mhurhangee/ep-ind-claims huggingface dataset:
An insulated slab-on-grade foundation system, installed on a soil layer, in which the soil layer is arranged so that one portion thereof has a horizontal soil surface and another portion thereof has a slanted soil surface, the insulated slab-on-grade foundation system comprising: a layer of gravel disposed on top of the soil layer, the gravel layer being arranged so as to follow the profile of the soil layer, the gravel layer having one portion thereof with a horizontal gravel surface and another portion thereof with a slanted gravel surface; a modular slab (3; 3A, 3B) disposed on top of the gravel layer, the modular slab (3; 3A, 3B) including a first isolating portion and a second isolating portion disposed on top of the first isolating portion, the second isolating portion having a slanted transitional portion, the modular slab (3; 3A, 3B) having a peripheral vertical edge portion for surrounding and holding the first and second isolating portions (5A, 5B) to create a receptacle into which concrete is poured; and an external skirt portion that extends outwardly from the modularslab and is disposed on top of the slanted gravel surface. a layer of gravel disposed on top of the soil layer, the gravel layer being arranged so as to follow the profile of the soil layer, the gravel layer having one portion thereof with a horizontal gravel surface and another portion thereof with a slanted gravel surface; a modular slab (3; 3A, 3B) disposed on top of the gravel layer, the modular slab (3; 3A, 3B) including a first isolating portion and a second isolating portion disposed on top of the first isolating portion, the second isolating portion having a slanted transitional portion, the modular slab (3; 3A, 3B) having a peripheral vertical edge portion for surrounding and holding the first and second isolating portions (5A, 5B) to create a receptacle into which concrete is poured; and an external skirt portion that extends outwardly from the modularslab and is disposed on top of the slanted gravel surface.
A delivery system for radiation shielded brachytherapy, the delivery system being adapted to receive an input of radionuclide from an afterloader, the delivery system comprising: a drive assembly having a drive mechanism and connectors rotatable by the drive mechanism, each of the connectors having one of two or more shield assemblies detachably coupled thereto for rotation about a longitudinal axis of the respective shield assembly, each of the shield assemblies including a needle having a tubular body defining an outer surface and a bore longitudinally extending between opposite ends of the tubular body, the bore being adapted to receive therethrough the input of radionuclide for delivery to a target site, a radiation shielding material extending about a circumferential portion of the tubular body of the needle and disposed radially outwardly of the bore; and an interlocking system operatively mounted to the drive assembly, the interlocking system engaging a group of the two or more shield assemblies via their respective connectors, wherein the interlocking system transmits a rotational input received from the driving mechanism to the group of shield assemblies and synchronously rotates each of the shield assemblies of the group about its respective longitudinal axis, characterized in that the interlocking system comprises a plurality of stages (20A, 20B), each stage (20A, 20B) controlling a given group of the plurality of shield assemblies. a drive assembly having a drive mechanism and connectors rotatable by the drive mechanism, each of the connectors having one of two or more shield assemblies detachably coupled thereto for rotation about a longitudinal axis of the respective shield assembly, each of the shield assemblies including a needle having a tubular body defining an outer surface and a bore longitudinally extending between opposite ends of the tubular body, the bore being adapted to receive therethrough the input of radionuclide for delivery to a target site, a radiation shielding material extending about a circumferential portion of the tubular body of the needle and disposed radially outwardly of the bore; and an interlocking system operatively mounted to the drive assembly, the interlocking system engaging a group of the two or more shield assemblies via their respective connectors, wherein the interlocking system transmits a rotational input received from the driving mechanism to the group of shield assemblies and synchronously rotates each of the shield assemblies of the group about its respective longitudinal axis, characterized in that the interlocking system comprises a plurality of stages (20A, 20B), each stage (20A, 20B) controlling a given group of the plurality of shield assemblies.
A display apparatus comprising: a liquid crystal panel; a base material layer stacked on the liquid crystal panel; and an adhesive layer interposed between the liquid crystal panel and the base material layer (37,40), wherein both of the base material layer and the adhesive layer contain fiber having properties to eliminate polarization, the fiber having the properties to eliminate the polarization is an aggregate of cellulose nano-fiber, the cellulose nano-fiber contains a hydroxyl group, a part of the hydroxyl group is chemically modified, a width of the fiber is 10 nm or more to 50 nm or less, and an aspect ratio of the fiber is 1 or more to 200 or less. a liquid crystal panel; a base material layer stacked on the liquid crystal panel; and an adhesive layer interposed between the liquid crystal panel and the base material layer (37,40), wherein both of the base material layer and the adhesive layer contain fiber having properties to eliminate polarization, the fiber having the properties to eliminate the polarization is an aggregate of cellulose nano-fiber, the cellulose nano-fiber contains a hydroxyl group, a part of the hydroxyl group is chemically modified, a width of the fiber is 10 nm or more to 50 nm or less, and an aspect ratio of the fiber is 1 or more to 200 or less.
