mhurhangee/ep-ind-claims huggingface dataset:
A method for welding coated steel sheets, particularly steel sheets that are coated with an aluminum-silicon-based metallic coating layer, wherein a configuration (1, 11, 12) of two laser beams (2, 3) is provided, wherein the laser beams act on a weld pool that is to be formed, wherein at least one laser beam rotates around a rotation axis so that the laser beams (2, 3) execute a movement relative to each other, wherein the laser beams (2, 3) are guided along a welding axis, wherein in order to achieve a mixing of the weld pool, a defined stirring effect and a defined welding speed in relation to each other are adhered to, wherein the following condition applies to the stirring effect: η = f rot v w where f rot is the rotation frequency and v w is the welding speed and wherein the following conditions apply: 4 ≤ η ≤ 120 v w 1 mm 4 ≤ η ≤ 120 v w 4 ≤ v w ≤ 14 m min wherein in the welding of the sheets, a supplementary material, in particular welding filler wire, is used, wherein the supplementary material, in particular the welding filler wire, is of the following composition: C = 0.80 - 2.28 × % of the C in the base material Cr = 8 - 20% Ni < 5% Si = 0.2 - 3% Mn = 0.2 - 1% optionally Mo < 2% optionally V and/or W totaling < 1% residual iron and inevitable smelting-related impurities, all amounts expressed in % by mass. where f rot is the rotation frequency and v w is the welding speed and wherein the following conditions apply: 4 ≤ η ≤ 120 v w 1 mm 4 ≤ η ≤ 120 v w 4 ≤ v w ≤ 14 m min wherein in the welding of the sheets, a supplementary material, in particular welding filler wire, is used, wherein the supplementary material, in particular the welding filler wire, is of the following composition: C = 0.80 - 2.28 × % of the C in the base material Cr = 8 - 20% Ni < 5% Si = 0.2 - 3% Mn = 0.2 - 1% optionally Mo < 2% optionally V and/or W totaling < 1% residual iron and inevitable smelting-related impurities, all amounts expressed in % by mass.
A ventilation unit designed for use and for installation at a refrigeration plant, with a fan and a heat exchanger arranged in series with the fan, wherein the fan is designed and positioned with regard to the heat exchanger so as to deliver in operation an air volume flow through the heat exchanger and out from the ventilation unit, wherein the fan is designed as a diagonal fan and it axially draws in the air volume flow during operation and blows it out diagonally at an angle relative to its axis of rotation, wherein the heat exchanger is designed to cool the air volume flow down to a mean delivery temperature of ≤ 15° C in order to form a cold air volume, wherein the cold air volume flow can be directly drawn in and blown out by the diagonal fan, and the ventilation unit moreover comprises a guide device, which is arranged in a blowout portion of the diagonal fan and designed to deflect the air volume flow blown out by the diagonal fan in a diagonal direction into an axial direction, characterized in that the diagonal fan has a co-rotating cover disk, and in that the heat exchanger for the diagonal fan generates by progressive frosting during operation a flow resistance increasing from a starting flow resistance with a first resistance characteristic to a frosting resistance with a second resistance characteristic and the diagonal fan is designed to have its highest efficiency range in an area of a third resistance characteristic of the heat exchanger, wherein the third resistance characteristic lies between the first and the second resistance characteristic (A, B), and wherein the resistance characteristics (A, B, C) are characterized by an increasing backpressure psf [Pa] plotted against a delivered air quantity qv [m 3 /h].
Process for facilitating the ability of cosmetic preparations comprising hexyl 2-[4-(diethylamino)-2-hydroxybenzoyl]benzoate (INCI: Diethylamino Hydroxybenzoyl Hexyl Benzoate) to be washed out of textiles, characterized in that iminodisuccinate is added to the cosmetic.
A flood defence door assembly comprising: an upper door leaf adapted to be hinged to a frame; and a lower door leaf provided with laterally and downwardly extending sealing means for sealing between the door leaf and the frame when the door leaf is in a closed configuration, characterised in that the lower door leaf is hinged to the frame so as to open outwardly of a building and is provided with a weep hole adapted to conduct liquid from an upper surface of the lower door leaf to a lower region of the external surface thereof.
