mhurhangee/ep-ind-claims huggingface dataset:
A cable tie comprising: (a) a head shaped to include an elongated strap accepting channel, the head comprising a locking tang which is disposed to project into the strap accepting channel; (b) a strap having a first end and a second end, the first end being formed onto the head, the strap being dimensioned for insertion into the strap accepting channel so the cable tie forms a closed loop, the strap being adapted to be engaged by the locking tang when the tie is formed into a closed loop; and (c)a support member formed onto the head, the support member comprising a backing plate that has a width greater than a width of the head and a length longer than a length of the head, the backing plate defines a plurality of transverse slots that are arranged in parallel, each slot dimensioned to fittingly receive the strap, and the backing plate is pivotally coupled to the head through a flexible neck and the backing plate defines a transverse hole that aligns with the strap accepting channel in the head when the cable tie is folded about the flexible neck. (a) a head shaped to include an elongated strap accepting channel, the head comprising a locking tang which is disposed to project into the strap accepting channel; (b) a strap having a first end and a second end, the first end being formed onto the head, the strap being dimensioned for insertion into the strap accepting channel so the cable tie forms a closed loop, the strap being adapted to be engaged by the locking tang when the tie is formed into a closed loop; and (c)a support member formed onto the head, the support member comprising a backing plate that has a width greater than a width of the head and a length longer than a length of the head, the backing plate defines a plurality of transverse slots that are arranged in parallel, each slot dimensioned to fittingly receive the strap, and the backing plate is pivotally coupled to the head through a flexible neck and the backing plate defines a transverse hole that aligns with the strap accepting channel in the head when the cable tie is folded about the flexible neck.
A process for producing an aqueous suspension of precipitated calcium carbonate comprising the steps of: i) providing a calcium oxide containing material, ii) providing a precipitation enhancer selected from the group consisting of calcium carbonate nanoparticles and/or a water-soluble calcium salt, iii) preparing a milk of lime by mixing water, the calcium oxide containing material of step i), and the precipitation enhancer of step ii), and iv) carbonating the milk of lime obtained from step iii) to form an aqueous suspension of precipitated calcium carbonate, wherein the precipitation enhancer of step ii) is added in an amount from 0.01 to 25 wt.-%, based on the total weight of the calcium oxide containing material, the calcium carbonate nanoparticles have a number based median particle size d 50 of less than 150 nm, and the water-soluble calcium salt is selected from the group consisting of calcium nitrate, calcium nitrate tetra hydrate, calcium chloride, calcium chloride dihydrate, and mixtures thereof. i) providing a calcium oxide containing material, ii) providing a precipitation enhancer selected from the group consisting of calcium carbonate nanoparticles and/or a water-soluble calcium salt, iii) preparing a milk of lime by mixing water, the calcium oxide containing material of step i), and the precipitation enhancer of step ii), and iv) carbonating the milk of lime obtained from step iii) to form an aqueous suspension of precipitated calcium carbonate,
A method for cleaning at least one beverage conduit (12, 100) of a dispenser (16, 104) by means of a cleaning fluid, wherein air and/or a gas, in particular CO2, is introduced into the flow of the cleaning fluid, and the cleaning fluid is then passed through the at least one beverage conduit (12, 100), characterized in that the air or the gas is introduced into the cleaning fluid in a permanently pulsating manner by means of an oscillating injector, without interruption of the flow of the cleaning fluid by the air or the gas.
A method for producing a polymer composition, comprising the steps of: (a) providing a compatibilizing agent which (i) comprises two or more functional groups capable of reacting with a free radical in a radical addition reaction, and (ii) is a compound of the formula wherein R 301 -R 304 each independently are H, halogen, or alkyl, aryl or heteroaryl, each optionally substituted, and R 311 and R 312 each independently are H, or alkyl, alkenyl, amino, aryl or heteroaryl, each optionally substituted, or R 311 and R 312 together form a single substituent selected from aryl and heteroaryl, each optionally substituted; (b) providing a heterophasic polymer composition comprising a propylene polymer phase and an ethylene polymer phase; (c) providing a second polymer composition comprising recycled polyolefin polymer; (d) mixing the compatibilizing agent, the heterophasic polymer composition, and the second polymer composition; and (e) generating free radicals in the propylene polymer phase and the ethylene polymer phase of the heterophasic polymer composition and in the polymer of the second polymer composition, whereby at least a portion of the compatibilizing agent reacts with the free radicals. (a) providing a compatibilizing agent which (i) comprises two or more functional groups capable of reacting with a free radical in a radical addition reaction, and (ii) is a compound of the formula wherein R 301 -R 304 each independently are H, halogen, or alkyl, aryl or heteroaryl, each optionally substituted, and R 311 and R 312 each independently are H, or alkyl, alkenyl, amino, aryl or heteroaryl, each optionally substituted, or R 311 and R 312 together form a single substituent selected from aryl and heteroaryl, each optionally substituted; (b) providing a heterophasic polymer composition comprising a propylene polymer phase and an ethylene polymer phase; (c) providing a second polymer composition comprising recycled polyolefin polymer; (d) mixing the compatibilizing agent, the heterophasic polymer composition, and the second polymer composition; and (e) generating free radicals in the propylene polymer phase and the ethylene polymer phase of the heterophasic polymer composition and in the polymer of the second polymer composition, whereby at least a portion of the compatibilizing agent reacts with the free radicals.
