mhurhangee/ep-ind-claims huggingface dataset:
Electric surface heater comprising or consisting of an electrically conductive plastic body and an upper and a lower electrode to which an electric voltage is applied, characterized in that at least one of the two electrodes is flexible, and that between the upper electrode and the plastic body and/or the lower electrode and the plastic body, thin spacers of very limited size are attached at defined distances from one another, so that no current flows in the unloaded state, but that under load the flexible electrode sags, and a material-bonded contact to the electrically conductive plastic body develops, and that a local flow of current and heating is thereby realized.
Detection device for a system comprising a closed space with a metallic environment and comprising at least one object provided with a wave transmitter/receiver identification element, said device comprising an identification reader exchanging messages with said identification element, via at least one antenna transmitting/receiving waves and intended to be installed in said closed space, in order to detect its presence, characterized in that it further comprises at least one metasurface ( MSj) intended to be installed in said closed space and configured so as to reflect according to at least a first chosen law of waves coming from said antenna and intended for said identification element and according to at least a second chosen law of waves coming from said identification element and intended for said antenna, and in that each metasurface ( MSj) is configurable, and in that it comprises a calculator comprising at least one processor and at least one memory arranged to carry out the operations consisting of determining each first law and each second law as a function of said metallic environment and a configuration of said closed space, then to determine each configuration of said configurable metasurface ( MSj) as a function of said first and second determined laws, then to trigger an establishment of each configuration by said metasurface configurable ( MSj).
An information processing apparatus (101, 102, 103) which is connected to an image forming apparatus (104, 105) and transmits, to the image forming apparatus (104, 105), electronic data via a hot folder which sets attribute information defining output processing to be executed by the image forming apparatus (104, 105), comprising: detection means for detecting a change in processing contents including a configuration of the image forming apparatus (104, 105), the processing contents being executable by the image forming apparatus (104, 105); holding means for holding, in association with the hot folder, information about an operation of the information processing apparatus (101, 102, 103) upon detecting the change in the processing contents; determination means for determining whether the image forming apparatus (104, 105) can execute output processing complying with the attribute information by comparing the changed processing contents with the attribute information set in the hot folder; setting means for setting the hot folder; and control means (705, 706, 707) for controlling the operation of the information processing apparatus (101, 102, 103), characterized in that said setting means is configured to set the information about the operation of the information processing apparatus (101, 102, 103) in the hot folder, and said control means (705, 706, 707) is configured to control the operation of the information processing apparatus (101, 102, 103) on the basis of the information about the operation held in association with the hot folder which sets the attribute information when said determination means determines that the image forming apparatus cannot execute the output processing complying with the attribute information. detection means for detecting a change in processing contents including a configuration of the image forming apparatus (104, 105), the processing contents being executable by the image forming apparatus (104, 105); holding means for holding, in association with the hot folder, information about an operation of the information processing apparatus (101, 102, 103) upon detecting the change in the processing contents; determination means for determining whether the image forming apparatus (104, 105) can execute output processing complying with the attribute information by comparing the changed processing contents with the attribute information set in the hot folder; setting means for setting the hot folder; and control means (705, 706, 707) for controlling the operation of the information processing apparatus (101, 102, 103), characterized in that said setting means is configured to set the information about the operation of the information processing apparatus (101, 102, 103) in the hot folder, and said control means (705, 706, 707) is configured to control the operation of the information processing apparatus (101, 102, 103) on the basis of the information about the operation held in association with the hot folder which sets the attribute information when said determination means determines that the image forming apparatus cannot execute the output processing complying with the attribute information.
An armature winding comprising: a plurality of rectangular solid conductors and a plurality of rectangular hollow conductors, wherein the rectangular hollow conductors respectively have a hollow portion and wherein the solid conductors and the hollow conductors are arranged such that tips of end portions thereof form one surface which corresponds to a wire-tip end face; a brazing filler material film covering the wire-tip end face; characterized in that it further comprises an inorganic material adhering to a part of the inner surface of the hollow portion of each hollow conductor in a region at a predetermined distance from the wire-tip end face so as not to be applied to the wire-tip end face as a remainder after evaporation of an organic material and of water from an anti-flowing agent applied, during a heating process of a brazing work, to prevent brazing filler material from flowing into the hollow portions of the hollow conductors. a plurality of rectangular solid conductors and a plurality of rectangular hollow conductors, wherein the rectangular hollow conductors respectively have a hollow portion and wherein the solid conductors and the hollow conductors are arranged such that tips of end portions thereof form one surface which corresponds to a wire-tip end face; a brazing filler material film covering the wire-tip end face; characterized in that it further comprises an inorganic material adhering to a part of the inner surface of the hollow portion of each hollow conductor in a region at a predetermined distance from the wire-tip end face so as not to be applied to the wire-tip end face as a remainder after evaporation of an organic material and of water from an anti-flowing agent applied, during a heating process of a brazing work, to prevent brazing filler material from flowing into the hollow portions of the hollow conductors.
