mhurhangee/ep-ind-claims huggingface dataset:
A cooling system (100; 200; 300; 400; 500) configured to directly cool an electronic device immersed in a coolant, the cooling system comprising: a cooling tank containing the coolant; characterized by further comprising a leakage receiving portion (21; 41) disposed between the cooling tank and a floor surface so as to receive the coolant leaked from the cooling tank; an additional leakage receiving portion (23; 33) disposed to receive the coolant overflown from the leakage receiving portion which stores the leaked coolant by a volume in excess of a predetermined volume; and a passage (25; 35) that connects the leakage receiving portions (21; 23) for passing the overflown coolant by the volume in excess of the predetermined volume, wherein the cooling tank (50; 60) includes a lower structure (53; 63) fixed to the floor surface, an upper structure (51; 61) having the electronic device immersed in the coolant, and a seismic isolation device disposed between the lower structure (53; 63) and the upper structure (51; 61) a cooling tank containing the coolant; characterized by further comprising a leakage receiving portion (21; 41) disposed between the cooling tank and a floor surface so as to receive the coolant leaked from the cooling tank; an additional leakage receiving portion (23; 33) disposed to receive the coolant overflown from the leakage receiving portion which stores the leaked coolant by a volume in excess of a predetermined volume; and a passage (25; 35) that connects the leakage receiving portions (21; 23) for passing the overflown coolant by the volume in excess of the predetermined volume, wherein the cooling tank (50; 60) includes a lower structure (53; 63) fixed to the floor surface, an upper structure (51; 61) having the electronic device immersed in the coolant, and a seismic isolation device disposed between the lower structure (53; 63) and the upper structure (51; 61)
A hearing protection earmuff (200, 300) comprising: two ear cups (211, 321); a headband (215, 324) attached to and connecting the ear cups (211, 321); one or more sensors attached to at least one of the ear cups (211, 321) and configured to detect vibrations at an interface; a processor configured to receive a sensor signal from the one or more sensors, and configured to generate a control signal based on the sensor signal; one or more electroacoustic shock absorbers configured to dampen the detected vibrations, and one or more electromagnetic controllers configured to control dampening of the vibrations via the one or more electroacoustic shock absorbers in response to the control signal from the processor by generating a magnetic field; wherein the one or more electroacoustic shock absorbers comprise magnetorheological fluid configured to change viscosity in response to the magnetic field; and wherein the interface is between the ear cups (211, 321) and the headband (215, 324) or between a seal cushion of the ear cups and a head of a user. two ear cups (211, 321); a headband (215, 324) attached to and connecting the ear cups (211, 321); one or more sensors attached to at least one of the ear cups (211, 321) and configured to detect vibrations at an interface; a processor configured to receive a sensor signal from the one or more sensors, and configured to generate a control signal based on the sensor signal; one or more electroacoustic shock absorbers configured to dampen the detected vibrations, and one or more electromagnetic controllers configured to control dampening of the vibrations via the one or more electroacoustic shock absorbers in response to the control signal from the processor by generating a magnetic field; wherein the one or more electroacoustic shock absorbers comprise magnetorheological fluid configured to change viscosity in response to the magnetic field; and wherein the interface is between the ear cups (211, 321) and the headband (215, 324) or between a seal cushion of the ear cups and a head of a user.
A lubricant composition, comprising: (a) an oil of lubricating viscosity; (b) 0.2 to 5 percent by weight of a dispersant comprising the condensation product of a carboxylic-functionalized polymer with an aromatic moiety through an amide, imide, or ester linkage; wherein the dispersant comprises a condensation product with an aromatic amine having at least 3 aromatic rings and at least one primary or secondary amino group; and (c) an oil-soluble titanium compound, wherein the oil-soluble titanium compound is present in an amount to provide 5 to 10,000 parts per million by weight titanium. (a) an oil of lubricating viscosity; (b) 0.2 to 5 percent by weight of a dispersant comprising the condensation product of a carboxylic-functionalized polymer with an aromatic moiety through an amide, imide, or ester linkage; wherein the dispersant comprises a condensation product with an aromatic amine having at least 3 aromatic rings and at least one primary or secondary amino group; and (c) an oil-soluble titanium compound, wherein the oil-soluble titanium compound is present in an amount to provide 5 to 10,000 parts per million by weight titanium.
