mhurhangee/ep-ind-claims huggingface dataset:
An energy management system for managing consumed energy of a control target device including air conditioners in a building, said energy management system comprising: a pattern storage means, which stores a plurality of on and off patterns every predetermined unit of time; a program storage means, which stores programs for a year each predefined for each month or for each month and hour so as to reduce surplus load for every predetermined time; a digital control means, which reads out a program from the program storage means, reads out from the pattern storage means an on and off pattern for the current month and hour specified by a preset program and turns the control target device on and off every predetermined unit of time; and a temperature monitoring means, which monitors a preset temperature, and stops control performed according to the program and outputs a rated signal to the control target device when a temperature that exceeds or falls below the preset temperature is detected. a pattern storage means, which stores a plurality of on and off patterns every predetermined unit of time; a program storage means, which stores programs for a year each predefined for each month or for each month and hour so as to reduce surplus load for every predetermined time; a digital control means, which reads out a program from the program storage means, reads out from the pattern storage means an on and off pattern for the current month and hour specified by a preset program and turns the control target device on and off every predetermined unit of time; and a temperature monitoring means, which monitors a preset temperature, and stops control performed according to the program and outputs a rated signal to the control target device when a temperature that exceeds or falls below the preset temperature is detected.
An internal combustion engine having a combustion chamber and having an exhaust system into which the exhaust gas exiting the combustion chamber can be introduced and which has an exhaust-gas recirculation arrangement, by means of which exhaust-gas recirculation arrangement the exhaust gas can be at least partially recirculated into a combustion air feed line for the supply of combustion air to the combustion chamber, wherein, in the exhaust-gas recirculation arrangement, there is provided a heat exchanger unit by means of which heat energy can be extracted from the exhaust gas, wherein a compressor unit is provided, by means of which intake air taken from the surroundings is compressed and the compressed intake air stream can be conducted, bypassing the combustion chamber, initially through the heat exchanger unit provided in the exhaust-gas recirculation arrangement, wherein the compressor unit connected upstream of the heat exchanger unit through which intake air flows is integrated into the intake system for the supply of combustion air to the internal combustion engine, characterized in that a control fitting is provided which divides the compressed intake air stream into a first and a second intake partial air stream, wherein, of said compressed partial streams, in a manner dependent on the operating state, one partial stream is supplied to the heat exchanger unit provided in the exhaust-gas recirculation arrangement, whereas the second intake partial air stream is introduced into the combustion air supply of the internal combustion engine.
Filter assembly comprising: - a current conductor with a curved profile for conducting a current; - a first ferrite body and a second ferrite body; - a respective recess (AN1, AN2) in the first ferrite body and the second ferrite body with a curved profile; - wherein the first ferrite body and the second ferrite body jointly surround the current conductor, and - the current conductor extends along the recesses (AN1, AN2); - wherein the first ferrite body and the second ferrite body together have a centre line which corresponds substantially to a centre line of the current conductor which extends in the direction of extent of the current conductor, characterized in that - the current conductor has at least one integrally formed portion which extends away from the centre line and has an exposed end, and - the first ferrite body and/or the second ferrite body have/has at least one further recess through which the at least one integrally formed portion extends, wherein the exposed end forms an electrical contact to the current conductor. - a current conductor with a curved profile for conducting a current; - a first ferrite body and a second ferrite body; - a respective recess (AN1, AN2) in the first ferrite body and the second ferrite body with a curved profile; - wherein the first ferrite body and the second ferrite body jointly surround the current conductor, and - the current conductor extends along the recesses (AN1, AN2); - wherein the first ferrite body and the second ferrite body together have a centre line which corresponds substantially to a centre line of the current conductor which extends in the direction of extent of the current conductor, - the current conductor has at least one integrally formed portion which extends away from the centre line and has an exposed end, and - the first ferrite body and/or the second ferrite body have/has at least one further recess through which the at least one integrally formed portion extends, wherein the exposed end forms an electrical contact to the current conductor.
A silver ink composition which is formed by blending one or more kinds of silver β-ketocarboxylates selected from the group consisting of silver isobutyrylacetate, silver benzoylacetate, silver propionylacetate, silver acetoacetate, silver α-methylacetoacetate, and silver α-ethylacetoacetate, and an aliphatic primary or secondary amine having 1 to 10 carbon atoms, wherein the proportion of the blended amount of the silver β-ketocarboxylate in the total amount of the blending components is 35 mass% to 50 mass%, and the proportion of the blended amount of the amine in the total amount of the blending components is 10 mass% to 60 mass%.