A device for generating sum-of-products, comprising: an array of variable resistance cells, the array including n columns of cells including strings of series connected cells and m rows of cells, wherein n and m are non-zero integers; m input drivers coupled to corresponding ones of the m rows of cells, the input drivers configured to selectively apply inputs X m to rows m; n column drivers configured to apply currents I n to corresponding ones of the n columns of cells; and voltage sensing circuits operatively coupled to the n columns of cells to sense the voltage representing the sum-of-products of the inputs X m by weight factors W mn, characterized in that each variable resistance cell comprises a programmable threshold transistor (12; 35) and a resistor (14; 36) connected in parallel, wherein the device for generating sum-of-products further comprises control and bias circuitry coupled to the array, including logic for programming the programmable threshold transistors in the array with thresholds corresponding to values of the weight factor W mn for the corresponding cell. an array of variable resistance cells, the array including n columns of cells including strings of series connected cells and m rows of cells, wherein n and m are non-zero integers; m input drivers coupled to corresponding ones of the m rows of cells, the input drivers configured to selectively apply inputs X m to rows m; n column drivers configured to apply currents I n to corresponding ones of the n columns of cells; and voltage sensing circuits operatively coupled to the n columns of cells to sense the voltage representing the sum-of-products of the inputs X m by weight factors W mn, characterized in that each variable resistance cell comprises a programmable threshold transistor (12; 35) and a resistor (14; 36) connected in parallel, wherein the device for generating sum-of-products further comprises control and bias circuitry coupled to the array, including logic for programming the programmable threshold transistors in the array with thresholds corresponding to values of the weight factor W mn for the corresponding cell.
A n outdoor unit constituting part of an air-conditioning apparatus using a flammable refrigerant, the outdoor unit comprising: a housing; a compressor disposed inside the housing and configured to compress a refrigerant; a heat-source-side heat exchanger disposed along a part of an inner wall of the housing, and into which the refrigerant discharged from the compressor or the refrigerant that is to be suctioned into the compressor flows; an outdoor air-sending device disposed on a top of the housing and configured to form an air flow inside the housing; a controller configured to control the compressor and the outdoor air-sending device; and an electrical component box disposed in the housing and configured to accommodate at least the controller and an electrical component used for controlling a drive unit included in the air-conditioning apparatus, wherein the electrical component box is disposed such that a bottom surface of the electrical component box is located at a height greater than 1/3 a height of the housing from a bottom surface of the housing, and wherein the controller and the electrical component are disposed such that bottom surfaces thereof are located at a height greater than 1/3 a height of the electrical component box from the bottom surface of the electrical component box. a housing; a compressor disposed inside the housing and configured to compress a refrigerant; a heat-source-side heat exchanger disposed along a part of an inner wall of the housing, and into which the refrigerant discharged from the compressor or the refrigerant that is to be suctioned into the compressor flows; an outdoor air-sending device disposed on a top of the housing and configured to form an air flow inside the housing; a controller configured to control the compressor and the outdoor air-sending device; and an electrical component box disposed in the housing and configured to accommodate at least the controller and an electrical component used for controlling a drive unit included in the air-conditioning apparatus, wherein the electrical component box is disposed such that a bottom surface of the electrical component box is located at a height greater than 1/3 a height of the housing from a bottom surface of the housing, and wherein the controller and the electrical component are disposed such that bottom surfaces thereof are located at a height greater than 1/3 a height of the electrical component box from the bottom surface of the electrical component box.