A method for initiating a data transfer between an electronic circuit which acts as a master (2, 8), and at least one other electronic circuit which acts as a slave (4, 10, 12), wherein the master (2, 8) and the slave (4, 10, 12) are connected via a bus system, wherein the bus system comprises at least - one clock line (SCLK) - one line for selecting a slave (!SS) - one line for transferring data from a master to a slave (MOSI) and - one line for transferring data from a slave to the master (MISO), wherein, after the master (2, 8) has completed a data transfer to the slave (4, 10, 12) and the master (2, 8) is waiting for a response from the slave (4, 10, 12), the slave (4, 10, 12) signals to the master (2, 8) a send request for its response on at least one line of the bus system, wherein the slave (4, 10, 12) effects an electric current on at least one line of the bus system in order to signal the send request to the master (2, 8), characterized in that the slave (4, 10, 12) effects the current on the clock line (SCLK) or the line for selecting a slave (!SS). - one clock line (SCLK) - one line for selecting a slave (!SS) - one line for transferring data from a master to a slave (MOSI) and - one line for transferring data from a slave to the master (MISO),
A method for adjusting an object capable of communicating without contact by active charge modulation with a reader equipped with an envelope detector, comprising a calibration of the object with a reference reader of the same type as said reader, said calibration including - a placement of the reference reader at different distances (d) from the object corresponding to different values of a parameter (RSSI) within the object representative of the intensity of the signal received by the object, and for each distance (d), a determination within the object of an internal phase shift compensation (CmpΔφ) relative to a nominal internal phase shift (Δφ), allowing to obtain a load modulation amplitude greater in absolute value than a threshold, and - a storage in the object of a correspondence table between the different values of said parameter and the corresponding internal phase shift compensations, and during a communication with said reader of the object thus calibrated, a determination within the object of the value of said parameter (RSSI) and an automatic application in said object of said phase shift compensation (CmpΔφ) corresponding to the value of this parameter, from said stored correspondence table. - a placement of the reference reader at different distances (d) from the object corresponding to different values of a parameter (RSSI) within the object representative of the intensity of the signal received by the object, and for each distance (d), a determination within the object of an internal phase shift compensation (CmpΔφ) relative to a nominal internal phase shift (Δφ), allowing to obtain a load modulation amplitude greater in absolute value than a threshold, and - a storage in the object of a correspondence table between the different values of said parameter and the corresponding internal phase shift compensations, and during a communication with said reader of the object thus calibrated, a determination within the object of the value of said parameter (RSSI) and an automatic application in said object of said phase shift compensation (CmpΔφ) corresponding to the value of this parameter, from said stored correspondence table.
A formulation comprising a niobium compound of ammonium(bisaquo oxobisoxalato)niobate (NH 4)[Nb (C 2 O 4) 2 (H 2 O) 2] and hydrates thereof together with at least one further ingredient selected from the group consisting of emulgator, antimicrobial, a watersoluble bag, a watersoluble polymer, polyvinyl alcohol, oxalic acid, ammonium oxalate.
An inkjet recording method which comprises ejecting an aqueous ink using an inkjet recording apparatus comprising an ink circulation channel in which a first ink circulates, an ink supply channel supplying a second ink into the ink circulation channel, and a recording head communicating with the ink circulation channel, the inkjet recording apparatus being configured to eject the aqueous ink comprising the first ink and the second ink from the recording head, thereby recording an image on a recording medium, characterized in that: a difference between a content (% by mass) of water in the first ink and a content (% by mass) of water in the second ink is 2.00% by mass or more; the first ink comprises a resin; and the second ink comprises a first water-soluble organic solvent having a Log P value of less than -1.10. a difference between a content (% by mass) of water in the first ink and a content (% by mass) of water in the second ink is 2.00% by mass or more; the first ink comprises a resin; and the second ink comprises a first water-soluble organic solvent having a Log P value of less than -1.10.