Structure including joint structure of dissimilar materials comprising: a first member (200; 300) which has a bent portion (201; 301) at its end and is a panel member made of an aluminum alloy; and a second member which has a support portion (154; 123) for supporting the first member (200; 300) and is made of steel, characterized by the first member (200; 300) and the second member are joined by continuous welding of a vicinity of an apex of the bent portion (201; 301) of the first member (200; 300) and the support portion (154; 123) of the second member, and being characterised by a reinforcing plate (210; 310) that is joined to the first member (200; 300) at least partially along the joining portion with the second member, wherein the reinforcing plate (210; 310) is disposed with a gap of a distance (d) from the joining portion between the first member (200; 300) and the second member. a first member (200; 300) which has a bent portion (201; 301) at its end and is a panel member made of an aluminum alloy; and a second member which has a support portion (154; 123) for supporting the first member (200; 300) and is made of steel, characterized by the first member (200; 300) and the second member are joined by continuous welding of a vicinity of an apex of the bent portion (201; 301) of the first member (200; 300) and the support portion (154; 123) of the second member, and being characterised by a reinforcing plate (210; 310) that is joined to the first member (200; 300) at least partially along the joining portion with the second member, wherein the reinforcing plate (210; 310) is disposed with a gap of a distance (d) from the joining portion between the first member (200; 300) and the second member.
An airbag device provided in a vehicle having a prescribed structure suspended from an upper part of a vehicle interior, the airbag device comprising: a cushion (108, 292) inflated and deployed into a bag shape to restrain an occupant of a seat from a front side; and an avoidance-shaped part (154, 208, 226, 244, 268, 286) provided at an upper part of the cushion (108, 292) to avoid contact between the inflated and deployed cushion (108, 292) and the structure, characterised in that, the avoidance-shaped part (154, 208, 226, 244, 268, 286) being recessed downward over a range between positions at prescribed distances from the structure in vehicle forward and backward directions, respectively. a cushion (108, 292) inflated and deployed into a bag shape to restrain an occupant of a seat from a front side; and an avoidance-shaped part (154, 208, 226, 244, 268, 286) provided at an upper part of the cushion (108, 292) to avoid contact between the inflated and deployed cushion (108, 292) and the structure, characterised in that, the avoidance-shaped part (154, 208, 226, 244, 268, 286) being recessed downward over a range between positions at prescribed distances from the structure in vehicle forward and backward directions, respectively.
Tachograph device having country-specific functions, wherein - the tachograph device has a reception apparatus that is configured to receive satellite signals and to determine a current geographical position from the satellite signals, - the tachograph device has a switching apparatus that is configured to switch predetermined functions of a vehicle, - the tachograph device has an assignment unit in which geographical regions are defined, wherein the respective geographical regions are each allocated a configuration, comprising the functions to be activated within the respective geographical region, - the assignment unit is configured to detect those of the geographical regions in which the current geographical position is located, and to actuate the switching apparatus of the tachograph device in accordance with the respectively allocated configuration, characterized in that the assignment unit is configured as a cryptographic security module that is configured, as a circuit, to apply cryptographic methods that prevent manipulation of the method steps to be performed or of the data stored in the assignment unit, and the reception apparatus is configured to receive satellite signals that are secured against manipulations. - the tachograph device has a reception apparatus that is configured to receive satellite signals and to determine a current geographical position from the satellite signals, - the tachograph device has a switching apparatus that is configured to switch predetermined functions of a vehicle, - the tachograph device has an assignment unit in which geographical regions are defined, wherein the respective geographical regions are each allocated a configuration, comprising the functions to be activated within the respective geographical region, - the assignment unit is configured to detect those of the geographical regions in which the current geographical position is located, and to actuate the switching apparatus of the tachograph device in accordance with the respectively allocated configuration,
Steam iron having a first steam conducting region which has a first steam generating chamber and first steam conducting channels which pass the steam generated in the first steam generating chamber on to steam outlet openings (19, 20) in the soleplate, having a second steam conducting region (26, 27, 29, 35) which has a second steam generating chamber and a second steam conducting channel, and having a third steam conducting region (33, 26, 29) which has a third steam conducting channel which passes the steam on to a jet steam outlet opening which is arranged above a tip of the iron and above the soleplate for the pretreatment of the material to be ironed with steam, characterised in that the second steam conducting channel passes the steam generated in the second steam generating chamber on to the steam outlet openings (20, 19) in the soleplate, the steam for the third steam conducting region (33, 26, 29) can be generated in the second steam generating chamber, and the second steam conducting channel has a branch leading to the third steam conducting channel, so that for every injection of water into the second steam generating chamber a steam pulse can be generated, which can be used both for the pretreatment of the material to be ironed with steam above the soleplate tip and to apply a steam pulse below the soleplate.