Battery having • a housing, • at least one individual cell with at least one positive electrode and at least one negative electrode, which individual cell is arranged in the housing, • a positive pole stud which is passed through the housing and is electrically connected to the at least one positive electrode and/or a negative pole stud which is passed through the housing and is electrically connected to the at least one negative electrode, and • at least one electrical switch which can be pneumatically operated and changes its switching state in the event of an increase in pressure within the housing beyond a threshold value and, in the process, interrupts the electrical connection between at least one of the pole studs and the associated at least one electrode, • a resetting device with which an electrical connection which is interrupted as a result of a change in the switching state can be re-established, without the housing having to be opened for this purpose, characterized in that the positive pole stud and/or the negative pole stud comprise/comprises • a head with two opposite flat sides, • a shaft which extends out of one of the flat sides and has a free shaft end, • a hollow space within the head, • a gas-impermeable diaphragm which delimits the hollow space, and • a passage bore through the shaft, which passage bore issues into the hollow space and connects the hollow space and the diaphragm to the outside of the housing. • a housing, • at least one individual cell with at least one positive electrode and at least one negative electrode, which individual cell is arranged in the housing, • a positive pole stud which is passed through the housing and is electrically connected to the at least one positive electrode and/or a negative pole stud which is passed through the housing and is electrically connected to the at least one negative electrode, and • at least one electrical switch which can be pneumatically operated and changes its switching state in the event of an increase in pressure within the housing beyond a threshold value and, in the process, interrupts the electrical connection between at least one of the pole studs and the associated at least one electrode, • a resetting device with which an electrical connection which is interrupted as a result of a change in the switching state can be re-established, without the housing having to be opened for this purpose, • a head with two opposite flat sides, • a shaft which extends out of one of the flat sides and has a free shaft end, • a hollow space within the head, • a gas-impermeable diaphragm which delimits the hollow space, and • a passage bore through the shaft, which passage bore issues into the hollow space and connects the hollow space and the diaphragm to the outside of the housing.
A pleatable nonwoven material comprising supporting, form-stabilizing thicker fibers and thinner fibers determining the filter effect, characterized in that the thinner fibers are incorporated largely homogeneously in the thicker fibers in a direction along the surface of the nonwoven material and wherein there is a distribution density gradient of the thinner fibers in a direction perpendicular to the surface of the nonwoven material such that the highest concentration of the thinner fibers is in the region of one of the group comprising the center and one of the two outer faces, wherein the thicker fibers and the thinner fibers are being bonded together by solidification from the melted condition while being made of the same material, the thicker fibers being polymer threads of larger diameters and the thinner fibers being polymer threads of smaller diameters which are tangled and intertwined with each other.
Machine for an automated filling of a mold assembly for molding an ophthalmic lens, comprising: - filling means to fill the mold assembly with a molding material through a filling aperture provided in the mold assembly, - acquiring means to acquire an input value linked to the internal volume of the mold assembly, and - control means for controlling the flow rate of molding material injected by the filling means in the mold assembly according to a flow rate profile (FR1, FR2) determined as a function of said input value, wherein the flow rate profile comprises at least a high flow rate level (F1 h) and a low flow rate level (F1 l) determined as a function of said input value, and the flow rate profile includes in the following order a ramp-up to initiate the filling of the mold assembly, the high-flow rate level (F1 h), an intermediate ramp-down, the low-flow rate level (F1 l), and a final ramp-down to end the flow and thus end the filling of the mold assembly.. - filling means to fill the mold assembly with a molding material through a filling aperture provided in the mold assembly, - acquiring means to acquire an input value linked to the internal volume of the mold assembly, and - control means for controlling the flow rate of molding material injected by the filling means in the mold assembly according to a flow rate profile (FR1, FR2) determined as a function of said input value,