Process for preparing methacrylic acid by reacting methacrylamide with water, the conversion being effected continuously in a tubular reactor, characterized in that there is a pressure difference within the tubular reactor in flow direction of the reaction mixture, wherein the pressure difference between the inlet of the reactants and the outlet of the products from the tubular reactor is at least 1 bar and the reactants are converted at a high pressure at the start of the reaction and at a lower pressure at the end of the reaction and the reaction is effected at a pressure in the range of 1.5 bar to 6 bar.
Method for controlling an electronic power module able to operate as a synchronous rectifier supplying an on-board electrical network of a motor vehicle with DC current from a polyphase AC current supplied by a polyphase rotating electrical machine, including controlling of the electronic power module through a first synchronous rectification mode (H,L) 1 command or through a second full-wave mode (H,L) 2 command having a phase difference (Δφ) with respect to an electromotive force of said machine, depending on the value (Q, V) of at least one operating parameter of the polyphase rotating electrical machine from among the current rotational speed (Ω) and the electromotive force of said machine, said first command being selected when said operating parameter value (Ω, V) is greater than a predetermined value (Ω 0) and said second command being chosen in the opposite case, characterized in that an aperture angle (r) of said second command depends on a setpoint value (I 0) of said DC current.
An electronic device, the electronic device comprising: a receiving coil part (310, 320) configured to receive wireless power from a transmitting coil part (210, 220) of a wireless power transmitting apparatus, the wireless power having a first frequency being used for charging the electronic device; a rectification part configured to rectify the received wireless power and transfer the rectified power to a load disposed in the electronic device; an electrode array (63, 68) configured to receive a detection signal having a frequency used for touch detection that corresponds to a second frequency; a filter configured to remove a signal from a modified detection signal, having a voltage of the wireless power having the first frequency which is induced into the electrode array (63, 68); a controller configured to perform an operation according to a signal detected by a signal detector. a receiving coil part (310, 320) configured to receive wireless power from a transmitting coil part (210, 220) of a wireless power transmitting apparatus, the wireless power having a first frequency being used for charging the electronic device; a rectification part configured to rectify the received wireless power and transfer the rectified power to a load disposed in the electronic device; an electrode array (63, 68) configured to receive a detection signal having a frequency used for touch detection that corresponds to a second frequency; a filter configured to remove a signal from a modified detection signal, having a voltage of the wireless power having the first frequency which is induced into the electrode array (63, 68); a controller configured to perform an operation according to a signal detected by a signal detector.
A system for supporting a concurrent priority queue, comprising: one or more microprocessors; a priority queue that allows a plurality of threads (611, 612) to interact with the priority queue; wherein the priority queue comprises a calendar ring which operates to store a first subset of said plurality of requests having a target response time within a pre-configured time limit; wherein the priority queue comprises an outlier list which operates to store a second subset of said plurality of requests having a target service time greater than the pre-configured time limit; wherein the priority queue comprises a sequencer, running on the one or more microprocessors, wherein the sequencer uses a ticketing mechanism that can order the plurality of threads, wherein the sequencer operates to detect a plurality of threads that contend for one or more requests in the priority queue by keeping a reader count that is increased every time each of the plurality of threads tries to access the priority queue, wherein the sequencer operates to issue a ticket to a thread, wherein the ticket allows the thread to access the priority queue and wherein the sequencer operates to preserve a first-in-first-out, "FIFO", order of said second subset of said plurality of requests stored in the outlier list using the ticketing mechanism; and wherein the priority queue operates to reduce the contention among the plurality of threads. one or more microprocessors; a priority queue that allows a plurality of threads (611, 612) to interact with the priority queue; wherein the priority queue comprises a calendar ring which operates to store a first subset of said plurality of requests having a target response time within a pre-configured time limit; wherein the priority queue comprises an outlier list which operates to store a second subset of said plurality of requests having a target service time greater than the pre-configured time limit; wherein the priority queue comprises a sequencer, running on the one or more microprocessors, wherein the sequencer uses a ticketing mechanism that can order the plurality of threads, wherein the sequencer operates to detect a plurality of threads that contend for one or more requests in the priority queue by keeping a reader count that is increased every time each of the plurality of threads tries to access the priority queue, wherein the sequencer operates to issue a ticket to a thread, wherein the ticket allows the thread to access the priority queue and wherein the sequencer operates to preserve a first-in-first-out, "FIFO", order of said second subset of said plurality of requests stored in the outlier list using the ticketing mechanism; and wherein the priority queue operates to reduce the contention among the plurality of threads.