Superconductor material comprising stacked first and second layers, each of the layers comprising a network of cations surrounded by anions, characterized in that - the material has an ilmenite crystal structure; and - the material has a general composition of type ABX 3, where A and B are elements dominantly occupying the cation sites of the first and the second layers, correspondingly, at least one of the elements A and B being a transition metal, and X is an anion element and/or a negatively charged molecule dominantly occupying the anion sites, - wherein the material is manganese-titanium oxide MnTiO 3, and - the material is electron or hole doped. - the material has an ilmenite crystal structure; and - the material has a general composition of type ABX 3, where A and B are elements dominantly occupying the cation sites of the first and the second layers, correspondingly, at least one of the elements A and B being a transition metal, and X is an anion element and/or a negatively charged molecule dominantly occupying the anion sites, - wherein the material is manganese-titanium oxide MnTiO 3, and - the material is electron or hole doped.
Carboxamide halogenated porphyrin derivatives, in particular bacteriochlorin or chlorin, of formula: wherein: represents a carbon-carbon single bond or a carbon-carbon double bond, provided that at least one represents a carbon-carbon single bond; Y 1, Y 2 are each independently chosen from hydrogen, halogenated alkyl or halogenated cycloalkyl with 6 or less carbon atoms, or halogenated phenyl where the halogens are independently chosen from F, Cl and Br, provided that at least one position of the alkyl, cycloalkyl or phenyl is halogenated, and provided that at least one of Y 1, Y 2 is halogenated alkyl or halogenated cycloalkyl with 6 or less carbon atoms, or halogenated phenyl where the halogens are independently chosen from F, Cl and Br, provided that at least one position of the alkyl, cycloalkyl or phenyl is halogenated; R 1 is chosen from H, I, Cl, Br or -CONR'R"; R' and R" are independently chosen from hydrogen, alkyl with 6 or less carbon atoms, cyclopropyl, cyclobutyl, cyclopentyl, alcohol, primary amine, secondary amine, tertiary amine, positively-charged quaternary amine, carboxylic acid, ether or ester; or pharmaceutically acceptable salts thereof. represents a carbon-carbon single bond or a carbon-carbon double bond, provided that at least one represents a carbon-carbon single bond; Y 1, Y 2 are each independently chosen from hydrogen, halogenated alkyl or halogenated cycloalkyl with 6 or less carbon atoms, or halogenated phenyl where the halogens are independently chosen from F, Cl and Br, provided that at least one position of the alkyl, cycloalkyl or phenyl is halogenated, and provided that at least one of Y 1, Y 2 is halogenated alkyl or halogenated cycloalkyl with 6 or less carbon atoms, or halogenated phenyl where the halogens are independently chosen from F, Cl and Br, provided that at least one position of the alkyl, cycloalkyl or phenyl is halogenated; R 1 is chosen from H, I, Cl, Br or -CONR'R"; R' and R" are independently chosen from hydrogen, alkyl with 6 or less carbon atoms, cyclopropyl, cyclobutyl, cyclopentyl, alcohol, primary amine, secondary amine, tertiary amine, positively-charged quaternary amine, carboxylic acid, ether or ester;
An elevator apparatus comprising: a relay (14,15) having a function of blocking supply of electric power to a motor or a brake of an elevator; a driver (16,17) that drives the relay (14,15); an operation control device that outputs a control signal to the driver (16, 17); a brake control device that outputs a control signal according to the control signal output from the operation control device in normal time, and outputs a control signal independent of the control signal output from the operation control device in an emergency stop of the elevator; and characterized by further comprising a switching device that receives as an input the control signal output from the operation control device and the control signal output from the brake control device, and that switches the control signal to be output to the driver (16,17) from the control signal output from the brake control device to the control signal output from the operation control device when the brake control device fails. a relay (14,15) having a function of blocking supply of electric power to a motor or a brake of an elevator; a driver (16,17) that drives the relay (14,15); an operation control device that outputs a control signal to the driver (16, 17); a brake control device that outputs a control signal according to the control signal output from the operation control device in normal time, and outputs a control signal independent of the control signal output from the operation control device in an emergency stop of the elevator; and characterized by further comprising a switching device that receives as an input the control signal output from the operation control device and the control signal output from the brake control device, and that switches the control signal to be output to the driver (16,17) from the control signal output from the brake control device to the control signal output from the operation control device when the brake control device fails.