A dual frequency antenna, comprising a helical coil wherein a first resonance coil with a first pitch is provided at the lower part of the helical coil, and a second resonance coil with a second pitch is provided at the upper part of the helical coil to generate a resonance frequency lower than a resonance frequency of the first resonance coil, and the first pitch is larger than the second pitch; and wherein the dual frequency antenna further comprises: a first coupling unit provided inside the first resonance coil and electrically isolated from the first resonance coil, which is configured to stabilize a resonance frequency performance of the first resonance coil; a second coupling unit provided outside the helical coil and electrically isolated from the helical coil, which is configured to increase an equivalent electrical length of the first resonance coil and a gain of a resonance frequency of the first resonance coil, characterized in that a first end of the second coupling unit is provided outside the first resonance coil and the other end of the second coupling unit extends to a part of the second resonance coil, wherein the second coupling unit is a metal wire, and one end of the second coupling unit is a circle surrounding the first resonance coil. a first coupling unit provided inside the first resonance coil and electrically isolated from the first resonance coil, which is configured to stabilize a resonance frequency performance of the first resonance coil; a second coupling unit provided outside the helical coil and electrically isolated from the helical coil, which is configured to increase an equivalent electrical length of the first resonance coil and a gain of a resonance frequency of the first resonance coil,
Zeolitic agglomerated material in the form of a zeolite agglomerate particle: - comprising at least one zeolite and at least one binder, - comprising at least FAU-type zeolite crystals, - said material having an Si/Al atomic ratio of between 1 and 2.5, preferably between 1 and 2.0, more preferably between 1 and 1.8, and entirely preferably between 1 and 1.6, measured by X-ray fluorescence, with a measurement uncertainty of ± 0.05, and - said zeolitic agglomerated material having a ratio of the volume-average diameter of said zeolite agglomerate particle relative to the number-average diameter of the zeolite crystals less than or equal to 70, - of which the volume-average diameter of said zeolite agglomerate particle is between 20 μm and 400 μm, preferably between 50 μm and 380 μm, limits included, calculated according to the ISO 9276-2:2001 standard from the particle size distribution determined by imaging according to the ISO 13322-2:2006 standard, and - wherein the zeolite crystals have a number-average diameter (d 50) by observation under the scanning electron microscope at a magnification of at least 5000 according to the description, of between 5.0 μm and 20.0 μm, preferably between 5.0 μm and 15.0 μm. - comprising at least one zeolite and at least one binder, - comprising at least FAU-type zeolite crystals, - said material having an Si/Al atomic ratio of between 1 and 2.5, preferably between 1 and 2.0, more preferably between 1 and 1.8, and entirely preferably between 1 and 1.6, measured by X-ray fluorescence, with a measurement uncertainty of ± 0.05, and - said zeolitic agglomerated material having a ratio of the volume-average diameter of said zeolite agglomerate particle relative to the number-average diameter of the zeolite crystals less than or equal to 70, - of which the volume-average diameter of said zeolite agglomerate particle is between 20 μm and 400 μm, preferably between 50 μm and 380 μm, limits included, calculated according to the ISO 9276-2:2001 standard from the particle size distribution determined by imaging according to the ISO 13322-2:2006 standard, and - wherein the zeolite crystals have a number-average diameter (d 50) by observation under the scanning electron microscope at a magnification of at least 5000 according to the description, of between 5.0 μm and 20.0 μm, preferably between 5.0 μm and 15.0 μm.
A breath-powered dry powder inhaler comprising: a powder container having an interior surface defining an internal volume and that promotes tumbling of a flow entering the internal volume, at least one air inlet port to allow ambient air to flow into the internal volume, at least one dispensing port having a flow direction which allows airflow containing powder to exit or flow out of the internal volume; and a conduit having an air inlet at one end and an outlet forming part of a mouthpiece at its other end; the at least one dispensing port opening into the conduit from a bottom side thereof; the air inlet port, the at least one dispensing port, and a mouthpiece region of the conduit forming a first air flow path through the container for fluidizing powder therein; the conduit defining a second air flow path to the mouthpiece bypassing the powder container; wherein when the breath-powered dry powder inhaler is in use, the flow of air along the conduit impinges on the flow of air and powder into the conduit from the at least one dispensing port and provides a shear force that changes the direction of flow of powder particles as they exit said at least one dispending port and promotes deagglomeration of the powder particles. a powder container having an interior surface defining an internal volume and that promotes tumbling of a flow entering the internal volume, at least one air inlet port to allow ambient air to flow into the internal volume, at least one dispensing port having a flow direction which allows airflow containing powder to exit or flow out of the internal volume; and a conduit having an air inlet at one end and an outlet forming part of a mouthpiece at its other end; the at least one dispensing port opening into the conduit from a bottom side thereof; the air inlet port, the at least one dispensing port, and a mouthpiece region of the conduit forming a first air flow path through the container for fluidizing powder therein; the conduit defining a second air flow path to the mouthpiece bypassing the powder container; wherein when the breath-powered dry powder inhaler is in use, the flow of air along the conduit impinges on the flow of air and powder into the conduit from the at least one dispensing port and provides a shear force that changes the direction of flow of powder particles as they exit said at least one dispending port and promotes deagglomeration of the powder particles.