Device for actuating a diaphragm spring clutch for vehicles by means of a pneumatic or hydraulic actuator drive which is actuated by means of controlled inlet and outlet valve arrangements, comprising a regulator which is connected upstream of the actuator drive and whose output control variable actuates the actuator drive, - wherein a regulator is used whose characteristic curve profile (output control variable plotted against input setpoint) is configured in such a way that by superimposing the disengagement force characteristic of the diaphragm spring, on the one hand, and the characteristic curve of the regulator, on the other, the non-linear profile (k), particular to the diaphragm spring, of the disengagement force (disengagement force plotted against disengagement travel) is at least approximately compensated by means of a correspondingly adjusted actuation of the actuator drive, wherein the regulator is configured in such a way that it outputs a control variable in accordance with the predefined characteristic curve to the valve arrangements (26, 28) of the actuator drive, in each case as a function of the disengagement position of the clutch, wherein the valve arrangements (26, 28) each have two or more individually actuable valves arranged in parallel, characterized in that during the activation and deactivation of individual valves (30, 32; 34, 36) of a valve arrangement (26; 28) the respectively active valves are actuated in such a way that the resulting system boosting at the switching point does not change.
A network device, wherein the network device implements resource configuration based on network sharing, wherein the network device comprises: a generating unit, configured to generate a resource configuration command, wherein the resource configuration command comprises at least one public land mobile network, PLMN, group and a resource proportion of a configuration resource of the at least one PLMN group to an entire wireless network resource, wherein the at least one PLMN group comprises a first PLMN group, and the first PLMN group comprises at least two PLMNs; and a delivering unit, configured to deliver the resource configuration command generated by the generating unit to a base station; wherein, the resource configuration command further comprises a resource proportion of a configuration resource of a first PLMN in the first PLMN group to the entire wireless network resource; and wherein the resource configuration command further comprises resource proportions of different types of resources in the configuration resource of the first PLMN to the entire wireless network resource, wherein the different types of resources comprise a sharing resource that the first PLMN shares with another PLMN. a generating unit, configured to generate a resource configuration command, wherein the resource configuration command comprises at least one public land mobile network, PLMN, group and a resource proportion of a configuration resource of the at least one PLMN group to an entire wireless network resource, wherein the at least one PLMN group comprises a first PLMN group, and the first PLMN group comprises at least two PLMNs; and a delivering unit, configured to deliver the resource configuration command generated by the generating unit to a base station; wherein, the resource configuration command further comprises a resource proportion of a configuration resource of a first PLMN in the first PLMN group to the entire wireless network resource; and wherein the resource configuration command further comprises resource proportions of different types of resources in the configuration resource of the first PLMN to the entire wireless network resource, wherein the different types of resources comprise a sharing resource that the first PLMN shares with another PLMN.
A device for checking for foreign parts and/or deposits on support elements of a worktable, wherein the support elements are provided to support a flat workpiece for processing with a laser or a water jet, wherein the support elements are arranged parallel to one another and have a first distance from one another, comprising: - an optical sensor (5, 6) for detecting the foreign parts and/or the deposits in a space between two respective support elements characterized in that - the optical sensor (5, 6) is in data exchange with an image processing unit; - the device comprises said image processing unit, which is designed to generate an output signal, wherein the output signal senses whether a deposit or a foreign part has been detected; - the optical sensor (5, 6) is displaceable arranged along the worktable and in particular perpendicular to the support elements in such a way that a cross-sectional area of the space between two support elements can be checked and in that - the device comprises an element for illuminating deposits and/or foreign parts, wherein the element is configured to automatically indicate the location of the deposits and/or the foreign parts. - an optical sensor (5, 6) for detecting the foreign parts and/or the deposits in a space between two respective support elements characterized in that - the optical sensor (5, 6) is in data exchange with an image processing unit; - the device comprises said image processing unit, which is designed to generate an output signal, wherein the output signal senses whether a deposit or a foreign part has been detected; - the optical sensor (5, 6) is displaceable arranged along the worktable and in particular perpendicular to the support elements in such a way that a cross-sectional area of the space between two support elements can be checked and in that - the device comprises an element for illuminating deposits and/or foreign parts, wherein the element is configured to automatically indicate the location of the deposits and/or the foreign parts.
