for providing electric power for a control device and for electric actuators of the mobile component of the medical apparatus , and an interface configured to automatically connect a power supply device and the accumulator only at a stationary connecting location, wherein the interface comprises a room-side interface component and a collaborating medical apparatus-side interface component (10"), wherein the room-side interface component comprises an underfloor component and one or more first induction coils located in a floor, and the apparatus-side interface component (10") is located in support structures of the mobile component of the medical apparatus , characterized in that the mobile component of the medical apparatus comprises jack-up stamps as the support structures for securing a safe footing of the mobile component of the medical apparatus , one or more second induction coils are arranged at the support structures .
A thin film transistor comprising: a gate electrode ; an organic semiconductor overlapping the gate electrode ; a gate insulating layer between the gate electrode and the organic semiconductor ; a source electrode and a drain electrode disposed on and electrically connected to the organic semiconductor ; and a solvent selective photosensitive pattern on the organic semiconductor and between the source electrode and the drain electrode , charaterised in that the source electrode and drain electrode are overlapping opposing edges of the solvent selective photosensitive pattern . a gate electrode ; an organic semiconductor overlapping the gate electrode ; a gate insulating layer between the gate electrode and the organic semiconductor ; a source electrode and a drain electrode disposed on and electrically connected to the organic semiconductor ; and a solvent selective photosensitive pattern on the organic semiconductor and between the source electrode and the drain electrode , charaterised in that the source electrode and drain electrode are overlapping opposing edges of the solvent selective photosensitive pattern .
An active damper system for a vehicle, especially a motor vehicle, comprising: - a damper unit having a cylinder , a piston which is guided in the cylinder , and a piston rod which is connected to the piston , wherein the piston divides the cylinder into a first chamber and a second chamber , and wherein the damper unit is configured for arrangement between a vehicle body and a wheel of the vehicle, - a pump , preferably a hydraulic pump, for changing the pressures in the two chambers and for moving the piston , - a first valve and a second valve which is connected in series with the first valve , - a third valve and a fourth valve which is connected in series with the third valve , - wherein the first and second valves are connected in parallel with the third and fourth valves , - wherein a fluid-conducting first line leads between the first valve and the second valve to the first chamber , - wherein a fluid-conducting second line leads between the third valve and the fourth valve to the second chamber , - wherein a low-pressure side of the pump is connected between the first valve and the fourth valve , - wherein a pressure side of the pump is connected between the second valve and the third valve , - wherein the first valve , the second valve , the third valve , and the fourth valve are switchable for selectively blocking and releasing the fluid flow, and - characterised in that a control unit for switching the four valves is provided, so that, in electric motor operation and in generator operation, the pump rotates in the same direction, both during compression and during rebound. - a damper unit having a cylinder , a piston which is guided in the cylinder , and a piston rod which is connected to the piston , wherein the piston divides the cylinder into a first chamber and a second chamber , and wherein the damper unit is configured for arrangement between a vehicle body and a wheel of the vehicle, - a pump , preferably a hydraulic pump, for changing the pressures in the two chambers and for moving the piston , - a first valve and a second valve which is connected in series with the first valve , - a third valve and a fourth valve which is connected in series with the third valve , - wherein the first and second valves are connected in parallel with the third and fourth valves , - wherein a fluid-conducting first line leads between the first valve and the second valve to the first chamber , - wherein a fluid-conducting second line leads between the third valve and the fourth valve to the second chamber , - wherein a low-pressure side of the pump is connected between the first valve and the fourth valve , - wherein a pressure side of the pump is connected between the second valve and the third valve , - wherein the first valve , the second valve , the third valve , and the fourth valve are switchable for selectively blocking and releasing the fluid flow, and - characterised in that a control unit for switching the four valves is provided, so that, in electric motor operation and in generator operation, the pump rotates in the same direction, both during compression and during rebound.
A compound selected from ent-beyer-15-en-18-O-oxalic acid ( BBN149 ); ent-beyer-15-en-18-O-malonic acid ( FDM ); ent-beyer-15-en-18-O-succinic acid ( FDS ); glucopyranosyl β-D ester of ent-beyeran-19-oic acid ( SR4 ); ent-beyeran-19-O-oxalic acid ( SR8 ); ent-beyeran-19-oic acid ( SR10 ) and ent-beyeran-18-O-oxalic acid ( FDO - H ) and pharmaceutically acceptable salts thereof for use as an adjuvant in antibiotic therapy in the treatment of polymyxin-resistant bacterial infections.