An apparatus for detecting electromagnetic radiation or signals emitted by a plasma comprising a sensor unit, the sensor unit comprising a first sensing unit, wherein the first sensing unit comprises: a first sensor (208; 411; 1011a) for detecting electromagnetic radiation or signals an electromagnetic barrier wherein the electromagnetic barrier is configured to surround the first sensor to prevent ambient electromagnetic radiation or signals from reaching the first sensor; a first port through which electromagnetic radiation or signals can pass, the first port being configured for coupling to a port of a plasma chamber (208; 1001) such that electromagnetic radiation or signals emitted from the plasma can reach the first sensor; and a first output coupled with a balun and a dual coaxial system whereby, in use, a signal sensed is grounded and a phase reversed version of the signal is grounded. a first sensor (208; 411; 1011a) for detecting electromagnetic radiation or signals an electromagnetic barrier wherein the electromagnetic barrier is configured to surround the first sensor to prevent ambient electromagnetic radiation or signals from reaching the first sensor; a first port through which electromagnetic radiation or signals can pass, the first port being configured for coupling to a port of a plasma chamber (208; 1001) such that electromagnetic radiation or signals emitted from the plasma can reach the first sensor; and a first output coupled with a balun and a dual coaxial system whereby, in use, a signal sensed is grounded and a phase reversed version of the signal is grounded.
An apparatus for encoding to produce video data for a picture having a plurality of image blocks, the video data including coded data for an image block of the plurality of image blocks and including at least one reference picture index, the apparatus comprising: means for accessing the image block and a single reference picture index for predicting the image block, the single reference picture index corresponding to a particular reference picture; characterized by means for encoding the image block using the particular reference picture corresponding to the single reference picture index and using a weighting factor, determined from a set of weighting factors, and corresponding to the single reference picture index, wherein the single reference picture index determines both the particular reference picture and the weighting factor, and each weighting factor in the set of weighting factors corresponds to a different particular reference picture. means for accessing the image block and a single reference picture index for predicting the image block, the single reference picture index corresponding to a particular reference picture; characterized by means for encoding the image block using the particular reference picture corresponding to the single reference picture index and using a weighting factor, determined from a set of weighting factors, and corresponding to the single reference picture index, wherein the single reference picture index determines both the particular reference picture and the weighting factor, and each weighting factor in the set of weighting factors corresponds to a different particular reference picture.
Elastic laminate comprising - a polymer intermediate elastic film formed by three coextruded layers (F1, F2, F1), wherein the outer layers are made of the same polymer material, and the inner layer is made of a different polymer material, - two nonwoven fabrics (T1, T2) joined, through spot or areas welding, to the two opposite faces of said coextruded elastic film, wherein said elastic laminate is a stretched elastic laminate and o the ratio between MD elongation at break at 10N, and laminate thickness after the stretching step is lower than 8, and preferably lower than 7,5 and/or o the ratio in (N/50 mm)/(mm), between CD tensile strength and laminate thickness after the stretching step is lower than 79, and preferably lower than 78 and/or o the ratio in (g/m 2 /mm) between laminate weight and thickness after the stretching step is lower than 105, and more preferably lower than 100, and wherein the welding spot or welding area density is comprised between 15 and 60 spots/cm 2, the thickness of the laminated product is comprised between 0.5 mm and 1.5 mm and the weight of the laminated product is comprised between 60 and 140 g/m 2. - a polymer intermediate elastic film formed by three coextruded layers (F1, F2, F1), wherein the outer layers are made of the same polymer material, and the inner layer is made of a different polymer material, - two nonwoven fabrics (T1, T2) joined, through spot or areas welding, to the two opposite faces of said coextruded elastic film, o the ratio between MD elongation at break at 10N, and laminate thickness after the stretching step is lower than 8, and preferably lower than 7,5 and/or o the ratio in (N/50 mm)/(mm), between CD tensile strength and laminate thickness after the stretching step is lower than 79, and preferably lower than 78 and/or o the ratio in (g/m 2 /mm) between laminate weight and thickness after the stretching step is lower than 105, and more preferably lower than 100,
An elevator brake assembly comprising: a braking member movable between an engaged position and a disengaged position; a permanent magnet generating a first magnetic field for biasing said braking member toward said engaged position; and an electromagnet actuatable for generating a second magnetic field opposing said first magnetic field for causing movement of said braking member from said engaged position toward said disengaged position; characterised in that said electromagnet is disposed within a housing and said permanent magnet is movable relative to said housing, wherein said electromagnet comprises a coil disposed within said housing, and including a controller that controls a current supplied to said coil for generating said second magnetic field in a selectively controlled manner, wherein said controller varies the current in response to a position of said permanent magnet relative to said housing. a braking member movable between an engaged position and a disengaged position; a permanent magnet generating a first magnetic field for biasing said braking member toward said engaged position; and an electromagnet actuatable for generating a second magnetic field opposing said first magnetic field for causing movement of said braking member from said engaged position toward said disengaged position; characterised in that said electromagnet is disposed within a housing and said permanent magnet is movable relative to said housing, wherein said electromagnet comprises a coil disposed within said housing, and including a controller that controls a current supplied to said coil for generating said second magnetic field in a selectively controlled manner, wherein said controller varies the current in response to a position of said permanent magnet relative to said housing.