A rotor assembly comprising: a rotor core which has a central portion and a circumferential portion, wherein a shaft hole is formed at the central portion, and a plurality of conductors are arranged along the circumferential portion; a multiplicity of permanent magnets provided at a portion of the rotor core around the shaft hole; and at least one first ripple-reduction conductor formed at a polar switchover region of the rotor core, the polar switchover region being positioned between two opposite poles of two adjacent permanent magnets, so that a polar switchover of an induction voltage induced in the rotor core is alleviated to reduce a torque ripple phenomenon, characterized in that the rotor assembly further comprises: at least one second ripple-reduction conductor configured to be inserted into the rotor core, wherein said at least one second ripple-reduction conductor is positioned outside of said at least one first ripple-reduction conductor in a diametrical direction of the rotor core, and each second ripple-reduction conductor has a cross-sectional area which is smaller than that of each conductor. a rotor core which has a central portion and a circumferential portion, wherein a shaft hole is formed at the central portion, and a plurality of conductors are arranged along the circumferential portion; a multiplicity of permanent magnets provided at a portion of the rotor core around the shaft hole; and at least one first ripple-reduction conductor formed at a polar switchover region of the rotor core, the polar switchover region being positioned between two opposite poles of two adjacent permanent magnets, so that a polar switchover of an induction voltage induced in the rotor core is alleviated to reduce a torque ripple phenomenon, characterized in that the rotor assembly further comprises: at least one second ripple-reduction conductor configured to be inserted into the rotor core, wherein said at least one second ripple-reduction conductor is positioned outside of said at least one first ripple-reduction conductor in a diametrical direction of the rotor core, and each second ripple-reduction conductor has a cross-sectional area which is smaller than that of each conductor. at least one second ripple-reduction conductor configured to be inserted into the rotor core, wherein said at least one second ripple-reduction conductor is positioned outside of said at least one first ripple-reduction conductor in a diametrical direction of the rotor core, and each second ripple-reduction conductor has a cross-sectional area which is smaller than that of each conductor.
A machine for making an individual drink, comprising: - a pressure source; - a store defining a plurality of housings; - a plurality of removable containers each immobilized, in a service position, in a respective housing, each container including - a receptacle containing an ingredient and having a wall more than 1 mm thick and an interior volume of more than 0.1 liter, and - an upstream emptying valve allowing said ingredient to be caused to exit to the outside of the receptacle by an increased pressure generated inside said receptacle by said pressure source; - a chamber to receive the ingredients extracted from said containers, via the said upstream emptying one-way valves, because of said increased pressure, so as to make said drink; - a control module able to command said increased pressures in said containers as a function of a desired composition for said drink, in which machine each housing includes an emptying coupler via which the ingredient of the container immobilized in said housing can be extracted from said container, said emptying coupler opening, in the downstream direction, directly into a funnel defined by said chamber. - a pressure source; - a store defining a plurality of housings; - a plurality of removable containers each immobilized, in a service position, in a respective housing, each container including - a receptacle containing an ingredient and having a wall more than 1 mm thick and an interior volume of more than 0.1 liter, and - an upstream emptying valve allowing said ingredient to be caused to exit to the outside of the receptacle by an increased pressure generated inside said receptacle by said pressure source; - a receptacle containing an ingredient and having a wall more than 1 mm thick and an interior volume of more than 0.1 liter, and - an upstream emptying valve allowing said ingredient to be caused to exit to the outside of the receptacle by an increased pressure generated inside said receptacle by said pressure source; - a chamber to receive the ingredients extracted from said containers, via the said upstream emptying one-way valves, because of said increased pressure, so as to make said drink; - a control module able to command said increased pressures in said containers as a function of a desired composition for said drink,
Conveyor belt stripping device for a conveyor belt of a conveyor system, having a support shaft and at least two displacement guides which are arranged side by side on the support shaft in a positive locking manner so as to transmit torque, wherein each of the two displacement guides - is displaceable in a longitudinal direction of the support shaft once a fastening device of conveyor belt stripping device has been released and - is connected to a holding end of a stripping segment of the conveyor belt stripping device, wherein the stripping segment comprises a stripping end which is spaced from the holding end and is movable to abut the conveyor belt, characterized in that the two displacement guides are operatively couplable together in the longitudinal direction of the support shaft by means of a connection device of the conveyor belt stripping device, one of the two displacement guides, in the state coupled with the other displacement guide, is displaceable along the longitudinal direction of the support shaft to a predefined distance from the other displacement guide and then is displaceable along the longitudinal direction of the support shaft at the predefined distance to the other displacement guide together with the other displacement guide on account of the coupling by means of the connection device. - is displaceable in a longitudinal direction of the support shaft once a fastening device of conveyor belt stripping device has been released and - is connected to a holding end of a stripping segment of the conveyor belt stripping device, wherein the stripping segment comprises a stripping end which is spaced from the holding end and is movable to abut the conveyor belt, the two displacement guides are operatively couplable together in the longitudinal direction of the support shaft by means of a connection device of the conveyor belt stripping device, one of the two displacement guides, in the state coupled with the other displacement guide, is displaceable along the longitudinal direction of the support shaft to a predefined distance from the other displacement guide and then is displaceable along the longitudinal direction of the support shaft at the predefined distance to the other displacement guide together with the other displacement guide on account of the coupling by means of the connection device.
