mhurhangee/ep-ind-claims huggingface dataset:
A method for air conditioning an IT environment including, as heat generating hardware, IT devices, computers, memories, telecommunication devices and peripheral devices, wherein, in a refrigeration supply system, free coolers, refrigerators and an air circulation system operated with fans and containing heat exchangers for drawing off the heat generated by the hardware are provided; comprising: - air conditioning an IT environment with the refrigeration supply system which supplies air with a feed air temperature to the IT environment via the air circulation system; - determining a basic desired value for the feed air temperature to the IT environment on the basis of the existing hardware configuration; - continuously measuring the electrical power consumption of the hardware and memories and storing a respective value measured in the process; - determining a desired value for the feed air temperature from the measured value for the electrical power consumption of the hardware, characterized in that - raising the desired value for the feed air temperature as long as no change of the value of the electrical power consumption of the hardware has been detected, then, - in the case of detection of an increase of the value for the electrical power consumption of the hardware towards a critical value, lowering of the raised basic desired value for the feed air temperature until the stored value is reached again; and - if the stored value is not reached within a previously defined time period, resetting of the desired value for the feed air temperature to the basic desired value. - air conditioning an IT environment with the refrigeration supply system which supplies air with a feed air temperature to the IT environment via the air circulation system; - determining a basic desired value for the feed air temperature to the IT environment on the basis of the existing hardware configuration; - continuously measuring the electrical power consumption of the hardware and memories and storing a respective value measured in the process; - determining a desired value for the feed air temperature from the measured value for the electrical power consumption of the hardware, - raising the desired value for the feed air temperature as long as no change of the value of the electrical power consumption of the hardware has been detected, then, - in the case of detection of an increase of the value for the electrical power consumption of the hardware towards a critical value, lowering of the raised basic desired value for the feed air temperature until the stored value is reached again; and - if the stored value is not reached within a previously defined time period, resetting of the desired value for the feed air temperature to the basic desired value.
Fastening element for fastening a first and second visible profile (1, 2), more particularly a decking profile, to a substructure, wherein the fastening element has two mutually opposite broad sides (3a, 3b), longitudinal sides (3c, 3d) and end sides (3e, 3f), having a base plate which is designed to engage in mutually opposite grooves (1a, 2a) in mutually facing longitudinal sides (1b, 2b) of the first and second visible profile (1, 2), having a first and a second spring element (6, 7) which project from the base plate on the first broad side of the fastening element and are designed to rest resiliently against the groove of the second visible profile, wherein the first and second spring elements (6, 7), starting from the base plate to their respective free end (6a, 7a), extend parallel to one another progressing in the direction of the second longitudinal side, having a spacer, which starts from the base plate and projects therefrom, for spacing the first and second visible profile (1, 2) apart from one another, and having a first mounting opening for a fastening means, wherein the spacer is arranged between the first and second spring elements (6, 7) and having the first mounting opening, and wherein the first and second spring elements (6, 7) and the spacer of the base plate are arranged on the first broad side of the fastening element, characterized in that the first and second spring element (6, 7) extend starting from the first longitudinal side in the direction of their free ends (6a, 7a) to the second longitudinal side. having a base plate which is designed to engage in mutually opposite grooves (1a, 2a) in mutually facing longitudinal sides (1b, 2b) of the first and second visible profile (1, 2), having a first and a second spring element (6, 7) which project from the base plate on the first broad side of the fastening element and are designed to rest resiliently against the groove of the second visible profile, wherein the first and second spring elements (6, 7), starting from the base plate to their respective free end (6a, 7a), extend parallel to one another progressing in the direction of the second longitudinal side, having a spacer, which starts from the base plate and projects therefrom, for spacing the first and second visible profile (1, 2) apart from one another, and having a first mounting opening for a fastening means, wherein the spacer is arranged between the first and second spring elements (6, 7) and having the first mounting opening, and wherein the first and second spring elements (6, 7) and the spacer of the base plate are arranged on the first broad side of the fastening element, characterized in that the first and second spring element (6, 7) extend starting from the first longitudinal side in the direction of their free ends (6a, 7a) to the second longitudinal side.