A system for generating air pressure for a hybrid vehicle, comprising: an engine-driven air compressor configured to be selectively operated by an ICE engine; an electrically-driven air compressor configured to be operated by an electric motor, wherein said electric motor is adapted to be supplied from an electric network; at least one air reservoir configured to store pressurized air and being configured to be connected directly or indirectly to both an outlet of the engine-driven air compressor and an outlet of the electrically-driven air compressor; characterized in that at least one electronic control unit (3, 3') configured to control at least the electrically-driven air compressor according at least to a selected drive mode of the vehicle; wherein the electrically-driven air compressor has smaller dimensions and weight compared to the engine-driven compressor and the electrically-driven air compressor is configured to provide less air flow and air pressure compared to the engine-driven compressor. an engine-driven air compressor configured to be selectively operated by an ICE engine; an electrically-driven air compressor configured to be operated by an electric motor, wherein said electric motor is adapted to be supplied from an electric network; at least one air reservoir configured to store pressurized air and being configured to be connected directly or indirectly to both an outlet of the engine-driven air compressor and an outlet of the electrically-driven air compressor; characterized in that at least one electronic control unit (3, 3') configured to control at least the electrically-driven air compressor according at least to a selected drive mode of the vehicle; wherein the electrically-driven air compressor has smaller dimensions and weight compared to the engine-driven compressor and the electrically-driven air compressor is configured to provide less air flow and air pressure compared to the engine-driven compressor.
An exhaust gas recirculation system for an internal combustion engine with a plurality of turbochargers (6A, 6B), comprising: an exhaust gas passage configured to introduce an exhaust gas from the internal combustion engine; the plurality of turbochargers connected in parallel to the exhaust gas passage; a charge air or scavenge air passage configured to supply a compressed gas to the internal combustion engine, the compressed gas being generated by the plurality of turbochargers; an EGR passage configured to connect a portion, located upstream of the turbocharger, of the exhaust gas passage and a portion, located downstream of the turbocharger, of the charge air or scavenge air passage; and a control device configured to adjust an EGR ratio that is a ratio of the amount of exhaust gas flowing through the EGR passage to the total amount of exhaust gas, characterized in that the control device is further configured to detect a load of the internal combustion engine and the EGR ratio, compare the detected load of the internal combustion engine with a threshold, compare the detected EGR ratio with a threshold, and determine whether to-cause each of the plurality of turbochargers to operate based on results of the comparisons. an exhaust gas passage configured to introduce an exhaust gas from the internal combustion engine; the plurality of turbochargers connected in parallel to the exhaust gas passage; a charge air or scavenge air passage configured to supply a compressed gas to the internal combustion engine, the compressed gas being generated by the plurality of turbochargers; an EGR passage configured to connect a portion, located upstream of the turbocharger, of the exhaust gas passage and a portion, located downstream of the turbocharger, of the charge air or scavenge air passage; and a control device configured to adjust an EGR ratio that is a ratio of the amount of exhaust gas flowing through the EGR passage to the total amount of exhaust gas, characterized in that the control device is further configured to detect a load of the internal combustion engine and the EGR ratio, compare the detected load of the internal combustion engine with a threshold, compare the detected EGR ratio with a threshold, and determine whether to-cause each of the plurality of turbochargers to operate based on results of the comparisons.
Method for controlling a combustion process in a combustion device, in particular a gas turbine, comprising a combustion chamber, in which fuel can be burnt with supply air, and at least one burner, which can deliver the fuel and/or the supply air into the combustion chamber, and a control device, in which a calculation model of the combustion process is stored, and an exhaust air measurement device, which can detect the actual proportion of nitrogen oxides; having the following steps: - setting a permissible limit value for the proportion of nitrogen oxides and determining a target value as a limit value minus a tolerance; - setting a permissible limit value for the proportion of carbon monoxide and determining a target value as a limit value minus a tolerance; - continuously recording the actual proportion of nitrogen oxides in the exhaust air; - acquiring a signal for setting a minimum power; - calculating a minimum fuel supply, using the calculation model, at which the expected proportion of carbon monoxide reaches the target value; - while continuously monitoring the actual proportion of nitrogen oxides in the exhaust air, reducing the fuel supply as far as the calculated minimum fuel supply or until the target value for nitrogen oxides is reached. - setting a permissible limit value for the proportion of nitrogen oxides and determining a target value as a limit value minus a tolerance; - setting a permissible limit value for the proportion of carbon monoxide and determining a target value as a limit value minus a tolerance; - continuously recording the actual proportion of nitrogen oxides in the exhaust air; - acquiring a signal for setting a minimum power; - calculating a minimum fuel supply, using the calculation model, at which the expected proportion of carbon monoxide reaches the target value; - while continuously monitoring the actual proportion of nitrogen oxides in the exhaust air, reducing the fuel supply as far as the calculated minimum fuel supply or until the target value for nitrogen oxides is reached.