Differential protection device allowing the detection of leakage or fault current in an electrical installation supplied with power by at least one phase conductor of a network and, where applicable, by a neutral conductor of said network, at least two of said conductors constituting the primary of a torus made of ferromagnetic material provided with one or more secondary windings across the terminals of which or of each of which is established an induced signal upon the occurrence of a differential fault on said primary, said induced signal being used by at least one suitable signal processing stage of said device for, in the event of a predefined threshold value being exceeded, controlling an electromagnetic actuator, a relay or an analogous breaking or opening means of the device, said one or more stages being connected directly or indirectly to the terminals of the secondary in question, said device comprising at least one RC circuit, formed of a first resistor with a determined value and of a first capacitor with a determined value that are connected together in series, said RC circuit being connected to the terminals of said secondary and connected in parallel with and upstream with respect to the one or more signal processing stages, the first resistor having a value such as the trip threshold value for the high values of the frequency of the induced signal, typically between 1 kHz and 20 kHz, is at most equal to 420 mA, said differential protection device is characterized in that the first resistor has a value such that its impedance is preponderant, in the series RC circuit, for frequencies of the induced signal that are higher than approximately 300 Hz, preferably higher than approximately 150 Hz, and in that the differential protection device comprises at least one second resistor (R') connecting the terminals of the secondary and connected in parallel with respect to the series RC circuit, said components (R, C, R') thus constituting mutually nested series and parallel RC circuits.
A method for controlling loading material to a bucket of a work machine from a stack of material, the method comprising: a) selecting a bucket control profile from a set of bucket control profiles to be used as a basic bucket control profile comprising indications for positions of the bucket of the work machine as a function of a distance travelled by the work machine with reference to a reference location; b) selecting a boom control profile from a set of boom control profiles to be used as a basic boom control profile comprising indications for positions of the boom of the work machine as a function of a distance travelled by the work machine with reference to a reference location; c) obtaining information of a distance travelled by the work machine with reference to a reference location while loading material to the bucket; d) comparing, at intervals of the distance travelled by the work machine, the position of at least one of the bucket and the boom with the position indicated in the selected control profile; e) examining at least one condition regarding the work machine during loading; f) determining, on the basis of the comparison and the examined condition, whether another control profile is to be selected for the bucket or the boom or both; and g) if so, selecting another control profile for the bucket or the boom or both. a) selecting a bucket control profile from a set of bucket control profiles to be used as a basic bucket control profile comprising indications for positions of the bucket of the work machine as a function of a distance travelled by the work machine with reference to a reference location; b) selecting a boom control profile from a set of boom control profiles to be used as a basic boom control profile comprising indications for positions of the boom of the work machine as a function of a distance travelled by the work machine with reference to a reference location; c) obtaining information of a distance travelled by the work machine with reference to a reference location while loading material to the bucket; d) comparing, at intervals of the distance travelled by the work machine, the position of at least one of the bucket and the boom with the position indicated in the selected control profile; e) examining at least one condition regarding the work machine during loading; f) determining, on the basis of the comparison and the examined condition, whether another control profile is to be selected for the bucket or the boom or both; and g) if so, selecting another control profile for the bucket or the boom or both.