A parcel recognition device that is configured to recognize a parcel based on an image including the parcel, the device comprising: a processor; and a memory, wherein by cooperating with the memory, the processor is configured to recognize the parcel, the parcel recognition device being characterized in that the processor is further configured to recognize a person in a recognition target space in the image, subtract a space within a predetermined range including at least a part of the recognized person from the recognition target space, and recognize the parcel by using a space obtained by the subtraction as a new recognition target space. a processor; and a memory, wherein by cooperating with the memory, the processor is configured to recognize the parcel, the parcel recognition device being characterized in that the processor is further configured to recognize a person in a recognition target space in the image, subtract a space within a predetermined range including at least a part of the recognized person from the recognition target space, and recognize the parcel by using a space obtained by the subtraction as a new recognition target space. recognize a person in a recognition target space in the image, subtract a space within a predetermined range including at least a part of the recognized person from the recognition target space, and recognize the parcel by using a space obtained by the subtraction as a new recognition target space.
Method for burning fossil fuels and substitute fuels in a burner, in particular in a burner for operating a rotary kiln, wherein the substitute fuel is supplied to the flame in a region outside the region in which fossil fuel is supplied to the flame, characterized in that substitute fuel is used in the form of a two-dimensional (flat) fraction with an edge length of up to 15 mm or in the form of a three-dimensional fraction with an edge length of up to 7 mm.
An anti-glare mirror comprising: a glass substrate serving as a mirror surface; an electrochromic layer to which voltage can be applied, the electrochromic layer having a transparent electrode film and cut portions (25A, 25B, and 25C) for exposing a part of the transparent electrode film disposed in this order on the back surface side of the glass substrate; a first electrode/reflecting film stacked on a back surface of the electrochromic layer in an area excluding the cut portions (25A to 25C); a first terminal electrically connected to the first electrode/reflecting film; and a second terminal electrically connected to the transparent electrode film within the cut portions (25A to 25C), characterized by a second electrode/reflecting film isolated from the first electrode/reflecting film stacked on a back surface of the transparent electrode film within the cut portions (25A to 25C), wherein the second terminal is electrically connected to the transparent electrode film through the second electrode/reflecting film. a glass substrate serving as a mirror surface; an electrochromic layer to which voltage can be applied, the electrochromic layer having a transparent electrode film and cut portions (25A, 25B, and 25C) for exposing a part of the transparent electrode film disposed in this order on the back surface side of the glass substrate; a first electrode/reflecting film stacked on a back surface of the electrochromic layer in an area excluding the cut portions (25A to 25C); a first terminal electrically connected to the first electrode/reflecting film; and a second terminal electrically connected to the transparent electrode film within the cut portions (25A to 25C), characterized by a second electrode/reflecting film isolated from the first electrode/reflecting film stacked on a back surface of the transparent electrode film within the cut portions (25A to 25C), wherein the second terminal is electrically connected to the transparent electrode film through the second electrode/reflecting film.
A cold-rolled and annealed steel sheet, the chemical composition of which comprises, the contents being expressed by weight percent: 0.10 ≤ C ≤ 0.13 ⁢ % 2.4 ≤ Mn ≤ 2.8 ⁢ % 0.30 ≤ Si ≤ 0.55 ⁢ % 0.30 ≤ Cr ≤ 0.56 ⁢ % 0.020 ≤ Ti ≤ 0.050 ⁢ % 0.0020 ≤ B ≤ 0.0040 ⁢ % 0.005 ≤ Al ≤ 0.050 ⁢ % Mo ≤ 0.010 ⁢ % Nb ≤ 0.040 ⁢ % 0.002 ≤ N ≤ 0.008 ⁢ % S ≤ 0.005 ⁢ % P ≤ 0.020 ⁢ %, the remainder consisting of iron and unavoidable impurities from the smelting, the steel sheet having a microstructure consisting of, in surface proportion, martensite and/or lower bainite, said martensite comprising fresh martensite and/or self-tempered martensite, said microstructure comprising, in surface proportion, 40 to 95% of self-tempered martensite and lower bainite, the sum of the surface percentages of martensite and lower bainite being comprised between 60 to 95%, 4 to 35% of low carbide containing bainite, containing less than 100 carbides per surface unit of 100 square micrometers, 0 to 5% of ferrite, less than 5% of retained austenite in island form and less than 20% of fresh martensite.