An ultrasonic apparatus comprising: - a support means for accommodating a portion of a patient, said support means comprising a first reservoir for a transmission medium, - an ultrasonic wave source having an emitting surface being conceived to be oriented towards the portion of the patient in use and the ultrasonic wave source arranged to emit a high-intensity focused ultrasonic beam; - the first reservoir accomodating the ultrasonic wave source and - a second reservoir conceived to be filled with a coupling medium, - the second reservoir is positioned between the portion of the patient and the first reservoir characterised by - the support means provided with a transparent aperture conceived for enabling an inspection of the first reservoir: - the aperature being further arranged for enabling the inspection of a contact surface at least between the first reservoir and the second reservoir when a patient is positioned on the support means and - the aperture's dimension being in the range between 50mm 2 and 1000mm 2. - a support means for accommodating a portion of a patient, said support means comprising a first reservoir for a transmission medium, - an ultrasonic wave source having an emitting surface being conceived to be oriented towards the portion of the patient in use and the ultrasonic wave source arranged to emit a high-intensity focused ultrasonic beam; - the first reservoir accomodating the ultrasonic wave source and - a second reservoir conceived to be filled with a coupling medium, - the second reservoir is positioned between the portion of the patient and the first reservoir characterised by - the support means provided with a transparent aperture conceived for enabling an inspection of the first reservoir: - the aperature being further arranged for enabling the inspection of a contact surface at least between the first reservoir and the second reservoir when a patient is positioned on the support means and - the aperture's dimension being in the range between 50mm 2 and 1000mm 2.
A method for influencing the presentation of pictorial information displayed on a touch screen of an information technology device, by means of transformation of the pictorial information as desired by a user, wherein the transformation comprises at least one translation and/or rotation and/or compression and/or expansion, of the pictorial information, said method having the following steps: -- carry out a first transformation based on a "sweeping" movement carried out by the user which triggers the transformation, which movement is executed by a finger and/or thumb and/or a pointing device, on the touch screen; -- prepare a field (F1, F3-F7) on the touch screen, such that when the "sweeping" movement is ended the field (F1, F3-F7) remains activatable for at least one defined or definable time span, wherewith the field (F1, F3-F7) is formed in the region of the touch screen in which the end of the "sweeping" movement occurred; and -- carry out an additional transformation (which may be one of a sequence of such additional transformations) which is identical to the first transformation, as soon as the field (F1, F3-F7) is activated by the user, wherein the end of the "sweeping" movement occurs by lifting of the finger and/or thumb and/or pointing device from the touch screen, and is utilized to initiate the step of preparation of the field (F1, F3-F7), and the field (F1, F3-F7) is activated by the user by tapping with the finger and/or thumb and/or pointing device. -- carry out a first transformation based on a "sweeping" movement carried out by the user which triggers the transformation, which movement is executed by a finger and/or thumb and/or a pointing device, on the touch screen; -- prepare a field (F1, F3-F7) on the touch screen, such that when the "sweeping" movement is ended the field (F1, F3-F7) remains activatable for at least one defined or definable time span, wherewith the field (F1, F3-F7) is formed in the region of the touch screen in which the end of the "sweeping" movement occurred; and -- carry out an additional transformation (which may be one of a sequence of such additional transformations) which is identical to the first transformation, as soon as the field (F1, F3-F7) is activated by the user, wherein the end of the "sweeping" movement occurs by lifting of the finger and/or thumb and/or pointing device from the touch screen, and is utilized to initiate the step of preparation of the field (F1, F3-F7), and
A system for use in a computing environment comprising, a graphics subsystem for outputting frames of display information including graphics; a first component that provides graphics data at a first rate to the graphics subsystem to output the frames of display information, wherein said first rate is based on a frame refresh rate of the graphics subsystem; and a second component that interfaces with program code to produce scene data for the program code, the second component configured to process the scene data into graphics information at a second rate that is lower than the first rate, and to provide the graphics information to the first component, wherein the second component dynamically adjusts the amount of the graphics information provided to the first component based on feedback from the first component, and wherein the first component and the second component are software components for example of an operating system, and a cache data structure arranged as a hierarchical tree of nodes in which the second component maintains at least some of the scene data, and wherein at least one of the nodes comprises a container structure that includes drawing instructions.