A method for improving the water penetration rate through hydrophobic soil surfaces comprising the application of a compound having the formula: wherein when R is selected from the group consisting of H, C 1-24 alkyl, aryl, C 1-24 alkylaryl, aryl(C 1-24)alkyl, R' is independently selected from the group consisting of -C(=O)-R 1 (esters), C(=O)-NHR 1 (urethanes) or C(=O)-O-R 1 (carboxylates); when R' is selected from the group consisting of H, C 1-24 alkyl, aryl, C 1-24 alkylaryl, aryl(C 1-24)alkyl, R is independently selected from the group consisting of -C(=O)-R 1 (esters), C(=O)-NHR 1 (urethanes) or C(=O)-O-R 1 (carboxylates), R 1 is selected from the group consisting of C 1-24 alkyl, aryl, C 1-24 alkylaryl, C 1-24 arylalkyl; A is selected from the group consisting of alkylene oxides having 4-12 carbon atoms and aryl epoxides having 8-12 carbon atoms; x= 18-21; y= 1-2; z=0-5. when R is selected from the group consisting of H, C 1-24 alkyl, aryl, C 1-24 alkylaryl, aryl(C 1-24)alkyl, R' is independently selected from the group consisting of -C(=O)-R 1 (esters), C(=O)-NHR 1 (urethanes) or C(=O)-O-R 1 (carboxylates); when R' is selected from the group consisting of H, C 1-24 alkyl, aryl, C 1-24 alkylaryl, aryl(C 1-24)alkyl, R is independently selected from the group consisting of -C(=O)-R 1 (esters), C(=O)-NHR 1 (urethanes) or C(=O)-O-R 1 (carboxylates), R 1 is selected from the group consisting of C 1-24 alkyl, aryl, C 1-24 alkylaryl, C 1-24 arylalkyl; A is selected from the group consisting of alkylene oxides having 4-12 carbon atoms and aryl epoxides having 8-12 carbon atoms; x= 18-21; y= 1-2; z=0-5.
Magnetic rail brake device for a rail vehicle, at least comprising a) at least one pressure-medium actuated actuation cylinder with a cylinder housing and with an actuation piston that is movable relative to the cylinder housing, b) at least one magnet apparatus, which can be lowered into a low position on a rail by means of the at least one actuation cylinder, in order to generate a magnetic attraction force between the rail and the at least one magnet apparatus by means of a magnetic short circuit with the rail, and which can be placed in a high position raised from the rail, as well as in any intermediate positions between the low position and the high position, by means of the actuation cylinder, c) at least one high position detection apparatus, which generates a high position signal when the high position is assumed by the at least one magnet apparatus, characterized in that d) the high position detection apparatus comprises at least one electrical limit switch with at least two switching states arranged inside the actuation cylinder, which changes the switching state when the high position is assumed by the magnet apparatus. a) at least one pressure-medium actuated actuation cylinder with a cylinder housing and with an actuation piston that is movable relative to the cylinder housing, b) at least one magnet apparatus, which can be lowered into a low position on a rail by means of the at least one actuation cylinder, in order to generate a magnetic attraction force between the rail and the at least one magnet apparatus by means of a magnetic short circuit with the rail, and which can be placed in a high position raised from the rail, as well as in any intermediate positions between the low position and the high position, by means of the actuation cylinder, c) at least one high position detection apparatus, which generates a high position signal when the high position is assumed by the at least one magnet apparatus, characterized in that d) the high position detection apparatus comprises at least one electrical limit switch with at least two switching states arranged inside the actuation cylinder, which changes the switching state when the high position is assumed by the magnet apparatus.
A sensor comprising: a resonant circuit comprising a passive load and an active circuit, wherein at least one of the active circuit and passive load is tuned to resonate at a resonant frequency; a driver to drive the active circuit to output an RF signal at the resonant frequency; a drive enable circuit to generate a control signal to enable and disable the driver; a sample-and-hold circuit for an amplitude signal indicating amplitude of an RF signal output from one of the passive load or active circuit, wherein the sample-and-hold circuit is to hold a peak level of the amplitude signal, the peak level being a peak level during a period when the driver is enabled; and a measurement circuit to detect a relative position and/or movement between the passive load and active circuit based on the held peak level, the detection based on measuring the held peak level when the driver is disabled by the drive enable circuit. a resonant circuit comprising a passive load and an active circuit, wherein at least one of the active circuit and passive load is tuned to resonate at a resonant frequency; a driver to drive the active circuit to output an RF signal at the resonant frequency; a drive enable circuit to generate a control signal to enable and disable the driver; a sample-and-hold circuit for an amplitude signal indicating amplitude of an RF signal output from one of the passive load or active circuit, wherein the sample-and-hold circuit is to hold a peak level of the amplitude signal, the peak level being a peak level during a period when the driver is enabled; and a measurement circuit to detect a relative position and/or movement between the passive load and active circuit based on the held peak level, the detection based on measuring the held peak level when the driver is disabled by the drive enable circuit.