A transformer, comprising: an iron core (15, 15E) formed by a plurality of magnetic sheets stacked in one direction; a coil wound around said iron core (15, 15E) such that a winding axis thereof is perpendicular to a stacking direction of said plurality of magnetic sheets; and an electromagnetic shield (18, 19) inserted between an inner peripheral surface of said coil and a magnetic sheet which faces said inner peripheral surface of said coil, characterized in that, when viewed from said stacking direction of said plurality of magnetic sheets, a slit (16, 16A, 16B, 16E, 16F) is formed only in a region not overlapped with said electromagnetic shield (18, 19) in a surface of the magnetic sheet which faces said inner peripheral surface of said coil, and a portion of said inner peripheral surface of said coil not overlapping said electromagnetic shield (18, 19) has a curved surface. an iron core (15, 15E) formed by a plurality of magnetic sheets stacked in one direction; a coil wound around said iron core (15, 15E) such that a winding axis thereof is perpendicular to a stacking direction of said plurality of magnetic sheets; and an electromagnetic shield (18, 19) inserted between an inner peripheral surface of said coil and a magnetic sheet which faces said inner peripheral surface of said coil, characterized in that, when viewed from said stacking direction of said plurality of magnetic sheets, a slit (16, 16A, 16B, 16E, 16F) is formed only in a region not overlapped with said electromagnetic shield (18, 19) in a surface of the magnetic sheet which faces said inner peripheral surface of said coil, and a portion of said inner peripheral surface of said coil not overlapping said electromagnetic shield (18, 19) has a curved surface.
Cleaning device for terrace roofing, comprising a sluicing device for sluicing the glass surface of the terrace roofing, and a cleaning carriage that can be moved over the glass surface in a motor-driven manner, the sluicing device being able to be arranged in a stationary manner at a top end of the glass surface and the cleaning carriage being connected to a brush that can be rotatably driven by means of a motor, the bristles of which brush can touch the glass surface in the event of a rotational movement of the brush, characterised in that the brush is attached to a shaft on which two first gears are placed which are connected to the shaft for conjoint rotation and which drive the rotational movement of the shaft and one of which is drivingly connected to a drive pinion connected by a motor, and, in order to move the cleaning carriage, the drive pinion is drivingly connected to a second gear (18") that is mounted on a drive shaft for conjoint rotation and that transfers the rotational movement to a toothed pulley that is also connected to said drive shaft for conjoint rotation, the toothed link of which pulley meshes with the teeth of a toothed belt that is held along the movement path.