An active energy curing type composition for an in-place shaping gasket, comprising the under-mentioned components and as essential components, - wherein the viscosity of the composition is 400 Pa·s or less at 23°C and - the compression set (obtained by a procedure wherein strain after compressed by 25 % at 150°C for 70 hours is measured and the strain which is not restored after the release of compression is expressed in terms of percentage, provided that the quantity of compression applied is 100 %) of a cured article which is prescribed in JIS K 6262 is 30 % or less, - wherein the vinyl polymer constituting the main chain of component or contains at least 2 monomers selected from butyl acrylate, ethyl acrylate and 2-methoxyethyl acrylate. a vinyl polymer having two or more groups represented by general formula: -OC C(R a)=CH 2 wherein R a represents a hydrogen atom or an organic group having 1 to 20 carbon atoms, per molecule at the molecular ends a vinyl polymer having one group represented by general formula per molecule at the molecular end. - wherein the viscosity of the composition is 400 Pa·s or less at 23°C and - the compression set (obtained by a procedure wherein strain after compressed by 25 % at 150°C for 70 hours is measured and the strain which is not restored after the release of compression is expressed in terms of percentage, provided that the quantity of compression applied is 100 %) of a cured article which is prescribed in JIS K 6262 is 30 % or less, - wherein the vinyl polymer constituting the main chain of component or contains at least 2 monomers selected from butyl acrylate, ethyl acrylate and 2-methoxyethyl acrylate. a vinyl polymer having two or more groups represented by general formula: -OC C(R a)=CH 2 wherein R a represents a hydrogen atom or an organic group having 1 to 20 carbon atoms, per molecule at the molecular ends a vinyl polymer having one group represented by general formula per molecule at the molecular end. a vinyl polymer having two or more groups represented by general formula: -OC C(R a)=CH 2 wherein R a represents a hydrogen atom or an organic group having 1 to 20 carbon atoms, per molecule at the molecular ends a vinyl polymer having one group represented by general formula per molecule at the molecular end.
A method for fungicidal treatment of one or more phytopathogenic strain(s) of fungi resistant to one or more synthetic fungicidal agent(s) comprising: - the application of a composition comprising clove oil as essential oil and/or eugenol as the terpene active ingredient contained therein, and - the application of pyrimethanil as the fungicidal agent to which said strain(s) is(are) resistant, on plants or foodstuffs that are infected by a said strain. - the application of a composition comprising clove oil as essential oil and/or eugenol as the terpene active ingredient contained therein, and - the application of pyrimethanil as the fungicidal agent to which said strain(s) is(are) resistant,
Method for optimal manufacture of a product, wherein the manufacture of the product can be described by a first and a second process chain, which comprises in each case a sequence of production steps and assigned machines from a set of production machines, and the manufacture of the product is carried out in accordance with the first process chain, and during the manufacture of the product in accordance with the first process chain, a change request is detected by a configuration apparatus and using the KRR method as a solver and an encoding corresponding to the product and the change request, the configuration apparatus determines the second process chain to manufacture the product and accordingly the product is manufactured by the set of production machines.
A relay state determination device configured to determine whether or not a relay of a type configured to open and close contacts on a secondary side by turning on and off energization of a coil on a primary side has deteriorated, the relay state determination device characterized by comprising: a voltage value acquisition unit configured to directly acquire a voltage value between one pair of contacts mutually opened and closed in the relay; a contact bounce time acquisition unit configured to obtain a contact bounce time indicated by the one pair of contacts based on a temporal change in the voltage value after an ON instruction to the relay; and a state determination unit configured to compare the contact bounce time with a time threshold value set in advance to determine whether or not the relay has deteriorated, whereby the contact bounce time acquisition unit is configured to detect a voltage region in which the voltage value is continuously zero V for a predetermined time after the ON instruction to the relay, in the voltage waveform, and the contact bounce time acquisition unit is configured to determine time from after the ON-instruction to the relay to a beginning time point of the detected voltage region as the contact bounce time. a voltage value acquisition unit configured to directly acquire a voltage value between one pair of contacts mutually opened and closed in the relay; a contact bounce time acquisition unit configured to obtain a contact bounce time indicated by the one pair of contacts based on a temporal change in the voltage value after an ON instruction to the relay; and a state determination unit configured to compare the contact bounce time with a time threshold value set in advance to determine whether or not the relay has deteriorated, whereby the contact bounce time acquisition unit is configured to detect a voltage region in which the voltage value is continuously zero V for a predetermined time after the ON instruction to the relay, in the voltage waveform, and the contact bounce time acquisition unit is configured to determine time from after the ON-instruction to the relay to a beginning time point of the detected voltage region as the contact bounce time.