A paper sheet handling machine comprising: an imaging unit configured to take an image of a paper sheet and generate a paper sheet image; an identification unit configured to identify a character of each digit position included in a serial number, from a serial number region of the paper sheet image; a display unit configured to display one serial number; an output unit configured to output the image of a part corresponding to the serial number region of the paper sheet image, when there is a digit position whose character therein cannot be identified by the identification unit; an input unit configured to accept input of a character corresponding to a digit position whose character therein cannot be identified by the identification unit; and a memory unit configured to store therein the serial number of the paper sheet generated by combining character(s) identified by the identification unit with character(s) inputted by an operator via the input unit, together with a flag which indicates that said serial number includes a digit position whose character is inputted by the operator, characterized in that the identification unit obtains at least one candidate character corresponding to a digit position whose character therein cannot be identified. an imaging unit configured to take an image of a paper sheet and generate a paper sheet image; an identification unit configured to identify a character of each digit position included in a serial number, from a serial number region of the paper sheet image; a display unit configured to display one serial number; an output unit configured to output the image of a part corresponding to the serial number region of the paper sheet image, when there is a digit position whose character therein cannot be identified by the identification unit; an input unit configured to accept input of a character corresponding to a digit position whose character therein cannot be identified by the identification unit; and a memory unit configured to store therein the serial number of the paper sheet generated by combining character(s) identified by the identification unit with character(s) inputted by an operator via the input unit, together with a flag which indicates that said serial number includes a digit position whose character is inputted by the operator, characterized in that the identification unit obtains at least one candidate character corresponding to a digit position whose character therein cannot be identified.
A method for operating a liquid bath heated by a heating device, in particular by an electric resistance heater, in particular for monitoring for overheating and/or falling of the liquid level, in which an actual temperature is determined by means of a temperature sensor and an alarm signal and/or a control signal is/are output in dependence on the actual temperature measured by the temperature sensor, characterized in that the actual temperature of the heating device or the actual temperature of the liquid at the heating device is determined by means of the temperature sensor and the actual temperature of the liquid bath is determined by a further second temperature sensor; and in that the second temperature sensor is arranged spatially remote from the heating device in the lower region of the liquid bath.
A headlamp of automobile, characterized by comprising: a discharge lamp; a lighting circuit that is electrically connected to the discharge lamp and has an igniter circuit, a low beam ballast circuit, and a high beam ballast circuit; and a changeover switch that performs switching between the low beam ballast circuit and the high beam ballast circuit; the discharge lamp comprising: a light emitting portion that has a discharge space in which a metal halide and inert gas are sealed on an inside thereof; and a pair of electrodes that protrudes to an inside of the discharge space and faces each other at a predetermined distance, electric power applied to the discharge lamp during a low beam is 24 W or more and 30 W or less, and electric power applied to the discharge lamp during a high beam is 32 W or more and 38 W or less, and an amount of a change in a tube current when performing switching between the low beam and the high beam is 0.3 A or less, the following formula is satisfied where a thickness dimension of the electrode is d in mm: 0.24 mm ≤ d ≤ 0.33 mm. a discharge lamp; a lighting circuit that is electrically connected to the discharge lamp and has an igniter circuit, a low beam ballast circuit, and a high beam ballast circuit; and a changeover switch that performs switching between the low beam ballast circuit and the high beam ballast circuit; the discharge lamp comprising: a light emitting portion that has a discharge space in which a metal halide and inert gas are sealed on an inside thereof; and a pair of electrodes that protrudes to an inside of the discharge space and faces each other at a predetermined distance, electric power applied to the discharge lamp during a low beam is 24 W or more and 30 W or less, and electric power applied to the discharge lamp during a high beam is 32 W or more and 38 W or less, and an amount of a change in a tube current when performing switching between the low beam and the high beam is 0.3 A or less, the following formula is satisfied where a thickness dimension of the electrode is d in mm: 0.24 mm ≤ d ≤ 0.33 mm. a light emitting portion that has a discharge space in which a metal halide and inert gas are sealed on an inside thereof; and a pair of electrodes that protrudes to an inside of the discharge space and faces each other at a predetermined distance, electric power applied to the discharge lamp during a low beam is 24 W or more and 30 W or less, and electric power applied to the discharge lamp during a high beam is 32 W or more and 38 W or less, and an amount of a change in a tube current when performing switching between the low beam and the high beam is 0.3 A or less, the following formula is satisfied where a thickness dimension of the electrode is d in mm: 0.24 mm ≤ d ≤ 0.33 mm.