Milling blank made of polymeric prosthetic material based on the reaction of at least one liquid monomer component and one powdered component, the liquid monomer component comprising greater 85 % by weight at least one mono-functional (meth)acrylate-functional monomer component, 0.001 to 20 % by weight urethane (meth)acrylate, and 0.001 to 10 % by weight core-shell particles modified by an elastic phase with elastic phase as core in solid outer shell, the core-shell particles having primary particles having an average particle size of less than or equal to d 50 ≤ 500 nm to 10 nm, the total composition of the liquid monomer component amounting to 100 % by weight, characterised in that the prosthetic material is present in the form of a three-dimensional moulded body being suitable as CAD/CAM milling blank, and comprises at least one polymer comprising at least one urethane (meth)acrylate polymerised into the polymer, and 0.001 to 10 % by weight of the core-shell particles modified by an elastic phase, based on the total composition, the moulded body having a fracture toughness of ≥ 1.9 Mpa · m 1/2 and a total fracture work of ≥ 900 J/m 2. one liquid monomer component and one powdered component, the liquid monomer component comprising greater 85 % by weight at least one mono-functional (meth)acrylate-functional monomer component, 0.001 to 20 % by weight urethane (meth)acrylate, and 0.001 to 10 % by weight core-shell particles modified by an elastic phase with elastic phase as core in solid outer shell, the core-shell particles having primary particles having an average particle size of less than or equal to d 50 ≤ 500 nm to 10 nm, the total composition of the liquid monomer component amounting to 100 % by weight, characterised in that the prosthetic material is present in the form of a three-dimensional moulded body being suitable as CAD/CAM milling blank, and comprises at least one polymer comprising at least one urethane (meth)acrylate polymerised into the polymer, and 0.001 to 10 % by weight of the core-shell particles modified by an elastic phase, based on the total composition, the moulded body having a fracture toughness of ≥ 1.9 Mpa · m 1/2 and a total fracture work of ≥ 900 J/m 2.
A method of inspecting an air data probe for damage, degradation, or misalignment on a mounting surface, the method comprising: retrieving reference data for the air data probe from a database; capturing images of the air data probe via a camera; generating dimensions from the captured images of the air data probe via a feature extractor, wherein the dimensions are generated from at least three points on the air data probe; analyzing with an alignment calculator the generated dimensions from the captured images of the air data probe and the reference data for the air data probe from the database to identify misalignment of the air data probe; analyzing with the alignment calculator the generated dimensions from the captured images of the air data probe and the reference data for the air data probe from the database to identify damage of the air data probe; generating, based on the identified misalignment of the air data probe, or the identified damage of the air data probe a maintenance recommendation for the air data probe; and outputting the maintenance recommendation. retrieving reference data for the air data probe from a database; capturing images of the air data probe via a camera; generating dimensions from the captured images of the air data probe via a feature extractor, wherein the dimensions are generated from at least three points on the air data probe; analyzing with an alignment calculator the generated dimensions from the captured images of the air data probe and the reference data for the air data probe from the database to identify misalignment of the air data probe; analyzing with the alignment calculator the generated dimensions from the captured images of the air data probe and the reference data for the air data probe from the database to identify damage of the air data probe; generating, based on the identified misalignment of the air data probe, or the identified damage of the air data probe a maintenance recommendation for the air data probe; and outputting the maintenance recommendation.