A resin-label mounting device, comprising: a conveying drum which holds and conveys a resin-made label; a glue-applying unit which applies glue to a rear end portion of the resin-made label held by the conveying drum; a plurality of mandrels which are arranged on a rotating body, each mandrel winding the resin-made label upon receiving from the conveying drum, forming a cylindrical shape with a rear end portion of the resin-made label overlapping and bonded to a front end portion, and using suction to hold the resin-made label; a drive unit which causes each of the mandrels to be spun; a vessel base, which is arranged to correspond to each mandrel, and on which a supplied vessel is placed; a mounting unit which mounts the resin-made label on the vessel after removal from the mandrel; a heating and shrinking unit which heats and shrinks the resin-made label mounted on the vessel; and a heating unit, characterized in that the heating unit which is in contact with the rear end portion of the cylinder-shaped resin-made label formed by the mandrel and which heats the contacted portion before the resin-made label mounted on the vessel is shrunk by the heating and shrinking unit, is set at a temperature higher than a temperature of the heating and shrinking unit, and the contact occurs for a shorter period of time than a period of time that would be necessary to weld the resin-made label, so that the rear end portion of the resin-made label is heated and cured. a conveying drum which holds and conveys a resin-made label; a glue-applying unit which applies glue to a rear end portion of the resin-made label held by the conveying drum; a plurality of mandrels which are arranged on a rotating body, each mandrel winding the resin-made label upon receiving from the conveying drum, forming a cylindrical shape with a rear end portion of the resin-made label overlapping and bonded to a front end portion, and using suction to hold the resin-made label; a drive unit which causes each of the mandrels to be spun; a vessel base, which is arranged to correspond to each mandrel, and on which a supplied vessel is placed; a mounting unit which mounts the resin-made label on the vessel after removal from the mandrel; a heating and shrinking unit which heats and shrinks the resin-made label mounted on the vessel; and a heating unit, characterized in that the heating unit which is in contact with the rear end portion of the cylinder-shaped resin-made label formed by the mandrel and which heats the contacted portion before the resin-made label mounted on the vessel is shrunk by the heating and shrinking unit, is set at a temperature higher than a temperature of the heating and shrinking unit, and the contact occurs for a shorter period of time than a period of time that would be necessary to weld the resin-made label, so that the rear end portion of the resin-made label is heated and cured.
Electrical connection device for an insulated metal substrate, the device comprising a substrate, a contact terminal, and at least one rod fixed to a metal plate of the substrate and on which is fixed the contact terminal which is in electrical contact with a conductive track carried by the substrate, the terminal comprising a hole allowing the passage of the rod, the device being characterized in that it further comprises a clamping means and an annular seal made of insulating material, the device comprising an insulating barrel which has a tubular part positioned in the hole and a collar which is kept applied against the terminal by the clamping means integral with the rod, the barrel thus ensuring the electrical insulation of the terminal and the rod, the hole of the terminal comprising a flaring receiving the annular seal which is interposed between the rod and the terminal.
A machine for preparing beverages, comprising a water tank (401; 404), a box-like body (1, 2; 4) which houses a boiler (502; 504), a pump (602; 604) and control means (212; 214), and a beverage dispensing unit placed in the head (102; 104) of said box-like body (1, 2; 4), said machine being fitted frontally with a compartment (10; 40) for the placement of a collection container for the prepared drink, said compartment (10; 40) being comprised between a base platform (301; 304), two side walls (11; 41), a rear wall (12; 42), and a ceiling wall, comprising the dispensing unit of the drink, in turn comprising supply means of water under pressure and removable filter holder means (3; 5; 7), wherein said group of beverage dispensing is mounted movable relative to the base platform of said cavity and can be disposed in a position closer and in a more distant position with respect to said platform, there being provided suitable guide means (101, 201; 504; 524) and the locking means (211, 221; 514), being allowed in this manner to said chamber (10; 40) a substantial increase in volume (10'; 40'), characterised in that the guide means comprise substantial portions of the side walls (101, 201; 504; 524) of the said box-like body (1.2; 4) of the machine, provided telescopically sliding inside one another.
A method for performing shuttle shifting in a vehicle having a transmission with a plurality of forward gears and a plurality of corresponding reverse gears, the method comprising receiving a command to perform a shuttle shift operation when a forward gear has been engaged, and in response to receiving the command selecting a higher or lower reverse gear than the reverse gear corresponding to the engaged forward gear based on stored predetermined information; or receiving a command to perform a shuttle shift operation when a reverse gear has been engaged and in response to receiving the command selecting a higher or lower forward gear than the forward gear corresponding to the engaged reverse gear based on stored predetermined information; characterised in that when selecting said higher or lower forward or reverse gear results in a non-existing gear or a neutral gear then a temporarily value is used different than the stored predetermined information, wherein said stored predetermined information determines whether the selected gear is higher or lower than the corresponding reverse gear or corresponding forward gear and said temporarily value is defined to select a gear closest to the gear selection when using said stored predetermined information.
A stiffener comprising: a core; and a shell which surrounds the core, wherein the shell is formed from a fibre material, and the core comprises: first and second battens (40, 41) arranged side by side; and a spacer between the battens, wherein the stiffener extends in a lengthwise direction, and the battens and the spacer have respective lengths which extend in the lengthwise direction of the stiffener, characterised in that the battens are spaced apart by a gap; the spacer is in the gap between the battens; the battens, the spacer and the gap have respective widths; the widths of the battens decrease in the lengthwise direction; and the widths of the spacer and the gap increase in the lengthwise direction.
A method for purifying a target molecule from a plasma sample by a) Providing a plasma sample comprising the target molecule b) subjecting said plasma sample to an ion exchange chromatography on a polyvinylether matrix carrying between 600 and 1200 μmol/g anion exchange groups whereby purified target molecule is eluted from the matrix, characterized in that the target molecule is an immunoglobulin, the ion exchange chromatography is performed in the flow-through mode and the matrix in step b) is eluted with a buffer having a pH between 4 and 7.4. a) Providing a plasma sample comprising the target molecule b) subjecting said plasma sample to an ion exchange chromatography on a polyvinylether matrix carrying between 600 and 1200 μmol/g anion exchange groups whereby purified target molecule is eluted from the matrix, characterized in that the target molecule is an immunoglobulin, the ion exchange chromatography is performed in the flow-through mode and the matrix in step b) is eluted with a buffer having a pH between 4 and 7.4.
A process for the preparation of compound comprising the following reaction scheme: wherein: X is a halogen, Me is methyl, and the alkylating agent is 3-fluoropropanal. X is a halogen, Me is methyl, and the alkylating agent is 3-fluoropropanal.
A method of controlling the descent phase of an aircraft, characterized in that the method automatically controls the descent phase of an aircraft using aircraft avionics executing a descent algorithm, the method comprising: repeatedly receiving as input to the aircraft avionics an airspeed input indicative of the airspeed of the aircraft; comparing by the aircraft avionics the airspeed input to a first reference airspeed; determining by the aircraft avionics when the airspeed input indicates an over-speed condition based on the comparison; and placing the aircraft into a slip maneuver in response to the determined over-speed condition by the aircraft avionics. repeatedly receiving as input to the aircraft avionics an airspeed input indicative of the airspeed of the aircraft; comparing by the aircraft avionics the airspeed input to a first reference airspeed; determining by the aircraft avionics when the airspeed input indicates an over-speed condition based on the comparison; and placing the aircraft into a slip maneuver in response to the determined over-speed condition by the aircraft avionics.
A top-emitting or bottom-emitting Organic Light Emitting Diode for emitting radiation, the organic light emitting diode comprising: - a hole transport layer, - an emissive layer, wherein the emissive layer comprises horizontally oriented emitters whereby the emitters are oriented parallel with the interfaces between the different layers or randomly oriented emitters whereby a mixture of emitters oriented in parallel and oriented perpendicular to the interfaces between the different layers occurs and - an electron transport layer, characterized in that the hole transport layer is made of a material having a refractive index having a positive anisotropy. - a hole transport layer, - an emissive layer, wherein the emissive layer comprises horizontally oriented emitters whereby the emitters are oriented parallel with the interfaces between the different layers or randomly oriented emitters whereby a mixture of emitters oriented in parallel and oriented perpendicular to the interfaces between the different layers occurs and - an electron transport layer, characterized in that the hole transport layer is made of a material having a refractive index having a positive anisotropy.