A method of making a building element having two large faces, comprising: - providing one or more sheets adapted to form a first and a second large face (11, 12), respectively, at least one of the large faces carrying spacing elements for providing a desired thickness of the building element; - providing a first supply device for supplying pad members; - providing a first feeding wheel (35, 350) adapted for receiving pad members from the supply device; and - rotating the first feeding wheel (35, 350) to fetch a first one of the pad members from the supply device in a first position, and, - rotating the feeding wheel (35, 350) further to a second position in which the pad member is transferred to a predetermined position on the sheet, wherein in said predetermined position, the width (wp) of the pad member being less than half of the width (Ws) of the sheet, preferably the width (wp) of said pad member not exceeding 15% of the width (Ws) of said sheet. - providing one or more sheets adapted to form a first and a second large face (11, 12), respectively, at least one of the large faces carrying spacing elements for providing a desired thickness of the building element; - providing a first supply device for supplying pad members; - providing a first feeding wheel (35, 350) adapted for receiving pad members from the supply device; and - rotating the first feeding wheel (35, 350) to fetch a first one of the pad members from the supply device in a first position, and, - rotating the feeding wheel (35, 350) further to a second position in which the pad member is transferred to a predetermined position on the sheet, wherein in said predetermined position, the width (wp) of the pad member being less than half of the width (Ws) of the sheet, preferably the width (wp) of said pad member not exceeding 15% of the width (Ws) of said sheet.
A perforating device for use in completing a well, comprising: (a) a case; (b) an explosive charge; and (c) a shaped liner enclosing the explosive charge in the case; wherein at least one of the shaped liner and the case comprises a composition of barite powder and metal or steel powder and characterized in that the composition further comprises a binder powder; and the at least one of the shaped liner and the case has a density of about 3.0-7.5 grams/cc. (a) a case; (b) an explosive charge; and (c) a shaped liner enclosing the explosive charge in the case;
A device for the differential acquisition of current, comprising an acquisition circuit comprising a charge amplifier connected, at the input, to terminals for connection to a signal emitting component, and at the output, to an integrator, characterized in that a unit for injecting a charge signal is mounted between the terminals and the charge amplifier and is connected to a control unit connected to an output of the acquisition circuit, the control unit is so arranged as to control the injection of a charge signal, to detect a resultant signal at the output of the acquisition circuit and to compare the resultant signal with the injected signal, characterized in that the injection unit comprises a channel of injection in common mode and a channel of injection in differential mode, and a switch controlled by the control unit to select the one or the other of the injection channels.
A method for a power semiconductor switch, wherein a current through the switch is responsive to a control terminal voltage at a control terminal of the switch, the control terminal voltage being driven by a driver unit, wherein the method comprises: measuring or estimating the current, detecting a short circuit by comparing the estimated current to a short circuit current limit, controlling an on-state voltage level of the control terminal voltage on the basis of the comparison in order to limit the current through the switch during the short circuit, wherein the on-state voltage level voltage is controlled by pulse-width modulating the output of the driver unit, wherein a switching frequency of the modulation is at least the cut-off frequency of low-pass characteristics of the control terminal, and subsequently controlling the control terminal voltage to an off-state voltage level in order to turn the switch off, characterized by controlling the control terminal voltage to an off-state voltage level comprises detecting desaturation of the switch, and controlling the control terminal voltage to an off-state voltage level after desaturation has been detected. measuring or estimating the current, detecting a short circuit by comparing the estimated current to a short circuit current limit, controlling an on-state voltage level of the control terminal voltage on the basis of the comparison in order to limit the current through the switch during the short circuit, wherein the on-state voltage level voltage is controlled by pulse-width modulating the output of the driver unit, wherein a switching frequency of the modulation is at least the cut-off frequency of low-pass characteristics of the control terminal, and subsequently controlling the control terminal voltage to an off-state voltage level in order to turn the switch off, characterized by controlling the control terminal voltage to an off-state voltage level comprises detecting desaturation of the switch, and controlling the control terminal voltage to an off-state voltage level after desaturation has been detected.
Iron -2-oxo-butanediamide complex compounds or pharmaceutically acceptable salts thereof for use in the treatment and prophylaxis of iron deficiency diseases and iron deficiency anemias.